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qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Connor_NX.cpp
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// Connor_NX.cpp : 此文件包含 "main" 函数。程序执行将在此处开始并结束。
//
#include "Connor_NX.h"
#ifdef __cplusplus
extern "C" {
#endif
/**
* @fn extern "C" DLLAPI int liborigin_register_callbacks
* @return usually return ITK_ok
* @brief liborigin customization entry
* 此函数必须有规范的写法，必须以dll的名称加上"_"开头
*/
DLLAPI int connor_nx_itk_register_callbacks()
{
int ifail = ITK_ok;
ITKCALL(ifail = CUSTOM_register_exit("connor_nx_itk", "USER_invoke_pdm_server", (CUSTOM_EXIT_ftn_t)K_invoke_pdm_server));
fprintf(stdout, "connor_nx_itk register USER_invoke_pdm_server complete\n");
ITKCALL( ifail = CUSTOM_register_exit( "connor_nx_itk", "USERSERVICE_register_methods",
(CUSTOM_EXIT_ftn_t)USERSERVICE_custom_register_methods) );
fprintf( stdout, "connor_nx_itk register USERSERVICE_custom_register_methods complete\n" );
ITKCALL(ifail = CUSTOM_register_exit("connor_nx_itk", "USER_gs_shell_init_module",
(CUSTOM_EXIT_ftn_t)USERSERVICE_custom_register_handlers));
fprintf(stdout, "connor_nx_itk register USER_gs_shell_init_module complete\n");
return ifail;
}
DLLAPI int USERSERVICE_custom_register_handlers(int* decision, va_list args)
{
int ifail = ITK_ok;
//CONNOR_Check_IP_Classification
ITKCALL(ifail = EPM_register_action_handler("QF_signoff_rev", "QF_signoff_rev", (EPM_action_handler_t)CONNOR_SIGN_MASTER));
if (ifail == 0) {
printf("注册操作处理程序成功：QF_signoff_rev\n");
}
else {
printf("注册操作处理程序失败[%d]：QF_signoff_rev\n", ifail);
}
ITKCALL(ifail = EPM_register_action_handler("QF_signoff_prt", "QF_signoff_prt", (EPM_action_handler_t)CONNOR_SIGN_DATASET));
if (ifail == 0) {
printf("注册操作处理程序成功：QF_signoff_prt\n");
}
else {
printf("注册操作处理程序失败[%d]：QF_signoff_prt\n", ifail);
}
return ifail;
}
int Connor_open_bypass(void* returnValue)
{
POM_AM__set_application_bypass(true);
return 0;
}
int Connor_close_bypass(void* returnValue)
{
POM_AM__set_application_bypass(false);
return 0;
}
int Get_New_AutoCode_ID(void* returnValue)
{
int ifail = ITK_ok;
char* old_id, * suffix;
tag_t type_tag;
ITKCALL(ifail = USERARG_get_tag_argument(&type_tag));
ITKCALL(ifail = USERARG_get_string_argument(&old_id));
ITKCALL(ifail = USERARG_get_string_argument(&suffix));
string new_id;
ifail = Get_New_ID(type_tag, old_id, suffix, new_id);
if (ifail == ITK_ok) {
char* returnData;
returnData = (char*)MEM_alloc((ITEM_id_size_c + 1) * sizeof(char));
tc_strcpy(returnData, new_id.c_str());
*((char**)returnValue) = returnData;
MEM_free(old_id);
}
return ifail;
}
DLLAPI int USERSERVICE_custom_register_methods()
{
int
status = ITK_ok,
numberOfArguments = 0,
returnValueType = USERARG_STRING_TYPE,
* argumentList = NULL;
USER_function_t functionPtr;
{
numberOfArguments = 1;
functionPtr = Connor_open_bypass;
argumentList = (int*)MEM_alloc(numberOfArguments * sizeof(int));
argumentList[0] = USERARG_STRING_TYPE;
returnValueType = USERARG_VOID_TYPE;
char* mth_name = (char*)malloc(1 + sizeof(char) * strlen("CONNOR_open_bypass"));
tc_strcpy(mth_name, "CONNOR_open_bypass");
ITKCALL(status = USERSERVICE_register_method(mth_name, functionPtr, numberOfArguments,
argumentList, returnValueType));
MEM_free(argumentList);
if (status == ITK_ok)
{
printf("Method: %s\n", mth_name);
}
else
{
printf("Method register failed [%d]: %s\n", status, mth_name);
}
}
{
numberOfArguments = 1;
functionPtr = Connor_close_bypass;
argumentList = (int*)MEM_alloc(numberOfArguments * sizeof(int));
argumentList[0] = USERARG_STRING_TYPE;
returnValueType = USERARG_VOID_TYPE;
char* mth_name = (char*)malloc(1 + sizeof(char) * strlen("CONNOR_close_bypass"));
tc_strcpy(mth_name, "CONNOR_close_bypass");
ITKCALL(status = USERSERVICE_register_method(mth_name, functionPtr, numberOfArguments,
argumentList, returnValueType));
MEM_free(argumentList);
if (status == ITK_ok)
{
printf("Method: %s\n", mth_name);
}
else
{
printf("Method register failed [%d]: %s\n", status, mth_name);
}
}
{
numberOfArguments = 3;
functionPtr = Get_New_AutoCode_ID;
argumentList = (int*)MEM_alloc(numberOfArguments * sizeof(int));
argumentList[0] = USERARG_TAG_TYPE;
argumentList[1] = USERARG_STRING_TYPE;
argumentList[2] = USERARG_STRING_TYPE;
returnValueType = USERARG_STRING_TYPE;
char* mth_name = (char*)malloc(1 + sizeof(char) * strlen("Get_New_AutoCode_ID"));
tc_strcpy(mth_name, "Get_New_AutoCode_ID");
ITKCALL(status = USERSERVICE_register_method(mth_name, functionPtr, numberOfArguments,
argumentList, returnValueType));
MEM_free(argumentList);
if (status == ITK_ok)
{
printf("Method: %s\n", mth_name);
}
else
{
printf("Method register failed [%d]: %s\n", status, mth_name);
}
}
return ITK_ok;
}
#ifdef __cplusplus
}
#endif

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qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Connor_NX.h
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#include <stdarg.h>
#include <tccore/custom.h>
#include <server_exits/user_server_exits.h>
#include "kutil.h"
#include <list>
#ifdef __cplusplus
extern "C" {
#endif
typedef list<tag_t> RetData;
typedef list<tag_t>::iterator RetDataIterator;
typedef map<string, string> SearchCriterionInputs;
DLLAPI int USERSERVICE_custom_register_methods();
DLLAPI int K_invoke_pdm_server(int *decision, va_list args);
DLLAPI int USERSERVICE_custom_register_handlers(int* decision, va_list args);
int Get_New_ID(tag_t item_type_tag, string old_id, string suffix, string& new_item_id);
int CONNOR_SIGN_MASTER(EPM_action_message_t msg);
int CONNOR_SIGN_DATASET(EPM_action_message_t msg);
//int check_form_attribute(EPM_action_message_t msg);
//int check_owner(EPM_rule_message_t msg);
//int check_release(EPM_rule_message_t msg);
void map_insert(map < string, string >* strmap, string index, string x);
void init_search_criteria_map(string searchStr, SearchCriterionInputs& searchCriteria);
void init_search_criteria_vector(string searchStr, vector<string>& propNames, vector<string>& propValues);
int Parse_NX_Template_By_ID(const std::string& itemID, std::string& res);
int Read_NX_Image_By_ID(const std::string& itemID, std::string& res);
int Download_Dataset_By_UID(const std::string& itemID, std::string& res);
int Get_All_SubTypes(const std::string& typeName, std::string& res);
int SEARCH_AUTOCODE_NODE(const std::string& typeName, std::string& res);
int Get_Uid(const std::string& name, std::string& res);
int SEARCH_AUTOCODE_SEGMENT(const std::string& searchStr, std::string& res);
int SEARCH_AUTOCODE_USER(const std::string& searchStr, std::string& res);
int GET_TREE_AND_LIST_STRING_VALUE(const std::string& searchStr, std::string& res);
int GET_NEW_REV_ID(const std::string& typeNameStr, std::string& res);
int GET_LOGICAL_PROP_VALUE(const std::string& str, std::string& res);
int SEARCH_TREE_OR_LIST_NODE(const std::string& searchStr, std::string& res);
int GET_TREE_AND_LIST_STRING_VALUES(const std::string& searchStr, std::string& res);
int SEARCH_PARENT_TREE_OR_LIST_NODE(const std::string& searchStr, std::string& res);
int ICS_GET_ATTRIBUTES(const std::string& str, std::string& res);
int ICS_ATTR_IS_REFERENCE_ATTRIBUTE(const std::string& str, std::string& res);
int ICS_ATTR_ASK_PROPERTY(const std::string& str, std::string& res);
int ICS_ATTR_ASK_KEYLOV(const std::string& str, std::string& res);
int GET_DISPLAY_PROP_VALUE(const std::string& str, std::string& res);
int FIND_LOV_BY_NAME(const std::string& str, std::string& res);
int GET_REFERENCE_PROP_VALUE(const std::string& str, std::string& res);
int QUERY_PART_NO(const std::string& str, std::string& res);
int DELETE_RECYCLE_ID(const std::string& str, std::string& res);
int ITEM_EXIST(const std::string& str, std::string& res);
int ITEM_CREATE(const std::string& str, std::string& res);
int ADD_TO_NEWSTUFF(const std::string& uid, std::string& res);
int GET_CLASSIFICATION_ID(const std::string& uid, std::string& res);
int SEND_ITEM_TO_CLASSIFICATION(const std::string& str, std::string& res);
int GET_ITEMTYPE_BY_ID(const std::string& item_id, std::string& res);
int GET_REVUID_BY_ID(const std::string& item_id, std::string& res);
int ITEM_UPDATE(const std::string& str, std::string& res);
int READ_NX_TEMPLATE_BOM(const std::string& itemID, std::string& res);
int GET_CLONE_INFO(const std::string& uid, std::string& res);
int GET_LATEST_ITEM_REVISION(const std::string& str, std::string& res);
int GRANT_PRIVILEGE(const std::string& str, std::string& res);
int GET_UOM_TAGS(const std::string& str, std::string& res);
int UPDATE_UOM(const std::string& str, std::string& res);
int GET_REFERENCE_PROP_VALUE_ARRAY(const std::string& str, std::string& res);
int ICS_ATTR_ASK_METRIC_UNIT(const std::string& str, std::string& res);
#define debug true
#define OUTPUT_CODE_ERROR -1
#define SPLITTER "&;&"
#define SPLIT_SECTION "&SECTION&"
#define SPLIT_PROP_STR "&PROP&"
#define SPLIT_PROP_NAME_VALUE "&=&"
#ifdef __cplusplus
}
#endif

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qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Connor_NX.vcxproj
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<?xml version="1.0" encoding="utf-8"?>
<Project DefaultTargets="Build" xmlns="http://schemas.microsoft.com/developer/msbuild/2003">
<ItemGroup Label="ProjectConfigurations">
<ProjectConfiguration Include="Debug|Win32">
<Configuration>Debug</Configuration>
<Platform>Win32</Platform>
</ProjectConfiguration>
<ProjectConfiguration Include="Release|Win32">
<Configuration>Release</Configuration>
<Platform>Win32</Platform>
</ProjectConfiguration>
<ProjectConfiguration Include="Debug|x64">
<Configuration>Debug</Configuration>
<Platform>x64</Platform>
</ProjectConfiguration>
<ProjectConfiguration Include="Release|x64">
<Configuration>Release</Configuration>
<Platform>x64</Platform>
</ProjectConfiguration>
</ItemGroup>
<ItemGroup>
<ClCompile Include="Connor_NX.cpp" />
<ClCompile Include="connor_sign_dataset.cpp" />
<ClCompile Include="connor_sign_master.cpp" />
<ClCompile Include="Download_Dataset_By_UID.cpp" />
<ClCompile Include="GET_ALL_SUB_TYPES.cpp" />
<ClCompile Include="Get_Uid.cpp" />
<ClCompile Include="kutil.cpp" />
<ClCompile Include="K_autocode_util.cpp" />
<ClCompile Include="K_getComponentPropertyValue.cpp" />
<ClCompile Include="K_invoke_pdm_server.cpp" />
<ClCompile Include="K_nx_common.cpp" />
<ClCompile Include="K_read_nx_bom.cpp" />
<ClCompile Include="K_recycle_item_id.cpp" />
<ClCompile Include="K_searchClassificationNodes.cpp" />
<ClCompile Include="K_searchTreeOrListNodes.cpp" />
<ClCompile Include="Top_Down_Design.cpp" />
</ItemGroup>
<ItemGroup>
<ClInclude Include="Connor_NX.h" />
<ClInclude Include="kutil.h" />
<ClInclude Include="K_autocode_util.h" />
<ClInclude Include="K_recycle_item_id.h" />
<ClInclude Include="origin_PropNames.h" />
</ItemGroup>
<ItemGroup>
<Text Include="..\README.MD" />
</ItemGroup>
<PropertyGroup Label="Globals">
<VCProjectVersion>16.0</VCProjectVersion>
<ProjectGuid>{B66C17FA-78C8-443E-8239-6E8744560AD7}</ProjectGuid>
<Keyword>Win32Proj</Keyword>
<RootNamespace>ConnorNX</RootNamespace>
<WindowsTargetPlatformVersion>10.0</WindowsTargetPlatformVersion>
<ProjectName>connor_nx_itk</ProjectName>
</PropertyGroup>
<Import Project="$(VCTargetsPath)\Microsoft.Cpp.Default.props" />
<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Debug|Win32'" Label="Configuration">
<ConfigurationType>Application</ConfigurationType>
<UseDebugLibraries>true</UseDebugLibraries>
<PlatformToolset>v142</PlatformToolset>
<CharacterSet>Unicode</CharacterSet>
</PropertyGroup>
<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Release|Win32'" Label="Configuration">
<ConfigurationType>Application</ConfigurationType>
<UseDebugLibraries>false</UseDebugLibraries>
<PlatformToolset>v142</PlatformToolset>
<WholeProgramOptimization>true</WholeProgramOptimization>
<CharacterSet>Unicode</CharacterSet>
</PropertyGroup>
<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Debug|x64'" Label="Configuration">
<ConfigurationType>Application</ConfigurationType>
<UseDebugLibraries>true</UseDebugLibraries>
<PlatformToolset>v142</PlatformToolset>
<CharacterSet>Unicode</CharacterSet>
</PropertyGroup>
<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Release|x64'" Label="Configuration">
<ConfigurationType>DynamicLibrary</ConfigurationType>
<UseDebugLibraries>false</UseDebugLibraries>
<PlatformToolset>v142</PlatformToolset>
<WholeProgramOptimization>true</WholeProgramOptimization>
<CharacterSet>Unicode</CharacterSet>
</PropertyGroup>
<Import Project="$(VCTargetsPath)\Microsoft.Cpp.props" />
<ImportGroup Label="ExtensionSettings">
</ImportGroup>
<ImportGroup Label="Shared">
</ImportGroup>
<ImportGroup Label="PropertySheets" Condition="'$(Configuration)|$(Platform)'=='Debug|Win32'">
<Import Project="$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props" Condition="exists('$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props')" Label="LocalAppDataPlatform" />
</ImportGroup>
<ImportGroup Label="PropertySheets" Condition="'$(Configuration)|$(Platform)'=='Release|Win32'">
<Import Project="$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props" Condition="exists('$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props')" Label="LocalAppDataPlatform" />
</ImportGroup>
<ImportGroup Label="PropertySheets" Condition="'$(Configuration)|$(Platform)'=='Debug|x64'">
<Import Project="$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props" Condition="exists('$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props')" Label="LocalAppDataPlatform" />
</ImportGroup>
<ImportGroup Label="PropertySheets" Condition="'$(Configuration)|$(Platform)'=='Release|x64'">
<Import Project="$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props" Condition="exists('$(UserRootDir)\Microsoft.Cpp.$(Platform).user.props')" Label="LocalAppDataPlatform" />
</ImportGroup>
<PropertyGroup Label="UserMacros" />
<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Debug|Win32'">
<LinkIncremental>true</LinkIncremental>
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<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Debug|x64'">
<LinkIncremental>true</LinkIncremental>
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<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Release|Win32'">
<LinkIncremental>false</LinkIncremental>
</PropertyGroup>
<PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Release|x64'">
<LinkIncremental>false</LinkIncremental>
</PropertyGroup>
<ItemDefinitionGroup Condition="'$(Configuration)|$(Platform)'=='Debug|Win32'">
<ClCompile>
<PrecompiledHeader>
</PrecompiledHeader>
<WarningLevel>Level3</WarningLevel>
<SDLCheck>true</SDLCheck>
<PreprocessorDefinitions>WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions)</PreprocessorDefinitions>
<ConformanceMode>true</ConformanceMode>
</ClCompile>
<Link>
<SubSystem>Console</SubSystem>
<GenerateDebugInformation>true</GenerateDebugInformation>
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<ItemDefinitionGroup Condition="'$(Configuration)|$(Platform)'=='Debug|x64'">
<ClCompile>
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<WarningLevel>Level3</WarningLevel>
<SDLCheck>true</SDLCheck>
<PreprocessorDefinitions>_DEBUG;_CONSOLE;%(PreprocessorDefinitions)</PreprocessorDefinitions>
<ConformanceMode>true</ConformanceMode>
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<Link>
<SubSystem>Console</SubSystem>
<GenerateDebugInformation>true</GenerateDebugInformation>
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<ItemDefinitionGroup Condition="'$(Configuration)|$(Platform)'=='Release|Win32'">
<ClCompile>
<PrecompiledHeader>
</PrecompiledHeader>
<WarningLevel>Level3</WarningLevel>
<FunctionLevelLinking>true</FunctionLevelLinking>
<IntrinsicFunctions>true</IntrinsicFunctions>
<SDLCheck>true</SDLCheck>
<PreprocessorDefinitions>WIN32;NDEBUG;_CONSOLE;%(PreprocessorDefinitions)</PreprocessorDefinitions>
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<Link>
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<EnableCOMDATFolding>true</EnableCOMDATFolding>
<OptimizeReferences>true</OptimizeReferences>
<GenerateDebugInformation>true</GenerateDebugInformation>
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<ItemDefinitionGroup Condition="'$(Configuration)|$(Platform)'=='Release|x64'">
<ClCompile>
<PrecompiledHeader>NotUsing</PrecompiledHeader>
<WarningLevel>Level3</WarningLevel>
<FunctionLevelLinking>true</FunctionLevelLinking>
<IntrinsicFunctions>true</IntrinsicFunctions>
<SDLCheck>true</SDLCheck>
<PreprocessorDefinitions>NDEBUG;_CRT_SECURE_NO_WARNINGS;_CONSOLE;IPLIB=none;%(PreprocessorDefinitions)</PreprocessorDefinitions>
<ConformanceMode>false</ConformanceMode>
<AdditionalIncludeDirectories>D:\WorkEnvironment\QunFeng\nx_itk\oci;D:\WorkEnvironment\QunFeng\nx_itk\include_cpp;D:\WorkEnvironment\QunFeng\nx_itk\include;%(AdditionalIncludeDirectories)</AdditionalIncludeDirectories>
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<Link>
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<AdditionalDependencies>D:\WorkEnvironment\QunFeng\nx_itk\lib\*.lib;%(AdditionalDependencies)</AdditionalDependencies>
<IgnoreSpecificDefaultLibraries>libuser_exits.ar.lib</IgnoreSpecificDefaultLibraries>
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<Import Project="$(VCTargetsPath)\Microsoft.Cpp.targets" />
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87
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Connor_NX.vcxproj.filters
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<?xml version="1.0" encoding="utf-8"?>
<Project ToolsVersion="4.0" xmlns="http://schemas.microsoft.com/developer/msbuild/2003">
<ItemGroup>
<Filter Include="源文件">
<UniqueIdentifier>{4FC737F1-C7A5-4376-A066-2A32D752A2FF}</UniqueIdentifier>
<Extensions>cpp;c;cc;cxx;c++;def;odl;idl;hpj;bat;asm;asmx</Extensions>
</Filter>
<Filter Include="头文件">
<UniqueIdentifier>{93995380-89BD-4b04-88EB-625FBE52EBFB}</UniqueIdentifier>
<Extensions>h;hh;hpp;hxx;h++;hm;inl;inc;ipp;xsd</Extensions>
</Filter>
<Filter Include="资源文件">
<UniqueIdentifier>{67DA6AB6-F800-4c08-8B7A-83BB121AAD01}</UniqueIdentifier>
<Extensions>rc;ico;cur;bmp;dlg;rc2;rct;bin;rgs;gif;jpg;jpeg;jpe;resx;tiff;tif;png;wav;mfcribbon-ms</Extensions>
</Filter>
</ItemGroup>
<ItemGroup>
<ClCompile Include="Connor_NX.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_invoke_pdm_server.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="kutil.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="Top_Down_Design.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="Download_Dataset_By_UID.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="GET_ALL_SUB_TYPES.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_searchClassificationNodes.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="Get_Uid.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_getComponentPropertyValue.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_nx_common.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_searchTreeOrListNodes.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_recycle_item_id.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_autocode_util.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="connor_sign_dataset.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="connor_sign_master.cpp">
<Filter>源文件</Filter>
</ClCompile>
<ClCompile Include="K_read_nx_bom.cpp">
<Filter>源文件</Filter>
</ClCompile>
</ItemGroup>
<ItemGroup>
<ClInclude Include="Connor_NX.h">
<Filter>头文件</Filter>
</ClInclude>
<ClInclude Include="kutil.h">
<Filter>头文件</Filter>
</ClInclude>
<ClInclude Include="origin_PropNames.h">
<Filter>头文件</Filter>
</ClInclude>
<ClInclude Include="K_recycle_item_id.h">
<Filter>头文件</Filter>
</ClInclude>
<ClInclude Include="K_autocode_util.h">
<Filter>头文件</Filter>
</ClInclude>
</ItemGroup>
<ItemGroup>
<Text Include="..\README.MD" />
</ItemGroup>
</Project>

43
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Download_Dataset_By_UID.cpp
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#include "Connor_NX.h"
using namespace std;
int Download_Dataset_By_UID(const std::string& dataset_uid_ref_ext, std::string& res) {
int ifail = ITK_ok;
char* object_string = NULL;
char *dataset_file = NULL, *original_file_name = NULL;
tag_t dataset_tag = NULLTAG;
vector<string> split;
POM_AM__set_application_bypass(true);
WriteLog(debug, "下载数据集：%s", dataset_uid_ref_ext.c_str());
if (tc_strlen(dataset_uid_ref_ext.c_str()) == 0) {
res.append(("数据集UID不可为空"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
Split(dataset_uid_ref_ext, SPLITTER, split);
if (split.size() != 3) {
res.append(("调用参数错误“UID;引用;后缀”"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
ITKCALL(ifail = AOM_string_to_tag(split[0].c_str(), &dataset_tag));
if (ifail != ITK_ok || dataset_tag == NULLTAG) {
res.append(("未找到数据集: ")).append(split[0]);
goto gx_nx_image_end;
}
ITKCALL(ifail = AOM_ask_value_string(dataset_tag, "object_string", &object_string));
WriteLog(debug, "找到数据集：%s", object_string);
export_dataset_file(debug, dataset_tag, split[1].c_str(), split[2].c_str(), &dataset_file, &original_file_name);
if (dataset_file == NULL) {
res.append(("从数据集下载失败: ")).append(object_string);
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
res.append(dataset_file);
gx_nx_image_end:
POM_AM__set_application_bypass(false);
DOFREE(original_file_name);
DOFREE(object_string);
return ifail;
}

51
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/GET_ALL_SUB_TYPES.cpp
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#include "Connor_NX.h"
using namespace std;
int Get_All_SubTypes(const std::string& typeNameStr, std::string& res) {
int ifail = ITK_ok;
tag_t type_tag = NULLTAG;
tag_t *all_type_tags = NULL;
int type_cnt = 0;
vector<string> typeNames;
Split(typeNameStr, SPLITTER, typeNames);
int exclude_type_name_cnt = typeNames.size()-1;
const char** exclude_type_names;
char** names = NULL;
char** uif_names = NULL;
exclude_type_names = (const char**)MEM_alloc(exclude_type_name_cnt * sizeof(const char*));
for (int i = 0; i < exclude_type_name_cnt; i++) {
string typeName = typeNames[i + 1];
exclude_type_names[i] = typeName.c_str(); // (char*)MEM_alloc(typeName.length() * sizeof(char));
// tc_strcpy(exclude_type_names[i], typeName.c_str());
//printf(">> %s\n", exclude_type_names[i]);
}
/*ITKCALL(ifail = TCTYPE_ask_type(typeName.c_str(), &type_tag));
if (ifail != ITK_ok||type_tag==NULLTAG) {
res.append(("未找到对象类型: ")).append(typeName);
ifail = OUTPUT_CODE_ERROR;
goto get_subtype_end;
}
ITKCALL(ifail = TCTYPE_ask_subtypes(type_tag, false, &type_cnt, &all_type_tags));*/
ITKCALL(ifail = TCTYPE_UIF_find_generically_creatable_business_objects(typeNames[0].c_str(), exclude_type_name_cnt, exclude_type_names, &type_cnt, &all_type_tags, &names, &uif_names));
//ITKCALL(ifail = TCTYPE_find_alltypes_for_class(typeName.c_str(), &type_cnt, &all_type_tags));
if (ifail != ITK_ok) {
res.append(("获取类型失败: ")).append(typeNameStr);
goto get_subtype_end;
}
for (int i = 0; i < type_cnt; i++) {
tag_t a_tag = all_type_tags[i];
char* type_name = NULL, * dis_name = NULL;
ITKCALL(ifail = TCTYPE_ask_name2(a_tag, &type_name));
ITKCALL(ifail = TCTYPE_ask_display_name(a_tag, &dis_name));
if (type_name != NULL && dis_name != NULL) {
res.append(type_name).append("=").append(dis_name).append(SPLITTER);
}
}
get_subtype_end:
DOFREE(all_type_tags);
DOFREE(names);
DOFREE(uif_names);
return ifail;
}

71
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Get_Uid.cpp
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#include "Connor_NX.h"
using namespace std;
int Get_Uid(const std::string& name, std::string& res) {
int ifail = ITK_ok;
tag_t member_tag = NULLTAG;
tag_t user_tag = NULLTAG, role_tag = NULLTAG, group_tag = NULLTAG;
char* user_uid = NULL, * role_uid = NULL, * group_uid = NULL;
ITKCALL(ifail = POM_ask_member(&member_tag));
if (ifail != ITK_ok || member_tag == NULLTAG) {
ifail = OUTPUT_CODE_ERROR;
res.append("获取当前成员失败");
goto get_uid_end;
}
if (strcmp("user", name.c_str()) == 0) {
ITKCALL(ifail = SA_ask_groupmember_user(member_tag, &user_tag));
if (ifail != ITK_ok || user_tag == NULLTAG) {
ifail = OUTPUT_CODE_ERROR;
res.append("获取当前用户失败");
goto get_uid_end;
}
ITK__convert_tag_to_uid(user_tag, &user_uid);
res.append(user_uid);
}
else if (strcmp("role", name.c_str()) == 0) {
ITKCALL(ifail = SA_ask_groupmember_role(member_tag, &role_tag));
if (ifail != ITK_ok || role_tag == NULLTAG) {
ifail = OUTPUT_CODE_ERROR;
res.append("获取当前用户角色失败");
goto get_uid_end;
}
ITK__convert_tag_to_uid(role_tag, &role_uid);
res.append(role_uid);
}
else if (strcmp("group", name.c_str()) == 0) {
ITKCALL(ifail = SA_ask_groupmember_group(member_tag, &group_tag));
if (ifail != ITK_ok || group_tag == NULLTAG) {
ifail = OUTPUT_CODE_ERROR;
res.append("获取当前用户组失败");
goto get_uid_end;
}
ITK__convert_tag_to_uid(group_tag, &group_uid);
res.append(group_uid);
}
else if(strcmp("parentgroup", name.c_str()) == 0) {
tag_t parent_group_tag = NULLTAG;
ITKCALL(ifail = SA_ask_groupmember_group(member_tag, &group_tag));
if (ifail != ITK_ok || group_tag == NULLTAG) {
ifail = OUTPUT_CODE_ERROR;
res.append("获取当前用户组失败");
goto get_uid_end;
}
ITKCALL(ifail = AOM_ask_value_tag(group_tag, "parent", &parent_group_tag));
if (ifail != ITK_ok) {
ifail = OUTPUT_CODE_ERROR;
res.append("获取当前用户组的父级组织失败");
goto get_uid_end;
}
if (parent_group_tag != NULLTAG) {
ITK__convert_tag_to_uid(parent_group_tag, &group_uid);
res.append(group_uid);
}
}
get_uid_end:
DOFREE(user_uid);
DOFREE(group_uid);
DOFREE(role_uid);
return ifail;
}

632
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_autocode_util.cpp
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#pragma warning (disable: 4996)
#include "K_autocode_util.h"
#include "kutil.h"
#ifdef __cplusplus
extern "C" {
#endif
tag_t getCurrentUser()
{
char* userName;
tag_t user;
POM_get_user(&userName, &user);
return user;
}
char* filterChar(string str, string filterStr)
{
char* returnValue = (char*)MEM_alloc(10000 * sizeof(char));
size_t postion = str.find(filterStr);
//printf("str::%s\n",str.c_str());
if (postion != string::npos && str.length() > 0)
{
string temp1 = "";
string temp2 = "";
string temp3 = "";
string temp4 = "";
//printf("postion::%d\n",postion);
temp1 = str.substr(0, postion);
temp2 = str.substr(postion + (filterStr.length()));
temp3 = temp1;
temp4 = temp2;
size_t postion2 = temp1.find(",");
//printf("postion2=========%d\n",postion2);
if ((postion2 == (temp1.length() - 1)) && (temp1.length() > 0))
{
temp3 = temp1.substr(0, postion2);
}
else
{
size_t postion3 = temp2.find(",");
//printf("postion3=========%d\n",postion3);
if (postion3 == 0)
{
if (temp2.length() == 1)
{
temp4 = "";
}
else
{
temp4 = temp2.substr(1);
}
}
}
//cout << "temp1 value " <<temp1 << endl;
//cout << "temp2 value " <<temp2 << endl;
//cout << "temp3 value " <<temp3 << endl;
//cout << "temp4 value " <<temp4 << endl;
//日期在前
tc_strcpy(returnValue, temp3.c_str());
tc_strcat(returnValue, temp4.c_str());
//printf("returnValue1::%s\n",returnValue);
return returnValue;
}
else
{
tc_strcpy(returnValue, str.c_str());
return returnValue;
}
}
date_t getCurrentDate()
{
struct tm* p;
time_t now;
date_t modify_date;
time(&now);
p = localtime(&now); /* 取得当前时间 */
modify_date.day = p->tm_mday;
modify_date.hour = p->tm_hour;
modify_date.minute = p->tm_min;
modify_date.month = p->tm_mon;
modify_date.second = p->tm_sec;
modify_date.year = p->tm_year + 1900;
return modify_date;
}
void map_insert(map < string, string >* strmap, string index, string x)
{
//printf("map_insert==1 =====\n");
//strmap->insert(map < string, string >::value_type(index, x));
strmap->insert(pair< string, string >(index, x));
// printf("map_insert==2 =====\n");
}
int select_id_counter_beforeEnquiry(const char* id_counter, int next_id, tag_t* id_counter_tag, logical* is_new)
{
int ifail = ITK_ok;
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class("Cd9_CodeNextID", &class_id));
int n_instances = 0, n_ret_instances = 0;
tag_t* instances_tags = NULL, * ret_instances = NULL, the_instance = NULLTAG;
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_ret_instances, &ret_instances));
if (n_ret_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_ret_instances, ret_instances, &n_instances, &instances_tags));
}
tag_t name_attr = NULLTAG, nextid_attr = NULLTAG;
ITKCALL(POM_attr_id_of_attr("cd9_name", "Cd9_CodeNextID", &name_attr));
ITKCALL(POM_attr_id_of_attr("cd9_nextID", "Cd9_CodeNextID", &nextid_attr));
for (int i = 0; i < n_instances; i++)
{
the_instance = NULLTAG;
//std::cout << "instances_tags[" << i << "] = " << instances_tags[i] << std::endl;
logical is_loaded = FALSE;
ITKCALL(POM_is_loaded(instances_tags[i], &is_loaded));
if (!is_loaded)
{
ITKCALL(POM_load_instances_any_class(1, &instances_tags[i], POM_no_lock));
}
//check is need refresh or not
logical need_refresh = FALSE;
ITKCALL(POM_refresh_required(instances_tags[i], &need_refresh));
if (need_refresh)
{
POM_refresh_instances_any_class(1, &instances_tags[i], POM_read_lock);
}
char* name_value = NULL;
logical is_it_null = FALSE, is_it_empty = FALSE;
ITKCALL(ifail = POM_ask_attr_string(instances_tags[i], name_attr,
&name_value, &is_it_null, &is_it_empty));
//printf("name_value=====================%s\n",name_value);
//printf("id_counter=====================%s\n",id_counter);
if (ifail == ITK_ok &&
!is_it_null &&
!is_it_empty)
{
if (tc_strcmp(name_value, id_counter) == 0)
{
logical is_it_null = FALSE, is_it_empty = FALSE;
int new_next_id = 0;
the_instance = instances_tags[i];
ITKCALL(ifail = POM_ask_attr_int(instances_tags[i], nextid_attr,
&new_next_id, &is_it_null, &is_it_empty));
int lock_token = 0;
ITKCALL(POM_ask_instance_lock(instances_tags[i], &lock_token));
if (lock_token != POM_modify_lock)
{
ITKCALL(POM_refresh_instances_any_class(1, &instances_tags[i], POM_modify_lock));
}
if (new_next_id < next_id)
{
ITKCALL(POM_set_attr_int(1, &instances_tags[i], nextid_attr, next_id));
}
ITKCALL(ifail = POM_save_instances(1, &instances_tags[i], false));
ITKCALL(ifail = POM_refresh_instances_any_class(1, &instances_tags[i], POM_no_lock));
the_instance = instances_tags[i];
MEM_free(name_value);
break;
}
else
{
int isEqual = 0;
std::vector< std::string > searched_tags1;
std::vector< std::string > searched_tags2;
Split(name_value, "$", searched_tags1);
Split(id_counter, "$", searched_tags2);
//printf("name_value=====================%s\n",name_value);
// printf("id_counter=====================%s\n",id_counter);
int searchLength1 = (int)searched_tags1.size();
int searchLength2 = (int)searched_tags2.size();
//printf("searchLength1=============%d\n",searchLength1);
//printf("searchLength2=============%d\n",searchLength2);
if (searchLength2 == searchLength1) {
int k = 0;
for (int k = 0; k < searchLength1; ++k)
{
if (k > 1)
{
break;
}
if (tc_strcmp(searched_tags1[k].c_str(), searched_tags2[k].c_str()) == 0)
{
isEqual = isEqual + 1;
}
}
if (isEqual > 1)
{
logical is_it_null = FALSE, is_it_empty = FALSE;
int new_next_id = 0;
ITKCALL(ifail = POM_ask_attr_int(instances_tags[i], nextid_attr,
&new_next_id, &is_it_null, &is_it_empty));
ITKCALL(POM_refresh_instances_any_class(1, &instances_tags[i], POM_modify_lock));
ITKCALL(POM_set_attr_string(1, &instances_tags[i], name_attr, id_counter));
if (new_next_id < next_id)
{
ITKCALL(POM_set_attr_int(1, &instances_tags[i], nextid_attr, next_id));
}
ITKCALL(ifail = POM_save_instances(1, &instances_tags[i], false));
ITKCALL(ifail = POM_refresh_instances_any_class(1, &instances_tags[i], POM_no_lock));
the_instance = instances_tags[i];
break;
}
}
}
MEM_free(name_value);
}
}
*id_counter_tag = the_instance;
*is_new = FALSE;
if (the_instance == NULLTAG)
{
tag_t new_inst = NULLTAG;
ITKCALL(POM_create_instance(class_id, &new_inst));
ITKCALL(POM_set_attr_string(1, &new_inst, name_attr, id_counter));
ITKCALL(POM_set_attr_int(1, &new_inst, nextid_attr, next_id));
ITKCALL(POM_save_instances(1, &new_inst, false));
*id_counter_tag = new_inst;
*is_new = TRUE;
}
//MEM_free(instances_tags);
return ITK_ok;
}
int select_id_counter1(const char* id_counter, int next_id, tag_t* id_counter_tag, logical* is_new, string& isSuccess)
{
int ifail = ITK_ok;
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class("Cd9_CodeNextID", &class_id));
tag_t the_instance = NULLTAG;
tag_t name_attr = NULLTAG, nextid_attr = NULLTAG;
ITKCALL(POM_attr_id_of_attr("cd9_name", "Cd9_CodeNextID", &name_attr));
ITKCALL(POM_attr_id_of_attr("cd9_nextID", "Cd9_CodeNextID", &nextid_attr));
const char* source_Pom_Class = "Cd9_CodeNextID";
const char* selectNextID1 = "Select Cd9_CodeNextID1";
//char *select_nextidAttrs1[1] = {"puid"};
const char* select_nextidAttrs1[1] = { "puid" };
int nextidRows1, nextidCols1;
void*** nextidReport1 = NULL;
ITKCALL(POM_enquiry_create(selectNextID1));
ITKCALL(POM_enquiry_add_select_attrs(selectNextID1, source_Pom_Class,
1, (const char**)select_nextidAttrs1));
POM_enquiry_set_string_value(selectNextID1, "code_name_value",
1, (const char**)(&id_counter), POM_enquiry_asc_order);
POM_enquiry_set_attr_expr(selectNextID1, "code_name_exp",
source_Pom_Class, "cd9_name", POM_enquiry_like, "code_name_value");
POM_enquiry_set_where_expr(selectNextID1, "code_name_exp");
ITKCALL(POM_enquiry_execute(selectNextID1, &nextidRows1, &nextidCols1, &nextidReport1));
//printf("nextidRows1===============%d\n",nextidRows1);
//printf("nextidCols1===============%d\n",nextidCols1);
int i = 0;
if (nextidRows1 <= 0)
{
*id_counter_tag = NULLTAG;
MEM_free(nextidReport1);
ITKCALL(ifail = POM_enquiry_delete(selectNextID1));
return ITK_ok;
}
if (nextidRows1 > 0)
{
tag_t searchTag = NULLTAG;
searchTag = *((tag_t*)nextidReport1[0][0]);
//printf("searchTag===============%d\n",searchTag);
POM_load_instances(1, &searchTag, NULLTAG, POM_no_lock);
logical is_it_null = FALSE, is_it_empty = FALSE;
int new_next_id = 0;
the_instance = searchTag;
ITKCALL(ifail = POM_ask_attr_int(searchTag, nextid_attr,
&new_next_id, &is_it_null, &is_it_empty));
int lock_token = 0;
ITKCALL(POM_ask_instance_lock(searchTag, &lock_token));
if (lock_token != POM_modify_lock)
{
ITKCALL(POM_refresh_instances_any_class(1, &searchTag, POM_modify_lock));
}
if (new_next_id < next_id)
{
ITKCALL(POM_set_attr_int(1, &searchTag, nextid_attr, next_id));
}
ITKCALL(ifail = POM_save_instances(1, &searchTag, false));
ITKCALL(ifail = POM_refresh_instances_any_class(1, &searchTag, POM_no_lock));
the_instance = searchTag;
*id_counter_tag = the_instance;
*is_new = FALSE;
isSuccess.assign("");
isSuccess.append("Y");
// printf("searchTag=id_counter_tag==============%d\n",id_counter_tag);
}
MEM_free(nextidReport1);
ITKCALL(ifail = POM_enquiry_delete(selectNextID1));
return ifail;
}
int select_id_counter2(const char* id_counter, int next_id, tag_t* id_counter_tag, logical* is_new, string& isSuccess) {
int ifail = ITK_ok;
const char* source_Pom_Class = "Cd9_CodeNextID";
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class("Cd9_CodeNextID", &class_id));
tag_t the_instance = NULLTAG;
tag_t name_attr = NULLTAG, nextid_attr = NULLTAG;
ITKCALL(POM_attr_id_of_attr("cd9_name", "Cd9_CodeNextID", &name_attr));
ITKCALL(POM_attr_id_of_attr("cd9_nextID", "Cd9_CodeNextID", &nextid_attr));
const char* selectNextID2 = "Select Cd9_CodeNextID2";
const char* select_nextidAttrs2[1] = { "puid" };
int m = 0;
int nextidRows2, nextidCols2;
void*** nextidReport2 = NULL;
ITKCALL(POM_enquiry_create(selectNextID2));
ITKCALL(POM_enquiry_add_select_attrs(selectNextID2, source_Pom_Class,
1, (const char**)select_nextidAttrs2));
std::vector< std::string > searched_tags2;
//printf("id_counter===============%s\n",id_counter);
//printf("next_id===============%d\n",next_id);
Split(id_counter, "$", searched_tags2);
int searchLength2 = (int)searched_tags2.size();
//printf("searched_tags2[0]===============%s\n", &(searched_tags2[0]));
char* select_nameValue2[1] = { const_cast<char*>(searched_tags2[0].c_str()) };
POM_enquiry_set_string_value(selectNextID2, "code_name_value",
1, (const char**)(select_nameValue2), POM_enquiry_asc_order);
POM_enquiry_set_attr_expr(selectNextID2, "code_name_exp",
source_Pom_Class, "cd9_name", POM_enquiry_like, "code_name_value");
POM_enquiry_set_where_expr(selectNextID2, "code_name_exp");
ITKCALL(POM_enquiry_execute(selectNextID2, &nextidRows2, &nextidCols2, &nextidReport2));
if (nextidRows2 <= 0)
{
*id_counter_tag = NULLTAG;
MEM_free(nextidReport2);
ITKCALL(ifail = POM_enquiry_delete(selectNextID2));
return ITK_ok;
}
if (nextidRows2 > 0)
{
tag_t searchTag2 = NULLTAG;
searchTag2 = *((tag_t*)nextidReport2[0][0]);
POM_load_instances(1, &searchTag2, NULLTAG, POM_no_lock);
logical is_it_null = FALSE, is_it_empty = FALSE;
int new_next_id = 0;
ITKCALL(ifail = POM_ask_attr_int(searchTag2, nextid_attr,
&new_next_id, &is_it_null, &is_it_empty));
//printf("id_counter===%s new_next_id==%d=================\n",id_counter,new_next_id);
int lock_token = 0;
ITKCALL(POM_ask_instance_lock(searchTag2, &lock_token));
if (lock_token != POM_modify_lock)
{
ITKCALL(POM_refresh_instances_any_class(1, &searchTag2, POM_modify_lock));
}
ITKCALL(POM_set_attr_string(1, &searchTag2, name_attr, id_counter));
//printf("id_counter===%s next_id==%d=================\n",id_counter,next_id);
if (new_next_id < next_id)
{
ITKCALL(POM_set_attr_int(1, &searchTag2, nextid_attr, next_id));
}
ITKCALL(ifail = POM_save_instances(1, &searchTag2, false));
ITKCALL(ifail = POM_refresh_instances_any_class(1, &searchTag2, POM_no_lock));
ITKCALL(ifail = POM_ask_attr_int(searchTag2, nextid_attr, &new_next_id, &is_it_null, &is_it_empty));
//printf("id_counter===%s new_next_id 2==%d=================\n",id_counter,new_next_id);
the_instance = searchTag2;
*id_counter_tag = the_instance;
*is_new = FALSE;
isSuccess.assign("");
isSuccess.append("Y");
}
MEM_free(nextidReport2);
ITKCALL(ifail = POM_enquiry_delete(selectNextID2));
}
int select_id_counter(const char* id_counter, int next_id, tag_t* id_counter_tag, logical* is_new)
{
int ifail = ITK_ok;
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class("Cd9_CodeNextID", &class_id));
tag_t name_attr = NULLTAG, nextid_attr = NULLTAG;
ITKCALL(POM_attr_id_of_attr("cd9_name", "Cd9_CodeNextID", &name_attr));
ITKCALL(POM_attr_id_of_attr("cd9_nextID", "Cd9_CodeNextID", &nextid_attr));
const char* source_Pom_Class = "Cd9_CodeNextID";
//printf("select_id_counter=======\n");
string isSuccess;
isSuccess.assign("N");
select_id_counter1(id_counter, next_id, id_counter_tag, is_new, isSuccess);
//printf("isSuccess1===========%s\n",isSuccess.c_str());
if (tc_strcmp(isSuccess.c_str(), "Y") != 0) {
select_id_counter2(id_counter, next_id, id_counter_tag, is_new, isSuccess);
// printf("isSuccess2===========%s\n",isSuccess.c_str());
}
//printf("isSuccess13===========%s\n",isSuccess.c_str());
if (tc_strcmp(isSuccess.c_str(), "Y") != 0) {
tag_t new_inst = NULLTAG;
ITKCALL(POM_create_instance(class_id, &new_inst));
ITKCALL(POM_set_attr_string(1, &new_inst, name_attr, id_counter));
ITKCALL(POM_set_attr_int(1, &new_inst, nextid_attr, next_id));
ITKCALL(POM_save_instances(1, &new_inst, false));
*id_counter_tag = new_inst;
*is_new = TRUE;
}
//printf("id_counter_tag4===========%d\n",id_counter_tag);
//MEM_free(instances_tags);
return ITK_ok;
}
int load_current_number(tag_t id_counter_tag, const char* id_counter, int* next_id, logical* is_new)
{
int ifail = ITK_ok, i = 0,
new_next_id = *next_id;
logical is_valid = FALSE;
ITKCALL(POM_is_tag_valid(id_counter_tag, &is_valid));
if (id_counter_tag == NULLTAG || !is_valid)
{
int initial_next_id = 1;
ifail = select_id_counter(id_counter, initial_next_id, &id_counter_tag, is_new);
TEST_ERROR(ifail);
}
//check is loaded or not
logical is_loaded = FALSE;
ITKCALL(POM_is_loaded(id_counter_tag, &is_loaded));
if (!is_loaded)
{
ITKCALL(POM_load_instances_any_class(1, &id_counter_tag, POM_no_lock));
//cout << "load again!" << endl;
}
for (i = 0; i < GET_ID_RETRIES && ifail != ITK_ok; i++)
{
ITKCALL(ifail = POM_refresh_instances_any_class(1,
&id_counter_tag, POM_no_lock));
}
TEST_POM_ERROR(ifail);
tag_t nextid_attr = NULLTAG;
logical is_it_null = FALSE, is_it_empty = FALSE;
ITKCALL(ifail = POM_attr_id_of_attr("cd9_nextID", "Cd9_CodeNextID", &nextid_attr));
ITKCALL(ifail = POM_ask_attr_int(id_counter_tag, nextid_attr,
&new_next_id, &is_it_null, &is_it_empty));
//printf("id_counter=============%d\n",id_counter);
//printf("new_next_id=============%d\n",new_next_id);
TEST_POM_ERROR(ifail);
if (!is_it_null && !is_it_empty)
{
*next_id = new_next_id;
}
return ITK_ok;
}
int filterNewSequence(int new_index, int step)
{
int new_id = new_index + step;
char* optionValue;
ITKCALL(PREF_ask_char_value(origin_autocode_sequence_exclude_number, 0, &optionValue));
//printf(" exclude_number = %s\n",optionValue);
if (optionValue == NULL)
{
return new_id;
}
else
{
string str2;
char new_id_str[64];
sprintf(new_id_str, "%d", new_id);
str2 = new_id_str;
//printf(" exclude_number !=NULL ::str2== %s\n",str2.c_str());
size_t postion = str2.find(optionValue);
if (postion != string::npos)
{
//printf(" find exclude_number new_id==%d\n",new_id);
new_id = filterNewSequence(new_id, step);
}
}
//printf(" filterNewSequence ::new_id === %d\n",new_id);
return new_id;
}
int get_sequence_no(const char* pattern_code, int length, int start_index, int end_index, int step, int* new_id, const char* code_exclude_character)
{
int ifail = ITK_ok;
tag_t id_counter_tag = NULLTAG;
char id_counter[BUFSIZ] = "";
sprintf(id_counter, "%s$%d$%d$%d$%d", pattern_code, length, start_index, end_index, step);
//std::cout << "id_counter : " << id_counter << std::endl;
logical is_new = FALSE;
TEST_ERROR(ifail = select_id_counter(id_counter, start_index, &id_counter_tag, &is_new));
//std::cout << "is_new : " << is_new << ", id_counter_tag : " << id_counter_tag << std::endl;
int new_index = 1;
TEST_ERROR(ifail = load_current_number(id_counter_tag, id_counter, &new_index, &is_new));
//std::cout << "new_index : " << is_new << ", is_new : " << is_new << std::endl;
tag_t nextid_attr = NULLTAG;
ITKCALL(ifail = POM_attr_id_of_attr("cd9_nextID", "Cd9_CodeNextID", &nextid_attr));
logical can_modify = FALSE;
ITKCALL(POM_modifiable(id_counter_tag, &can_modify));
//std::cout << "can_modify : " << (can_modify ? "true" : "false") << std::endl;
if (!can_modify)
{
ITKCALL(POM_refresh_instances(1, &id_counter_tag, NULLTAG, POM_modify_lock));
}
if (is_new)
{
*new_id = start_index;
ITKCALL(ifail = POM_set_attr_int(1, &id_counter_tag, nextid_attr, start_index));
TEST_POM_ERROR(ifail);
}
else
{
if (new_index + step > end_index)
{
*new_id = new_index + step;
return -1;
}
int id = new_index + step;
//当以数字开始，过滤掉以4开始编码
if (tc_strlen(pattern_code) > 0) {
char startChar[8];
char startChar2[8];
memcpy(startChar, pattern_code, 1);
memcpy(startChar2, pattern_code, 3);
//printf("startChar====%s\n",startChar);
boolean isDigit = isdigit(startChar[0]);
//printf("isDigit====%d\n",isDigit);
if ((isDigit) || (tc_strcasecmp(startChar2, "BJ0") == 0)) {
id = filterNewSequence(new_index, step);
}
//printf("filterNewSequence====%d\n",id);
}
*new_id = id;
ITKCALL(ifail = POM_set_attr_int(1, &id_counter_tag, nextid_attr, id));
}
ITKCALL(ifail = POM_save_instances(1, &id_counter_tag, true));
//ITKCALL(ifail = POM_refresh_instances_any_class(1, &id_counter_tag, POM_no_lock));
TEST_POM_ERROR(ifail);
//std::cout << "new_id : " << *new_id << endl;
if (tc_strcmp(code_exclude_character, "") == 0)
{
return ITK_ok;
}
else
{
if (filterItemID(code_exclude_character, new_index + step))
{
return ITK_ok;
}
else
{
get_sequence_no(pattern_code, length, start_index, end_index, step, new_id, code_exclude_character);
}
}
return ifail;
}
int filterItemID(const char* filterStr, int new_id)
{
char id_string[64];
sprintf(id_string, "%d", new_id);
string str2;
str2.c_str();
str2 = id_string;
//cout << " str2 =====" << str2 <<endl;
size_t postion = str2.find(filterStr);
if (postion != string::npos)
{
return 0;
}
else
{
return 1;
}
}
int generate_num(const char* pattern_code, int length, int new_index, char** generated_num)
{
char pad_string[64], index_string[64], final_code[BUFSIZ] = "";
tc_strcpy(pad_string, "\0");
sprintf(index_string, "%d", new_index);
int left_length = length - (int)strlen(index_string);
if (left_length > 0)
{
pad_string[left_length] = '\0';
for (int i = 0; i < left_length; i++)
{
pad_string[i] = '0';
}
sprintf(final_code, "%s%s%s", pattern_code, pad_string, index_string);
}
else
{
sprintf(final_code, "%s%s", pattern_code, index_string);
}
*generated_num = (char*)MEM_alloc(sizeof(char) * (strlen(final_code) + 1));
tc_strcpy(*generated_num, final_code);
return ITK_ok;
}
#ifdef __cplusplus
}
#endif

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qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_autocode_util.h
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#include<stdio.h>
#include <string>
#include<iostream>
#include <vector>
#include <map>
#include <list>
//tc
#include<tccore\custom.h>
#include<tc\tc_macros.h>
#include<tccore\aom.h>
#include<ict\ict_userservice.h>
#include<fclasses\tc_string.h>
#include<property\prop.h>
#include<tccore\item.h>
//#include<tc\iman.h>
#include <tccore\aom_prop.h>
#include <epm\epm.h>
#include <tccore\grm.h>
#include <sa\am.h>
#include <ps\ps.h>
#include <time.h>
#include <tccore\grmtype.h>
#include "origin_PropNames.h"
#include <pom/enq/enq.h>
#include<tc\preferences.h>
using namespace std;
//#include <libuserext_exports.h>
#ifdef __cplusplus
extern "C" {
#endif
#define GET_ID_RETRIES 10
#define CYCLE_TIMES 10
#define STARTNUMBER 1
#define PADNUMBER 4
#define RETRY_STRING "10"
#define HANDLE_ERROR_S1(E,S) \
{ EMH_store_initial_error_s1(EMH_severity_error,(E),(S)); return(E); }
#define REPORT_IFAIL(M) \
ifail?printf("%s : ERROR : ifail = %d\n",M,ifail):printf("%s : Ok\n",M)
#define HANDLE_ERROR(E) \
{ EMH_store_initial_error(EMH_severity_error,(E)); return(E); }
#define HANDLE_ERROR_S1(E,S) \
{ EMH_store_initial_error_s1(EMH_severity_error,(E),(S)); return(E); }
#define HANDLE_ERROR_AND_RELEASE(E,I) \
{ \
(void)release_number(I); \
EMH_store_initial_error(EMH_severity_error,(E)); \
return(E); \
}
#define TEST_ERROR(E) \
if ((E) != ITK_ok) return(E);
#define TEST_POM_ERROR(E) \
if ((E) != ITK_ok) HANDLE_ERROR(E)
#define TEST_ERROR_AND_RELEASE(E,I) \
if ((E) != ITK_ok) { (void)release_number(I); return(E); }
/* Define the number of retries when fetching the next ID. */
/* This must be stored in both numeric and string forms. */
#define GET_ID_RETRIES 10
#define RETRY_STRING "10"
/* Empty string test macro */
#define IS_EMPTY(S) (!(*(S)))
/* Define the methods by which a new item name can be obtained */
#define SEED_METHOD 0
#define BUILD_METHOD 1
/* The following define the maximum index number to be used. *
* Note that the actual maximum is one less than MAXNUM. *
* NUMERIC_LIMIT must be large enough to store decimal string *
* version of MAXNUM plus a NULL terminator. */
#define NUMERIC_LIMIT 12
#define MAXNUM 0x7FFFFFFF
/* define the class for which id and rev is generated */
#define CLASS_IS_ITEM 0
#define CLASS_IS_DATASET 1
#define origin_autocode_sequence_exclude_number "origin_autocode_sequence_exclude_number"
tag_t getCurrentUser();
char* filterChar(string str, string filterStr);
date_t getCurrentDate();
void map_insert(map < string, string >* strmap, string index, string x);
int select_id_counter(const char* id_counter, int next_id, tag_t* id_counter_tag, logical* is_new);
int load_current_number(tag_t id_counter_tag, const char* id_counter, int* next_id, logical* is_new);
//int load_current_number(tag_t id_counter_tag, const char *id_counter, int *next_id, logical *is_new);
int get_sequence_no(const char* pattern_code, int length, int start_index, int end_index, int step, int* new_id, const char* code_exclude_character);
int generate_num(const char* pattern_code, int length, int new_index, char** generated_num);
int filterItemID(const char* filterStr, int new_id);
int isContainsStr(char* sourceStr, char* containsStr);
#ifdef __cplusplus
}
#endif

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qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_getComponentPropertyValue.cpp
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#pragma warning (disable: 4996)
#include "Connor_NX.h"
#include "origin_PropNames.h"
#include <pom/enq/enq.h>
const char* getChildrenNodesString(const char** propNames, const char** propValues, int length)
{
int ifail = ITK_ok;
const char* class_name = "Cd9_CodeRelation";
const char* selectTreeNode = "Select Cd9_CodeRelation1";
const char* select_nextidAttrs[1] = { CodeRelation_children_nodes };
int rows, cols;
void*** report = NULL;
int i = 0;
const char* strValues;
ITKCALL(POM_enquiry_create(selectTreeNode));
ITKCALL(POM_enquiry_add_select_attrs(selectTreeNode, class_name,
1, (const char**)select_nextidAttrs));
if (length == 1)
{
if (tc_strlen(propValues[0]) == 0)
{
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0], POM_enquiry_is_null, NULL);
}
else
{
ifail = POM_enquiry_set_string_value(selectTreeNode, "prop1", 1, (const char**)&propValues[0], POM_enquiry_bind_value);
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0], POM_enquiry_equal, "prop1");
}
ifail = POM_enquiry_set_where_expr(selectTreeNode, "expr1");
}
else {
if (tc_strlen(propValues[0]) == 0)
{
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0], POM_enquiry_is_null, NULL);
}
else
{
ifail = POM_enquiry_set_string_value(selectTreeNode, "prop1", 1, (const char**)&propValues[0], POM_enquiry_bind_value);
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0], POM_enquiry_equal, "prop1");
}
if (tc_strlen(propValues[1]) == 0)
{
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr2", class_name, propNames[1], POM_enquiry_is_null, NULL);
}
else
{
ifail = POM_enquiry_set_string_value(selectTreeNode, "prop2", 1, (const char**)&propValues[1], POM_enquiry_bind_value);
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr2", class_name, propNames[1], POM_enquiry_equal, "prop2");
}
POM_enquiry_set_expr(selectTreeNode, "expr", "expr1", POM_enquiry_and, "expr2");
ifail = POM_enquiry_set_where_expr(selectTreeNode, "expr");
}
ITKCALL(POM_enquiry_execute(selectTreeNode, &rows, &cols, &report));
//printf("nextidRows===============%d\n",rows);
if (rows > 0)
{
strValues = (char*)report[0][0];
}
else
{
strValues = "";
}
POM_enquiry_delete(selectTreeNode);
return strValues;
}
int isContainChildrenNode(const char** propNames, const char** propValues, int length)
{
int returnValue = 0;;
const char* value = getChildrenNodesString(propNames, propValues, length);
if (tc_strlen(value) > 0)
{
returnValue = 1;
}
return returnValue;
}
char* getCodeNodeInfos(tag_t tag, vector<string> propNames, int propLength, const char* parentString, int isNewComponent)
{
int ifail = 0;
int allocLength = 0;
const char* class_name = "Cd9_TreeAndListCodeNode";
const char** values = (const char**)MEM_alloc(propLength * sizeof(const char*));
for (int m = 0; m < propLength; m++) {
tag_t prop_tag;
// printf("propNames[m].c_str()====%s\n",propNames[m].c_str());
if (tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_isContainsChildren) == 0)
{
if (isNewComponent == 1)
{
values[m] = (char*)MEM_alloc(3 * sizeof(char));
allocLength += 3;
values[m] = "no";
continue;
}
char* value;
POM_tag_to_uid(tag, &value);
const char* isContainChildrenPropNames[2] = { CodeRelation_parent_nodes,CodeRelation_current_node };
const char* isContainChildrenValues[2] = { parentString, value };
int isContains = isContainChildrenNode(isContainChildrenPropNames, isContainChildrenValues, 2);
if (isContains == 1)
{
values[m] = (char*)MEM_alloc(4 * sizeof(char));
allocLength += 4;
values[m] = "yes";
}
else {
values[m] = (char*)MEM_alloc(3 * sizeof(char));
allocLength += 3;
values[m] = "no";
}
MEM_free(value);
continue;
}
tag_t attr_id = NULLTAG;
// printf("Check Property: %s\n", propNames[m].c_str());
ITKCALL(POM_attr_id_of_attr(propNames[m].c_str(),
class_name, &attr_id));
if (attr_id)
{
if (tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_node_name) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_node_type) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_node_value) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_node_desc) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_code_style) == 0
) {
char* value;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_string(tag, attr_id,
&value, &is_it_null, &is_it_empty));
if (is_it_null)
{
values[m] = (char*)MEM_alloc(5 * sizeof(char));
allocLength += 5;
values[m] = "null";
}
else {
values[m] = (char*)MEM_alloc(tc_strlen(value) * sizeof(char));
allocLength += tc_strlen(value);
values[m] = value;
}
}
if (
tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_is_root) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_is_lock) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_isDefaultSelected) == 0
) {
logical value;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_logical(tag, attr_id,
&value, &is_it_null, &is_it_empty));
if ((is_it_null) || (!value))
{
values[m] = (char*)MEM_alloc(3 * sizeof(char));
allocLength += 3;
values[m] = "no";
}
else {
values[m] = (char*)MEM_alloc(4 * sizeof(char));
allocLength += 4;
values[m] = "yes";
}
}
if (tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_rule_node) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_create_user) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_last_revise_user) == 0
) {
tag_t value;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_tag(tag, attr_id,
&value, &is_it_null, &is_it_empty));
if ((!is_it_null) && (!is_it_empty) && (value != NULLTAG))
{
if (tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_rule_node) == 0)
{
char* name;
ITKCALL(ifail = AOM_ask_value_string(value, TreeAndListCodeNode_node_name, &name));
{
values[m] = (char*)MEM_alloc(tc_strlen(name) * sizeof(char));
allocLength += tc_strlen(name);
values[m] = name;
}
}
else {
//char name[WSO_desc_size_c + 1]="";
char* name = NULL;
SA_ask_user_person_name2(value, &name);
values[m] = (char*)MEM_alloc(tc_strlen(name) * sizeof(char));
allocLength += tc_strlen(name);
values[m] = name;
}
}
else {
values[m] = (char*)MEM_alloc(5 * sizeof(char));
allocLength += 5;
values[m] = "null";
}
}
if (tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_create_date) == 0
|| tc_strcmp(propNames[m].c_str(), TreeAndListCodeNode_last_revise_date) == 0
) {
date_t value;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_date(tag, attr_id,
&value, &is_it_null, &is_it_empty));
if ((is_it_null) || (is_it_empty))
{
values[m] = (char*)MEM_alloc(5 * sizeof(char));
allocLength += 5;
values[m] = "null";
}
else {
char str_date[30] = "";
sprintf(str_date, "%4d/%02d/%02d %02d:%02d:%02d", value.year, value.month + 1, value.day,
value.hour, value.minute, value.second);
values[m] = (char*)MEM_alloc(tc_strlen(str_date) * sizeof(char));
allocLength += tc_strlen(str_date);
values[m] = str_date;
}
}
//printf("values[m]====%s\n",values[m]);
}
else
{
values[m] = (char*)MEM_alloc(5 * sizeof(char));
allocLength += 5;
values[m] = "null";
}
}
allocLength = allocLength + (propLength * 2);
char* infos = (char*)MEM_alloc(allocLength * sizeof(char));
tc_strcpy(infos, "");
for (int i = 0; i < propLength; i++)
{
tc_strcat(infos, values[i]);
tc_strcat(infos, "&&");
}
return infos;
}
int GET_TREE_AND_LIST_STRING_VALUES(const std::string& searchStr, std::string& res)
{
int ifail = ITK_ok;
int i, propLength, tagLength;
vector<tag_t> tags;
const char* class_name = "Cd9_TreeAndListCodeNode";
vector<string> propNames;
string parentString;
vector<string> searchStrSplit;
Split(searchStr, SPLITTER, searchStrSplit);
int size = searchStrSplit.size();
char* rtnStr = NULL;
const char** values = NULL;
if (size == 0) {
return ifail;
}
//printf("\nGET_TREE_AND_LIST_STRING_VALUES\n%s\n", searchStr.c_str());
//printf("PARENTSTRING: [%s]\n", searchStrSplit[0].c_str());
parentString = searchStrSplit[0];
for (i = 1; i < size; i++) {
tag_t tag = NULLTAG;
string str = searchStrSplit[i];
//printf("UID: [%s]\n", str.c_str());
if (strcmp(SPLIT_SECTION, str.c_str()) == 0) {
i++;
break;
}
ITK__convert_uid_to_tag(str.c_str(), &tag);
if (tag == NULLTAG) {
res.append("未找到对象 UID：").append(str);
ifail = OUTPUT_CODE_ERROR;
goto GET_TREE_AND_LIST_STRING_VALUES_END;
}
tags.push_back(tag);
}
propLength = size - i;
for (; i < size; i++) {
string propName = searchStrSplit[i];
//printf("PROPNAME: [%s]\n", propName.c_str());
propNames.push_back(propName);
}
tagLength = tags.size();
values = (const char**)MEM_alloc(tagLength * sizeof(char*));
rtnStr = (char*)MEM_alloc(40000 * sizeof(char));
memset(rtnStr, 0, sizeof(rtnStr));
for (int i = 0; i < tagLength; i++)
{
tag_t tag = tags[i];
//printf("Load Tag\n");
ITKCALL(ifail = AOM_load(tag));
if (ifail != ITK_ok) {
continue;
}
// printf("\n ---------->i=%d, parentString=%s",i,parentString);
char* info = getCodeNodeInfos(tags[i], propNames, propLength, parentString.c_str(), 0);
values[i] = (char*)MEM_alloc(tc_strlen(info) * sizeof(char));
values[i] = info;
// printf("\n values[i]==============%s\n",values[i]);
strcat(rtnStr, info);
strcat(rtnStr, "@@");
ITKCALL(ifail = AOM_unload(tag));
}
res.append(rtnStr);
GET_TREE_AND_LIST_STRING_VALUES_END:
propNames.clear();
tags.clear();
return ifail;
}
int GET_TREE_AND_LIST_STRING_VALUE(const std::string& searchStr, std::string& res) {
int ifail = ITK_ok;
int i, propLength, tagLength;
tag_t tag;
vector<string> propNames;
const char* class_name = "Cd9_TreeAndListCodeNode";
char* info = NULL;
vector<string> searchStrSplit;
Split(searchStr, SPLITTER, searchStrSplit);
int size = searchStrSplit.size();
if (size == 0) {
return ifail;
}
propLength = size - 1;
//printf("\nGET_TREE_AND_LIST_STRING_VALUE\n%s\n", searchStr.c_str());
//printf("UID: [%s]\n", searchStrSplit[0].c_str());
ITK__convert_uid_to_tag(searchStrSplit[0].c_str(), &tag);
if (tag == NULLTAG) {
res.append("未找到对象 UID：").append(searchStrSplit[0]);
ifail = OUTPUT_CODE_ERROR;
goto GET_TREE_AND_LIST_STRING_VALUE_END;
}
//printf("Find Tag\n");
for (i = 0; i < propLength; i++) {
string propName = searchStrSplit[i + 1];
propNames.push_back(propName);
// printf(">> %s\n", propNames[i].c_str());
}
//printf("Load Tag\n");
ITKCALL(ifail = AOM_load(tag));
if (ifail != ITK_ok) {
res.append("无法加载实例 UID：").append(searchStrSplit[0]);
goto GET_TREE_AND_LIST_STRING_VALUE_END;
}
//printf("Load Tag Complete\n");
info = getCodeNodeInfos(tag, propNames, propLength, "", 1);
res.append(info);
ITKCALL(ifail = AOM_unload(tag));
GET_TREE_AND_LIST_STRING_VALUE_END:
return ifail;
}

223
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_invoke_pdm_server.cpp
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#include "Connor_NX.h"
#define K_GetPrefValue 0
#define K_Parse_NX_Template_By_ID 1
#define K_Read_NX_Image_By_ID 2
#define K_Download_Dataset_By_UID 3
#define INPUTCODE_GET_ALL_SUB_TYPES 4
#define INPUTCODE_SEARCH_AUTOCODE_NODE 5
#define INPUTCODE_GET_UID 6
#define INPUTCODE_SEARCH_AUTOCODE_SEGMENT 7
#define INPUTCODE_SEARCH_AUTOCODE_USER 8
#define INPUTCODE_GET_TREE_AND_LIST_STRING_VALUE 9
#define INPUTCODE_GET_NEW_REV_ID 10
#define INPUTCODE_GET_LOGICAL_PROP_VALUE 11
#define INPUTCODE_SEARCH_TREE_OR_LIST_NODE 12
#define INPUTCODE_GET_TREE_AND_LIST_STRING_VALUES 13
#define INPUTCODE_SEARCH_PARENT_TREE_OR_LIST_NODE 14
#define INPUTCODE_ICS_GET_ATTRIBUTES 15
#define INPUTCODE_ICS_ATTR_IS_REFERENCE_ATTRIBUTE 16
#define INPUTCODE_ICS_ATTR_ASK_PROPERTY 17
#define INPUTCODE_ICS_ATTR_ASK_KEYLOV 18
#define INPUTCODE_GET_DISPLAY_PROP_VALUE 19
#define INPUTCODE_FIND_LOV_BY_NAME 20
#define INPUTCODE_GET_REFERENCE_PROP_VALUE 21
#define INPUTCODE_QUERY_PART_NO 22
#define INPUTCODE_DELETE_RECYCLE_ID 23
#define INPUTCODE_ITEM_EXIST 24
#define INPUTCODE_ITEM_CREATE 25
#define INPUTCODE_ADD_TO_NEWSTUFF 26
#define INPUTCODE_GET_CLASSIFICATION_ID 27
#define INPUTCODE_SEND_ITEM_TO_CLASSIFICATION 28
#define INPUTCODE_GET_ITEMTYPE_BY_ID 29
#define INPUTCODE_GET_REVUID_BY_ID 30
#define INPUTCODE_ITEM_UPDATE 31
#define INPUTCODE_READ_NX_TEMPLATE_BOM 32
#define INPUTCODE_GET_CLONE_INFO 33
#define INPUTCODE_GET_LATEST_ITEM_REVISION 34
#define INPUTCODE_GRANT_PRIVILEGE 35
#define INPUTCODE_GET_UOM_TAGS 36
#define INPUTCODE_UPDATE_UOM 37
#define INPUTCODE_GET_REFERENCE_PROP_VALUE_ARRAY 38
#define INPUTCODE_ICS_ATTR_ASK_METRIC_UNIT 39
using namespace std;
int GetPrefValue(const std::string &pref_name, std::string &prefValue) {
int ifail = ITK_ok;
int pref_len = 0;
char** pref_vals = NULL;
printf("查询首选项：%s\n", pref_name.c_str());
if (tc_strlen(pref_name.c_str()) == 0) {
return ifail;
}
ITKCALL(ifail = PREF_refresh(pref_name.c_str()));
if (ifail != ITK_ok) {
prefValue.append(("未配置首选项：")).append(pref_name);
return ifail;
}
ITKCALL(ifail = PREF_ask_char_values(pref_name.c_str(), &pref_len, &pref_vals));
for (int i = 0;i < pref_len;i++) {
printf(">> %d. %s\n", i + 1, pref_vals[i]);
prefValue.append(pref_vals[i]);
if (i != pref_len - 1) {
prefValue.append(SPLITTER);
}
}
if (ifail != ITK_ok) {
prefValue.append(("未配置首选项：")).append(pref_name);
}
return ifail;
}
DLLAPI int K_invoke_pdm_server(int *decision, va_list args) {
int ifail = ITK_ok;
// get the input parameters from the va_list:
int input_code = va_arg(args, int);
char* input_str = va_arg(args, char*);
int* output_code = va_arg(args, int*);
char** output_str = va_arg(args, char**);
// set decision. We'll let other customizations have
// a chance to handle this PDM Server call too.
*decision = ALL_CUSTOMIZATIONS;
// I do all intermediate string processing with std::string's
// instead of char* strings. Later I'll copy the final
// std::string's contents to the char* output_str
std::string output_string;
// pass the input_code to a switch():
switch (input_code)
{
case K_GetPrefValue:
*output_code = GetPrefValue(input_str, output_string);
break;
case K_Read_NX_Image_By_ID:
*output_code = Read_NX_Image_By_ID(input_str, output_string);
break;
case K_Parse_NX_Template_By_ID:
*output_code = Parse_NX_Template_By_ID(input_str, output_string);
break;
case K_Download_Dataset_By_UID:
*output_code = Download_Dataset_By_UID(input_str, output_string);
break;
case INPUTCODE_GET_ALL_SUB_TYPES:
*output_code = Get_All_SubTypes(input_str, output_string);
break;
case INPUTCODE_SEARCH_AUTOCODE_NODE:
*output_code = SEARCH_AUTOCODE_NODE(input_str, output_string);
break;
case INPUTCODE_GET_UID:
*output_code = Get_Uid(input_str, output_string);
break;
case INPUTCODE_SEARCH_AUTOCODE_SEGMENT:
*output_code = SEARCH_AUTOCODE_SEGMENT(input_str, output_string);
break;
case INPUTCODE_SEARCH_AUTOCODE_USER:
*output_code = SEARCH_AUTOCODE_USER(input_str, output_string);
break;
case INPUTCODE_GET_TREE_AND_LIST_STRING_VALUE:
*output_code = GET_TREE_AND_LIST_STRING_VALUE(input_str, output_string);
break;
case INPUTCODE_GET_NEW_REV_ID:
*output_code = GET_NEW_REV_ID(input_str, output_string);
break;
case INPUTCODE_GET_LOGICAL_PROP_VALUE:
*output_code = GET_LOGICAL_PROP_VALUE(input_str, output_string);
break;
case INPUTCODE_SEARCH_TREE_OR_LIST_NODE:
*output_code = SEARCH_TREE_OR_LIST_NODE(input_str, output_string);
break;
case INPUTCODE_GET_TREE_AND_LIST_STRING_VALUES:
*output_code = GET_TREE_AND_LIST_STRING_VALUES(input_str, output_string);
break;
case INPUTCODE_SEARCH_PARENT_TREE_OR_LIST_NODE:
*output_code = SEARCH_PARENT_TREE_OR_LIST_NODE(input_str, output_string);
break;
case INPUTCODE_ICS_GET_ATTRIBUTES:
*output_code = ICS_GET_ATTRIBUTES(input_str, output_string);
break;
case INPUTCODE_ICS_ATTR_IS_REFERENCE_ATTRIBUTE:
*output_code = ICS_ATTR_IS_REFERENCE_ATTRIBUTE(input_str, output_string);
break;
case INPUTCODE_ICS_ATTR_ASK_PROPERTY:
*output_code = ICS_ATTR_ASK_PROPERTY(input_str, output_string);
break;
case INPUTCODE_ICS_ATTR_ASK_KEYLOV:
*output_code = ICS_ATTR_ASK_KEYLOV(input_str, output_string);
break;
case INPUTCODE_GET_DISPLAY_PROP_VALUE:
*output_code = GET_DISPLAY_PROP_VALUE(input_str, output_string);
break;
case INPUTCODE_FIND_LOV_BY_NAME:
*output_code = FIND_LOV_BY_NAME(input_str, output_string);
break;
case INPUTCODE_GET_REFERENCE_PROP_VALUE:
*output_code = GET_REFERENCE_PROP_VALUE(input_str, output_string);
break;
case INPUTCODE_QUERY_PART_NO:
*output_code = QUERY_PART_NO(input_str, output_string);
break;
case INPUTCODE_DELETE_RECYCLE_ID:
*output_code = DELETE_RECYCLE_ID(input_str, output_string);
break;
case INPUTCODE_ITEM_EXIST:
*output_code = ITEM_EXIST(input_str, output_string);
break;
case INPUTCODE_ITEM_CREATE:
*output_code = ITEM_CREATE(input_str, output_string);
break;
case INPUTCODE_ADD_TO_NEWSTUFF:
*output_code = ADD_TO_NEWSTUFF(input_str, output_string);
break;
case INPUTCODE_GET_CLASSIFICATION_ID:
*output_code = GET_CLASSIFICATION_ID(input_str, output_string);
break;
case INPUTCODE_SEND_ITEM_TO_CLASSIFICATION:
*output_code = SEND_ITEM_TO_CLASSIFICATION(input_str, output_string);
break;
case INPUTCODE_GET_ITEMTYPE_BY_ID:
*output_code = GET_ITEMTYPE_BY_ID(input_str, output_string);
break;
case INPUTCODE_GET_REVUID_BY_ID:
*output_code = GET_REVUID_BY_ID(input_str, output_string);
break;
case INPUTCODE_ITEM_UPDATE:
*output_code = ITEM_UPDATE(input_str, output_string);
break;
case INPUTCODE_READ_NX_TEMPLATE_BOM:
*output_code = READ_NX_TEMPLATE_BOM(input_str, output_string);
break;
case INPUTCODE_GET_CLONE_INFO:
*output_code = GET_CLONE_INFO(input_str, output_string);
break;
case INPUTCODE_GET_LATEST_ITEM_REVISION:
*output_code = GET_LATEST_ITEM_REVISION(input_str, output_string);
break;
case INPUTCODE_GRANT_PRIVILEGE:
*output_code = GRANT_PRIVILEGE(input_str, output_string);
break;
case INPUTCODE_GET_UOM_TAGS:
*output_code = GET_UOM_TAGS(input_str, output_string);
break;
case INPUTCODE_UPDATE_UOM:
*output_code = UPDATE_UOM(input_str, output_string);
break;
case INPUTCODE_GET_REFERENCE_PROP_VALUE_ARRAY:
*output_code = GET_REFERENCE_PROP_VALUE_ARRAY(input_str, output_string);
break;
case INPUTCODE_ICS_ATTR_ASK_METRIC_UNIT:
*output_code = ICS_ATTR_ASK_METRIC_UNIT(input_str, output_string);
break;
default:
*decision = NO_CUSTOMIZATION; // do nothing INPUTCODE_ITEM_UPDATE
// code may be meant for another library using PDM Server
}
// allocate memory for output string and copy
// std::string's contents to it:
TC_write_syslog("NX Return [%d]: %s", *output_code, output_string.c_str());
*output_str =(char*) malloc(sizeof(char) * (output_string.length() + 1));
tc_strcpy(*output_str, output_string.c_str());
return ifail;
}

1619
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_nx_common.cpp
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121
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_read_nx_bom.cpp
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#include "Connor_NX.h"
using namespace std;
int Cycle_BOM(tag_t bomline, std::string& res, vector<string>& checkedIDs) {
int ifail = ITK_ok, child_cnt = 0;
tag_t rev_tag = NULLTAG, * child_lines = NULL;
char* object_string = NULL, * uid = NULL;
ITKCALL(ifail = AOM_ask_value_tag(bomline, "bl_revision", &rev_tag));
if (ifail != ITK_ok || rev_tag == NULLTAG) {
goto cycle_bom_end;
}
ITK__convert_tag_to_uid(rev_tag, &uid);
if (inArray(checkedIDs, uid)) {
goto cycle_bom_end;
}
ITKCALL(ifail = BOM_line_ask_child_lines(bomline, &child_cnt, &child_lines));
if (child_cnt == 0) {
goto cycle_bom_end;
}
ITKCALL(ifail = AOM_ask_value_string(bomline, "bl_indented_title", &object_string));
if (ifail != ITK_ok) {
goto cycle_bom_end;
}
res.append("<BOM_GROUP/>");
res.append(uid);
res.append("=");
res.append(object_string);
for (int i = 0; i < child_cnt; i++) {
tag_t cLine = child_lines[i];
tag_t cRev = NULLTAG;
DOFREE(uid);
DOFREE(object_string);
ITKCALL(ifail = AOM_ask_value_tag(cLine, "bl_revision", &cRev));
if (ifail != ITK_ok || cRev == NULLTAG) {
continue;
}
ITK__convert_tag_to_uid(cRev, &uid);
ITKCALL(ifail = AOM_ask_value_string(cLine, "bl_indented_title", &object_string));
if (ifail != ITK_ok) {
continue;
}
res.append("<LINE/>");
res.append(uid);
res.append("=");
res.append(object_string);
}
for (int i = 0; i < child_cnt; i++) {
Cycle_BOM(child_lines[i], res, checkedIDs);
}
cycle_bom_end:
DOFREE(object_string);
DOFREE(uid);
DOFREE(child_lines);
return ifail;
}
//READ_NX_TEMPLATE_BOM
int READ_NX_TEMPLATE_BOM(const std::string& itemID, std::string& res) {
int ifail = ITK_ok, release_flag = 0;
int pref_len = 0, ds_count = 0;
char* object_string = NULL;
char* rev_id = NULL;
tag_t item_tag = NULLTAG;
tag_t rev_tag = NULLTAG;
tag_t bom_view = NULLTAG, bvr_tag = NULLTAG, bom_window = NULLTAG, topBomLine = NULLTAG;
vector<string> checkedIDs;
POM_AM__set_application_bypass(true);
WriteLog(debug, "查询NX模板：%s", itemID.c_str());
if (tc_strlen(itemID.c_str()) == 0) {
res.append(("NX模板ID不可为空"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
ITKCALL(ifail = ITEM_find_item(itemID.c_str(), &item_tag));
if (ifail != ITK_ok) {
goto gx_nx_template_end;
}
ITKCALL(ifail = AOM_ask_value_string(item_tag, "object_string", &object_string));
WriteLog(debug, "找到对象：%s", object_string);
DOFREE(object_string);
ITKCALL(ifail = ITEM_ask_latest_rev(item_tag, &rev_tag));
if (rev_tag == NULLTAG) {
res.append(("未找到模板对象的最新版本，请检查是否具有查看权限"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
ITKCALL(ifail = AOM_refresh(rev_tag, FALSE));
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "object_string", &object_string));
WriteLog(debug, "最新版本：%s", object_string);
DOFREE(object_string);
// 检查是否发布
ITKCALL(ifail = EPM_ask_if_released(rev_tag, &release_flag));
if (release_flag == 0) {
res.append(("模板对象最新版本未发布"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "item_revision_id", &rev_id));
res.append("@DB/").append(itemID).append("/").append(rev_id);
// 加载BOM
ITKCALL(ifail = GetBomView(rev_tag, "view", &bom_view, &bvr_tag, debug));
if (bom_view != NULLTAG) {
BOM_create_window(&bom_window);
BOM_set_window_top_line_bvr(bom_window, bvr_tag, &topBomLine);
ifail = Cycle_BOM(topBomLine, res, checkedIDs);
BOM_close_window(bom_window);
}
else {
WriteLog(debug, "未找到BOM视图");
}
gx_nx_template_end:
if (ifail != ITK_ok) {
res.assign("读取BOM异常");
ifail = OUTPUT_CODE_ERROR;
}
POM_AM__set_application_bypass(false);
DOFREE(object_string);
DOFREE(rev_id);
return ifail;
}

775
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_recycle_item_id.cpp
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#pragma warning (disable: 4996)
#include "K_recycle_item_id.h"
#ifdef __cplusplus
extern "C" {
#endif
/************************************************************************/
/* 记录空闲item id的schema类（或数据库表）
* Schema类名：TempCounter,父类：POM_object
* 表结构字段：
* name：字符串类型，32位，计数器名字，如特征码abc
* id：字符串类型，32位，当前计数器对应的新的id，如abc0001
* occ：字符串类型，32位，指示id是否被占用，值为true/false
* create_date：日期类型，记录创建时间，用来处理异常情况
*/
/************************************************************************/
int CheckReference(tag_t one_instance)
{
int n_levels = 1;
int n_instances = 0;
tag_t* ref_instances = NULL;
int* instance_levels = NULL, * instance_where_found = NULL;
int n_classes = 0;
tag_t* ref_classes = NULL;
int* class_levels = NULL, * class_where_found = NULL;
CALL(POM_referencers_of_instance(one_instance,
n_levels,
POM_in_ds_and_db,
&n_instances, /**< (O) Number of referencing instances */
&ref_instances, /**< (OF) n_instances Tags of referencing instances */
&instance_levels, /**< (OF) n_instances Levels of referencing instances */
&instance_where_found, /**< (OF) n_instances Where the instance was found */
&n_classes, /**< (O) Number of referencing classes */
&ref_classes, /**< (OF) n_classes Tags of referencing classes */
&class_levels, /**< (OF) n_classes Levels of referencing classes */
&class_where_found /**< (OF) n_classes Where the class was found (always DB) */
));
if (n_instances == 0)
return 0;
MEM_free(ref_instances);
MEM_free(instance_levels);
MEM_free(instance_where_found);
MEM_free(ref_classes);
MEM_free(class_levels);
MEM_free(class_where_found);
return -1;
}
int enq_like_num(const char* filter_code, int* index)
{
int ifail;
const char* enquiryLikeItem = "Select_ITEM";
const char* select_attrs[1] = { "puid" };
int rows, cols;
void*** report = NULL;
//===============select puid form Item where ITEM_ID like TeZhengManWithNumber%
CALL(POM_enquiry_create(enquiryLikeItem));
CALL(POM_enquiry_add_select_attrs(enquiryLikeItem, ITEM_POM_CLASS,
1, (const char**)select_attrs));
CALL(POM_enquiry_set_string_value(enquiryLikeItem, "item_id_value",
1, (const char**)(&filter_code), POM_enquiry_asc_order));
CALL(POM_enquiry_set_attr_expr(enquiryLikeItem, "item_id_exp",
ITEM_POM_CLASS, "ITEM_ID", POM_enquiry_like, "item_id_value"));
CALL(POM_enquiry_set_where_expr(enquiryLikeItem, "item_id_exp"));
CALL(POM_enquiry_execute(enquiryLikeItem, &rows, &cols, &report));
*index = rows;
MEM_free(report);
CALL(ifail = POM_enquiry_delete(enquiryLikeItem));
return ifail;
}
/************************************************************************/
/*
* Description: Query redundant item id from the recycle item id's table
* Function : QueryReduntantItemId2
* Params : TeZhengMa - item id's TeZhengMa, usually, this is the item
* id counter's name
* : the_item_id - searched item id, maybe null.
* Return : 0 - no error, else errors
*/
/************************************************************************/
int QueryReduntantItemId(char* TeZhengMa, char** the_item_id)
{
int ifail = ITK_ok, i = 0;
const char
* Temp_Pom_Class = "Cd9_CodeCounter";
char
* name_attr_value = NULL,
* id_attr_value = NULL,
* occ_attr_value = NULL;
tag_t
class_id = NULLTAG,
name_attr_id = NULLTAG,
id_attr_id = NULLTAG,
occ_attr_id = NULLTAG,
createdate_attr_id = NULLTAG,
item_exists = NULLTAG;
logical
include_subclasses = FALSE,
is_it_null = FALSE,
is_it_empty = FALSE,
is_old_enough = FALSE;
int
n_instance = 0,
n_ret_instances = 0,
lock_token = 0, lock_token_2 = 0,
day = 0, month = 0, year = 0,
hour = 0, minute = 0, second = 0, zjdnum = 0; //zjd
tag_t
* instance_tags = NULL,
* ret_instances = NULL,
one_instance = NULLTAG,
found_instance = NULLTAG;
struct tm* p;
time_t now;
date_t date_attr_value;
char counter_name1[255];
date_t modify_date; //liny
CALL(POM_class_id_of_class(Temp_Pom_Class, &class_id));
CALL(POM_attr_id_of_attr(CodeCounter_name, Temp_Pom_Class, &name_attr_id));
CALL(POM_attr_id_of_attr(CodeCounter_recycleID, Temp_Pom_Class, &id_attr_id));
CALL(POM_attr_id_of_attr(CodeCounter_isUsed, Temp_Pom_Class, &occ_attr_id));
CALL(POM_attr_id_of_attr(CodeCounter_createDate, Temp_Pom_Class, &createdate_attr_id));
//查询废号表中的所有实例，但尚未加载
CALL(POM_instances_of_class(class_id, include_subclasses, &n_instance, &instance_tags));
//fprintf( stdout, "%d instances found\n", n_instance );
if (n_instance == 0) {
return ITK_ok;
}
//返回所有成功加载的instance
CALL(POM_load_instances_possible(n_instance, instance_tags, &n_ret_instances, &ret_instances));
CALL(POM_refresh_instances(n_ret_instances, ret_instances, NULLTAG, POM_no_lock));
//刷新实例，找到所有的报废号码
for (i = 0; i < n_ret_instances; i++)
{
one_instance = ret_instances[i];
//取得所有occ自动为true的记录，如果这些记录合适，则更新这些记录的occ字段为false，以备取号使用
CALL(POM_ask_attr_string(one_instance, occ_attr_id, &occ_attr_value, &is_it_null, &is_it_empty));
//查询符合条件的实例的时间状态，如果已经过期，则设置occ为false，以备取废号使用
if (tc_strcmp(occ_attr_value, "true") == 0)
{
CALL(POM_ask_attr_date(one_instance, createdate_attr_id, &date_attr_value, &is_it_null, &is_it_empty));
year = date_attr_value.year;
month = date_attr_value.month;
day = date_attr_value.day;
hour = date_attr_value.hour;
minute = date_attr_value.minute;
time(&now);
p = localtime(&now); /* 取得当前时间 */
is_old_enough = FALSE;
//printf("year==%d month==%d day==%d hour==%d minute==%d \n",year,month,day,hour,minute);
//printf("now::year==%d month==%d day==%d hour==%d minute==%d \n",p->tm_year + 1900, p->tm_mon,p->tm_mday,p->tm_hour,p->tm_min);
if ((p->tm_year + 1900) > year) //如果当前年份大于对象的创建年份，则设置标志位
is_old_enough = TRUE;
else
{
if (p->tm_mon > month) //如果当前月份大于对象的创建月份，则设置标志位
is_old_enough = TRUE;
else
{
if (p->tm_mday > day) //如果当前月份大于对象的创建日期，则设置标志位
is_old_enough = TRUE;
//else
// is_old_enough = FALSE;
else
{
//if( p->tm_hour> (hour+1)%24 )
if (p->tm_hour > hour)
is_old_enough = TRUE;
//else
// is_old_enough = FALSE;
else //liny
{
if (p->tm_min > (minute + 5))
is_old_enough = TRUE;
else
is_old_enough = FALSE;
}
}
}
}
if (is_old_enough == TRUE)
{ //查询当前instance是否被加了修改锁，如果未被加修改锁，则设置这些记录刷新内存记录
CALL(POM_ask_instance_lock(one_instance, &lock_token));
if (lock_token != POM_modify_lock)
{
CALL(POM_refresh_instances_any_class(1, &one_instance, POM_modify_lock));
CALL(POM_set_attr_string(1, &one_instance, occ_attr_id, "false"));
CALL(POM_save_instances(1, &one_instance, false));
CALL(POM_refresh_instances_any_class(1, &one_instance, POM_no_lock));//刷新内存记录,恢复锁的状态
}
}
}
}
//所有的记录被刷新，重新取号
for (i = 0; i < n_ret_instances; i++)
{
one_instance = ret_instances[i];
CALL(POM_ask_attr_string(one_instance, name_attr_id, &name_attr_value, &is_it_null, &is_it_empty));
if (tc_strcmp(name_attr_value, TeZhengMa) == 0)
{
CALL(POM_ask_attr_string(one_instance, occ_attr_id, &occ_attr_value, &is_it_null, &is_it_empty));
//如果当前记录是新创建的且未过时，跳过不处理
if (tc_strcmp(occ_attr_value, "true") == 0)
{
MEM_free(occ_attr_value);
continue;
}
//如果当前instance被别人加了修改锁，跳过
CALL(POM_ask_instance_lock(one_instance, &lock_token));
if (lock_token == POM_modify_lock)
{
MEM_free(occ_attr_value);
continue;
}
CALL(POM_ask_attr_string(one_instance, id_attr_id, &id_attr_value, &is_it_empty, &is_it_empty));
//检查数据库是否有记录，有则尝试取消这个废号，成功则删除记录，否则设置当前的instance为nulltag
item_exists = NULLTAG;
/*CALL( ITEM_find_item( id_attr_value, &item_exists ) );
if( item_exists != NULLTAG )*/
tc_strcpy(counter_name1, "%");
tc_strcat(counter_name1, id_attr_value);
tc_strcat(counter_name1, "%");
{
int n_levels = 2;
int where_to_search = POM_in_ds_and_db;
int n_ref_instances;
tag_t* ref_instances;
int* ref_instance_levels;
int* ref_instance_where_found;
int n_ref_classes;
tag_t* ref_classes;
int* class_levels;
int* class_where_found;
POM_referencers_of_instance(one_instance, n_levels, where_to_search, &n_ref_instances, &ref_instances, &ref_instance_levels, &ref_instance_where_found, &n_ref_classes, &ref_classes, &class_levels, &class_where_found);
//printf("id==%s的被%d个实例引用\n",counter_name1,n_ref_instances);
//printf("id==%s的被%d个类引用\n",counter_name1,n_ref_instances);
}
//查找新建的item中是否已存在该ID
ifail = enq_like_num(counter_name1, &zjdnum);
if (zjdnum != 0)
{
int lock_token = 0;
ITKCALL(POM_refresh_instances_any_class(1, &one_instance, POM_no_lock));
ITKCALL(POM_ask_instance_lock(one_instance, &lock_token));
if (lock_token == POM_no_lock)
{
int n_levels = 2;
int where_to_search = POM_in_ds_and_db;
int n_ref_instances;
tag_t* ref_instances;
int* ref_instance_levels;
int* ref_instance_where_found;
int n_ref_classes;
tag_t* ref_classes;
int* class_levels;
int* class_where_found;
POM_referencers_of_instance(one_instance, n_levels, where_to_search, &n_ref_instances, &ref_instances, &ref_instance_levels, &ref_instance_where_found, &n_ref_classes, &ref_classes, &class_levels, &class_where_found);
// printf("id==%s的被%d个实例引用\n",counter_name1,n_ref_instances);
//printf("id==%s的被%d个类引用\n",counter_name1,n_ref_instances);
/*
for(int k=0;k<n_ref_instances;k++)
{
printf("ref_instances=======%u\n",ref_instances[k]);
}
for(int k=0;k<n_ref_classes;k++)
{
printf("ref_classes=======%u\n",ref_classes[k]);
}*/
ITKCALL(POM_delete_instances(1, &one_instance));
}
ret_instances[i] = NULLTAG;
//不管成功与否，都要设置当前的instance为nulltag，该instance不应再使用
MEM_free(occ_attr_value);
MEM_free(id_attr_value);
MEM_free(name_attr_value);
continue;
}
if (*the_item_id == NULL)
{
*the_item_id = (char*)MEM_alloc(sizeof(char) * (ITEM_id_size_c + 1));
tc_strcpy(*the_item_id, "");
}
if (tc_strcmp(*the_item_id, "") == 0)
{
tc_strcpy(*the_item_id, id_attr_value);
found_instance = one_instance;
}
else
{
if (tc_strcmp(*the_item_id, id_attr_value) > 0)
{
tc_strcpy(*the_item_id, id_attr_value);
found_instance = one_instance;
}
}
MEM_free(id_attr_value);
MEM_free(occ_attr_value);
MEM_free(name_attr_value);
}
else
{
MEM_free(name_attr_value);
continue;
}
}
if (found_instance != NULLTAG)
{
CALL(POM_ask_instance_lock(found_instance, &lock_token));
if (lock_token != POM_modify_lock)
{
CALL(POM_refresh_instances_any_class(1, &found_instance, POM_modify_lock));
CALL(POM_set_attr_string(1, &found_instance, occ_attr_id, "true"));
//刷新记录的修改时间,确保同一时刻不会再次被要出//liny
time(&now);
p = localtime(&now); /* 取得当前时间 */
modify_date.day = p->tm_mday;
modify_date.hour = p->tm_hour;
modify_date.minute = p->tm_min;
modify_date.month = p->tm_mon;
modify_date.second = p->tm_sec;
modify_date.year = p->tm_year + 1900;
CALL(POM_set_attr_date(1, &found_instance, createdate_attr_id, modify_date));
CALL(POM_save_instances(1, &found_instance, true));
}
}
MEM_free(instance_tags);
return ifail;
}
/************************************************************************/
/*
* Description: Query redundant item id from the recycle item id's table
* Function : SaveReduntantItemId
* Params : TeZhengMa - item id's TeZhengMa, usually, this is the item
* id counter's name
* : the_item_id - new created item id
* : occupied - indicate weather current item id was used, almost
* in every case its value is "true"
* Return : 0 - no error, else errors
*/
/************************************************************************/
//保存当前生产的新的itemid到系统的临时itemid表中
int SaveReduntantItemId(char* TeZhengMa, char* new_item_id, const char* occupied)
{
int ifail = ITK_ok;
tag_t
class_id = NULLTAG,
instance_tag = NULLTAG,
attr_id = NULLTAG;
date_t create_date;
struct tm* p;
time_t now;
const char* Temp_Pom_Class = "Cd9_CodeCounter";
CALL(POM_class_id_of_class(Temp_Pom_Class, &class_id));
CALL(POM_create_instance(class_id, &instance_tag));
CALL(POM_attr_id_of_attr(CodeCounter_index, Temp_Pom_Class, &attr_id));
int new_index = 0;
get_sequence_no("OACC", 8, 1, 99999999, 1, &new_index, "");
ITKCALL(POM_set_attr_int(1, &instance_tag, attr_id, new_index));
//now, set the TeZhengMa attribute of the new instance
CALL(POM_attr_id_of_attr(CodeCounter_name, Temp_Pom_Class, &attr_id));
CALL(POM_set_attr_string(1, &instance_tag, attr_id, TeZhengMa));
//set the Id attribute of the new instance
CALL(POM_attr_id_of_attr(CodeCounter_recycleID, Temp_Pom_Class, &attr_id));
CALL(POM_set_attr_string(1, &instance_tag, attr_id, new_item_id));
//set the Occ attribute of the new instance
CALL(POM_attr_id_of_attr(CodeCounter_isUsed, Temp_Pom_Class, &attr_id));
CALL(POM_set_attr_string(1, &instance_tag, attr_id, occupied));
/*
time(&now);
p = localtime(&now); // 取得当前时间
create_date.day = p->tm_mday;
create_date.hour = p->tm_hour;
create_date.minute = p->tm_min;
create_date.month = p->tm_mon;
create_date.second = p->tm_sec;
create_date.year = p->tm_year + 1900; */
CALL(POM_attr_id_of_attr(CodeCounter_createDate, Temp_Pom_Class, &attr_id));
ITKCALL(POM_set_attr_date(1, &instance_tag, attr_id, getCurrentDate()));
CALL(POM_attr_id_of_attr(CodeCounter_last_revise_date, Temp_Pom_Class, &attr_id));
CALL(POM_set_attr_date(1, &instance_tag, attr_id, getCurrentDate()));
CALL(POM_attr_id_of_attr(CodeCounter_createUser, Temp_Pom_Class, &attr_id));
ITKCALL(POM_set_attr_tag(1, &instance_tag, attr_id, getCurrentUser()));
CALL(POM_attr_id_of_attr(CodeCounter_last_revise_user, Temp_Pom_Class, &attr_id));
ITKCALL(POM_set_attr_tag(1, &instance_tag, attr_id, getCurrentUser()));
CALL(POM_save_instances(1, &instance_tag, TRUE));
//CALL( POM_refresh_instances_any_class( 1, &instance_tag, POM_no_lock ) );
//fprintf( stdout, "a new itemid %s created at %d/%d/%d\n", new_item_id, create_date.year, create_date.month, create_date.day );
return ifail;
}
/**
Removes the given object from the database.
@param tag_t object
*/
//#define TC_delete_msg "IMAN_delete"
int recycle_deleted_ItemID(METHOD_message_t* msg, va_list args)
{
int ifail = ITK_ok;
char buf[BUFSIZ] = "";
//retrieve the deleted object (will but not yet) from IMAN_delete msg
tag_t deleted_item = va_arg(args, tag_t);
//char deleted_item_id[ITEM_id_size_c + 1] = "";
//ITKCALL( ifail = ITEM_ask_id(deleted_item, deleted_item_id) );
if (ifail == ITK_ok)
{
char* pattern_code = NULL;
ITKCALL(ifail = AOM_ask_value_string(deleted_item, Item_codePattern, &pattern_code));
if (ifail == ITK_ok && pattern_code != NULL && strlen(pattern_code) > 0)
{
char* item_id;
ITKCALL(ifail = AOM_ask_value_string(deleted_item, Item_codeID, &item_id));
if (tc_strlen(item_id) > 0)
{
SaveReduntantItemId(pattern_code, item_id, "false");
}
MEM_free(pattern_code);
MEM_free(item_id);
}
}
return ITK_ok;
}
int recycleNewProjectId(METHOD_message_t* msg, va_list args)
{
int ifail = ITK_ok, i = 0;
tag_t project = NULLTAG;
//char project_id[ITEM_id_size_c + 1] = "";
char* project_id;
//char* project_idValue ;
const char
* Temp_Pom_Class = "Cd9_CodeCounter";
char
* id_attr_value = NULL;
tag_t
class_id = NULLTAG,
id_attr_id = NULLTAG;
//occ_attr_id = NULLTAG,
//createdate_attr_id = NULLTAG;
logical
include_subclasses = FALSE,
is_it_null = FALSE,
is_it_empty = FALSE,
find_deleted_instance = FALSE;
int
n_instance = 0,
lock_token = 0;
tag_t
* instance_tags = NULL,
one_instance = NULLTAG,
deleted_instance = NULLTAG;
//msg_item_tag = msg->object;
//CALL( ITEM_ask_item_of_rev( msg_item_tag, &item ) );
char* rule_name = NULL;
//project = msg->object_tag;
/* 无法获得，按顺序，第一个为id
project = va_arg( args, tag_t );
if (project == NULLTAG)
{
printf("FUNCTION : recycleNewProjectId.\nERROR : object tag is NULLTAG.\n");
return ifail;
}
*/
//ITKCALL(PROJ_ask_id( project, project_id ) );
//fprintf( stdout, "project_id == %s\n", project_id );
project_id = va_arg(args, char*);
//fprintf( stdout, "project_id == %s\n", project_id );
ITKCALL(POM_class_id_of_class(Temp_Pom_Class, &class_id));
ITKCALL(POM_attr_id_of_attr(CodeCounter_recycleID, Temp_Pom_Class, &id_attr_id));
ITKCALL(POM_instances_of_class(class_id, include_subclasses, &n_instance, &instance_tags));
//fprintf( stdout, "%d instances found\n", n_instance );
if (n_instance == 0) {
return ITK_ok;
}
//加载所有的实例，但是不要锁定
ITKCALL(POM_load_instances_any_class(n_instance, instance_tags, POM_no_lock));
for (i = 0; i < n_instance; i++)
{
one_instance = instance_tags[i];
ITKCALL(POM_ask_attr_string(one_instance, id_attr_id, &id_attr_value, &is_it_null, &is_it_empty));
if (tc_strcmp(id_attr_value, project_id) == 0 && find_deleted_instance == FALSE)
{
deleted_instance = one_instance;
find_deleted_instance = TRUE;
ITKCALL(POM_refresh_instances_any_class(1, &deleted_instance, POM_no_lock));
ITKCALL(POM_ask_instance_lock(deleted_instance, &lock_token));
if (lock_token == POM_no_lock)
{
ITKCALL(POM_delete_instances(1, &deleted_instance));
//fprintf( stdout, "\n\nDelete a instance, its id is %s\n\n", id_attr_value );
instance_tags[i] = NULLTAG;
}
MEM_free(id_attr_value);
break;
}
else
{
MEM_free(id_attr_value);
}
}
MEM_free(instance_tags);
return ifail;
}
int recycleNewItemId(METHOD_message_t* msg, va_list args)
{
int ifail = ITK_ok, i = 0;
tag_t item = NULLTAG;
//char item_id[ITEM_id_size_c + 1] = "";
char* item_id = NULL;
char* item_idValue;
const char
* Temp_Pom_Class = "Cd9_CodeCounter";
char
* id_attr_value = NULL;
tag_t
class_id = NULLTAG,
id_attr_id = NULLTAG;
//occ_attr_id = NULLTAG,
//createdate_attr_id = NULLTAG;
logical
include_subclasses = FALSE,
is_it_null = FALSE,
is_it_empty = FALSE,
find_deleted_instance = FALSE;
int
n_instance = 0,
lock_token = 0;
tag_t
* instance_tags = NULL,
one_instance = NULLTAG,
deleted_instance = NULLTAG;
//msg_item_tag = msg->object;
//CALL( ITEM_ask_item_of_rev( msg_item_tag, &item ) );
char* rule_name = NULL;
item = msg->object;
if (item == NULLTAG)
{
printf("FUNCTION : recycleRedundantItemId.\nERROR : object tag is NULLTAG.\n");
return ifail;
}
// tag_t deleted_item = va_arg( args, tag_t );
ITKCALL(ITEM_ask_id2(item, &item_id));
//fprintf( stdout, "item id %s\n", item_id );
ITKCALL(POM_class_id_of_class(Temp_Pom_Class, &class_id));
ITKCALL(POM_attr_id_of_attr(CodeCounter_recycleID, Temp_Pom_Class, &id_attr_id));
ITKCALL(POM_instances_of_class(class_id, include_subclasses, &n_instance, &instance_tags));
//fprintf( stdout, "%d instances found\n", n_instance );
if (n_instance == 0) {
return ITK_ok;
}
//加载所有的实例，但是不要锁定
ITKCALL(POM_load_instances_any_class(n_instance, instance_tags, POM_no_lock));
for (i = 0; i < n_instance; i++)
{
one_instance = instance_tags[i];
ITKCALL(POM_ask_attr_string(one_instance, id_attr_id, &id_attr_value, &is_it_null, &is_it_empty));
if (tc_strcmp(id_attr_value, item_id) == 0 && find_deleted_instance == FALSE)
{
deleted_instance = one_instance;
find_deleted_instance = TRUE;
ITKCALL(POM_refresh_instances_any_class(1, &deleted_instance, POM_no_lock));
ITKCALL(POM_ask_instance_lock(deleted_instance, &lock_token));
if (lock_token == POM_no_lock)
{
ITKCALL(POM_delete_instances(1, &deleted_instance));
//fprintf( stdout, "\n\nDelete a instance, its id is %s\n\n", id_attr_value );
instance_tags[i] = NULLTAG;
}
MEM_free(id_attr_value);
break;
}
else
{
MEM_free(id_attr_value);
}
}
MEM_free(instance_tags);
MEM_free(item_id);
return ifail;
}
/*
int recycle_ItemID( void *returnValue)
{
int ifail = ITK_ok;
char* class_name = "Cd9_CodeCounter";
char* codeID;;
int length=0,i=0;
USERARG_get_string_argument(&codeID);
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class(class_name, &class_id));
//find all instance
int n_instances = 0, n_ret_instances = 0;
tag_t *instance_tags = NULL, *ret_instances = NULL;
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_instances,
&instance_tags));
if (n_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_instances, instance_tags, &n_ret_instances, &ret_instances));
}
for (int i = 0; i < n_ret_instances; ++i) {
tag_t bo_inst = ret_instances[i];
tag_t recycleID_attr_id = NULLTAG;
tag_t occ_attr_id = NULLTAG;
char *recycleID_value = NULL;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL( POM_attr_id_of_attr( CodeCounter_isUsed, class_name, &occ_attr_id ) );
ITKCALL(POM_attr_id_of_attr(CodeCounter_recycleID,
class_name, &recycleID_attr_id));
ITKCALL(POM_ask_attr_string(bo_inst,recycleID_attr_id,
&recycleID_value, &is_it_null, &is_it_empty));
// printf("recycleID_value=============%s\n",recycleID_value);
if( tc_strcmp( recycleID_value, codeID ) == 0 )
{
ITKCALL( POM_refresh_instances_any_class( 1, &ret_instances[i], POM_modify_lock ) );
ITKCALL( POM_set_attr_string( 1, &ret_instances[i], occ_attr_id, "false" ) );
ITKCALL(ifail = POM_save_instances(1, &ret_instances[i], false));
ITKCALL(ifail = POM_refresh_instances_any_class(1, &ret_instances[i], POM_no_lock));
MEM_free( recycleID_value );
break;
}
MEM_free( recycleID_value );
}
CALL( POM_unload_instances( n_instances, instance_tags ) );
MEM_free( codeID );
MEM_free( instance_tags );
MEM_free( ret_instances );
return ifail;
}*/
int delete_recycleID(void* returnValue)
{
int ifail = ITK_ok;
const char* class_name = "Cd9_CodeCounter";
char* codeID;;
int length = 0, i = 0;
USERARG_get_string_argument(&codeID);
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class(class_name, &class_id));
//find all instance
int n_instances = 0, n_ret_instances = 0;
tag_t* instance_tags = NULL, * ret_instances = NULL;
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_instances,
&instance_tags));
if (n_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_instances, instance_tags, &n_ret_instances, &ret_instances));
}
for (int i = 0; i < n_ret_instances; ++i) {
tag_t bo_inst = ret_instances[i];
tag_t recycleID_attr_id = NULLTAG;
tag_t occ_attr_id = NULLTAG;
char* recycleID_value = NULL;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_refresh_instances_any_class(1, &bo_inst, POM_no_lock));
ITKCALL(POM_attr_id_of_attr(CodeCounter_isUsed, class_name, &occ_attr_id));
ITKCALL(POM_attr_id_of_attr(CodeCounter_recycleID,
class_name, &recycleID_attr_id));
ITKCALL(POM_ask_attr_string(bo_inst, recycleID_attr_id,
&recycleID_value, &is_it_null, &is_it_empty));
//printf("recycleID_value=============%s\n",recycleID_value);
//printf("codeID=============%s\n",codeID);
if (tc_strcmp(recycleID_value, codeID) == 0)
{
int lock_token = 0;
ITKCALL(POM_refresh_instances_any_class(1, &ret_instances[i], POM_no_lock));
ITKCALL(POM_ask_instance_lock(ret_instances[i], &lock_token));
if (lock_token == POM_no_lock)
{
ITKCALL(POM_delete_instances(1, &ret_instances[i]));
ret_instances[i] = NULLTAG;
}
MEM_free(recycleID_value);
break;
}
MEM_free(recycleID_value);
}
MEM_free(codeID);
MEM_free(instance_tags);
MEM_free(ret_instances);
return ifail;
}
#ifdef __cplusplus
}
#endif

53
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_recycle_item_id.h
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#include <user_exits\user_exits.h>
#include <tccore\item.h>
#include <tccore\aom_prop.h>
#include <tccore\tc_msg.h>
#include <pom\pom\pom.h>
#include <pom\enq\enq.h>
#include <string>
#include <map>
#include <stdlib.h>
#include <time.h>
#include<tc\tc_util.h>
#include<tc\preferences.h>
#include <ae\dataset.h>
#include "K_autocode_util.h"
#include "origin_PropNames.h"
#ifdef __cplusplus
extern "C" {
#endif
#define ECHO(X) printf X;
#define SYS_LOG(X) TC_write_syslog X;
#define LOG_ECHO(X) printf X; TC_write_syslog X;
/*!
* \def CALL(x)
* ´òÓ¡´íÎóÐÅÏ¢
*/
#define CALL(x) { \
int stat; \
char *err_string; \
if( (stat = (x)) != ITK_ok) \
{ \
EMH_ask_error_text (stat, &err_string); \
LOG_ECHO( ("ERROR: %d ERROR MSG: %s.\n",stat, err_string) ) \
LOG_ECHO( ("Function: %s FILE: %s LINE: %d\n", #x, __FILE__, __LINE__ ) ) \
MEM_free (err_string); \
return (stat); \
} \
}
#define ITEM_POM_CLASS "ITEM"
int QueryReduntantItemId(char* TeZhengMa, char** the_item_id);
int recycle_ItemID(void* returnValue);
int recycle_deleted_ItemID(METHOD_message_t* msg, va_list args);
int SaveReduntantItemId(char* TeZhengMa, char* new_item_id, const char* occupied);
int recycleNewItemId(METHOD_message_t* msg, va_list args);
int recycleNewProjectId(METHOD_message_t* msg, va_list args);
int delete_recycleID(void* returnValue);
#ifdef __cplusplus
}
#endif

589
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_searchClassificationNodes.cpp
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#include "Connor_NX.h"
#include "origin_PropNames.h"
#include <list>
#include <sa/groupmember.h>
using namespace std;
#ifdef __cplusplus
extern "C" {
#endif
//void map_insert(map < string, string >* strmap, string index, string x)
//{
// //printf("map_insert==1 =====\n");
// //strmap->insert(map < string, string >::value_type(index, x));
// strmap->insert(pair< string, string >(index, x));
// // printf("map_insert==2 =====\n");
//}
void init_search_criteria_map(string searchStr, SearchCriterionInputs &searchCriteria) {
vector<string> searchStrSplit;
// printf("Search AutoCode_Node: %s \n", searchStr.c_str());
Split(searchStr, SPLITTER, searchStrSplit);
int length = searchStrSplit.size();
for (int i = 0; i < length; i++) {
string str = searchStrSplit[i];
int ind = str.find_first_of('=');
if (ind <= 0) {
continue;
}
string s1 = str.substr(0, ind);
string s2 = str.substr(ind + 1);
map_insert(&searchCriteria, s1, s2);
}
}
void init_search_criteria_vector(string searchStr, vector<string> &propNames, vector<string> &propValues) {
vector<string> searchStrSplit;
// printf("Search AutoCode_Node: %s \n", searchStr.c_str());
Split(searchStr, SPLITTER, searchStrSplit);
int length = searchStrSplit.size();
for (int i = 0; i < length; i++) {
string str = searchStrSplit[i];
int ind = str.find_first_of('=');
if (ind <= 0) {
continue;
}
string s1 = str.substr(0, ind);
string s2 = str.substr(ind + 1);
propNames.push_back(s1);
propValues.push_back(s2);
}
}
int SEARCH_AUTOCODE_USER(const std::string& searchStr, std::string& res) {
int ifail = ITK_ok;
const char* class_name = "Cd9_ClassificationCodeNode";
RetData retData;
SearchCriterionInputs searchCriteria;
init_search_criteria_map(searchStr, searchCriteria);
//get class id and attr id
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class(class_name, &class_id));
std::map<string, tag_t> prop_to_attrid;
std::map<string, string> prop_value_type;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
tag_t attr_id = NULLTAG;
ITKCALL(POM_attr_id_of_attr(searchIter->first.c_str(),
class_name, &attr_id));
if (prop_to_attrid.find(searchIter->first) == prop_to_attrid.end()) {
prop_to_attrid.insert(make_pair(searchIter->first, attr_id));
if (searchIter->first.compare(ClassificationCodeNode_node_name) == 0
|| searchIter->first.compare(ClassificationCodeNode_segment) == 0
) {
prop_value_type.insert(make_pair(searchIter->first,
"String"));
continue;
}
}
}
//find all instance
int n_instances = 0, n_ret_instances = 0;
tag_t* instance_tags = NULL, * ret_instances = NULL;
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_instances,
&instance_tags));
if (n_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_instances, instance_tags, &n_ret_instances, &ret_instances));
}
for (int i = 0; i < n_ret_instances; ++i) {
tag_t bo_inst = ret_instances[i];
logical is_same = TRUE;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
std::map<string, tag_t>::iterator prop_to_attrid_iter =
prop_to_attrid.find(searchIter->first);
std::map<string, string>::iterator prop_value_type_iter =
prop_value_type.find(searchIter->first);
if (prop_value_type_iter->second.compare("String") == 0) {
char* str_val = NULL;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_string(bo_inst, prop_to_attrid_iter->second,
&str_val, &is_it_null, &is_it_empty));
if ((is_it_empty || is_it_null) && ((tc_strlen(searchIter->second.c_str()) == 0) || (searchIter->second.c_str() == NULL)))
{
continue;
}
if (tc_strcmp(searchIter->second.c_str(), str_val) != 0) {
is_same = FALSE;
MEM_free(str_val);
break;
}
MEM_free(str_val);
}
}
if (is_same) {
tag_t attr_id = NULLTAG;
logical* is_it_null = FALSE, * is_it_empty = FALSE;
tag_t* values;
int targetNum = 0;
ITKCALL(POM_attr_id_of_attr(ClassificationCodeNode_grant_users, class_name, &attr_id));
POM_length_of_attr(bo_inst, attr_id, &targetNum);
if (targetNum > 0) {
ITKCALL(POM_ask_attr_tags(bo_inst, attr_id, 0, targetNum, &values, &is_it_null, &is_it_empty));
for (int i = 0; i < targetNum; i++)
{
if (values[i] != NULLTAG)
{
retData.insert(retData.end(), values[i]);
}
}
}
ITKCALL(POM_attr_id_of_attr(ClassificationCodeNode_grant_roles, class_name, &attr_id));
POM_length_of_attr(bo_inst, attr_id, &targetNum);
if (targetNum > 0) {
ITKCALL(POM_ask_attr_tags(bo_inst, attr_id, 0, targetNum, &values, &is_it_null, &is_it_empty));
for (int i = 0; i < targetNum; i++)
{
if (values[i] != NULLTAG)
{
retData.insert(retData.end(), values[i]);
}
}
}
ITKCALL(POM_attr_id_of_attr(ClassificationCodeNode_grant_groups, class_name, &attr_id));
POM_length_of_attr(bo_inst, attr_id, &targetNum);
if (targetNum > 0) {
ITKCALL(POM_ask_attr_tags(bo_inst, attr_id, 0, targetNum, &values, &is_it_null, &is_it_empty));
for (int i = 0; i < targetNum; i++)
{
if (values[i] != NULLTAG)
{
retData.insert(retData.end(), values[i]);
}
}
}
MEM_free(is_it_null);
MEM_free(is_it_empty);
}
continue;
}
int arraySize = 0;
tag_t* tag_array;
USERSERVICE_array_t arrayStruct;
arraySize = retData.size();
tag_array = (tag_t*)MEM_alloc(arraySize * sizeof(tag_t));
//printf("arraySize=======%d\n",arraySize);
RetDataIterator retDataIterator = retData.begin();
for (int i = 0; i < arraySize; i++)
{
char* uid = NULL;
tag_array[i] = static_cast<tag_t>(*retDataIterator);
//printf("tag_array[i]=======%u\n",tag_array[i]);
ITK__convert_tag_to_uid(tag_array[i], &uid);
if (uid != NULL) {
res.append(uid).append(SPLITTER);
}
++retDataIterator;
DOFREE(uid);
}
/*ITKCALL(USERSERVICE_return_tag_array(tag_array, arraySize,
&arrayStruct));
if (arrayStruct.length != 0) {
*((USERSERVICE_array_t*)returnValue) = arrayStruct;
}*/
MEM_free(instance_tags);
MEM_free(ret_instances);
MEM_free(tag_array);
return ifail;
}
int SEARCH_AUTOCODE_SEGMENT(const std::string& searchStr, std::string& res) {
int ifail = ITK_ok;
const char* class_name = "Cd9_ClassificationCodeNode";
RetData retData;
SearchCriterionInputs searchCriteria;
init_search_criteria_map(searchStr, searchCriteria);
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class(class_name, &class_id));
std::map<string, tag_t> prop_to_attrid;
std::map<string, string> prop_value_type;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
tag_t attr_id = NULLTAG;
ITKCALL(POM_attr_id_of_attr(searchIter->first.c_str(),
class_name, &attr_id));
if (prop_to_attrid.find(searchIter->first) == prop_to_attrid.end()) {
prop_to_attrid.insert(make_pair(searchIter->first, attr_id));
if (searchIter->first.compare(ClassificationCodeNode_node_name) == 0) {
prop_value_type.insert(make_pair(searchIter->first,
"String"));
continue;
}
}
else
if (searchIter->first.compare(ClassificationCodeNode_grant_users) == 0
|| searchIter->first.compare(ClassificationCodeNode_grant_roles) == 0
|| searchIter->first.compare(ClassificationCodeNode_grant_groups) == 0
) {
prop_value_type.insert(make_pair(searchIter->first,
"TCComponents"));
continue;
}
}
int n_instances = 0, n_ret_instances = 0;
tag_t* instance_tags = NULL, * ret_instances = NULL;
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_instances,
&instance_tags));
if (n_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_instances, instance_tags, &n_ret_instances, &ret_instances));
}
for (int i = 0; i < n_ret_instances; ++i) {
tag_t bo_inst = ret_instances[i];
logical is_same = TRUE;
int nullUserCount = 0;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
std::map<string, tag_t>::iterator prop_to_attrid_iter =
prop_to_attrid.find(searchIter->first);
std::map<string, string>::iterator prop_value_type_iter =
prop_value_type.find(searchIter->first);
if (prop_value_type_iter->second.compare("String") == 0) {
char* str_val = NULL;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_string(bo_inst, prop_to_attrid_iter->second,
&str_val, &is_it_null, &is_it_empty));
if ((is_it_empty || is_it_null) && ((tc_strlen(searchIter->second.c_str()) == 0) || (searchIter->second.c_str() == NULL)))
{
continue;
}
if (tc_strcmp(searchIter->second.c_str(), str_val) != 0) {
is_same = FALSE;
MEM_free(str_val);
break;
}
MEM_free(str_val);
}
else {
if (prop_value_type_iter->second.compare("TCComponents") == 0) {
}
}
}
if (is_same) {
tag_t attr_id = NULLTAG;
logical is_it_null = FALSE, is_it_empty = FALSE;
char* strValues = NULL;
ITKCALL(POM_attr_id_of_attr(ClassificationCodeNode_segment, class_name, &attr_id));
ITKCALL(POM_ask_attr_string(bo_inst, attr_id, &strValues, &is_it_null, &is_it_empty));
if (tc_strlen(strValues) == 0)
{
continue;
}
std::vector< std::string > searched_tags;
Split(strValues, ",", searched_tags);
for (int i = 0; i < (int)searched_tags.size(); i++)
{
if (tc_strlen(searched_tags[i].c_str()) > 0)
{
tag_t ref_obj = NULLTAG;
ITKCALL(POM_string_to_tag(searched_tags[i].c_str(), &ref_obj));
if (ref_obj != NULLTAG)
{
retData.insert(retData.end(), ref_obj);
}
}
}
MEM_free(strValues);
}
continue;
}
int arraySize = 0;
tag_t* tag_array;
USERSERVICE_array_t arrayStruct;
arraySize = retData.size();
tag_array = (tag_t*)MEM_alloc(arraySize * sizeof(tag_t));
//printf("arraySize=======%d\n",arraySize);
RetDataIterator retDataIterator = retData.begin();
for (int i = 0; i < arraySize; i++)
{
char* uid = NULL;
tag_array[i] = static_cast<tag_t>(*retDataIterator);
ITK__convert_tag_to_uid(tag_array[i], &uid);
if (uid != NULL) {
res.append(uid).append(SPLITTER);
}
DOFREE(uid);
//printf("tag_array[i]=======%u\n",tag_array[i]);
++retDataIterator;
}
MEM_free(instance_tags);
MEM_free(ret_instances);
MEM_free(tag_array);
return ifail;
}
int SEARCH_AUTOCODE_NODE(const std::string& searchStr, std::string& res) {
int ifail = ITK_ok;
const char* class_name = "Cd9_ClassificationCodeNode";
RetData retData;
SearchCriterionInputs searchCriteria;
int length = 0, i = 0;
std::map<string, tag_t> prop_to_attrid;
std::map<string, string> prop_value_type;
tag_t class_id = NULLTAG;
int n_instances = 0, n_ret_instances = 0;
tag_t* instance_tags = NULL, * ret_instances = NULL;
tag_t* tag_array = NULL;
// printf("Search AutoCode_Node: %s \n", searchStr.c_str());
init_search_criteria_map(searchStr, searchCriteria);
ITKCALL(POM_class_id_of_class(class_name, &class_id));
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
tag_t attr_id = NULLTAG;
ITKCALL(POM_attr_id_of_attr(searchIter->first.c_str(),
class_name, &attr_id));
if (prop_to_attrid.find(searchIter->first) == prop_to_attrid.end()) {
prop_to_attrid.insert(make_pair(searchIter->first, attr_id));
if (searchIter->first.compare(ClassificationCodeNode_node_name) == 0
|| searchIter->first.compare(ClassificationCodeNode_segment) == 0) {
prop_value_type.insert(make_pair(searchIter->first,
"String"));
continue;
}
else
if (searchIter->first.compare(ClassificationCodeNode_grant_users) == 0
|| searchIter->first.compare(ClassificationCodeNode_grant_roles) == 0
|| searchIter->first.compare(ClassificationCodeNode_grant_groups) == 0
) {
prop_value_type.insert(make_pair(searchIter->first,
"TCComponents"));
continue;
}
}
}
//find all instance
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_instances,
&instance_tags));
if (n_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_instances, instance_tags, &n_ret_instances, &ret_instances));
}
for (int i = 0; i < n_ret_instances; ++i) {
tag_t bo_inst = ret_instances[i];
logical is_same = TRUE;
int nullUserCount = 0;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
std::map<string, tag_t>::iterator prop_to_attrid_iter =
prop_to_attrid.find(searchIter->first);
std::map<string, string>::iterator prop_value_type_iter =
prop_value_type.find(searchIter->first);
//printf("searchIter->first===========%s\n",searchIter->first.c_str());
//printf("searchIter->second.c_str()==========%s\n\n",searchIter->second.c_str());
if (prop_value_type_iter->second.compare("String") == 0) {
char* str_val = NULL;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_string(bo_inst, prop_to_attrid_iter->second,
&str_val, &is_it_null, &is_it_empty));
//printf("searchIter->second.c_str()=======%s\n",searchIter->second.c_str());
if ((is_it_empty || is_it_null) && ((tc_strlen(searchIter->second.c_str()) == 0) || (searchIter->second.c_str() == NULL)))
{
continue;
}
if (tc_strcmp(searchIter->second.c_str(), str_val) != 0) {
is_same = FALSE;
MEM_free(str_val);
break;
}
MEM_free(str_val);
}
else {
if (prop_value_type_iter->second.compare("TCComponents") == 0) {
logical* is_it_null = FALSE, * is_it_empty = FALSE;
tag_t* values;
int targetNum = 0, m = 0;
tag_t currentGroupTag;
if (tc_strlen(searchIter->second.c_str()) == 0)
{
continue;
}
ITKCALL(POM_string_to_tag(searchIter->second.c_str(), &currentGroupTag));
if (currentGroupTag == NULLTAG)
{
continue;
}
POM_length_of_attr(bo_inst, prop_to_attrid_iter->second, &targetNum);
if (targetNum == 0)
{
nullUserCount = nullUserCount + 1;
continue;
}
if (targetNum > 0) {
logical isEqual = FALSE;
ITKCALL(POM_ask_attr_tags(bo_inst, prop_to_attrid_iter->second, 0, targetNum, &values, &is_it_null, &is_it_empty));
for (int m = 0; m < targetNum; m++)
{
char* user;
ITKCALL(POM_tag_to_string(values[m], &user));
if (tc_strcmp(user, searchIter->second.c_str()) == 0)
{
// printf("searchIter->first.c_str()=======%s\n",searchIter->first.c_str());
isEqual = TRUE;
continue;
}
//char objectType[TCTYPE_class_name_size_c+1]="";
char* objectType = NULL;
tag_t typetag;
ITKCALL(TCTYPE_ask_object_type(values[m], &typetag));
TCTYPE_ask_class_name2(typetag, &objectType);
if (tc_strcmp("Group", objectType) != 0)
{
MEM_free(user);
MEM_free(objectType);
continue;
}
MEM_free(objectType);
tag_t parent1;
char* parentString1;
SA_ask_group_parent(currentGroupTag, &parent1);
if (parent1 == NULLTAG)
{
MEM_free(user);
continue;
}
ITKCALL(POM_tag_to_string(parent1, &parentString1));
if (tc_strcmp(parentString1, user) == 0)
{
isEqual = TRUE;
MEM_free(user);
MEM_free(parentString1);
continue;
}
MEM_free(parentString1);
tag_t parent2;
char* parentString2;
SA_ask_group_parent(parent1, &parent2);
if (parent2 == NULLTAG)
{
MEM_free(user);
continue;
}
ITKCALL(POM_tag_to_string(parent2, &parentString2));
if (tc_strcmp(parentString2, user) == 0)
{
isEqual = TRUE;
MEM_free(user);
MEM_free(parentString2);
continue;
}
else
{
MEM_free(user);
MEM_free(parentString2);
continue;
}
}
MEM_free(values);
MEM_free(is_it_null);
MEM_free(is_it_empty);
if (isEqual == FALSE)
{
nullUserCount = nullUserCount + 1;
}
}
}
}
}
if (is_same) {
// printf("is_same=======%d\n",is_same);
if (nullUserCount < 3)
{
retData.insert(retData.end(), bo_inst);
}
}
continue;
}
{
int arraySize = 0;
USERSERVICE_array_t arrayStruct;
arraySize = retData.size();
tag_array = (tag_t*)MEM_alloc(arraySize * sizeof(tag_t));
//printf("arraySize=======%d\n",arraySize);
RetDataIterator retDataIterator = retData.begin();
for (i = 0; i < arraySize; i++)
{
char* uid = NULL;
tag_array[i] = static_cast<tag_t>(*retDataIterator);
ITK__convert_tag_to_uid(tag_array[i], &uid);
if (uid != NULL) {
res.append(uid).append(SPLITTER);
}
//printf("tag_array[i]=======%u\n",tag_array[i]);
++retDataIterator;
DOFREE(uid);
}
}
search_autocode_node_end:
DOFREE(instance_tags);
DOFREE(ret_instances);
DOFREE(tag_array);
return ifail;
}
#ifdef __cplusplus
}
#endif

279
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/K_searchTreeOrListNodes.cpp
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#include "Connor_NX.h"
#include "origin_PropNames.h"
#include <sa/groupmember.h>
#include <pom/enq/enq.h>
#ifdef __cplusplus
extern "C" {
#endif
const char* getChildrenNodesString(vector<string> propNames, vector<string> propValues, int length)
{
int ifail = ITK_ok;
const char* class_name = "Cd9_CodeRelation";
const char* selectTreeNode = "Select Cd9_CodeRelation1";
const char* select_nextidAttrs[1] = { CodeRelation_children_nodes };
int rows, cols;
void*** report = NULL;
int i = 0;
const char* strValues;
ITKCALL(POM_enquiry_create(selectTreeNode));
ITKCALL(POM_enquiry_add_select_attrs(selectTreeNode, class_name,
1, (const char**)select_nextidAttrs));
if (length == 1)
{
if (tc_strlen(propValues[0].c_str()) == 0)
{
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0].c_str(), POM_enquiry_is_null, NULL);
}
else
{
const char* temp = propValues[0].c_str();
ifail = POM_enquiry_set_string_value(selectTreeNode, "prop1", 1, (const char**)&temp, POM_enquiry_bind_value);
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0].c_str(), POM_enquiry_equal, "prop1");
}
ifail = POM_enquiry_set_where_expr(selectTreeNode, "expr1");
}
else {
if (tc_strlen(propValues[0].c_str()) == 0)
{
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0].c_str(), POM_enquiry_is_null, NULL);
}
else
{
const char* temp = propValues[0].c_str();
ifail = POM_enquiry_set_string_value(selectTreeNode, "prop1", 1, (const char**)&temp, POM_enquiry_bind_value);
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr1", class_name, propNames[0].c_str(), POM_enquiry_equal, "prop1");
}
if (tc_strlen(propValues[1].c_str()) == 0)
{
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr2", class_name, propNames[1].c_str(), POM_enquiry_is_null, NULL);
}
else
{
const char* temp = propValues[1].c_str();
ifail = POM_enquiry_set_string_value(selectTreeNode, "prop2", 1, (const char**)&temp, POM_enquiry_bind_value);
ifail = POM_enquiry_set_attr_expr(selectTreeNode, "expr2", class_name, propNames[1].c_str(), POM_enquiry_equal, "prop2");
}
POM_enquiry_set_expr(selectTreeNode, "expr", "expr1", POM_enquiry_and, "expr2");
ifail = POM_enquiry_set_where_expr(selectTreeNode, "expr");
}
ITKCALL(POM_enquiry_execute(selectTreeNode, &rows, &cols, &report));
//printf("nextidRows===============%d\n",rows);
if (rows > 0)
{
strValues = (char*)report[0][0];
}
else
{
strValues = "";
}
POM_enquiry_delete(selectTreeNode);
return strValues;
}
int isContainChildrenNode(vector<string> propNames, vector<string>propValues, int length)
{
int returnValue = 0;;
const char* value = getChildrenNodesString(propNames, propValues, length);
if (tc_strlen(value) > 0)
{
returnValue = 1;
}
return returnValue;
}
int SEARCH_TREE_OR_LIST_NODE(const std::string& searchStr, std::string& res) {
int ifail = ITK_ok;
const char* class_name = "Cd9_CodeRelation";
int i = 0;
int length = 0;
vector<string> propNames;
vector<string> propValues;
//clock_t start, finish;
//double duration;
//start = clock();
init_search_criteria_vector(searchStr, propNames, propValues);
length = propNames.size();
const char* strValues = getChildrenNodesString(propNames, propValues, length);
if (tc_strlen(strValues) > 0)
{
int arraySize = 0;
std::vector< std::string > searched_tags;
Split(strValues, ",", searched_tags);
arraySize = (int)searched_tags.size();
for (int i = 0; i < (int)searched_tags.size(); i++)
{
if (tc_strlen(searched_tags[i].c_str()) > 0)
{
tag_t ref_obj = NULLTAG;
ITKCALL(POM_string_to_tag(searched_tags[i].c_str(), &ref_obj));
if (ref_obj != NULLTAG)
{
res.append(searched_tags[i].c_str()).append(SPLITTER);
}
}
}
}
//finish = clock();
//duration = (double)(finish - start) / CLOCKS_PER_SEC;
//printf("%f seconds²éѯʱ¼ä\n",duration);
propNames.clear();
propValues.clear();
return ifail;
}
int IS_CONTAIN_CHILD_NODE(const std::string& searchStr, std::string& res)
{
int ifail = ITK_ok;
const char* class_name = "Cd9_CodeRelation";
RetData retData;
vector<string> propNames;
vector<string> propValues;
int length = 0, i = 0;
/*ITKCALL(ifail = USERARG_get_string_array_argument(&length, &propNames));
ITKCALL(ifail = USERARG_get_string_array_argument(&length, &propValues));
for (i = 0; i < length; i++)
{
string s1 = (propNames[i]);
string s2 = (propValues[i]);
}*/
init_search_criteria_vector(searchStr, propNames, propValues);
length = propNames.size();
int isContains = isContainChildrenNode(propNames, propValues, length);
char* returnData;
returnData = (char*)MEM_alloc(5 * sizeof(char));
if (isContains == 1)
{
tc_strcpy(returnData, "true");
}
else
{
tc_strcpy(returnData, "false");
}
res.append(returnData);
propNames.clear();
propValues.clear();
return ifail;
}
int SEARCH_PARENT_TREE_OR_LIST_NODE(const std::string& searchStr, std::string& res) {
int ifail = ITK_ok;
const char* class_name = "Cd9_CodeRelation";
SearchCriterionInputs searchCriteria;
init_search_criteria_map(searchStr, searchCriteria);
tag_t class_id = NULLTAG;
ITKCALL(POM_class_id_of_class(class_name, &class_id));
std::map<string, tag_t> prop_to_attrid;
std::map<string, string> prop_value_type;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
tag_t attr_id = NULLTAG;
ITKCALL(POM_attr_id_of_attr(searchIter->first.c_str(),
class_name, &attr_id));
if (prop_to_attrid.find(searchIter->first) == prop_to_attrid.end()) {
prop_to_attrid.insert(make_pair(searchIter->first, attr_id));
if (searchIter->first.compare(CodeRelation_children_nodes) == 0
|| searchIter->first.compare(CodeRelation_current_node) == 0) {
prop_value_type.insert(make_pair(searchIter->first,
"String"));
continue;
}
}
}
//find all instance
int n_instances = 0, n_ret_instances = 0;
tag_t* instance_tags = NULL, * ret_instances = NULL;
ITKCALL(POM_instances_of_class(class_id, FALSE, &n_instances,
&instance_tags));
if (n_instances > 0)
{
ITKCALL(POM_load_instances_possible(n_instances, instance_tags, &n_ret_instances, &ret_instances));
}
for (int i = 0; i < n_ret_instances; ++i) {
tag_t bo_inst = ret_instances[i];
logical is_same = TRUE;
for (SearchCriterionInputs::const_iterator searchIter =
searchCriteria.begin(); searchIter != searchCriteria.end(); searchIter++) {
std::map<string, tag_t>::iterator prop_to_attrid_iter =
prop_to_attrid.find(searchIter->first);
std::map<string, string>::iterator prop_value_type_iter =
prop_value_type.find(searchIter->first);
//printf("searchIter->first===========%s\n",searchIter->first.c_str());
//printf("searchIter->second.c_str()==========%s\n\n",searchIter->second.c_str());
if (prop_value_type_iter->second.compare("String") == 0) {
char* str_val = NULL;
logical is_it_null = FALSE;
logical is_it_empty = FALSE;
ITKCALL(POM_ask_attr_string(bo_inst, prop_to_attrid_iter->second,
&str_val, &is_it_null, &is_it_empty));
if ((is_it_empty || is_it_null) && ((tc_strlen(searchIter->second.c_str()) == 0) || (searchIter->second.c_str() == NULL)))
{
continue;
}
if (tc_strcmp(searchIter->second.c_str(), str_val) != 0) {
is_same = FALSE;
MEM_free(str_val);
break;
}
MEM_free(str_val);
}
}
if (is_same) {
tag_t attr_id = NULLTAG;
logical is_it_null = FALSE, is_it_empty = FALSE;
char* strValues = NULL;
ITKCALL(POM_attr_id_of_attr(CodeRelation_parent_nodes, class_name, &attr_id));
ITKCALL(POM_ask_attr_string(bo_inst, attr_id, &strValues, &is_it_null, &is_it_empty));
if (is_it_empty || is_it_null)
{
continue;
}
std::vector< std::string > searched_tags;
Split(strValues, ",", searched_tags);
for (int i = 0; i < (int)searched_tags.size(); i++)
{
if (tc_strlen(searched_tags[i].c_str()) > 0)
{
tag_t ref_obj = NULLTAG;
ITKCALL(POM_string_to_tag(searched_tags[i].c_str(), &ref_obj));
if (ref_obj != NULLTAG)
{
res.append(searched_tags[i]).append(SPLITTER);
}
}
}
MEM_free(strValues);
}
continue;
}
MEM_free(instance_tags);
MEM_free(ret_instances);
// MEM_free(tag_array);
return ifail;
}
#ifdef __cplusplus
}
#endif

378
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/Top_Down_Design.cpp
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@ -0,0 +1,378 @@
#include "Connor_NX.h"
using namespace std;
//#define PROPNAME_CLONE "object_desc"
//#define PROPVALUE_CLONE "clone"
//#define IMAGE_DSNAME_SANWEI "三维简图.bmp"
//#define IMAGE_DSNAME_ERWEI "二维简图.bmp"
#define PREF_NX_TEMPLATE "Connor_NXBomClone"
string PROPNAME_CLONE, PROPVALUE_CLONE, IMAGE_DSNAME_SANWEI, IMAGE_DSNAME_ERWEI, INPUT_SUFFIX;
string err;
int Get_New_ID(tag_t item_type_tag, char** new_item_id) {
int ifail = ITK_ok;
logical isModified = FALSE;
ITKCALL(ifail = USER_new_item_id(NULLTAG, item_type_tag, &isModified, new_item_id));
return ifail;
}
int Get_New_ID(tag_t item_type_tag, string old_id, string suffix, string &new_item_id) {
int ifail = ITK_ok;
logical isModified = FALSE;
logical exist = true;
printf("Get New ID From: %s\n", old_id.c_str());
if (old_id.length() <= 4) {
exist = false;
char* newid = NULL;
ITKCALL(ifail = USER_new_item_id(NULLTAG, item_type_tag, &isModified, &newid));
if (ifail != ITK_ok) {
goto end;
}
new_item_id.append(newid);
DOFREE(newid);
printf("Use Assigned ID: %s\n", new_item_id.c_str());
}
else {
string featureCode = old_id.substr(0, 4);
featureCode.append(suffix);
int ii = 0;
string temp_id = "";
ifail = QUERY_PART_NO(featureCode, temp_id);
if (ifail != ITK_ok) {
goto end;
}
printf("Autocode ID: %s\n", temp_id.c_str());
ITKCALL(ifail = ITEM_id_exists(temp_id.c_str(), &exist));
if (ifail != ITK_ok) {
goto end;
}
while (exist && ii != 15) {
ii++;
temp_id = "";
string delete_resp="";
ifail = QUERY_PART_NO(featureCode, temp_id);
if (ifail != ITK_ok) {
goto end;
}
printf("再次尝试获取 ID: %s\n", temp_id.c_str());
DELETE_RECYCLE_ID(temp_id, delete_resp);
ITKCALL(ITEM_id_exists(temp_id.c_str(), &exist));
}
ITKCALL(ITEM_id_exists(temp_id.c_str(), &exist));
new_item_id.append(temp_id);
if (exist) {
err.append("获取新编码失败：").append(old_id);
printf("获取ID失败!\n");
ifail = OUTPUT_CODE_ERROR;
}
}
end:
return ifail;
}
int Check_Rev(tag_t rev_tag, std::string& res, vector<string>& checkedIDs, bool is_top_line) {
int ifail = ITK_ok;
tag_t item_tag = NULLTAG;
char *item_id = NULL, *rev_id = NULL, *prop_value = NULL;
char * new_rev_id = NULL;
tag_t tType = NULLTAG;
logical isModified = FALSE;
string id_str, new_item_id;
if (!is_top_line) {
ITKCALL(ifail = AOM_ask_value_string(rev_tag, PROPNAME_CLONE.c_str(), &prop_value));
if (ifail != ITK_ok || strcmp(PROPVALUE_CLONE.c_str(), prop_value) != 0) {
goto check_rev_end;
}
}
ITKCALL(ifail = ITEM_ask_item_of_rev(rev_tag, &item_tag));
if (item_tag == NULLTAG) {
goto check_rev_end;
}
ITKCALL(ifail = AOM_ask_value_string(item_tag, "item_id", &item_id));
if (ifail != ITK_ok) {
goto check_rev_end;
}
if(inArray(checkedIDs, item_id)){
goto check_rev_end;
}
id_str.append(item_id);
ITKCALL(ifail = TCTYPE_ask_object_type(item_tag, &tType));
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "item_revision_id", &rev_id));
ITKCALL(ifail = Get_New_ID(tType, id_str, INPUT_SUFFIX, new_item_id));
if (ifail != ITK_ok) {
res.clear();
res.append(err);
goto check_rev_end;
}
ITKCALL(ifail = USER_new_revision_id(NULLTAG, tType, &isModified, &new_rev_id));
res.append(SPLITTER);
res.append("@DB/").append(item_id).append("/").append(rev_id);
res.append("=");
res.append("@DB/").append(new_item_id).append("/").append(new_rev_id);
checkedIDs.push_back(item_id);
check_rev_end:
DOFREE(item_id);
DOFREE(rev_id);
DOFREE(new_rev_id);
DOFREE(prop_value);
return ifail;
}
int Cycle_BOM(tag_t bomline, std::string& res, vector<string>& checkedIDs, bool is_top_line){
int ifail = ITK_ok, child_cnt = 0;
tag_t rev_tag = NULLTAG, *child_lines = NULL;
ITKCALL(ifail = AOM_ask_value_tag(bomline, "bl_revision", &rev_tag));
ifail = Check_Rev(rev_tag, res, checkedIDs, is_top_line);
if (ifail != ITK_ok) {
goto cycle_bom_end;
}
ITKCALL(ifail = BOM_line_ask_child_lines(bomline, &child_cnt, &child_lines));
for (int i = 0;i < child_cnt;i++) {
ifail = Cycle_BOM(child_lines[i], res, checkedIDs, false);
if (ifail != ITK_ok) {
goto cycle_bom_end;
}
}
DOFREE(child_lines);
cycle_bom_end:
return ifail;
}
int Read_NX_Image_By_ID(const std::string& itemID, std::string& res) {
int ifail = ITK_ok, release_flag = 0;
int pref_len = 0, ds_count = 0;
char* object_string = NULL;
char* rev_id = NULL;
string erwei_file, sanwei_file;
tag_t item_tag = NULLTAG;
tag_t rev_tag = NULLTAG;
tag_t* ds_tags = NULL;
vector<string> checkedIDs;
vector<string> prefVals;
POM_AM__set_application_bypass(true);
getPrefStrings(PREF_NX_TEMPLATE, TC_preference_site, prefVals);
if (prefVals.size() != 5) {
res.append(("首选项配置错误：")).append(PREF_NX_TEMPLATE);
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
PROPNAME_CLONE = prefVals[0];
PROPVALUE_CLONE = prefVals[1];
IMAGE_DSNAME_SANWEI = prefVals[2];
IMAGE_DSNAME_ERWEI = prefVals[3];
INPUT_SUFFIX = prefVals[4];
err = "";
WriteLog(debug, "查询NX模板：%s", itemID.c_str());
if (tc_strlen(itemID.c_str()) == 0) {
res.append(("NX模板ID不可为空"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
ITKCALL(ifail = ITEM_find_item(itemID.c_str(), &item_tag));
if (ifail != ITK_ok) {
goto gx_nx_image_end;
}
ITKCALL(ifail = AOM_ask_value_string(item_tag, "object_string", &object_string));
WriteLog(debug, "找到对象：%s", object_string);
DOFREE(object_string);
ITKCALL(ifail = ITEM_ask_latest_rev(item_tag, &rev_tag));
if (rev_tag == NULLTAG) {
res.append(("未找到模板对象的最新版本，请检查是否具有查看权限"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
ITKCALL(ifail = AOM_refresh(rev_tag, FALSE));
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "object_string", &object_string));
WriteLog(debug, "最新版本：%s", object_string);
DOFREE(object_string);
// 检查是否发布
ITKCALL(ifail = EPM_ask_if_released(rev_tag, &release_flag));
if (release_flag == 0) {
res.append(("模板对象最新版本未发布"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
// 读取简图
ITKCALL(ifail = AOM_ask_value_tags(rev_tag, "IMAN_specification", &ds_count, &ds_tags));
for (int i = 0;i < ds_count;i++) {
tag_t ds_tag = ds_tags[i];
char* ds_type = NULL, * ds_name = NULL, * original_file_name = NULL;
ITKCALL(ifail = AOM_refresh(ds_tag, false));
ITKCALL(ifail = AOM_ask_value_string(ds_tag, "object_name", &ds_name));
ITKCALL(ifail = WSOM_ask_object_type2(ds_tag, &ds_type));
WriteLog(debug, "Find Child: %s[%s]", ds_name, ds_type);
//res.append(ds_name).append("->").append(ds_type).append(";");
if (strcmp("Bitmap", ds_type) == 0) {
if (strcmp((IMAGE_DSNAME_ERWEI.c_str()), ds_name) == 0) {
char* uid = NULL;
ITK__convert_tag_to_uid(ds_tag, &uid);
if (uid != NULL) {
erwei_file.assign(uid);
}
//res.append(erwei_file).append(";");
}
else if (strcmp((IMAGE_DSNAME_SANWEI.c_str()), ds_name) == 0) {
char* uid = NULL;
ITK__convert_tag_to_uid(ds_tag, &uid);
if (uid != NULL) {
sanwei_file.assign(uid);
}
//DOFREE(sanwei_file);
//export_dataset_file(debug, ds_tag, "Image", "bmp", &sanwei_file, &original_file_name);
//res.append(sanwei_file).append(";");
}
}
DOFREE(ds_type);
DOFREE(ds_name);
DOFREE(original_file_name);
}
if (erwei_file.length()==0 || sanwei_file.length()==0) {
res.append(("获取图纸简图失败"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_image_end;
}
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "item_revision_id", &rev_id));
res.append("@DB/").append(itemID).append("/").append(rev_id);
res.append(SPLITTER).append((IMAGE_DSNAME_ERWEI)).append("=").append((erwei_file));
res.append(SPLITTER).append((IMAGE_DSNAME_SANWEI)).append("=").append((sanwei_file));
gx_nx_image_end:
POM_AM__set_application_bypass(false);
DOFREE(ds_tags);
DOFREE(object_string);
DOFREE(rev_id);
return ifail;
}
int Parse_NX_Template_By_ID(const std::string& itemID, std::string& res) {
int ifail = ITK_ok, release_flag = 0;
int pref_len = 0, ds_count = 0;
char* object_string = NULL;
char* rev_id = NULL;
tag_t item_tag = NULLTAG;
tag_t rev_tag = NULLTAG;
tag_t bom_view = NULLTAG, bvr_tag = NULLTAG, bom_window = NULLTAG, topBomLine = NULLTAG;
vector<string> checkedIDs;
vector<string> prefVals;
POM_AM__set_application_bypass(true);
getPrefStrings(PREF_NX_TEMPLATE, TC_preference_site, prefVals);
if (prefVals.size() != 5) {
res.append(("首选项配置错误：")).append(PREF_NX_TEMPLATE);
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
PROPNAME_CLONE = prefVals[0];
PROPVALUE_CLONE = prefVals[1];
IMAGE_DSNAME_SANWEI = prefVals[2];
IMAGE_DSNAME_ERWEI = prefVals[3];
INPUT_SUFFIX = prefVals[4];
err = "";
WriteLog(debug, "查询NX模板：%s", itemID.c_str());
if (tc_strlen(itemID.c_str()) == 0) {
res.append(("NX模板ID不可为空"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
ITKCALL(ifail = ITEM_find_item(itemID.c_str(), &item_tag));
if (ifail != ITK_ok) {
goto gx_nx_template_end;
}
ITKCALL(ifail = AOM_ask_value_string(item_tag, "object_string", &object_string));
WriteLog(debug, "找到对象：%s", object_string);
DOFREE(object_string);
ITKCALL(ifail = ITEM_ask_latest_rev(item_tag, &rev_tag));
if (rev_tag == NULLTAG) {
res.append(("未找到模板对象的最新版本，请检查是否具有查看权限"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
ITKCALL(ifail = AOM_refresh(rev_tag, FALSE));
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "object_string", &object_string));
WriteLog(debug, "最新版本：%s", object_string);
DOFREE(object_string);
// 检查是否发布
ITKCALL(ifail = EPM_ask_if_released(rev_tag, &release_flag));
if (release_flag == 0) {
res.append(("模板对象最新版本未发布"));
ifail = OUTPUT_CODE_ERROR;
goto gx_nx_template_end;
}
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "item_revision_id", &rev_id));
res.append("@DB/").append(itemID).append("/").append(rev_id);
// 加载BOM
ITKCALL(ifail = GetBomView(rev_tag, "view", &bom_view, &bvr_tag, debug));
if (bom_view != NULLTAG) {
BOM_create_window(&bom_window);
BOM_set_window_top_line_bvr(bom_window, bvr_tag, &topBomLine);
ifail = Cycle_BOM(topBomLine, res, checkedIDs, true);
BOM_close_window(bom_window);
}
else {
WriteLog(debug, "未找到BOM视图");
}
gx_nx_template_end:
POM_AM__set_application_bypass(false);
DOFREE(object_string);
DOFREE(rev_id);
return ifail;
}
int GET_CLONE_INFO(const std::string& uid, std::string& res) {
int ifail = ITK_ok;
tag_t item_tag = NULLTAG, rev_tag = NULLTAG;
char* item_id = NULL, * rev_id = NULL, * prop_value = NULL;
char* new_rev_id = NULL;
tag_t tType = NULLTAG;
logical isModified = FALSE;
string id_str, new_item_id;
vector<string> prefVals;
if (uid.size() < 1) {
goto end;
}
getPrefStrings(PREF_NX_TEMPLATE, TC_preference_site, prefVals);
if (prefVals.size() != 5) {
res.append(("首选项配置错误：")).append(PREF_NX_TEMPLATE);
ifail = OUTPUT_CODE_ERROR;
goto end;
}
PROPNAME_CLONE = prefVals[0];
PROPVALUE_CLONE = prefVals[1];
IMAGE_DSNAME_SANWEI = prefVals[2];
IMAGE_DSNAME_ERWEI = prefVals[3];
INPUT_SUFFIX = prefVals[4];
err = "";
ITK__convert_uid_to_tag(uid.c_str(), &rev_tag);
if (rev_tag == NULLTAG) {
res.assign("无法加载版本，UID=").append(uid);
ifail = OUTPUT_CODE_ERROR;
goto end;
}
ITKCALL(ifail = ITEM_ask_item_of_rev(rev_tag, &item_tag));
if (item_tag == NULLTAG) {
goto end;
}
ITKCALL(ifail = AOM_ask_value_string(item_tag, "item_id", &item_id));
if (ifail != ITK_ok) {
goto end;
}
id_str.append(item_id);
ITKCALL(ifail = TCTYPE_ask_object_type(item_tag, &tType));
ITKCALL(ifail = AOM_ask_value_string(rev_tag, "item_revision_id", &rev_id));
ITKCALL(ifail = Get_New_ID(tType, id_str, INPUT_SUFFIX, new_item_id));
if (ifail != ITK_ok) {
res.clear();
res.append(err);
goto end;
}
ITKCALL(ifail = USER_new_revision_id(NULLTAG, tType, &isModified, &new_rev_id));
res.append("@DB/").append(item_id).append("/").append(rev_id);
res.append("=");
res.append("@DB/").append(new_item_id).append("/").append(new_rev_id);
end:
prefVals.clear();
DOFREE(rev_id);
return ifail;
}

292
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/connor_sign_dataset.cpp
Unescape View File

@ -0,0 +1,292 @@
#pragma warning (disable: 4996)
#include "Connor_NX.h"
#define ITK_err 919013
#define TYPE_REV "ItemRevision"
#define PREF_EXE "Connor_Sign_NX_EXE_Path"
string exe_path;
int signoff_NX(tag_t dataset, char *dat_file, char *ext)
{
int ifail = ITK_ok;
WriteLog(debug, "开始签名到NX数据集");
tag_t spec_dataset_rev = NULLTAG, ref_object = NULLTAG;
AE_reference_type_t reference_type;
ITKCALL(ifail = AE_ask_dataset_latest_rev(dataset, &spec_dataset_rev));
char ref_name[WSO_name_size_c + 1] = "UGPART";
ITKCALL(ifail = AE_ask_dataset_named_ref2(spec_dataset_rev, ref_name, &reference_type, &ref_object));
if (reference_type == AE_PART_OF)
{
char *pathname = NULL;
ITKCALL(ifail = IMF_ask_file_pathname2(ref_object, SS_WNT_MACHINE, &pathname));
char *origin_file_name = NULL;
IMF_ask_original_file_name2(ref_object, &origin_file_name);
char new_ds_name[WSO_name_size_c + 1] = "";
char *new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
char *temp_dir = getenv("temp");
char temp_file[SS_MAXPATHLEN] = "";
strcpy_s(temp_file, temp_dir);
strcat_s(temp_file, "\\");
strcat_s(temp_file, new_file_name);
ITKCALL(ifail = IMF_export_file(ref_object, temp_file));
int iCnt;
char *user_lib_env, pTempStr[500];
char local_path[MAX_PATH] = "";
char cmd[256] = "";
strcpy_s(cmd, exe_path.c_str());
strcat_s(cmd, " \"");
strcat_s(cmd, temp_file);
strcat_s(cmd, "\" \"");
strcat_s(cmd, dat_file);
strcat_s(cmd, "\"");
WriteLog(debug, "CMD：%s", cmd);
// runCMD(cmd, debug);
system(cmd);
WriteLog(debug, "执行完成，开始上传文件");
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor;
WriteLog(debug, "上传文件...");
ITKCALL(ifail = IMF_import_file(temp_file, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
ITKCALL(ifail = AOM_lock(new_file_tag));
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, origin_file_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
ITKCALL(ifail = AOM_unlock(new_file_tag));
WriteLog(debug, "移除旧文件引用...");
ITKCALL(ifail =AOM_lock(spec_dataset_rev));
ITKCALL(ifail = AE_remove_dataset_named_ref_by_tag2(spec_dataset_rev, ref_name, ref_object));
WriteLog(debug, "添加新文件引用...");
ITKCALL(ifail = AE_add_dataset_named_ref2(spec_dataset_rev, ref_name, AE_PART_OF, new_file_tag));
ITKCALL(ifail = AE_save_myself(spec_dataset_rev));
ITKCALL(ifail = AOM_unlock(spec_dataset_rev));
WriteLog(debug, "上传完成");
DOFREE(pathname);
DOFREE(origin_file_name);
}
return ITK_ok;
}
int sign(tag_t rev_tag, map<string, string> sign_config_NX, char* user_id){
int ifail = ITK_ok, rf_cnt = 0;
FILE* NXfile = NULL;
tag_t *rf_tags = NULL;
char NXinfo[2048];
memset(NXinfo, 0, sizeof(NXinfo));
char *NXfilepath = NULL;
//创建映射文件
WriteLog(debug, "创建数据文件...");
ifail = CreateUserFile(debug, "CONNOR_Sign_NX", user_id, &NXfilepath, &NXfile);
if (ifail == ITK_ok) {
WriteLog(debug, "数据文件：%s", NXfile);
}
else {
WriteLog(debug, "创建数据文件失败");
EMH_store_error_s1(EMH_severity_error, ITK_err, ("创建数据文件失败"));
ifail = ITK_err;
goto sign_end;
}
{
map<string,string>::iterator it;
for(it = sign_config_NX.begin();it!=sign_config_NX.end();it++){
string flag = it->first;
string propname = it->second;
string propvalstr;
vector<string> split;
int index = 0;
Split(propname,";",split);
if(split.size()==2){
propname.assign(split[0]);
index = atoi(split[1].c_str());
}
char* propval = NULL;
ITKCALL(ifail = AOM_UIF_ask_value(rev_tag, propname.c_str(), &propval));
if(ifail!=ITK_ok){
WriteLog(debug,">> Error Reading Property [%s][%d]", propname.c_str(), ifail);
ITKCALL(EMH_clear_last_error(ifail));
continue;
}
propvalstr.assign((propval));
WriteLog(debug, ">> Reflect [%s]: [%s] = [%s]",flag.c_str(), propname.c_str(), propvalstr.c_str());
if(index>=0){
vector<string> tempvec;
Split(propvalstr,";",tempvec);
if(tempvec.size()>index){
propvalstr.assign(tempvec[index]);
}else{
propvalstr.assign("");
}
WriteLog(debug, ">> Split [%d]: %s", index, propvalstr.c_str());
tempvec.clear();
}
strcat_s(NXinfo, flag.c_str());
strcat_s(NXinfo, "=");
strcat_s(NXinfo, propvalstr.c_str());
strcat_s(NXinfo, "|");
DOFREE(propval);
split.clear();
}
}
WriteLog(debug, "NX 映射数据：\n%s", NXinfo);
ifail = WriteToFile(debug, NXfile, NXinfo);
if (ifail != ITK_ok) {
WriteLog(debug, "写入数据文件失败");
EMH_store_error_s1(EMH_severity_error, ITK_err, ("写入数据文件失败"));
ifail = ITK_err;
goto sign_end;
}
//关闭数据文件
if (NXfile) {
fclose(NXfile);
NXfile = NULL;
}
ITKCALL(ifail = AOM_ask_value_tags(rev_tag, "IMAN_specification", &rf_cnt, &rf_tags));
for (int i = 0; i < rf_cnt; i++)
{
char *objectstring = NULL, *object_type = NULL;
tag_t ds = rf_tags[i];
ITKCALL(ifail = AOM_ask_value_string(ds, "object_string", &objectstring));
ITKCALL(ifail = AOM_ask_value_string(ds, "object_type", &object_type));
WriteLog(debug, ">> %d. 子对象 [%s] 类型 [%s]", i+1, objectstring, object_type);
if (strcmp(object_type, "UGMASTER") == 0)
{
signoff_NX(ds, NXfilepath, "prt");
}
DOFREE(objectstring);
DOFREE(object_type);
}
sign_end:
DOFREE(rf_tags);
//关闭数据文件
if (NXfile) {
fclose(NXfile);
NXfile = NULL;
}
//deleteFile(debug, NXfilepath);
return ifail;
}
int CONNOR_SIGN_DATASET(EPM_action_message_t msg)
{
int ifail = ITK_ok, att_cnt = 0, arg_cnt=0;
char* arg = NULL, * argflag = NULL, * argvalue = NULL;
map<string, string> sign_config_NX;
vector<string> sign_config;
vector<string> pref_values;
tag_t current_task = NULLTAG, root_task = NULLTAG, *attachments = NULL, rev_type = NULLTAG;
char *user_name = NULL;
tag_t user_tag = NULLTAG;
char *user_id = NULL;
string sign_name_str;
arg_cnt = TC_number_of_arguments(msg.arguments);
if (arg_cnt > 0) {
for (int i = 0; i < arg_cnt; i++) {
arg = TC_next_argument(msg.arguments);
ITKCALL(ifail = ITK_ask_argument_named_value(arg, &argflag, &argvalue));
if (strcmp(argflag, "SignName") == 0) {
sign_name_str.assign(argvalue);
}
MEM_free(argflag);
MEM_free(argvalue);
}
}
current_task = msg.task;
EPM_ask_root_task(msg.task, &root_task);
//生成日志
ITKCALL(POM_get_user(&user_name, &user_tag));
ITKCALL(SA_ask_user_identifier2(user_tag, &user_id));
WriteLog(debug, "=========================================================");
WriteLog(debug, "签名 开始执行");
WriteLog(debug, "=========================================================");
initUserDir(user_id);
ITKCALL(ifail = TCTYPE_ask_type(TYPE_REV,&rev_type));
if(rev_type==NULLTAG){
EMH_store_error_s2(EMH_severity_error, ITK_err, ("未找到版本类型"),TYPE_REV);
goto end;
}
getPrefStrings(PREF_EXE, TC_preference_site, pref_values);
if (pref_values.size() == 0) {
EMH_store_error_s2(EMH_severity_error, ITK_err, ("未配置首选项"), PREF_EXE);
goto end;
}
exe_path = pref_values[0];
ITKCALL(ifail = EPM_ask_attachments(root_task, EPM_target_attachment, &att_cnt, &attachments));
if(att_cnt==0){
goto end;
}
POM_AM__set_application_bypass(true);
//获取首选项配置
Split(sign_name_str, ";", sign_config);
WriteLog(debug,"解析 NX 签名配置...");
for each (string conf in sign_config)
{
conf.assign((conf.c_str()));
WriteLog(debug,">> %s",conf.c_str());
vector<string> strs;
Split(conf,"=",strs);
if(strs.size()==2){
if(sign_config_NX.count(strs[1])==0){
sign_config_NX.insert(make_pair(strs[1], strs[0]));
WriteLog(debug, ">> [%s] = [%s]", strs[0].c_str(), strs[1].c_str());
}else{
WriteLog(debug, ">> 重复配置 [%s] = [%s]", strs[0].c_str(), strs[1].c_str());
}
}else{
EMH_store_error_s2(EMH_severity_error, ITK_err, ("无效签名配置"),conf.c_str());
}
strs.clear();
}
if(sign_config_NX.size()==0){
WriteLog(debug,"获取 NX 签名配置失败");
EMH_store_error_s1(EMH_severity_error, ITK_err, ("获取 NX 签名配置失败"));
goto end;
}
sign_config.clear();
for(int i=0;i<att_cnt;i++){
tag_t attachment = attachments[i];
tag_t type = NULLTAG;
char* objectstring = NULL;
bool isRev = false;
ITKCALL(ifail = TCTYPE_ask_object_type(attachment, &type));
ITKCALL(ifail = AOM_ask_value_string(attachment,"object_string",&objectstring));
if(ifail!=ITK_ok){
DOFREE(objectstring);
continue;
}
WriteLog(debug, "%d. 签名： %s",i+1,objectstring);
ITKCALL(ifail = TCTYPE_is_type_of(type, rev_type, &isRev));
if(!isRev){
WriteLog(debug, ">> 非版本类型");
DOFREE(objectstring);
continue;
}
sign(attachment, sign_config_NX, user_id);
}
end:
POM_AM__set_application_bypass(false);
DOFREE(attachments);
DOFREE(user_id);
sign_config.clear();
pref_values.clear();
sign_config_NX.clear();
WriteLog(debug, "=========================================================");
WriteLog(debug, "签名 执行结束");
WriteLog(debug, "=========================================================");
return ifail;
}

293
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/connor_sign_master.cpp
Unescape View File

@ -0,0 +1,293 @@
#include "Connor_NX.h"
#define ITK_err 919012
#define SIGN_DATE_FORMAT "%Y-%m-%d"
#define TYPE_REV "ItemRevision"
struct Sign_Info{
string node_name;
string propname_user;
string propname_date;
};
int CONNOR_SIGN_MASTER(EPM_action_message_t msg){
int ifail = ITK_ok, arg_cnt = 0,att_cnt=0, task_count=0;
char *arg = NULL,*argflag =NULL,*argvalue=NULL,*propvalue=NULL,*objectstring=NULL,*task_name=NULL,*task_type=NULL;
char *user_id = NULL, *user_name = NULL, *logPath = NULL;
tag_t task_tag = NULLTAG,rootTask_tag=NULLTAG, user_tag=NULLTAG;
tag_t *attachments = NULL, *task_tags=NULL;
string attr_sign_name, attr_sign_date;
vector<string> attr_sign_name_split, attr_sign_date_split;
map<string, Sign_Info*> sign_config_map;
map<string, string> property_map;
string dateFormat, prop_name_bianzhi;
tag_t rev_type = NULLTAG;
dateFormat.assign(SIGN_DATE_FORMAT);
arg_cnt = TC_number_of_arguments(msg.arguments);
if (arg_cnt > 0) {
for (int i = 0;i < arg_cnt;i++) {
arg = TC_next_argument(msg.arguments);
ITKCALL(ifail = ITK_ask_argument_named_value(arg, &argflag, &argvalue));
if(strcmp(argflag, "SignUserName") == 0){
attr_sign_name.assign(argvalue);
}else if(strcmp(argflag, "SignDate") == 0){
attr_sign_date.assign(argvalue);
}else if(strcmp(argflag, "SignDateFormat") == 0){
dateFormat.assign(argvalue);
}
MEM_free(argflag);
MEM_free(argvalue);
}
}
ITKCALL(POM_get_user(&user_name, &user_tag));
ITKCALL(SA_ask_user_identifier2(user_tag, &user_id));
DOFREE(user_id);
WriteLog(debug, "=============================================================");
WriteLog(debug, "开始执行：CONNOR_SIGN_MASTER");
WriteLog(debug, "=============================================================");
task_tag=msg.task;
if(task_tag==NULLTAG){
goto end;
}
ITKCALL(ifail = TCTYPE_ask_type(TYPE_REV, &rev_type));
if (rev_type == NULLTAG) {
EMH_store_error_s2(EMH_severity_error, ITK_err, ("未找到版本类型"), TYPE_REV);
goto end;
}
WriteLog(debug, "sign_user_name: %s", attr_sign_name.c_str());
WriteLog(debug, "sign_date: %s", attr_sign_date.c_str());
WriteLog(debug, "date_format: %s", dateFormat.c_str());
ITKCALL(ifail = EPM_ask_root_task(task_tag, &rootTask_tag));
ITKCALL(ifail = EPM_ask_attachments(rootTask_tag, EPM_target_attachment, &att_cnt, &attachments));
if(att_cnt==0){
goto end;
}
POM_AM__set_application_bypass(true);
//获取首选项配置
WriteLog(debug,"解析签名配置...");
Split(attr_sign_name, ";", attr_sign_name_split);
Split(attr_sign_date, ";", attr_sign_date_split);
for each (string conf in attr_sign_name_split)
{
WriteLog(debug,">> %s",conf.c_str());
vector<string> strs;
Split(conf,"=",strs);
if(strs.size()==2){
if (sign_config_map.count(strs[0]) == 0) {
Sign_Info* info = new Sign_Info();
info->node_name = strs[0];
info->propname_user = strs[1];
sign_config_map.insert(make_pair(info->node_name, info));
if (info->node_name._Equal("编制")) {
prop_name_bianzhi.assign(info->propname_user);
}
}
}else{
EMH_store_error_s2(EMH_severity_error, ITK_err, ("无效签名配置"),conf.c_str());
}
strs.clear();
}
for each (string conf in attr_sign_date_split)
{
WriteLog(debug, ">> %s", conf.c_str());
vector<string> strs;
Split(conf, "=", strs);
if (strs.size() == 2) {
if (sign_config_map.count(strs[0]) == 0) {
Sign_Info* info = new Sign_Info();
info->node_name = strs[0];
info->propname_date = strs[1];
sign_config_map.insert(make_pair(info->node_name, info));
}
else {
sign_config_map[strs[0]]->propname_date = strs[1];
}
}
else {
EMH_store_error_s2(EMH_severity_error, ITK_err, ("无效签名配置"), conf.c_str());
}
strs.clear();
}
if(sign_config_map.size()==0){
WriteLog(debug,"获取签名配置失败");
EMH_store_error_s1(EMH_severity_error, ITK_err, ("获取签名配置失败"));
goto end;
}
WriteLog(debug, "编制属性 [%s]", prop_name_bianzhi.c_str());
WriteLog(debug,"读取签名信息...");
ITKCALL(ifail=EPM_ask_sub_tasks(rootTask_tag,&task_count,&task_tags));
for(int i=0;i<task_count;i++){
tag_t sub_task = task_tags[i];
ITKCALL(ifail=EPM_ask_name2(sub_task,&task_name));
ITKCALL(ifail =AOM_ask_value_string(sub_task, "task_type", &task_type));
if(ifail!=ITK_ok){
DOFREE(task_name);
DOFREE(task_type);
continue;
}
WriteLog(debug, "%d. 读取任务信息 %s -> %s",i+1, task_name,task_type);
if (sign_config_map.count(task_name) == 0) {
WriteLog(debug, ">> SKIP");
DOFREE(task_name);
DOFREE(task_type);
continue;
}
if(strcmp("EPMDoTask", task_type)==0){
tag_t user_tag = NULLTAG;
ITKCALL(ifail = AOM_ask_value_tag(sub_task,"fnd0Performer",&user_tag));
if(user_tag==NULLTAG){
WriteLog(debug, "未找到执行者");
continue;
}
char *date_str = NULL, *user_name = NULL, *task_state=NULL;
date_t date;
ITKCALL(ifail = AOM_ask_value_string(user_tag,"user_name",&user_name));
ITKCALL(ifail = AOM_ask_value_date(sub_task, "fnd0EndDate", &date));
ITKCALL(ifail = AOM_ask_value_string(sub_task,"task_state", &task_state));
ITKCALL(ifail = DATE_date_to_string(date,dateFormat.c_str(),&date_str));
WriteLog(debug, ">> DO任务信息：%s|%s|%s",user_name, date_str, task_state);
if(date.year<=0){
WriteLog(debug, "任务未完成");
continue;
}
Sign_Info* info = sign_config_map[task_name];
if(info->propname_user.length()>0){
WriteLog(debug, ">>>> 记录用户信息 %s = %s", info->propname_user.c_str(), user_name);
if (property_map.count(info->propname_user) == 0) {
property_map.insert(make_pair(info->propname_user, user_name));
}
else {
WriteLog(debug, "重复属性");
}
}
if(info->propname_date.length() > 0){
WriteLog(debug, ">>>> 记录时间信息 %s = %s", info->propname_date.c_str(), date_str);
if (property_map.count(info->propname_date) == 0) {
property_map.insert(make_pair(info->propname_date, date_str));
}
else {
WriteLog(debug, "重复属性");
}
}
DOFREE(user_name);
DOFREE(date_str);
DOFREE(task_state);
}else if(strcmp("EPMReviewTask",task_type)==0||strcmp("EPMAcknowledgeTask",task_type)==0){
int reviewer_cnt=0;
tag_t *reviewers=NULL;
ITKCALL(ifail = EPM_ask_reviewers(sub_task,&reviewer_cnt,&reviewers));
for(int j=0;j<reviewer_cnt;j++){
tag_t reviewer = reviewers[j];
tag_t user_tag=NULLTAG;
tag_t group_tag = NULLTAG;
EPM_signoff_decision_t decision;
char *comment = NULL, *date_str = NULL, *group_full_name=NULL, *user_name = NULL;
date_t date;
ITKCALL(ifail = AOM_ask_value_tag(reviewer,"user",&user_tag));
ITKCALL(ifail = AOM_ask_value_tag(reviewer,"group",&group_tag));
ITKCALL(ifail = AOM_ask_value_string(user_tag,"user_name",&user_name));
ITKCALL(ifail = AOM_ask_value_string(group_tag,"full_name",&group_full_name));
ITKCALL(ifail = EPM_ask_decision(sub_task, user_tag, &decision, &comment, &date));
ITKCALL(ifail = DATE_date_to_string(date,dateFormat.c_str(),&date_str));
WriteLog(debug, ">> %d. 审核信息：%s|%s|%s",j+1,user_name,group_full_name, date_str);
if(decision != EPM_approve_decision){
WriteLog(debug, "审核未同意");
DOFREE(comment);
DOFREE(user_name);
DOFREE(group_full_name);
DOFREE(date_str);
continue;
}
Sign_Info* info = sign_config_map[task_name];
if (info->propname_user.length() > 0) {
WriteLog(debug, ">>>> 记录用户信息 %s = %s", info->propname_user.c_str(), user_name);
if (property_map.count(info->propname_user) == 0) {
property_map.insert(make_pair(info->propname_user, user_name));
}
else {
WriteLog(debug, "重复属性");
}
}
if (info->propname_date.length() > 0) {
WriteLog(debug, ">>>> 记录时间信息 %s = %s", info->propname_date.c_str(), date_str);
if (property_map.count(info->propname_date) == 0) {
property_map.insert(make_pair(info->propname_date, date_str));
}
else {
WriteLog(debug, "重复属性");
}
}
DOFREE(comment);
DOFREE(user_name);
DOFREE(group_full_name);
DOFREE(date_str);
}
DOFREE(reviewers);
}else{
WriteLog(debug, ">> 未知任务类型");
}
DOFREE(task_name);
DOFREE(task_type);
}
//获取最高文件密级
for(int i=0;i<att_cnt;i++){
tag_t attachment = attachments[i];
tag_t type = NULLTAG, rev_owner = NULLTAG;
char* rev_owner_name = NULL;
bool isForm = false;
ITKCALL(ifail = TCTYPE_ask_object_type(attachment, &type));
ITKCALL(ifail = AOM_ask_value_string(attachment,"object_string",&objectstring));
if(ifail!=ITK_ok){
DOFREE(objectstring);
continue;
}
WriteLog(debug, "%d. 写入版本 %s",i+1,objectstring);
ITKCALL(ifail = TCTYPE_is_type_of(type, rev_type, &isForm));
if(!isForm){
WriteLog(debug, ">> 非版本类型");
DOFREE(objectstring);
continue;
}
ITKCALL(ifail = AOM_lock(attachment));
if(ifail!=ITK_ok){
continue;
}
ITKCALL(ifail = AOM_ask_value_tag(attachment, "owning_user", &rev_owner));
ITKCALL(ifail = AOM_ask_value_string(rev_owner, "user_name", &rev_owner_name));
WriteLog(debug, ">> 所有者 %s", rev_owner_name);
map<string,string>::iterator it;
for(it = property_map.begin();it!=property_map.end();it++){
string propname = it->first;
string propval = it->second;
if (prop_name_bianzhi._Equal(propname)) {
propval.assign(rev_owner_name);
}
WriteLog(debug, ">> 设置属性: [%s] = [%s]", propname.c_str(), propval.c_str());
ITKCALL(ifail = AOM_set_value_string(attachment, propname.c_str(), propval.c_str()));
if(ifail!=ITK_ok){
WriteLog(debug, ">> 设置属性失败：%d", ifail);
EMH_clear_last_error(ifail);
}
}
ITKCALL(AOM_save(attachment));
AOM_unlock(attachment);
}
end:
POM_AM__set_application_bypass(false);
DOFREE(attachments);
sign_config_map.clear();
property_map.clear();
attr_sign_name_split.clear();
attr_sign_date_split.clear();
WriteLog(debug, "=============================================================");
WriteLog(debug, "执行结束：CONNOR_SIGN_MASTER");
WriteLog(debug, "=============================================================");
return ITK_ok;
}

693
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/kutil - 副本 (2).cpp
Unescape View File

@ -0,0 +1,693 @@
#pragma warning (disable: 4996)
#pragma warning (disable: 4819)
#include "kutil.h"
FILE* logFile = NULL;
#define MAX_PATH_LENGTH 200
#define MAX_PRINTLINE_LENGTH 2000
void initUserDir(char* userId) {
char logFileDir[MAX_PATH_LENGTH];
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
if (chdir(logFileDir) != ITK_ok) {
printf(">> Create Path: %s\n", logFileDir);
mkdir(logFileDir);
}
}
void WriteLog(logical debug, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
char date_string[MAX_PATH_LENGTH];
time_t now;
struct tm* p;
//get the message
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
//----------print to command window for trace--------//
//printf("%s\n", tmp);
printf("%s\n", tmp);
//print message to log file
TC_write_syslog("%s\n", tmp);
}
void WriteLog2(logical debug, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
char date_string[MAX_PATH_LENGTH];
time_t now;
struct tm* p;
//get the message
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
//----------print to command window for trace--------//
//printf("%s\n", tmp);
printf("%s\n", tmp);
//print message to log file
if (!debug) {
return;
}
if (logFile)
{
time(&now);
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
sprintf(date_string, "%02d:%02d:%02d", p->tm_hour, p->tm_min, p->tm_sec);
fprintf(logFile, "[%s] %s\n", date_string, tmp);
fflush(logFile);
}
else
{
printf("*!Error!*: Log File Not Exist\n");
}
}
void CloseLog(void)
{
if (logFile)
{
fclose(logFile);
logFile = NULL;
}
}
void CreateLogFile(char* FunctionName, char* userId, char** fullname)
{
int ifail = ITK_ok;
//date_t status_now;
//char* date_string = NULL;
char date_string[MAX_PATH_LENGTH];
char logFileDir[MAX_PATH_LENGTH];
char logFileName[MAX_PATH_LENGTH];
//char* session_uid = NULL;
//tag_t session_tag = NULLTAG;
time_t now;
struct tm* p;
time(&now);
logFile = NULL;
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
//sprintf(date_string,"%4d%02d%02d%02d%02d%02d",1900+p->tm_year,p->tm_mon+1 ,p->tm_mday ,p->tm_hour,p->tm_min ,p->tm_sec );
sprintf(date_string, "%4d%02d%02d", 1900 + p->tm_year, p->tm_mon + 1, p->tm_mday);
//if( DATE_date_to_string( status_now, "%Y%m%d%H%M%S", &date_string) != ITK_ok )
//ifail = ITK_date_to_string (status_now, &date_string );
//if (ifail)
//{
// printf("!*ERROR*!: Failed to get current date time\n");
// goto CLEANUP;
//}
memset(logFileDir, 0, sizeof(logFileDir));
memset(logFileName, 0, sizeof(logFileName));
//get log dir
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
//printf("\n log file dir: %s\n", logFileDir);
//try to change dir to TC_USER_LOG_DIR
if (chdir(logFileDir) != ITK_ok)
{
//not set TC_USER_LOG_DIR
//log in to default TC_LOG
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TC_LOG"));
printf("\n TC_USER_LOG_DIR invalide, log file dir: %s\n", logFileDir);
if (chdir(logFileDir) != ITK_ok)
{
//still can not change to log dir
printf("!*ERROR*!: Failed to change dir to TC_USER_LOG_DIR\n");
goto CLEANUP;
}
}
//get session_uid to make sure the log file name unique
//POM_ask_session(&session_tag);
//ITK__convert_tag_to_uid(session_tag, &session_uid);
//get logFileName
sprintf(logFileName, "%s_%s_%s.log", FunctionName, userId, date_string);
//printf("log file name: %s\n", logFileName);
*fullname = (char*)MEM_alloc(sizeof(char) * 512);
sprintf(*fullname, "%s\\%s", logFileDir, logFileName);
//for(i = 0; _access((char *)logFileName, 4) == 0; i++)
/*{
memset(logFileName, 0, sizeof(logFileName));
sprintf(logFileName, "%s_%s_%s_%d.log", FunctionName, session_uid, date_string, i);
}
printf("final log file name: %s\n", logFileName);*/
//create log file
logFile = fopen(logFileName, "a");
CLEANUP:;
//DOFREE(date_string);
/*if(session_uid!=NULL){
MEM_free(session_uid);
session_uid=NULL;
}*/
}
void set_bypass(logical bypass)
{
//AM__set_application_bypass(bypass);
POM_AM__set_application_bypass(bypass);
}
bool isClass(tag_t class_id, char* className) {
tag_t* pclass_ids = NULL;
char* class_name = NULL;
int pclass_count = 0, ifail = ITK_ok;
ITKCALL(POM_name_of_class(class_id, &class_name));
printf("class name = %s\n", class_name);
bool isType = false;
if (strcmp(class_name, className) == 0) {
isType = true;
}
DOFREE(class_name);
if (isType) {
return true;
}
ITKCALL(ifail = POM_superclasses_of_class(class_id, &pclass_count, &pclass_ids));
for (int i = 0;i < pclass_count;i++) {
isType = isClass(pclass_ids[i], className);
if (isType) {
return true;
}
}
return false;
}
bool isType(tag_t item, char* type) {
tag_t class_id = NULLTAG, * pclass_ids = NULL;
char* class_name = NULL;
int pclass_count = 0, ifail = ITK_ok;
ITKCALL(POM_class_of_instance(item, &class_id));
return isClass(class_id, type);
}
void deleteFile(bool debug, char* path) {
//ɾ³ýÎļþ
if (remove(path) == 0) {
WriteLog(debug, "Delete File: %s", path);
}
else {
WriteLog(debug, "Delete File failed: %s", path);
}
}
int readError(bool debug, char* errFilePath, int errCode) {
fstream _file;
_file.open(errFilePath, ios::in);
if (_file) {
WriteLog(debug, "Find Error File: %s", errFilePath);
ifstream fin(errFilePath);
string s;
while (getline(fin, s))
{
WriteLog(debug, s.c_str());
EMH_store_error_s1(EMH_severity_error, errCode, s.c_str());
}
_file.close();
return errCode;
}
return ITK_ok;
}
//µ¼ÈëÊý¾Ý¼¯
int import_dataset_file(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name)
{
int ifail = ITK_ok;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor = NULL;
AOM_refresh(dataset, FALSE);
char* new_file_name = NULL;
char new_ds_name[WSO_name_size_c + 1] = "";
char* filename = NULL;
new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
filename = strrchr(fullfilename, '\\') + 1;
if (filename == NULL)
return ITK_ok;
set_bypass(true);
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_TEXT, &new_file_tag, &file_descriptor));
if (ifail != ITK_ok) {
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
}
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, original_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
AOM_unlock(new_file_tag);
ITKCALL(ifail = AOM_refresh(new_file_tag, FALSE));
//Ìí¼ÓÖÁÃüÃûÒýÓÃ
set_bypass(true);
ITKCALL(AOM_lock(dataset));
ITKCALL(ifail = AE_remove_dataset_named_ref2(dataset, ref_name));
ITKCALL(ifail = AOM_save(dataset));
set_bypass(true);
ITKCALL(ifail = AE_add_dataset_named_ref2(dataset, ref_name, AE_PART_OF, new_file_tag));
AOM_save(dataset);
AOM_unlock(dataset);
set_bypass(false);
//ITKCALL( AOM_refresh( dataset, FALSE ) );
return ifail;
}
//µ¼ÈëÊý¾Ý¼¯
int import_dataset_file_binary(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name)
{
int ifail = ITK_ok;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor = NULL;
AOM_refresh(dataset, FALSE);
char* new_file_name = NULL;
char new_ds_name[WSO_name_size_c + 1] = "";
char* filename = NULL;
new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
filename = strrchr(fullfilename, '\\') + 1;
if (filename == NULL)
return ITK_ok;
set_bypass(true);
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, original_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
AOM_unlock(new_file_tag);
ITKCALL(ifail = AOM_refresh(new_file_tag, FALSE));
//Ìí¼ÓÖÁÃüÃûÒýÓÃ
set_bypass(true);
ITKCALL(AOM_lock(dataset));
ITKCALL(ifail = AE_remove_dataset_named_ref2(dataset, ref_name));
ITKCALL(ifail = AOM_save(dataset));
set_bypass(true);
ITKCALL(ifail = AE_add_dataset_named_ref2(dataset, ref_name, AE_PART_OF, new_file_tag));
AOM_save(dataset);
AOM_unlock(dataset);
set_bypass(false);
//ITKCALL( AOM_refresh( dataset, FALSE ) );
return ifail;
}
void Split(string strArg, char spliter, vector<string>& ans)
{
ans.clear();
size_t index0 = 0;
string one_arg;
if (strArg.find_first_not_of(' ') == string::npos)
strArg = "";
while (strArg.size() > 0)
{
index0 = strArg.find_first_of(spliter);
if (index0 != string::npos)
{
one_arg = strArg.substr(0, index0);
strArg = strArg.substr(index0 + 1);
ans.push_back(one_arg);
}
else
{
ans.push_back(strArg);
break;
}
}
}
void Split(string strArg, string spliter, vector<string>& ans)
{
ans.clear();
size_t index0 = 0;
string one_arg;
if (strArg.find_first_not_of(' ') == string::npos)
strArg = "";
while (strArg.size() > 0)
{
index0 = strArg.find_first_of(spliter);
if (index0 != string::npos)
{
one_arg = strArg.substr(0, index0);
strArg = strArg.substr(index0 + 1);
ans.push_back(one_arg);
}
else
{
ans.push_back(strArg);
break;
}
}
}
bool inArray(vector<string> types, string type) {
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type.c_str()) == 0) {
return true;
}
}
return false;
}
int getIndexInArray(vector<string> types, string type) {
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type.c_str()) == 0) {
return i;
}
}
return -1;
}
bool CheckType(string config, char* type, char spliter) {
vector<string> types;
Split(config, spliter, types);
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type) == 0) {
return true;
}
}
return false;
}
int GetProcessTargets(bool debug, int att_cnt, tag_t* attachments, vector<tag_t>& targets, char* formType, char splitter) {
char* object_name = NULL, * object_type = NULL;
int ifail = ITK_ok;
WriteLog(debug, "Get Targets of Process: %d", att_cnt);
for (int i = 0;i < att_cnt;i++) {
ITKCALL(ifail = WSOM_ask_name2(attachments[i], &object_name));
ITKCALL(ifail = WSOM_ask_object_type2(attachments[i], &object_type));
WriteLog(debug, "%d. Target [%s], type: %s", i + 1, object_name, object_type);
//if (strcmp(object_type, TYPE_ITEM_PZJ.c_str()) == 0) {
if (CheckType(formType, object_type, splitter)) {
targets.push_back(attachments[i]);
}
DOFREE(object_name);
DOFREE(object_type);
}
return ITK_ok;
}
int findUser(bool debug, string userStr, tag_t* user_tag) {
int ind1 = userStr.find_first_of('(');
int ind2 = userStr.find_first_of(')');
WriteLog(debug, "Search User: %s", userStr.c_str());
if (ind1 != string::npos && ind2 != string::npos && ind1 < ind2) {
userStr = userStr.substr(ind1 + 1, ind2 - ind1 - 1);
WriteLog(debug, ">> User id: %s", userStr.c_str());
}
int ifail = ITK_ok;
ITKCALL(ifail = SA_find_user2(userStr.c_str(), user_tag));
return ifail;
}
int GetBomLinePropString(bool debug, tag_t line, char* propName, int errCode, char** attr_val) {
int attribute_id = 0, ifail = ITK_ok;
ITKCALL(ifail = BOM_line_look_up_attribute(propName, &attribute_id));
if (attribute_id == 0) {
WriteLog(debug, "BOMLine property not exist: %s", propName);
EMH_store_error_s2(EMH_severity_error, errCode, "BOMLine property not exist", propName);
return errCode;
}
else {
ITKCALL(ifail = BOM_line_ask_attribute_string(line, attribute_id, &*attr_val));
return ifail;
}
return ITK_ok;
}
int GetStringProp(tag_t obj, char* propName, char** attr_val) {
return AOM_ask_value_string(obj, propName, &*attr_val);
}
bool isRev(char* object_type) {
if (((strstr(object_type, "Revision") != NULL) || (strstr(object_type, "revision") != NULL))
&& (strstr(object_type, "Master") == NULL) && (strstr(object_type, "master") == NULL)
&& (strstr(object_type, "BOM") == NULL) && (strstr(object_type, "bom") == NULL) && (strstr(object_type, "Bom") == NULL)) {
return true;
}
return false;
}
int GetBomView(tag_t rev_tag, char* viewtype, tag_t* bomView, tag_t* bomBVR, bool debug)
{
WriteLog(debug, "Get BOM View: %s", viewtype);
int ifail = ITK_ok, bvr_count = 0;
tag_t* bvr_list = NULL, bom_view = NULLTAG, view_type = NULLTAG;
*bomBVR = NULLTAG;
*bomView = NULLTAG;
ITKCALL(ITEM_rev_list_bom_view_revs(rev_tag, &bvr_count, &bvr_list));
if (bvr_count > 0)
{
for (int i = 0; i < bvr_count; i++)
{
ITKCALL(PS_ask_bom_view_of_bvr(bvr_list[i], &bom_view));
ITKCALL(PS_ask_bom_view_type(bom_view, &view_type));
//ITKCALL( PS_find_view_type(bom_view, &view_type));
char* view_type_name = NULL;
ITKCALL(PS_ask_view_type_name(view_type, &view_type_name));
WriteLog(debug, "Find View: %s", view_type_name);
if (tc_strcmp(view_type_name, viewtype) == 0)
{
*bomBVR = bvr_list[i];
*bomView = bom_view;
}
DOFREE(view_type_name);
}
}
//else {
// WriteLog(debug, "ûÓÐÕÒµ½bvr¿ªÊ¼½øÐд´½¨");
// tag_t bv = NULLTAG, bvr = NULLTAG, item_tag = NULLTAG;
// int bvCnt = 0;
// tag_t* bvTags = NULL;
// ITKCALL(ifail = ITEM_ask_item_of_rev(rev_tag, &item_tag));
// tag_t tWindow = NULLTAG;
// ITKCALL(BOM_create_window(&tWindow));
// tag_t tTopLine = NULLTAG;
// ITKCALL(BOM_set_window_top_line(tWindow, item_tag, NULLTAG, NULLTAG, &tTopLine));
// //²éÕÒÔ­BOMÊÓͼ
// ITKCALL(ifail=ITEM_list_bom_views(item_tag, &bvCnt, &bvTags));
// if (bvCnt > 0) {
// WriteLog(debug, "¶ÔÏóÒÑ´æÔÚBOMÊÓͼ£º%d", bvCnt);
// bv = bvTags[0];
// }
// ITKCALL(AOM_lock(item_tag));
// if (bv == NULLTAG) {
// ITKCALL(ifail=PS_create_bom_view(NULLTAG, "", "", item_tag, &bv));
// if (ifail != ITK_ok) {
// ITKCALL(AOM_unlock(item_tag));
// return ifail;
// }
// ITKCALL(AOM_save(bv));
// }
// ITKCALL(ifail=PS_create_bvr(bv, "", "", false, rev_tag, &bvr));
// if (ifail != ITK_ok) {
// ITKCALL(AOM_unlock(item_tag));
// return ifail;
// }
// ITKCALL(AOM_save(bvr));
// ITKCALL(AOM_save(bv));
// ITKCALL(AOM_save(item_tag));
// tag_t tChildLine = NULLTAG;
// ITKCALL(BOM_save_window(tWindow));
// ITKCALL(BOM_close_window(tWindow));
// ITKCALL(AOM_unlock(item_tag));
// *bomBVR = bvr;
// *bomView = bv;
// WriteLog(debug, "bvrн¨Íê³É");
// DOFREE(bvTags);
//}
DOFREE(bvr_list);
return ifail;
}
bool propExist(bool debug, tag_t obj, const char* propName) {
tag_t clTag = NULLTAG, * superClass = NULL;
char* clName = NULL;
int ifail = ITK_ok, cnt = 0;
logical exists = false;
ITKCALL(ifail = POM_class_of_instance(obj, &clTag));
if (ifail != ITK_ok) { return false; }
ITKCALL(ifail = POM_name_of_class(clTag, &clName));
if (ifail != ITK_ok) { return false; }
WriteLog(debug, ">> [%s] Check Property: %s", clName, propName);
ITKCALL(ifail = POM_attr_exists(propName, clName, &exists));
if (ifail != ITK_ok) { return false; }
DOFREE(clName);
if (exists) {
//WriteLog(debug,"ÊôÐÔ´æÔÚ");
return exists;
}
ITKCALL(ifail = POM_superclasses_of_class(clTag, &cnt, &superClass));
for (int i = 0;i < cnt;i++) {
ITKCALL(ifail = POM_name_of_class(superClass[i], &clName));
if (ifail != ITK_ok) { return false; }
WriteLog(debug, ">> [%s] Check Property: %s", clName, propName);
ITKCALL(ifail = POM_attr_exists(propName, clName, &exists));
DOFREE(clName);
if (exists) {
//WriteLog(debug, "ÊôÐÔ´æÔÚ");
return exists;
}
}
WriteLog(debug, "Property not exist");
return exists;
}
char* G2U(const char* gb2312)
{
int len = MultiByteToWideChar(CP_ACP, 0, gb2312, -1, NULL, 0);
wchar_t* wstr = new wchar_t[len + 1];
memset(wstr, 0, len + 1);
MultiByteToWideChar(CP_ACP, 0, gb2312, -1, wstr, len);
len = WideCharToMultiByte(CP_UTF8, 0, wstr, -1, NULL, 0, NULL, NULL);
char* str = new char[len + 1];
memset(str, 0, len + 1);
WideCharToMultiByte(CP_UTF8, 0, wstr, -1, str, len, NULL, NULL);
if (wstr) delete[] wstr;
return str;
}
int getPrefStrings(const char* preference, TC_preference_search_scope_t scope, vector<string>& pref_vec)
{
int ifail = ITK_ok, i = 0, j = 0, k = 0, num = 0;
char** values;
TC_preference_search_scope_t old_scope;
//ITKCALL(ifail = PREF_ask_search_scope(&old_scope));
//ITKCALL(ifail = PREF_set_search_scope(scope));
//ITKCALL(ifail = PREF_ask_char_values(preference, &num, &values));
ITKCALL(ifail = PREF_ask_char_values_at_location(preference, scope, &num, &values));
if (ifail != ITK_ok) {
return ifail;
}
for (i = 0; i < num; i++)
{
pref_vec.push_back(values[i]);
}
DOFREE(values);
//ITKCALL(ifail = PREF_set_search_scope(old_scope));
return ifail;
}
int getPrefStrings2(const char* preference, TC_preference_search_scope_t scope, char splitter, vector<string>& pref_vec)
{
int ifail = ITK_ok, i = 0, j = 0, k = 0, num = 0;
char** values;
TC_preference_search_scope_t old_scope;
//ITKCALL(ifail = PREF_ask_search_scope(&old_scope));
//ITKCALL(ifail = PREF_set_search_scope(scope));
//ITKCALL(ifail = PREF_ask_char_values(preference, &num, &values));
ITKCALL(ifail = PREF_ask_char_values_at_location(preference, scope, &num, &values));
if (ifail != ITK_ok) {
return ifail;
}
for (i = 0; i < num; i++)
{
vector<string> split;
Split(values[i], splitter, split);
int size = split.size();
for (j = 0;j < size;j++) {
pref_vec.push_back(split[j]);
}
/*for each (string val in split) {
pref_vec.push_back(val);
}*/
}
DOFREE(values);
//ITKCALL(ifail = PREF_set_search_scope(old_scope));
return ifail;
}
//µ¼³öÊý¾Ý¼¯Îļþ
int export_dataset_file(bool debug, tag_t dataset, const char* ref_name, char* userId, char* ext, char** filename, char** original_name)
{
int ifail = ITK_ok;
tag_t ref_object = NULLTAG,
datasettype = NULLTAG,
new_ds = NULLTAG,
tool = NULLTAG,
folder_tag = NULLTAG,
spec_dataset_rev = NULLTAG;
AE_reference_type_t reference_type;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor;
char* target_ds_name = NULL;
char* new_file_name;
WSOM_ask_name2(dataset, &target_ds_name);
WriteLog(debug, "Download file from dataset %s", target_ds_name);
DOFREE(target_ds_name);
*filename = (char*)MEM_alloc(sizeof(char) * 512);
*original_name = (char*)MEM_alloc(sizeof(char) * 512);
strcpy(*filename, "");
AE_ask_dataset_latest_rev(dataset, &spec_dataset_rev);
AE_ask_dataset_named_ref2(dataset, ref_name, &reference_type, &ref_object);
if (ref_object == NULLTAG)
{
WriteLog(debug, "File ref not exist");
return 1;
}
if (reference_type == AE_PART_OF)
{
char* pathname2 = NULL;
IMF_ask_file_pathname2(ref_object, SS_WNT_MACHINE, &pathname2);
DOFREE(pathname2);
char* origin_file_name2 = NULL;
IMF_ask_original_file_name2(ref_object, &origin_file_name2);
strcpy(*original_name, origin_file_name2);
DOFREE(origin_file_name2);
char new_ds_name[WSO_name_size_c + 1] = "";
char* new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
char* temp_dir = getenv("TEMP");
char temp_file[SS_MAXPATHLEN] = "";
strcpy(temp_file, temp_dir);
strcat(temp_file, "\\tc_");
strcat(temp_file, userId);
strcat(temp_file, "\\");
strcat(temp_file, new_file_name);
WriteLog(debug, "Temp path: %s", temp_file);
if ((_access(temp_file, 0)) != -1) {
if (!remove(temp_file)) {
remove(temp_file);
}
}
IMF_export_file(ref_object, temp_file);
strcpy(*filename, temp_file);
return ITK_ok;
}
return -1;
}

693
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/kutil - 副本.cpp
Unescape View File

@ -0,0 +1,693 @@
#pragma warning (disable: 4996)
#pragma warning (disable: 4819)
#include "kutil.h"
FILE* logFile = NULL;
#define MAX_PATH_LENGTH 200
#define MAX_PRINTLINE_LENGTH 2000
void initUserDir(char* userId) {
char logFileDir[MAX_PATH_LENGTH];
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
if (chdir(logFileDir) != ITK_ok) {
printf(">> н¨Â·¾¶£º%s\n", logFileDir);
mkdir(logFileDir);
}
}
void WriteLog(logical debug, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
char date_string[MAX_PATH_LENGTH];
time_t now;
struct tm* p;
//get the message
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
//----------print to command window for trace--------//
//printf("%s\n", tmp);
printf("%s\n", tmp);
//print message to log file
TC_write_syslog("%s\n", tmp);
}
void WriteLog2(logical debug, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
char date_string[MAX_PATH_LENGTH];
time_t now;
struct tm* p;
//get the message
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
//----------print to command window for trace--------//
//printf("%s\n", tmp);
printf("%s\n", tmp);
//print message to log file
if (!debug) {
return;
}
if (logFile)
{
time(&now);
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
sprintf(date_string, "%02d:%02d:%02d", p->tm_hour, p->tm_min, p->tm_sec);
fprintf(logFile, "[%s] %s\n", date_string, tmp);
fflush(logFile);
}
else
{
printf("*!Error!*: Log File Not Exist\n");
}
}
void CloseLog(void)
{
if (logFile)
{
fclose(logFile);
logFile = NULL;
}
}
void CreateLogFile(char* FunctionName, char* userId, char** fullname)
{
int ifail = ITK_ok;
//date_t status_now;
//char* date_string = NULL;
char date_string[MAX_PATH_LENGTH];
char logFileDir[MAX_PATH_LENGTH];
char logFileName[MAX_PATH_LENGTH];
//char* session_uid = NULL;
//tag_t session_tag = NULLTAG;
time_t now;
struct tm* p;
time(&now);
logFile = NULL;
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
//sprintf(date_string,"%4d%02d%02d%02d%02d%02d",1900+p->tm_year,p->tm_mon+1 ,p->tm_mday ,p->tm_hour,p->tm_min ,p->tm_sec );
sprintf(date_string, "%4d%02d%02d", 1900 + p->tm_year, p->tm_mon + 1, p->tm_mday);
//if( DATE_date_to_string( status_now, "%Y%m%d%H%M%S", &date_string) != ITK_ok )
//ifail = ITK_date_to_string (status_now, &date_string );
//if (ifail)
//{
// printf("!*ERROR*!: Failed to get current date time\n");
// goto CLEANUP;
//}
memset(logFileDir, 0, sizeof(logFileDir));
memset(logFileName, 0, sizeof(logFileName));
//get log dir
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
//printf("\n log file dir: %s\n", logFileDir);
//try to change dir to TC_USER_LOG_DIR
if (chdir(logFileDir) != ITK_ok)
{
//not set TC_USER_LOG_DIR
//log in to default TC_LOG
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TC_LOG"));
printf("\n TC_USER_LOG_DIR invalide, log file dir: %s\n", logFileDir);
if (chdir(logFileDir) != ITK_ok)
{
//still can not change to log dir
printf("!*ERROR*!: Failed to change dir to TC_USER_LOG_DIR\n");
goto CLEANUP;
}
}
//get session_uid to make sure the log file name unique
//POM_ask_session(&session_tag);
//ITK__convert_tag_to_uid(session_tag, &session_uid);
//get logFileName
sprintf(logFileName, "%s_%s_%s.log", FunctionName, userId, date_string);
//printf("log file name: %s\n", logFileName);
*fullname = (char*)MEM_alloc(sizeof(char) * 512);
sprintf(*fullname, "%s\\%s", logFileDir, logFileName);
//for(i = 0; _access((char *)logFileName, 4) == 0; i++)
/*{
memset(logFileName, 0, sizeof(logFileName));
sprintf(logFileName, "%s_%s_%s_%d.log", FunctionName, session_uid, date_string, i);
}
printf("final log file name: %s\n", logFileName);*/
//create log file
logFile = fopen(logFileName, "a");
CLEANUP:;
//DOFREE(date_string);
/*if(session_uid!=NULL){
MEM_free(session_uid);
session_uid=NULL;
}*/
}
void set_bypass(logical bypass)
{
//AM__set_application_bypass(bypass);
POM_AM__set_application_bypass(bypass);
}
bool isClass(tag_t class_id, char* className) {
tag_t* pclass_ids = NULL;
char* class_name = NULL;
int pclass_count = 0, ifail = ITK_ok;
ITKCALL(POM_name_of_class(class_id, &class_name));
printf("class name = %s\n", class_name);
bool isType = false;
if (strcmp(class_name, className) == 0) {
isType = true;
}
DOFREE(class_name);
if (isType) {
return true;
}
ITKCALL(ifail = POM_superclasses_of_class(class_id, &pclass_count, &pclass_ids));
for (int i = 0;i < pclass_count;i++) {
isType = isClass(pclass_ids[i], className);
if (isType) {
return true;
}
}
return false;
}
bool isType(tag_t item, char* type) {
tag_t class_id = NULLTAG, * pclass_ids = NULL;
char* class_name = NULL;
int pclass_count = 0, ifail = ITK_ok;
ITKCALL(POM_class_of_instance(item, &class_id));
return isClass(class_id, type);
}
void deleteFile(bool debug, char* path) {
//ɾ³ýÎļþ
if (remove(path) == 0) {
WriteLog(debug, "ɾ³ýÎļþ³É¹¦£º%s", path);
}
else {
WriteLog(debug, "ɾ³ýÎļþʧ°Ü£º%s", path);
}
}
int readError(bool debug, char* errFilePath, int errCode) {
fstream _file;
_file.open(errFilePath, ios::in);
if (_file) {
WriteLog(debug, "ÕÒµ½Òì³£ÁÙʱÎļþ£º%s", errFilePath);
ifstream fin(errFilePath);
string s;
while (getline(fin, s))
{
WriteLog(debug, s.c_str());
EMH_store_error_s1(EMH_severity_error, errCode, s.c_str());
}
_file.close();
return errCode;
}
return ITK_ok;
}
//µ¼ÈëÊý¾Ý¼¯
int import_dataset_file(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name)
{
int ifail = ITK_ok;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor = NULL;
AOM_refresh(dataset, FALSE);
char* new_file_name = NULL;
char new_ds_name[WSO_name_size_c + 1] = "";
char* filename = NULL;
new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
filename = strrchr(fullfilename, '\\') + 1;
if (filename == NULL)
return ITK_ok;
set_bypass(true);
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_TEXT, &new_file_tag, &file_descriptor));
if (ifail != ITK_ok) {
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
}
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, original_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
AOM_unlock(new_file_tag);
ITKCALL(ifail = AOM_refresh(new_file_tag, FALSE));
//Ìí¼ÓÖÁÃüÃûÒýÓÃ
set_bypass(true);
ITKCALL(AOM_lock(dataset));
ITKCALL(ifail = AE_remove_dataset_named_ref2(dataset, ref_name));
ITKCALL(ifail = AOM_save(dataset));
set_bypass(true);
ITKCALL(ifail = AE_add_dataset_named_ref2(dataset, ref_name, AE_PART_OF, new_file_tag));
AOM_save(dataset);
AOM_unlock(dataset);
set_bypass(false);
//ITKCALL( AOM_refresh( dataset, FALSE ) );
return ifail;
}
//µ¼ÈëÊý¾Ý¼¯
int import_dataset_file_binary(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name)
{
int ifail = ITK_ok;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor = NULL;
AOM_refresh(dataset, FALSE);
char* new_file_name = NULL;
char new_ds_name[WSO_name_size_c + 1] = "";
char* filename = NULL;
new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
filename = strrchr(fullfilename, '\\') + 1;
if (filename == NULL)
return ITK_ok;
set_bypass(true);
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, original_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
AOM_unlock(new_file_tag);
ITKCALL(ifail = AOM_refresh(new_file_tag, FALSE));
//Ìí¼ÓÖÁÃüÃûÒýÓÃ
set_bypass(true);
ITKCALL(AOM_lock(dataset));
ITKCALL(ifail = AE_remove_dataset_named_ref2(dataset, ref_name));
ITKCALL(ifail = AOM_save(dataset));
set_bypass(true);
ITKCALL(ifail = AE_add_dataset_named_ref2(dataset, ref_name, AE_PART_OF, new_file_tag));
AOM_save(dataset);
AOM_unlock(dataset);
set_bypass(false);
//ITKCALL( AOM_refresh( dataset, FALSE ) );
return ifail;
}
void Split(string strArg, char spliter, vector<string>& ans)
{
ans.clear();
size_t index0 = 0;
string one_arg;
if (strArg.find_first_not_of(' ') == string::npos)
strArg = "";
while (strArg.size() > 0)
{
index0 = strArg.find_first_of(spliter);
if (index0 != string::npos)
{
one_arg = strArg.substr(0, index0);
strArg = strArg.substr(index0 + 1);
ans.push_back(one_arg);
}
else
{
ans.push_back(strArg);
break;
}
}
}
void Split(string strArg, string spliter, vector<string>& ans)
{
ans.clear();
size_t index0 = 0;
string one_arg;
if (strArg.find_first_not_of(' ') == string::npos)
strArg = "";
while (strArg.size() > 0)
{
index0 = strArg.find_first_of(spliter);
if (index0 != string::npos)
{
one_arg = strArg.substr(0, index0);
strArg = strArg.substr(index0 + 1);
ans.push_back(one_arg);
}
else
{
ans.push_back(strArg);
break;
}
}
}
bool inArray(vector<string> types, string type) {
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type.c_str()) == 0) {
return true;
}
}
return false;
}
int getIndexInArray(vector<string> types, string type) {
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type.c_str()) == 0) {
return i;
}
}
return -1;
}
bool CheckType(string config, char* type, char spliter) {
vector<string> types;
Split(config, spliter, types);
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type) == 0) {
return true;
}
}
return false;
}
int GetProcessTargets(bool debug, int att_cnt, tag_t* attachments, vector<tag_t>& targets, char* formType, char splitter) {
char* object_name = NULL, * object_type = NULL;
int ifail = ITK_ok;
WriteLog(debug, "¿ªÊ¼¼ìË÷Á÷³ÌÄ¿±ê¶ÔÏó£º%d", att_cnt);
for (int i = 0;i < att_cnt;i++) {
ITKCALL(ifail = WSOM_ask_name2(attachments[i], &object_name));
ITKCALL(ifail = WSOM_ask_object_type2(attachments[i], &object_type));
WriteLog(debug, "%d. Á÷³Ì¶ÔÏó<%s>£¬ÀàÐÍ£º%s", i + 1, object_name, object_type);
//if (strcmp(object_type, TYPE_ITEM_PZJ.c_str()) == 0) {
if (CheckType(formType, object_type, splitter)) {
targets.push_back(attachments[i]);
}
DOFREE(object_name);
DOFREE(object_type);
}
return ITK_ok;
}
int findUser(bool debug, string userStr, tag_t* user_tag) {
int ind1 = userStr.find_first_of('(');
int ind2 = userStr.find_first_of(')');
WriteLog(debug, "²éѯÓû§£º%s", userStr.c_str());
if (ind1 != string::npos && ind2 != string::npos && ind1 < ind2) {
userStr = userStr.substr(ind1 + 1, ind2 - ind1 - 1);
WriteLog(debug, ">> Óû§id: %s", userStr.c_str());
}
int ifail = ITK_ok;
ITKCALL(ifail = SA_find_user2(userStr.c_str(), user_tag));
return ifail;
}
int GetBomLinePropString(bool debug, tag_t line, char* propName, int errCode, char** attr_val) {
int attribute_id = 0, ifail = ITK_ok;
ITKCALL(ifail = BOM_line_look_up_attribute(propName, &attribute_id));
if (attribute_id == 0) {
WriteLog(debug, "BOMÐÐÊôÐÔ²»´æÔÚ£º%s", propName);
EMH_store_error_s2(EMH_severity_error, errCode, "BOMÐÐÊôÐÔ²»´æÔÚ", propName);
return errCode;
}
else {
ITKCALL(ifail = BOM_line_ask_attribute_string(line, attribute_id, &*attr_val));
return ifail;
}
return ITK_ok;
}
int GetStringProp(tag_t obj, char* propName, char** attr_val) {
return AOM_ask_value_string(obj, propName, &*attr_val);
}
bool isRev(char* object_type) {
if (((strstr(object_type, "Revision") != NULL) || (strstr(object_type, "revision") != NULL))
&& (strstr(object_type, "Master") == NULL) && (strstr(object_type, "master") == NULL)
&& (strstr(object_type, "BOM") == NULL) && (strstr(object_type, "bom") == NULL) && (strstr(object_type, "Bom") == NULL)) {
return true;
}
return false;
}
int GetBomView(tag_t rev_tag, char* viewtype, tag_t* bomView, tag_t* bomBVR, bool debug)
{
WriteLog(debug, "¿ªÊ¼»ñÈ¡BOMÊÓͼ£º%s", viewtype);
int ifail = ITK_ok, bvr_count = 0;
tag_t* bvr_list = NULL, bom_view = NULLTAG, view_type = NULLTAG;
*bomBVR = NULLTAG;
*bomView = NULLTAG;
ITKCALL(ITEM_rev_list_bom_view_revs(rev_tag, &bvr_count, &bvr_list));
if (bvr_count > 0)
{
for (int i = 0; i < bvr_count; i++)
{
ITKCALL(PS_ask_bom_view_of_bvr(bvr_list[i], &bom_view));
ITKCALL(PS_ask_bom_view_type(bom_view, &view_type));
//ITKCALL( PS_find_view_type(bom_view, &view_type));
char* view_type_name = NULL;
ITKCALL(PS_ask_view_type_name(view_type, &view_type_name));
WriteLog(debug, "ÕÒµ½ÊÓͼ ÀàÐÍ£º%s", view_type_name);
if (tc_strcmp(view_type_name, viewtype) == 0)
{
*bomBVR = bvr_list[i];
*bomView = bom_view;
}
DOFREE(view_type_name);
}
}
//else {
// WriteLog(debug, "ûÓÐÕÒµ½bvr¿ªÊ¼½øÐд´½¨");
// tag_t bv = NULLTAG, bvr = NULLTAG, item_tag = NULLTAG;
// int bvCnt = 0;
// tag_t* bvTags = NULL;
// ITKCALL(ifail = ITEM_ask_item_of_rev(rev_tag, &item_tag));
// tag_t tWindow = NULLTAG;
// ITKCALL(BOM_create_window(&tWindow));
// tag_t tTopLine = NULLTAG;
// ITKCALL(BOM_set_window_top_line(tWindow, item_tag, NULLTAG, NULLTAG, &tTopLine));
// //²éÕÒÔ­BOMÊÓͼ
// ITKCALL(ifail=ITEM_list_bom_views(item_tag, &bvCnt, &bvTags));
// if (bvCnt > 0) {
// WriteLog(debug, "¶ÔÏóÒÑ´æÔÚBOMÊÓͼ£º%d", bvCnt);
// bv = bvTags[0];
// }
// ITKCALL(AOM_lock(item_tag));
// if (bv == NULLTAG) {
// ITKCALL(ifail=PS_create_bom_view(NULLTAG, "", "", item_tag, &bv));
// if (ifail != ITK_ok) {
// ITKCALL(AOM_unlock(item_tag));
// return ifail;
// }
// ITKCALL(AOM_save(bv));
// }
// ITKCALL(ifail=PS_create_bvr(bv, "", "", false, rev_tag, &bvr));
// if (ifail != ITK_ok) {
// ITKCALL(AOM_unlock(item_tag));
// return ifail;
// }
// ITKCALL(AOM_save(bvr));
// ITKCALL(AOM_save(bv));
// ITKCALL(AOM_save(item_tag));
// tag_t tChildLine = NULLTAG;
// ITKCALL(BOM_save_window(tWindow));
// ITKCALL(BOM_close_window(tWindow));
// ITKCALL(AOM_unlock(item_tag));
// *bomBVR = bvr;
// *bomView = bv;
// WriteLog(debug, "bvrн¨Íê³É");
// DOFREE(bvTags);
//}
DOFREE(bvr_list);
return ifail;
}
bool propExist(bool debug, tag_t obj, const char* propName) {
tag_t clTag = NULLTAG, * superClass = NULL;
char* clName = NULL;
int ifail = ITK_ok, cnt = 0;
logical exists = false;
ITKCALL(ifail = POM_class_of_instance(obj, &clTag));
if (ifail != ITK_ok) { return false; }
ITKCALL(ifail = POM_name_of_class(clTag, &clName));
if (ifail != ITK_ok) { return false; }
WriteLog(debug, ">> ¼ì²é%sÊôÐÔ: %s", clName, propName);
ITKCALL(ifail = POM_attr_exists(propName, clName, &exists));
if (ifail != ITK_ok) { return false; }
DOFREE(clName);
if (exists) {
//WriteLog(debug,"ÊôÐÔ´æÔÚ");
return exists;
}
ITKCALL(ifail = POM_superclasses_of_class(clTag, &cnt, &superClass));
for (int i = 0;i < cnt;i++) {
ITKCALL(ifail = POM_name_of_class(superClass[i], &clName));
if (ifail != ITK_ok) { return false; }
WriteLog(debug, ">> ¼ì²é%sÊôÐÔ: %s", clName, propName);
ITKCALL(ifail = POM_attr_exists(propName, clName, &exists));
DOFREE(clName);
if (exists) {
//WriteLog(debug, "ÊôÐÔ´æÔÚ");
return exists;
}
}
WriteLog(debug, "ÊôÐÔ²»´æÔÚ");
return exists;
}
char* G2U(const char* gb2312)
{
int len = MultiByteToWideChar(CP_ACP, 0, gb2312, -1, NULL, 0);
wchar_t* wstr = new wchar_t[len + 1];
memset(wstr, 0, len + 1);
MultiByteToWideChar(CP_ACP, 0, gb2312, -1, wstr, len);
len = WideCharToMultiByte(CP_UTF8, 0, wstr, -1, NULL, 0, NULL, NULL);
char* str = new char[len + 1];
memset(str, 0, len + 1);
WideCharToMultiByte(CP_UTF8, 0, wstr, -1, str, len, NULL, NULL);
if (wstr) delete[] wstr;
return str;
}
int getPrefStrings(const char* preference, TC_preference_search_scope_t scope, vector<string>& pref_vec)
{
int ifail = ITK_ok, i = 0, j = 0, k = 0, num = 0;
char** values;
TC_preference_search_scope_t old_scope;
//ITKCALL(ifail = PREF_ask_search_scope(&old_scope));
//ITKCALL(ifail = PREF_set_search_scope(scope));
//ITKCALL(ifail = PREF_ask_char_values(preference, &num, &values));
ITKCALL(ifail = PREF_ask_char_values_at_location(preference, scope, &num, &values));
if (ifail != ITK_ok) {
return ifail;
}
for (i = 0; i < num; i++)
{
pref_vec.push_back(values[i]);
}
DOFREE(values);
//ITKCALL(ifail = PREF_set_search_scope(old_scope));
return ifail;
}
int getPrefStrings2(const char* preference, TC_preference_search_scope_t scope, char splitter, vector<string>& pref_vec)
{
int ifail = ITK_ok, i = 0, j = 0, k = 0, num = 0;
char** values;
TC_preference_search_scope_t old_scope;
//ITKCALL(ifail = PREF_ask_search_scope(&old_scope));
//ITKCALL(ifail = PREF_set_search_scope(scope));
//ITKCALL(ifail = PREF_ask_char_values(preference, &num, &values));
ITKCALL(ifail = PREF_ask_char_values_at_location(preference, scope, &num, &values));
if (ifail != ITK_ok) {
return ifail;
}
for (i = 0; i < num; i++)
{
vector<string> split;
Split(values[i], splitter, split);
int size = split.size();
for (j = 0;j < size;j++) {
pref_vec.push_back(split[j]);
}
/*for each (string val in split) {
pref_vec.push_back(val);
}*/
}
DOFREE(values);
//ITKCALL(ifail = PREF_set_search_scope(old_scope));
return ifail;
}
//µ¼³öÊý¾Ý¼¯Îļþ
int export_dataset_file(bool debug, tag_t dataset, const char* ref_name, char* userId, char* ext, char** filename, char** original_name)
{
int ifail = ITK_ok;
tag_t ref_object = NULLTAG,
datasettype = NULLTAG,
new_ds = NULLTAG,
tool = NULLTAG,
folder_tag = NULLTAG,
spec_dataset_rev = NULLTAG;
AE_reference_type_t reference_type;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor;
char* target_ds_name = NULL;
char* new_file_name;
WSOM_ask_name2(dataset, &target_ds_name);
WriteLog(debug, "¿ªÊ¼´ÓÊý¾Ý¼¯<%s>ÏÂÔØÎļþ", target_ds_name);
DOFREE(target_ds_name);
*filename = (char*)MEM_alloc(sizeof(char) * 512);
*original_name = (char*)MEM_alloc(sizeof(char) * 512);
strcpy(*filename, "");
AE_ask_dataset_latest_rev(dataset, &spec_dataset_rev);
AE_ask_dataset_named_ref2(dataset, ref_name, &reference_type, &ref_object);
if (ref_object == NULLTAG)
{
WriteLog(debug, "ÎļþÒýÓÃΪ¿Õ");
return 1;
}
if (reference_type == AE_PART_OF)
{
char* pathname2 = NULL;
IMF_ask_file_pathname2(ref_object, SS_WNT_MACHINE, &pathname2);
DOFREE(pathname2);
char* origin_file_name2 = NULL;
IMF_ask_original_file_name2(ref_object, &origin_file_name2);
strcpy(*original_name, origin_file_name2);
DOFREE(origin_file_name2);
char new_ds_name[WSO_name_size_c + 1] = "";
char* new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
char* temp_dir = getenv("TEMP");
char temp_file[SS_MAXPATHLEN] = "";
strcpy(temp_file, temp_dir);
strcat(temp_file, "\\tc_");
strcat(temp_file, userId);
strcat(temp_file, "\\");
strcat(temp_file, new_file_name);
WriteLog(debug, "ÁÙʱÎļþ·¾¶£º%s", temp_file);
if ((_access(temp_file, 0)) != -1) {
if (!remove(temp_file)) {
remove(temp_file);
}
}
IMF_export_file(ref_object, temp_file);
strcpy(*filename, temp_file);
return ITK_ok;
}
return -1;
}

800
qf_nx_itk-master (3)/qf_nx_itk/Connor_NX/kutil.cpp
Unescape View File

@ -0,0 +1,800 @@
#pragma warning (disable: 4996)
#pragma warning (disable: 4819)
#include "kutil.h"
FILE* logFile = NULL;
#define MAX_PATH_LENGTH 200
#define MAX_PRINTLINE_LENGTH 8000
void initUserDir(char* userId) {
char logFileDir[MAX_PATH_LENGTH];
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
if (chdir(logFileDir) != ITK_ok) {
printf(">> Create Path: %s\n", logFileDir);
mkdir(logFileDir);
}
}
int WriteToFile(logical debug, FILE* file, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
//get the message
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
//print message to log file
WriteLog(debug, "写入内容：%s", tmp);
if (file)
{
fprintf(file, "%s", tmp);
fflush(file);
return ITK_ok;
}
else
{
WriteLog(debug, "写入文件失败，文件不存在");
return -1;
}
}
int CreateUserFile(logical debug, const char* FunctionName, char* userId, char** fullname, FILE** file)
{
int ifail = ITK_ok;
//date_t status_now;
//char* date_string = NULL;
char date_string[MAX_PATH_LENGTH];
char logFileDir[MAX_PATH_LENGTH];
char logFileName[MAX_PATH_LENGTH];
//char* session_uid = NULL;
//tag_t session_tag = NULLTAG;
time_t now;
struct tm* p;
time(&now);
//logFile = NULL;
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
sprintf(date_string, "%4d%02d%02d%02d%02d%02d", 1900 + p->tm_year, p->tm_mon + 1, p->tm_mday, p->tm_hour, p->tm_min, p->tm_sec);
//sprintf(date_string, "%4d%02d%02d", 1900 + p->tm_year, p->tm_mon + 1, p->tm_mday);
//if( DATE_date_to_string( status_now, "%Y%m%d%H%M%S", &date_string) != ITK_ok )
//ifail = ITK_date_to_string (status_now, &date_string );
//if (ifail)
//{
// printf("!*ERROR*!: Failed to get current date time\n");
// goto CLEANUP;
//}
memset(logFileDir, 0, sizeof(logFileDir));
memset(logFileName, 0, sizeof(logFileName));
//get log dir
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
//printf("\n log file dir: %s\n", logFileDir);
//try to change dir to TC_USER_LOG_DIR
if (chdir(logFileDir) != ITK_ok)
{
//not set TC_USER_LOG_DIR
//log in to default TC_LOG
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TC_LOG"));
WriteLog(debug, "TC_USER_LOG_DIR invalide, log file dir: %s", logFileDir);
//printf("\n TC_USER_LOG_DIR invalide, log file dir: %s\n", logFileDir);
if (chdir(logFileDir) != ITK_ok)
{
//still can not change to log dir
WriteLog(debug, "!*ERROR*!: Failed to change dir to TC_USER_LOG_DIR");
//printf("!*ERROR*!: Failed to change dir to TC_USER_LOG_DIR\n");
return -1;
}
}
//get session_uid to make sure the log file name unique
//POM_ask_session(&session_tag);
//ITK__convert_tag_to_uid(session_tag, &session_uid);
//get logFileName
sprintf(logFileName, "%s_%s_%s.txt", FunctionName, userId, date_string);
//printf("log file name: %s\n", logFileName);
*fullname = (char*)MEM_alloc(sizeof(char) * 512);
sprintf(*fullname, "%s\\%s", logFileDir, logFileName);
//for(i = 0; _access((char *)logFileName, 4) == 0; i++)
/*{
memset(logFileName, 0, sizeof(logFileName));
sprintf(logFileName, "%s_%s_%s_%d.log", FunctionName, session_uid, date_string, i);
}
printf("final log file name: %s\n", logFileName);*/
//create log file
*file = fopen(logFileName, "a");
return ITK_ok;
//CLEANUP:;
//DOFREE(date_string);
/*if(session_uid!=NULL){
MEM_free(session_uid);
session_uid=NULL;
}*/
}
void WriteLog(logical debug, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
printf("%s\n", tmp);
TC_write_syslog("%s\n", tmp);
}
void WriteLog2(logical debug, const char* format, ...)
{
va_list arg;
char tmp[MAX_PRINTLINE_LENGTH];
char date_string[MAX_PATH_LENGTH];
time_t now;
struct tm* p;
//get the message
memset(tmp, 0, sizeof(tmp));
va_start(arg, format);
vsprintf(tmp, format, arg);
va_end(arg);
//----------print to command window for trace--------//
//printf("%s\n", tmp);
printf("%s\n", tmp);
//print message to log file
if (!debug) {
return;
}
if (logFile)
{
time(&now);
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
sprintf(date_string, "%02d:%02d:%02d", p->tm_hour, p->tm_min, p->tm_sec);
fprintf(logFile, "[%s] %s\n", date_string, tmp);
fflush(logFile);
}
else
{
printf("*!Error!*: Log File Not Exist\n");
}
}
void CloseLog(void)
{
if (logFile)
{
fclose(logFile);
logFile = NULL;
}
}
void CreateLogFile(char* FunctionName, char* userId, char** fullname)
{
int ifail = ITK_ok;
//date_t status_now;
//char* date_string = NULL;
char date_string[MAX_PATH_LENGTH];
char logFileDir[MAX_PATH_LENGTH];
char logFileName[MAX_PATH_LENGTH];
//char* session_uid = NULL;
//tag_t session_tag = NULLTAG;
time_t now;
struct tm* p;
time(&now);
logFile = NULL;
//current_time(&status_now);
p = localtime(&now);
memset(date_string, 0, sizeof(date_string));
//sprintf(date_string,"%4d%02d%02d%02d%02d%02d",1900+p->tm_year,p->tm_mon+1 ,p->tm_mday ,p->tm_hour,p->tm_min ,p->tm_sec );
sprintf(date_string, "%4d%02d%02d", 1900 + p->tm_year, p->tm_mon + 1, p->tm_mday);
//if( DATE_date_to_string( status_now, "%Y%m%d%H%M%S", &date_string) != ITK_ok )
//ifail = ITK_date_to_string (status_now, &date_string );
//if (ifail)
//{
// printf("!*ERROR*!: Failed to get current date time\n");
// goto CLEANUP;
//}
memset(logFileDir, 0, sizeof(logFileDir));
memset(logFileName, 0, sizeof(logFileName));
//get log dir
sprintf(logFileDir, "%s", getenv("TEMP"));
strcat(logFileDir, "\\tc_");
strcat(logFileDir, userId);
//printf("\n log file dir: %s\n", logFileDir);
//try to change dir to TC_USER_LOG_DIR
if (chdir(logFileDir) != ITK_ok)
{
//not set TC_USER_LOG_DIR
//log in to default TC_LOG
memset(logFileDir, 0, sizeof(logFileDir));
sprintf(logFileDir, "%s", getenv("TC_LOG"));
printf("\n TC_USER_LOG_DIR invalide, log file dir: %s\n", logFileDir);
if (chdir(logFileDir) != ITK_ok)
{
//still can not change to log dir
printf("!*ERROR*!: Failed to change dir to TC_USER_LOG_DIR\n");
goto CLEANUP;
}
}
//get session_uid to make sure the log file name unique
//POM_ask_session(&session_tag);
//ITK__convert_tag_to_uid(session_tag, &session_uid);
//get logFileName
sprintf(logFileName, "%s_%s_%s.log", FunctionName, userId, date_string);
//printf("log file name: %s\n", logFileName);
*fullname = (char*)MEM_alloc(sizeof(char) * 512);
sprintf(*fullname, "%s\\%s", logFileDir, logFileName);
//for(i = 0; _access((char *)logFileName, 4) == 0; i++)
/*{
memset(logFileName, 0, sizeof(logFileName));
sprintf(logFileName, "%s_%s_%s_%d.log", FunctionName, session_uid, date_string, i);
}
printf("final log file name: %s\n", logFileName);*/
//create log file
logFile = fopen(logFileName, "a");
CLEANUP:;
//DOFREE(date_string);
/*if(session_uid!=NULL){
MEM_free(session_uid);
session_uid=NULL;
}*/
}
void set_bypass(logical bypass)
{
//AM__set_application_bypass(bypass);
POM_AM__set_application_bypass(bypass);
}
bool isClass(tag_t class_id, char* className) {
tag_t* pclass_ids = NULL;
char* class_name = NULL;
int pclass_count = 0, ifail = ITK_ok;
ITKCALL(POM_name_of_class(class_id, &class_name));
printf("class name = %s\n", class_name);
bool isType = false;
if (strcmp(class_name, className) == 0) {
isType = true;
}
DOFREE(class_name);
if (isType) {
return true;
}
ITKCALL(ifail = POM_superclasses_of_class(class_id, &pclass_count, &pclass_ids));
for (int i = 0;i < pclass_count;i++) {
isType = isClass(pclass_ids[i], className);
if (isType) {
return true;
}
}
return false;
}
bool isType(tag_t item, char* type) {
tag_t class_id = NULLTAG, * pclass_ids = NULL;
char* class_name = NULL;
int pclass_count = 0, ifail = ITK_ok;
ITKCALL(POM_class_of_instance(item, &class_id));
return isClass(class_id, type);
}
void deleteFile(bool debug, char* path) {
//é?3y???t
if (remove(path) == 0) {
WriteLog(debug, "Delete File: %s", path);
}
else {
WriteLog(debug, "Delete File failed: %s", path);
}
}
int readError(bool debug, char* errFilePath, int errCode) {
fstream _file;
_file.open(errFilePath, ios::in);
if (_file) {
WriteLog(debug, "Find Error File: %s", errFilePath);
ifstream fin(errFilePath);
string s;
while (getline(fin, s))
{
WriteLog(debug, s.c_str());
EMH_store_error_s1(EMH_severity_error, errCode, s.c_str());
}
_file.close();
return errCode;
}
return ITK_ok;
}
//μ?è?êy?Y?ˉ
int import_dataset_file(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name)
{
int ifail = ITK_ok;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor = NULL;
AOM_refresh(dataset, FALSE);
char* new_file_name = NULL;
char new_ds_name[WSO_name_size_c + 1] = "";
char* filename = NULL;
new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
filename = strrchr(fullfilename, '\\') + 1;
if (filename == NULL)
return ITK_ok;
set_bypass(true);
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_TEXT, &new_file_tag, &file_descriptor));
if (ifail != ITK_ok) {
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
}
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, original_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
AOM_unlock(new_file_tag);
ITKCALL(ifail = AOM_refresh(new_file_tag, FALSE));
//ìí?ó?á?ü??òyó?
set_bypass(true);
ITKCALL(AOM_lock(dataset));
ITKCALL(ifail = AE_remove_dataset_named_ref2(dataset, ref_name));
ITKCALL(ifail = AOM_save(dataset));
set_bypass(true);
ITKCALL(ifail = AE_add_dataset_named_ref2(dataset, ref_name, AE_PART_OF, new_file_tag));
AOM_save(dataset);
AOM_unlock(dataset);
set_bypass(false);
//ITKCALL( AOM_refresh( dataset, FALSE ) );
return ifail;
}
//μ?è?êy?Y?ˉ
int import_dataset_file_binary(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name)
{
int ifail = ITK_ok;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor = NULL;
AOM_refresh(dataset, FALSE);
char* new_file_name = NULL;
char new_ds_name[WSO_name_size_c + 1] = "";
char* filename = NULL;
new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
filename = strrchr(fullfilename, '\\') + 1;
if (filename == NULL)
return ITK_ok;
set_bypass(true);
ITKCALL(ifail = IMF_import_file(fullfilename, new_file_name, SS_BINARY, &new_file_tag, &file_descriptor));
ITKCALL(ifail = IMF_set_original_file_name2(new_file_tag, original_name));
ITKCALL(ifail = IMF_close_file(file_descriptor));
ITKCALL(ifail = AOM_save(new_file_tag));
AOM_unlock(new_file_tag);
ITKCALL(ifail = AOM_refresh(new_file_tag, FALSE));
//ìí?ó?á?ü??òyó?
set_bypass(true);
ITKCALL(AOM_lock(dataset));
ITKCALL(ifail = AE_remove_dataset_named_ref2(dataset, ref_name));
ITKCALL(ifail = AOM_save(dataset));
set_bypass(true);
ITKCALL(ifail = AE_add_dataset_named_ref2(dataset, ref_name, AE_PART_OF, new_file_tag));
AOM_save(dataset);
AOM_unlock(dataset);
set_bypass(false);
//ITKCALL( AOM_refresh( dataset, FALSE ) );
return ifail;
}
void Split(string strArg, char spliter, vector<string>& ans)
{
ans.clear();
size_t index0 = 0;
string one_arg;
if (strArg.find_first_not_of(' ') == string::npos)
strArg = "";
while (strArg.size() > 0)
{
index0 = strArg.find_first_of(spliter);
if (index0 != string::npos)
{
one_arg = strArg.substr(0, index0);
strArg = strArg.substr(index0 + 1);
ans.push_back(one_arg);
}
else
{
ans.push_back(strArg);
break;
}
}
}
void Split(string strArg, string spliter, vector<string>& ans)
{
ans.clear();
size_t index0 = 0;
string one_arg;
if (strArg.find_first_not_of(' ') == string::npos)
strArg = "";
int len = spliter.size();
while (strArg.size() > 0)
{
index0 = strArg.find(spliter);
if (index0 != string::npos)
{
one_arg = strArg.substr(0, index0);
strArg = strArg.substr(index0 + len);
ans.push_back(one_arg);
if (strArg.size() == 0) {
ans.push_back(strArg);
}
}
else
{
ans.push_back(strArg);
break;
}
}
}
bool inArray(vector<string> types, string type) {
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type.c_str()) == 0) {
return true;
}
}
return false;
}
int getIndexInArray(vector<string> types, string type) {
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type.c_str()) == 0) {
return i;
}
}
return -1;
}
bool CheckType(string config, char* type, char spliter) {
vector<string> types;
Split(config, spliter, types);
int len = types.size();
for (int i = 0;i < len;i++) {
if (strcmp(types[i].c_str(), type) == 0) {
return true;
}
}
return false;
}
int GetProcessTargets(bool debug, int att_cnt, tag_t* attachments, vector<tag_t>& targets, char* formType, char splitter) {
char* object_name = NULL, * object_type = NULL;
int ifail = ITK_ok;
WriteLog(debug, "Get Targets of Process: %d", att_cnt);
for (int i = 0;i < att_cnt;i++) {
ITKCALL(ifail = WSOM_ask_name2(attachments[i], &object_name));
ITKCALL(ifail = WSOM_ask_object_type2(attachments[i], &object_type));
WriteLog(debug, "%d. Target [%s], type: %s", i + 1, object_name, object_type);
//if (strcmp(object_type, TYPE_ITEM_PZJ.c_str()) == 0) {
if (CheckType(formType, object_type, splitter)) {
targets.push_back(attachments[i]);
}
DOFREE(object_name);
DOFREE(object_type);
}
return ITK_ok;
}
int findUser(bool debug, string userStr, tag_t* user_tag) {
int ind1 = userStr.find_first_of('(');
int ind2 = userStr.find_first_of(')');
WriteLog(debug, "Search User: %s", userStr.c_str());
if (ind1 != string::npos && ind2 != string::npos && ind1 < ind2) {
userStr = userStr.substr(ind1 + 1, ind2 - ind1 - 1);
WriteLog(debug, ">> User id: %s", userStr.c_str());
}
int ifail = ITK_ok;
ITKCALL(ifail = SA_find_user2(userStr.c_str(), user_tag));
return ifail;
}
int GetBomLinePropString(bool debug, tag_t line, char* propName, int errCode, char** attr_val) {
int attribute_id = 0, ifail = ITK_ok;
ITKCALL(ifail = BOM_line_look_up_attribute(propName, &attribute_id));
if (attribute_id == 0) {
WriteLog(debug, "BOMLine property not exist: %s", propName);
EMH_store_error_s2(EMH_severity_error, errCode, "BOMLine property not exist", propName);
return errCode;
}
else {
ITKCALL(ifail = BOM_line_ask_attribute_string(line, attribute_id, &*attr_val));
return ifail;
}
return ITK_ok;
}
int GetStringProp(tag_t obj, char* propName, char** attr_val) {
return AOM_ask_value_string(obj, propName, &*attr_val);
}
bool isRev(char* object_type) {
if (((strstr(object_type, "Revision") != NULL) || (strstr(object_type, "revision") != NULL))
&& (strstr(object_type, "Master") == NULL) && (strstr(object_type, "master") == NULL)
&& (strstr(object_type, "BOM") == NULL) && (strstr(object_type, "bom") == NULL) && (strstr(object_type, "Bom") == NULL)) {
return true;
}
return false;
}
int GetBomView(tag_t rev_tag, const char* viewtype, tag_t* bomView, tag_t* bomBVR, bool debug)
{
WriteLog(debug, "Get BOM View: %s", viewtype);
int ifail = ITK_ok, bvr_count = 0;
tag_t* bvr_list = NULL, bom_view = NULLTAG, view_type = NULLTAG;
*bomBVR = NULLTAG;
*bomView = NULLTAG;
ITKCALL(ITEM_rev_list_bom_view_revs(rev_tag, &bvr_count, &bvr_list));
if (bvr_count > 0)
{
for (int i = 0; i < bvr_count; i++)
{
ITKCALL(PS_ask_bom_view_of_bvr(bvr_list[i], &bom_view));
ITKCALL(PS_ask_bom_view_type(bom_view, &view_type));
//ITKCALL( PS_find_view_type(bom_view, &view_type));
char* view_type_name = NULL;
ITKCALL(PS_ask_view_type_name(view_type, &view_type_name));
WriteLog(debug, "Find View: %s", view_type_name);
if (tc_strcmp(view_type_name, viewtype) == 0)
{
*bomBVR = bvr_list[i];
*bomView = bom_view;
}
DOFREE(view_type_name);
}
}
//else {
// WriteLog(debug, "??óD?òμ?bvr?aê???DD′′?¨");
// tag_t bv = NULLTAG, bvr = NULLTAG, item_tag = NULLTAG;
// int bvCnt = 0;
// tag_t* bvTags = NULL;
// ITKCALL(ifail = ITEM_ask_item_of_rev(rev_tag, &item_tag));
// tag_t tWindow = NULLTAG;
// ITKCALL(BOM_create_window(&tWindow));
// tag_t tTopLine = NULLTAG;
// ITKCALL(BOM_set_window_top_line(tWindow, item_tag, NULLTAG, NULLTAG, &tTopLine));
// //2é?ò?-BOMêóí?
// ITKCALL(ifail=ITEM_list_bom_views(item_tag, &bvCnt, &bvTags));
// if (bvCnt > 0) {
// WriteLog(debug, "???óò?′??úBOMêóí?￡o%d", bvCnt);
// bv = bvTags[0];
// }
// ITKCALL(AOM_lock(item_tag));
// if (bv == NULLTAG) {
// ITKCALL(ifail=PS_create_bom_view(NULLTAG, "", "", item_tag, &bv));
// if (ifail != ITK_ok) {
// ITKCALL(AOM_unlock(item_tag));
// return ifail;
// }
// ITKCALL(AOM_save(bv));
// }
// ITKCALL(ifail=PS_create_bvr(bv, "", "", false, rev_tag, &bvr));
// if (ifail != ITK_ok) {
// ITKCALL(AOM_unlock(item_tag));
// return ifail;
// }
// ITKCALL(AOM_save(bvr));
// ITKCALL(AOM_save(bv));
// ITKCALL(AOM_save(item_tag));
// tag_t tChildLine = NULLTAG;
// ITKCALL(BOM_save_window(tWindow));
// ITKCALL(BOM_close_window(tWindow));
// ITKCALL(AOM_unlock(item_tag));
// *bomBVR = bvr;
// *bomView = bv;
// WriteLog(debug, "bvrD??¨íê3é");
// DOFREE(bvTags);
//}
DOFREE(bvr_list);
return ifail;
}
bool propExist(bool debug, tag_t obj, const char* propName) {
tag_t clTag = NULLTAG, * superClass = NULL;
char* clName = NULL;
int ifail = ITK_ok, cnt = 0;
logical exists = false;
ITKCALL(ifail = POM_class_of_instance(obj, &clTag));
if (ifail != ITK_ok) { return false; }
ITKCALL(ifail = POM_name_of_class(clTag, &clName));
if (ifail != ITK_ok) { return false; }
WriteLog(debug, ">> [%s] Check Property: %s", clName, propName);
ITKCALL(ifail = POM_attr_exists(propName, clName, &exists));
if (ifail != ITK_ok) { return false; }
DOFREE(clName);
if (exists) {
//WriteLog(debug,"ê?D?′??ú");
return exists;
}
ITKCALL(ifail = POM_superclasses_of_class(clTag, &cnt, &superClass));
for (int i = 0;i < cnt;i++) {
ITKCALL(ifail = POM_name_of_class(superClass[i], &clName));
if (ifail != ITK_ok) { return false; }
WriteLog(debug, ">> [%s] Check Property: %s", clName, propName);
ITKCALL(ifail = POM_attr_exists(propName, clName, &exists));
DOFREE(clName);
if (exists) {
//WriteLog(debug, "ê?D?′??ú");
return exists;
}
}
WriteLog(debug, "Property not exist");
return exists;
}
char* G2U(const char* gb2312)
{
int len = MultiByteToWideChar(CP_ACP, 0, gb2312, -1, NULL, 0);
wchar_t* wstr = new wchar_t[len + 1];
memset(wstr, 0, len + 1);
MultiByteToWideChar(CP_ACP, 0, gb2312, -1, wstr, len);
len = WideCharToMultiByte(CP_UTF8, 0, wstr, -1, NULL, 0, NULL, NULL);
char* str = new char[len + 1];
memset(str, 0, len + 1);
WideCharToMultiByte(CP_UTF8, 0, wstr, -1, str, len, NULL, NULL);
if (wstr) delete[] wstr;
return str;
}
int getPrefStrings(const char* preference, TC_preference_search_scope_t scope, vector<string>& pref_vec)
{
int ifail = ITK_ok, i = 0, j = 0, k = 0, num = 0;
char** values;
//TC_preference_search_scope_t old_scope;
//ITKCALL(ifail = PREF_ask_search_scope(&old_scope));
//ITKCALL(ifail = PREF_set_search_scope(scope));
//ITKCALL(ifail = PREF_ask_char_values(preference, &num, &values));
ITKCALL(ifail = PREF_ask_char_values_at_location(preference, scope, &num, &values));
if (ifail != ITK_ok) {
return ifail;
}
for (i = 0; i < num; i++)
{
pref_vec.push_back(values[i]);
}
DOFREE(values);
//ITKCALL(ifail = PREF_set_search_scope(old_scope));
return ifail;
}
int getPrefStrings2(const char* preference, TC_preference_search_scope_t scope, char splitter, vector<string>& pref_vec)
{
int ifail = ITK_ok, i = 0, j = 0, k = 0, num = 0;
char** values;
TC_preference_search_scope_t old_scope;
//ITKCALL(ifail = PREF_ask_search_scope(&old_scope));
//ITKCALL(ifail = PREF_set_search_scope(scope));
//ITKCALL(ifail = PREF_ask_char_values(preference, &num, &values));
ITKCALL(ifail = PREF_ask_char_values_at_location(preference, scope, &num, &values));
if (ifail != ITK_ok) {
return ifail;
}
for (i = 0; i < num; i++)
{
vector<string> split;
Split(values[i], splitter, split);
int size = split.size();
for (j = 0;j < size;j++) {
pref_vec.push_back(split[j]);
}
/*for each (string val in split) {
pref_vec.push_back(val);
}*/
}
DOFREE(values);
//ITKCALL(ifail = PREF_set_search_scope(old_scope));
return ifail;
}
//μ?3?êy?Y?ˉ???t
int export_dataset_file(bool debug, tag_t dataset, const char* ref_name, const char* ext, char** filename, char** original_name)
{
int ifail = ITK_ok;
tag_t ref_object = NULLTAG,
datasettype = NULLTAG,
new_ds = NULLTAG,
tool = NULLTAG,
folder_tag = NULLTAG,
spec_dataset_rev = NULLTAG;
AE_reference_type_t reference_type;
tag_t new_file_tag = NULLTAG;
IMF_file_t file_descriptor;
char* target_ds_name = NULL;
char* new_file_name;
WSOM_ask_name2(dataset, &target_ds_name);
WriteLog(debug, "Download file from dataset %s", target_ds_name);
DOFREE(target_ds_name);
*filename = (char*)MEM_alloc(sizeof(char) * 512);
*original_name = (char*)MEM_alloc(sizeof(char) * 512);
strcpy(*filename, "");
AE_ask_dataset_latest_rev(dataset, &spec_dataset_rev);
AE_ask_dataset_named_ref2(dataset, ref_name, &reference_type, &ref_object);
if (ref_object == NULLTAG)
{
WriteLog(debug, "File ref not exist");
return 1;
}
if (reference_type == AE_PART_OF)
{
char* pathname2 = NULL;
IMF_ask_file_pathname2(ref_object, SS_WNT_MACHINE, &pathname2);
DOFREE(pathname2);
char* origin_file_name2 = NULL;
IMF_ask_original_file_name2(ref_object, &origin_file_name2);
strcpy(*original_name, origin_file_name2);
DOFREE(origin_file_name2);
char new_ds_name[WSO_name_size_c + 1] = "";
char* new_file_name = USER_new_file_name(new_ds_name, ref_name, ext, 0);
char* temp_dir = getenv("TEMP");
char temp_file[SS_MAXPATHLEN] = "";
strcpy(temp_file, temp_dir);
//strcat(temp_file, "\\tc_");
//strcat(temp_file, userId);
strcat(temp_file, "\\");
strcat(temp_file, new_file_name);
WriteLog(debug, "Temp path: %s", temp_file);
if ((_access(temp_file, 0)) != -1) {
if (!remove(temp_file)) {
remove(temp_file);
}
}
IMF_export_file(ref_object, temp_file);
strcpy(*filename, temp_file);
return ITK_ok;
}
return -1;
}

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#include <tc\tc_macros.h>
#include <tc\emh.h>
#include <tc\preferences.h>
#include <property\propdesc.h>
#include <epm\epm.h>
#include <epm\epm_toolkit_tc_utils.h>
#include <tccore\item.h>
#include <tccore\grmtype.h>
#include <tchar.h>
#include <tccore\grm.h>
// #include <tccore\imantype.h>
#include <sa\am.h>
#include <sa\sa.h>
#include <tccore\aom.h>
#include <tccore\aom_prop.h>
#include <property\prop_errors.h>
#include <tccore\workspaceobject.h>
#include <qry\qry.h>
#include <bom\bom_attr.h>
#include <bom\bom.h>
#include <epm\signoff.h>
#include <pom\pom\pom.h>
#include <pom\pom\pom_errors.h>
#include <fclasses\tc_date.h>
#include <epm\cr.h>
#include <cfm\cfm.h>
#include <time.h>
#include <ae/ae.h>
#include <stdio.h>
#include <ctype.h>
#include <string.h>
#include <string>
#include <iostream>
#include <iterator>
#include <map>
#include <vector>
#include <sstream>
#include <fstream>
#include <res\reservation.h>
#ifdef WIN32
#include <io.h>
#include <direct.h>
#else
#include <unistd.h>
#endif
#define DOFREE(obj) \
{ \
if(obj) \
{ \
MEM_free(obj); \
obj = NULL; \
} \
}
extern "C" int POM_AM__set_application_bypass(logical bypass);
using namespace std;
void WriteLog(logical debug, const char* format, ...);
void set_bypass(logical bypass);
char* G2U(const char* gb2312);
int getPrefStrings(const char* preference, TC_preference_search_scope_t scope, vector<string>& pref_vec);
int export_dataset_file(bool debug, tag_t dataset, const char* ref_name, const char* ext, char** filename, char** original_name);
int GetBomView(tag_t rev_tag, const char* viewtype, tag_t* bomView, tag_t* bomBVR, bool debug);
int GetBomLinePropString(bool debug, tag_t line, char* propName, int errCode, char** attr_val);
void Split(string strArg, char spliter, vector<string>& ans);
void Split(string strArg, string spliter, vector<string>& ans);
int getPrefStrings2(const char* preference, TC_preference_search_scope_t scope, char splitter, vector<string>& pref_vec);
int import_dataset_file(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name);
int import_dataset_file_binary(tag_t dataset, const char* ref_name, char* ext, char* fullfilename, char* original_name);
int readError(bool debug, char* errFilePath, int errCode);
void deleteFile(bool debug, char* path);
bool CheckType(string config, char* type, char spliter);
bool propExist(bool debug, tag_t obj, const char* propName);
bool isRev(char* object_type);
int GetProcessTargets(bool debug, int att_cnt, tag_t* attachments, vector<tag_t>& targets, char* formType, char splitter);
bool inArray(vector<string> types, string type);
int getIndexInArray(vector<string> types, string type);
int findUser(bool debug, string userStr, tag_t* user_tag);
bool isType(tag_t item, char* type);
void initUserDir(char* userId);
int CreateUserFile(logical debug, const char* FunctionName, char* userId, char** fullname, FILE** file);
int WriteToFile(logical debug, FILE* file, const char* format, ...);

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// cd9_TreeAndListCodeNode
#define TreeAndListCodeNode_uid "uid" // Integer 节点序号
#define TreeAndListCodeNode_isContainsChildren "isContainsChildren" // Integer 节点序号
#define TreeAndListCodeNode_node_index "cd9_node_index" // Integer 节点序号
#define TreeAndListCodeNode_node_type "cd9_node_type"// String 节点名称
#define TreeAndListCodeNode_node_name "cd9_node_name"// String 节点名称
#define TreeAndListCodeNode_node_value "cd9_node_value" // String 节点值
#define TreeAndListCodeNode_node_desc "cd9_node_desc" // String 节点描述
#define TreeAndListCodeNode_is_root "cd9_is_root"// boolean 是否是根节点
#define TreeAndListCodeNode_code_style "cd9_code_style" // String 编码格式
#define TreeAndListCodeNode_code_length "cd9_code_length" // int 编码长度
#define TreeAndListCodeNode_rule_node "cd9_rule_node" // String 编码格式
#define TreeAndListCodeNode_reference_nodes "cd9_reference_nodes" // 引用的节点
#define TreeAndListCodeNode_is_lock "cd9_is_lock"// boolean 是否锁定
#define TreeAndListCodeNode_create_date "cd9_create_date"// Date 创建日期
#define TreeAndListCodeNode_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define TreeAndListCodeNode_create_user "cd9_create_user"// TypeReference 创建者
#define TreeAndListCodeNode_last_revise_user "cd9_last_revise_user"// TypeReference 最后修改者
#define TreeAndListCodeNode_seq_begin_value "cd9_seq_begin_value" // Integer 流水码初始值
#define TreeAndListCodeNode_seq_max_value "cd9_seq_max_value" // Integer 流水码最大值
#define TreeAndListCodeNode_seq_length "cd9_seq_length" // Integer 流水码长度
#define TreeAndListCodeNode_isDefaultSelected "cd9_isDefaultSelected" // boolean是否默认选中
#define TreeAndListCodeNode_icsID "cd9_icsID" //对应的分类ID
// Cd9_CodeRelation
#define CodeRelation_parent_nodes "cd9_parent_nodes" // TypeReference 父节点
#define CodeRelation_current_node "cd9_current_node" // TypeReference 当前节点
#define CodeRelation_children_nodes "cd9_children_nodes" // TypeReference 子节点
#define CodeRelation_create_date "cd9_create_date"// Date 创建日期
#define CodeRelation_create_user "cd9_create_user"// TypeReference 创建者
// Cd9_ClassificationCodeNode
#define ClassificationCodeNode_node_index "cd9_node_index" // Integer 节点序号
#define ClassificationCodeNode_node_name "cd9_node_name"// String 节点名称
#define ClassificationCodeNode_segment "cd9_segment"// String 所含码段
#define ClassificationCodeNode_create_date "cd9_create_date"// Date 创建日期
#define ClassificationCodeNode_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define ClassificationCodeNode_create_user "cd9_create_user"// TypeReference 创建者
#define ClassificationCodeNode_last_revise_user "cd9_last_revise_user"// TypeReference 最后修改者
#define ClassificationCodeNode_grant_users "cd9_grant_users"// TypeReference 授权用户
#define ClassificationCodeNode_grant_roles "cd9_grant_roles"// TypeReference 授权角色
#define ClassificationCodeNode_grant_groups "cd9_grant_groups"// TypeReference 授权组
// Cd9_CodeSequence
#define CodeSequence_seq_node_index "cd9_seq_node_index" // string 流水码码段名称
#define CodeSequence_seq_node_name "cd9_seq_node_name" // Integer 流水码初始值
#define CodeSequence_seq_begin_value "cd9_seq_begin_value" // Integer 流水码初始值
#define CodeSequence_seq_max_value "cd9_seq_max_value" // Integer 流水码最大值
#define CodeSequence_seq_length "cd9_seq_length" // Integer 流水码长度
#define CodeSequence_seq_step "cd9_seq_step" // Integer 流水码步长
#define CodeSequence_seq_exclude_num "cd9_seq_exclude_num" // String 流水码不包含数字
#define CodeSequence_is_lock "cd9_is_lock"// boolean 是否锁定
#define CodeSequence_create_date "cd9_create_date"// Date 创建日期
#define CodeSequence_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define CodeSequence_create_user "cd9_create_user"// TypeReference 创建者
#define CodeSequence_last_revise_user "cd9_last_revise_user"// TypeReference 最后修改者
// Cd9_CodeCounter
#define CodeCounter_index "cd9_index"
#define CodeCounter_name "cd9_name"
#define CodeCounter_recycleID "cd9_recycleID"
#define CodeCounter_isUsed "cd9_isUsed"
#define CodeCounter_createDate "cd9_createDate"
#define CodeCounter_createUser "cd9_createUser"
#define CodeCounter_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define CodeCounter_last_revise_user "cd9_last_revise_user"
// Item
#define Item_codeDesc "cd9_codeDesc"
#define Item_codePattern "cd9_codePattern"
#define Item_codeID "cd9_codeID"
#define Item_codeRuleName "cd9_codeRuleName"
// cd9_TreeAndListCodeNode
#define TreeAndListCodeNode_uid "uid" // Integer 节点序号
#define TreeAndListCodeNode_isContainsChildren "isContainsChildren" // Integer 节点序号
#define TreeAndListCodeNode_node_index "cd9_node_index" // Integer 节点序号
#define TreeAndListCodeNode_node_type "cd9_node_type"// String 节点名称
#define TreeAndListCodeNode_node_name "cd9_node_name"// String 节点名称
#define TreeAndListCodeNode_node_value "cd9_node_value" // String 节点值
#define TreeAndListCodeNode_node_desc "cd9_node_desc" // String 节点描述
#define TreeAndListCodeNode_is_root "cd9_is_root"// boolean 是否是根节点
#define TreeAndListCodeNode_code_style "cd9_code_style" // String 编码格式
#define TreeAndListCodeNode_code_length "cd9_code_length" // int 编码长度
#define TreeAndListCodeNode_rule_node "cd9_rule_node" // String 编码格式
#define TreeAndListCodeNode_reference_nodes "cd9_reference_nodes" // 引用的节点
#define TreeAndListCodeNode_is_lock "cd9_is_lock"// boolean 是否锁定
#define TreeAndListCodeNode_create_date "cd9_create_date"// Date 创建日期
#define TreeAndListCodeNode_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define TreeAndListCodeNode_create_user "cd9_create_user"// TypeReference 创建者
#define TreeAndListCodeNode_last_revise_user "cd9_last_revise_user"// TypeReference 最后修改者
#define TreeAndListCodeNode_seq_begin_value "cd9_seq_begin_value" // Integer 流水码初始值
#define TreeAndListCodeNode_seq_max_value "cd9_seq_max_value" // Integer 流水码最大值
#define TreeAndListCodeNode_seq_length "cd9_seq_length" // Integer 流水码长度
#define TreeAndListCodeNode_isDefaultSelected "cd9_isDefaultSelected" // boolean是否默认选中
#define TreeAndListCodeNode_icsID "cd9_icsID" //对应的分类ID
// Cd9_CodeRelation
#define CodeRelation_parent_nodes "cd9_parent_nodes" // TypeReference 父节点
#define CodeRelation_current_node "cd9_current_node" // TypeReference 当前节点
#define CodeRelation_children_nodes "cd9_children_nodes" // TypeReference 子节点
#define CodeRelation_create_date "cd9_create_date"// Date 创建日期
#define CodeRelation_create_user "cd9_create_user"// TypeReference 创建者
// Cd9_ClassificationCodeNode
#define ClassificationCodeNode_node_index "cd9_node_index" // Integer 节点序号
#define ClassificationCodeNode_node_name "cd9_node_name"// String 节点名称
#define ClassificationCodeNode_segment "cd9_segment"// String 所含码段
#define ClassificationCodeNode_create_date "cd9_create_date"// Date 创建日期
#define ClassificationCodeNode_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define ClassificationCodeNode_create_user "cd9_create_user"// TypeReference 创建者
#define ClassificationCodeNode_last_revise_user "cd9_last_revise_user"// TypeReference 最后修改者
#define ClassificationCodeNode_grant_users "cd9_grant_users"// TypeReference 授权用户
#define ClassificationCodeNode_grant_roles "cd9_grant_roles"// TypeReference 授权角色
#define ClassificationCodeNode_grant_groups "cd9_grant_groups"// TypeReference 授权组
// Cd9_CodeSequence
#define CodeSequence_seq_node_index "cd9_seq_node_index" // string 流水码码段名称
#define CodeSequence_seq_node_name "cd9_seq_node_name" // Integer 流水码初始值
#define CodeSequence_seq_begin_value "cd9_seq_begin_value" // Integer 流水码初始值
#define CodeSequence_seq_max_value "cd9_seq_max_value" // Integer 流水码最大值
#define CodeSequence_seq_length "cd9_seq_length" // Integer 流水码长度
#define CodeSequence_seq_step "cd9_seq_step" // Integer 流水码步长
#define CodeSequence_seq_exclude_num "cd9_seq_exclude_num" // String 流水码不包含数字
#define CodeSequence_is_lock "cd9_is_lock"// boolean 是否锁定
#define CodeSequence_create_date "cd9_create_date"// Date 创建日期
#define CodeSequence_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define CodeSequence_create_user "cd9_create_user"// TypeReference 创建者
#define CodeSequence_last_revise_user "cd9_last_revise_user"// TypeReference 最后修改者
// Cd9_CodeCounter
#define CodeCounter_index "cd9_index"
#define CodeCounter_name "cd9_name"
#define CodeCounter_recycleID "cd9_recycleID"
#define CodeCounter_isUsed "cd9_isUsed"
#define CodeCounter_createDate "cd9_createDate"
#define CodeCounter_createUser "cd9_createUser"
#define CodeCounter_last_revise_date "cd9_last_revise_date"// Date 最后修改日期
#define CodeCounter_last_revise_user "cd9_last_revise_user"
// Item
#define Item_codeDesc "cd9_codeDesc"
#define Item_codePattern "cd9_codePattern"
#define Item_codeID "cd9_codeID"
#define Item_codeRuleName "cd9_codeRuleName"
#pragma once

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## 1. 规则处理程序：CONNOR-check-owner
功能：仅对象所有者可以发起流程
```text
参数：
-alert: 提示的内容
```
## 2. 规则处理程序：CONNOR-check-release
功能：检查目标下的所有版本类型下的关系中，特定类型对象是否发布
```text
参数：
-alert: 提示的内容
-check: 关系和检查类型，格式“关系1=类型1;类型2|关系2=类型3;类型4;类型5|关系3=类型6”
```

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Microsoft Visual Studio Solution File, Format Version 12.00
# Visual Studio Version 16
VisualStudioVersion = 16.0.30002.166
MinimumVisualStudioVersion = 10.0.40219.1
Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "NX12_Connor_ITK_QF", "Connor_NX\Connor_NX.vcxproj", "{B66C17FA-78C8-443E-8239-6E8744560AD7}"
EndProject
Global
GlobalSection(SolutionConfigurationPlatforms) = preSolution
Debug|x64 = Debug|x64
Debug|x86 = Debug|x86
Release|x64 = Release|x64
Release|x86 = Release|x86
EndGlobalSection
GlobalSection(ProjectConfigurationPlatforms) = postSolution
{B66C17FA-78C8-443E-8239-6E8744560AD7}.Debug|x64.ActiveCfg = Release|x64
{B66C17FA-78C8-443E-8239-6E8744560AD7}.Debug|x64.Build.0 = Release|x64
{B66C17FA-78C8-443E-8239-6E8744560AD7}.Debug|x86.ActiveCfg = Debug|Win32
{B66C17FA-78C8-443E-8239-6E8744560AD7}.Debug|x86.Build.0 = Debug|Win32
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{B66C17FA-78C8-443E-8239-6E8744560AD7}.Release|x64.Build.0 = Release|x64
{B66C17FA-78C8-443E-8239-6E8744560AD7}.Release|x86.ActiveCfg = Release|Win32
{B66C17FA-78C8-443E-8239-6E8744560AD7}.Release|x86.Build.0 = Release|Win32
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HideSolutionNode = FALSE
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<?xml version="1.0" encoding="UTF-8"?>
<classpath>
<classpathentry kind="src" path="src"/>
<classpathentry kind="con" path="org.eclipse.jdt.launching.JRE_CONTAINER"/>
<classpathentry kind="lib" path="lib/commons-io-2.6.jar"/>
<classpathentry kind="lib" path="lib/jfxrt.jar"/>
<classpathentry kind="lib" path="lib/jfxswt.jar"/>
<classpathentry kind="lib" path="lib/NXOpen.jar"/>
<classpathentry kind="lib" path="lib/NXOpenUF.jar"/>
<classpathentry kind="lib" path="lib/NXOpenUI.jar"/>
<classpathentry kind="lib" path="jsonlib/commons-beanutils-1.7.0.jar"/>
<classpathentry kind="lib" path="jsonlib/commons-collections-3.2.jar"/>
<classpathentry kind="lib" path="jsonlib/commons-lang-2.4.jar"/>
<classpathentry kind="lib" path="jsonlib/commons-logging-1.1.jar"/>
<classpathentry kind="lib" path="jsonlib/ezmorph-1.0.4.jar"/>
<classpathentry kind="lib" path="jsonlib/jdom.jar"/>
<classpathentry kind="lib" path="jsonlib/json-lib-2.2.2-jdk15.jar"/>
<classpathentry kind="lib" path="jsonlib/json-lib-2.2.3-jdk13.jar"/>
<classpathentry kind="lib" path="lib/axis.jar"/>
<classpathentry kind="lib" path="lib/commons-discovery-0.2.jar"/>
<classpathentry kind="lib" path="lib/org.apache.commons.logging_1.2.0.v20180409-1502.jar"/>
<classpathentry kind="lib" path="lib/saaj.jar"/>
<classpathentry kind="lib" path="jsonlib/javax.wsdl_1.6.2.v201012040545.jar"/>
<classpathentry kind="lib" path="lib/jaxrpc.jar"/>
<classpathentry kind="output" path="bin"/>
</classpath>

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/bin/

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<?xml version="1.0" encoding="UTF-8"?>
<projectDescription>
<name>NX_Connor_QF</name>
<comment></comment>
<projects>
</projects>
<buildSpec>
<buildCommand>
<name>org.eclipse.jdt.core.javabuilder</name>
<arguments>
</arguments>
</buildCommand>
</buildSpec>
<natures>
<nature>org.eclipse.jem.workbench.JavaEMFNature</nature>
<nature>org.eclipse.jdt.core.javanature</nature>
</natures>
</projectDescription>

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eclipse.preferences.version=1
encoding//src/org/tempuri/ErpWebService.java=UTF-8
encoding//src/org/tempuri/ErpWebServiceLocator.java=UTF-8
encoding//src/org/tempuri/ErpWebServiceSoap.java=UTF-8
encoding//src/org/tempuri/ErpWebServiceSoapStub.java=UTF-8
encoding//src/service/KWebService.java=UTF-8
encoding//src/service/KWebServicePortBindingStub.java=UTF-8
encoding//src/service/KWebServiceService.java=UTF-8
encoding//src/service/KWebServiceServiceLocator.java=UTF-8
encoding/TopDownDesignUI.dlx=UTF-8

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eclipse.preferences.version=1
org.eclipse.jdt.core.compiler.codegen.inlineJsrBytecode=enabled
org.eclipse.jdt.core.compiler.codegen.methodParameters=do not generate
org.eclipse.jdt.core.compiler.codegen.targetPlatform=1.8
org.eclipse.jdt.core.compiler.codegen.unusedLocal=preserve
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org.eclipse.jdt.core.compiler.problem.enumIdentifier=error
org.eclipse.jdt.core.compiler.problem.reportPreviewFeatures=warning
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org.eclipse.jdt.core.compiler.source=1.8

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# 一、NX集成配置
## 1. 安装
1. 解压文件 `ConnorNX.rar` 到NX安装目录%UGII_BASE_DIR%\ConnorNX`
2. 在NX安装目录找到文件%UGII_BASE_DIR%\UGII\menus\custom_dirs.dat` ，新增行%UGII_BASE_DIR%\ConnorNX`
3. 将文件 connor_nx_itk.dll 拷贝到TC目录`$TC_ROOT\bin`，并修改首选项TC_customization_libraries，新增行`connor_nx_itk`
## 2. 签名
需要对`Connor_NXOpen.jar`文件进行签名，使用CMD执行命令：
```text
%UGII_BASE_DIR%\NXBIN\SignJar.bat %UGII_BASE_DIR%\ConnorNX\Application\Connor_NXOpen.jar
```
## 3. NX 目录配置
`%UGII_BASE_DIR%\ConnorNX\Startup` 目录中包含两个文件`ConnorNX.men`和`ConnorNX.rtb`
1. 在`ConnorNX.men`定义按钮
```text
BUTTON 命令ID
LABEL 按钮文本
ACTIONS Connor_NXOpen.jar
```
2. 将按钮添加到`ConnorNX.rtb`
```text
BUTTON 命令ID
RIBBON_STYLE SMALL_IMAGE_AND_TEXT
```
## 4. 命令ID
**编码器：**`autocode`
**模块化设计：**`top-down-design#首选项名称`
> 模块化设计命令ID中首选项配置为多值、站点。
>
> 1. 第一行填写模板对象ID。模板对象最新版本要求发布，版本下以“规范”关系添加图纸简图数据集，命名分别为“二维简图.bmp”和“三维简图.bmp”
> 2. 第二行开始配置图纸属性，格式“显示名称=属性名称[=下拉值1;下拉值2;下拉值3...]”
>
> 示例：
>
> ```text
> C3F000001138
> 高度=gaodu=30;50;80;180
> 导柱间距1=jj1=1700;1800;1900
> 导柱间距2=jj2
> 导柱直径=zj=80;90;100
> 机架高度=gd
> ```
>
> 配置首选项：**Connor_NXBomClone**，多值，站点
>
> 格式：
>
> ```text
> 第一行：需要检查的版本属性名称
> 第二行：需要检查的版本属性值，匹配时进行克隆操作
> 第三行：模板版本下规范关系的三维数据集名称
> 第四行：模板版本下规范关系的二维数据集名称
> 第五行：固定内容，表示申请新编码的输入参数 “&;&6&;&1&;&999999&;&1&;&”。配置释义“&;&编码长度&;&起始流水&;&最大流水&;&步长&;&exclude”
> ```
>
> 示例：
>
> ```text
> object_desc
> 是
> 三维简图.bmp
> 二维简图.bmp
> &;&6&;&1&;&999999&;&1&;&
> ```
# 二、NX签名配置
## 1. 安装
1. 解压`NX签名.rar`文件到目录`%UGII_BASE_DIR%\NXBIN`
2. 将文件 connor_nx_itk.dll 拷贝到TC目录`$TC_ROOT\bin`，并修改首选项TC_customization_libraries，新增行`connor_nx_itk`
## 2. 签名
需要对`NX12_Open_CS_Wizard1.exe`文件进行签名，使用CMD执行命令：
```text
%UGII_BASE_DIR%\NXBIN\SignDotNet.exe %UGII_BASE_DIR%\NXBIN\NX12_Open_CS_Wizard1.exe
```
## 3. 首选项
配置首选项：**Connor_Sign_NX_EXE_Path**，单值，站点。
值填写`NX12_Open_CS_Wizard1.exe`文件路径
示例：`%UGII_BASE_DIR%\NXBIN\NX12_Open_CS_Wizard1.exe`

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注：以下配置中，中括号表示选配内容，配置时不要带中括号
# 集成配置
1. 修改文件“NX安装目录\UGII\menus\custom_dirs.dat” ，新增行“$UGII_BASE_DIR\ConnorNX”
2. 解压集成文件到NX安装目录
# NXOPEN命令参数
输入操作参数格式：
```text
命令ID
参数1
参数2
...
```
## 编码器
命令ID：“autocode”
## Top-Down Design
命令ID 1："top-down-design" 界面使用javafx绘制，任何时间都可以使用
命令ID 2："top-down-design-nx" 界面使用nx block styler绘制，需要“TopDownDesignUI.dlx”，只有在工作部件打开时可以正常打开
参数：
1. 首选项名称，写在第二行
示例：
```text
top-down design
01
```
首选项格式：
1. 第一行填写模板对象ID。模板对象最新版本要求发布，版本下以“规范”关系添加图纸简图数据集，命名分别为“二维简图.bmp”和“三维简图.bmp”
2. 第二行开始配置图纸属性，格式“显示名称=属性名称[=下拉值1;下拉值2;下拉值3...]”。"top-down design nx"命令最多支持配置21个属性，如需更多可修改TopDownDesignUI.dlx文件
示例：
```text
C3F000001138
高度=gaodu=30;50;80;180
导柱间距1=jj1=1700;1800;1900
导柱间距2=jj2
导柱直径=zj=80;90;100
机架高度=gd
```
配置首选项：Connor_NXBomClone，多值，站点
格式：
```text
第一行：需要检查的版本属性名称
第二行：需要检查的版本属性值，匹配时进行克隆操作
第三行：三维数据集名称
第四行：二维数据集名称
第五行：固定内容，表示申请新编码的输入参数 “&;&6&;&1&;&999999&;&1&;&”。配置释义“&;&编码长度&;&起始流水&;&最大流水&;&步长&;&exclude”
```
示例：
```text
object_desc
clone
三维简图.bmp
二维简图.bmp
&;&6&;&1&;&999999&;&1&;&
```

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package nx_connor;
import com.sun.javafx.util.Logging;
import javafx.application.Application;
import javafx.application.Platform;
import javafx.fxml.FXMLLoader;
import javafx.scene.Parent;
import javafx.scene.Scene;
import javafx.scene.image.Image;
import javafx.stage.Stage;
import sun.util.logging.PlatformLogger.Level;
public abstract class KFXPanel extends Application {
static {
Platform.setImplicitExit(false);
Logging.getCSSLogger().setLevel(Level.OFF);
}
public KFXPanel(Stage dialog) throws Exception {
setParentDialog(dialog);
initUI();
}
public KFXPanel(Stage dialog, Class<?> c, String css) throws Exception {
setParentDialog(dialog);
this.cssForm = c.getResource(css).toExternalForm();
initUI();
}
protected Scene scene;
protected Parent root;
protected String cssForm;
protected Stage parentDialog;
public void setParentDialog(Stage dialog) {
this.parentDialog = dialog;
if(dialog!=null) {
dialog.getIcons().add(new Image(KMain.class.getResourceAsStream("teamcenter_app_128.gif")));
}
}
public Stage getParentDialog() {
return this.parentDialog;
}
public Parent getRoot() {
return root;
}
public Scene getScene() {
if (scene == null) {
scene = new Scene(root);
scene.setFill(null);
}
return scene;
}
public abstract Object getController();
protected void initUI() throws Exception {
FXMLLoader fxmlLoader = new FXMLLoader();
String resource = this.getClass().getSimpleName() + ".fxml";
// System.out.println("Load Resource: "+resource);
fxmlLoader.setLocation(this.getClass().getResource(resource));
fxmlLoader.setController(getController());
root = fxmlLoader.load();
// controller = fxmlLoader.getController();
// primaryStage.initStyle(StageStyle.TRANSPARENT);
if (cssForm != null) {
root.getStylesheets().add(cssForm);
}
}
@Override
public void start(Stage primaryStage) throws Exception {
initUI();
primaryStage.setScene(getScene());
primaryStage.show();
}
/**
* Run as javafx application to test ui
*
* @param args
*/
// public static void main(String[] args) {
// launch(args);
// }
}

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package nx_connor;
import java.util.Arrays;
import nx_connor.autcocode.AutoCode;
import nx_connor.bomcopy.BomCopy;
import nx_connor.bomcopy2.BomCopy2;
import nx_connor.util.KUtil;
import nxopen.NXException;
import nxopen.NXMessageBox.DialogType;
import nxopen.Session;
import nxopen.SessionFactory;
import nxopen.UFSession;
import nxopen.UI;
public class KMain {
public static Session theSession = null;
public static UI theUI = null;
public static UFSession theUFSession = null;
public static final String APP_PATH;
public static final String SPLIT_SECTION = "&SECTION&";
public static final String SPLIT_PROP_STR = "&PROP&";
public static final String SPLIT_PROP_NAME_VALUE = "&=&";
public static final String SPLITTER = "&;&";
public static final String COMMAND_TOP_DOWN_DESIGN_NX = "TOP-DOWN-DESIGN-NX";
public static final String COMMAND_TOP_DOWN_DESIGN_FX = "TOP-DOWN-DESIGN";
public static final String COMMAND_AUTOCODE = "AUTOCODE";
public static final int INPUTCODE_GetPrefValue = 0;
public static final int INPUTCODE_Parse_NX_Template_By_ID = 1;
public static final int INPUTCODE_Read_NX_Image_By_ID = 2;
public static final int INPUTCODE_Download_Dataset_By_UID = 3;
public static final int INPUTCODE_GET_ALL_SUB_TYPES = 4;
public static final int INPUTCODE_SEARCH_AUTOCODE_NODE = 5;
public static final int INPUTCODE_GET_UID = 6;
public static final int INPUTCODE_SEARCH_AUTOCODE_SEGMENT = 7;
public static final int INPUTCODE_SEARCH_AUTOCODE_USER = 8;
public static final int INPUTCODE_GET_TREE_AND_LIST_STRING_VALUE = 9;
public static final int INPUTCODE_GET_NEW_REV_ID = 10;
public static final int INPUTCODE_GET_LOGICAL_PROP_VALUE = 11;
public static final int INPUTCODE_SEARCH_TREE_OR_LIST_NODE = 12;
public static final int INPUTCODE_GET_TREE_AND_LIST_STRING_VALUES = 13;
public static final int INPUTCODE_SEARCH_PARENT_TREE_OR_LIST_NODE = 14;
public static final int INPUTCODE_ICS_GET_ATTRIBUTES = 15;
// public static final int INPUTCODE_ICS_ATTR_IS_REFERENCE_ATTRIBUTE = 16;
public static final int INPUTCODE_ICS_ATTR_ASK_PROPERTY = 17;
public static final int INPUTCODE_ICS_ATTR_ASK_KEYLOV = 18;
public static final int INPUTCODE_GET_DISPLAY_PROP_VALUE = 19;
public static final int INPUTCODE_FIND_LOV_BY_NAME = 20;
public static final int INPUTCODE_GET_REFERENCE_PROP_VALUE = 21;
public static final int INPUTCODE_QUERY_PART_NO = 22;
public static final int INPUTCODE_DELETE_RECYCLE_ID = 23;
public static final int INPUTCODE_ITEM_EXIST = 24;
public static final int INPUTCODE_ITEM_CREATE = 25;
public static final int INPUTCODE_ADD_TO_NEWSTUFF = 26;
public static final int INPUTCODE_GET_CLASSIFICATION_ID = 27;
public static final int INPUTCODE_SEND_ITEM_TO_CLASSIFICATION = 28;
public static final int INPUTCODE_GET_ITEMTYPE_BY_ID = 29;
public static final int INPUTCODE_GET_REVUID_BY_ID = 30;
public static final int INPUTCODE_ITEM_UPDATE = 31;
public static final int INPUTCODE_READ_NX_TEMPLATE_BOM = 32;
public static final int INPUTCODE_GET_CLONE_INFO = 33;
public static final int INPUTCODE_GET_LATEST_ITEM_REVISION = 34;
public static final int INPUTCODE_GRANT_PRIVILEGE = 35;
public static final int INPUTCODE_GET_UOM_TAGS = 36;
public static final int INPUTCODE_UPDATE_UOM = 37;
public static final int INPUTCODE_GET_REFERENCE_PROP_VALUE_ARRAY = 38;
public static final int INPUTCODE_ICS_ATTR_ASK_METRIC_UNIT = 39;
static {
//APP_PATH = KMain.class.getProtectionDomain().getCodeSource().getLocation().getPath();
String path = KMain.class.getProtectionDomain().getCodeSource()
.getLocation().getPath();
APP_PATH = path.substring(1, path.lastIndexOf('/')+1);
}
public static void main(String[] args) throws NXException, java.rmi.RemoteException {
theSession = (Session) SessionFactory.get("Session");
theUI = (UI) SessionFactory.get("UI");
theUFSession = (UFSession) SessionFactory.get("UFSession");
KUtil.LOG("---------------------------------------------------------------------");
KUtil.LOG("NX12_Connor");
KUtil.LOG("Args: \n- "+Arrays.toString(args));
KUtil.LOG("---------------------------------------------------------------------");
int argCnt = args == null ? 0 : args.length;
if (argCnt == 0) {
return;
}else if(argCnt==1) {
args = args[0].split("#");
}
String commandName = args[0].toUpperCase();
try {
switch (commandName) {
case COMMAND_TOP_DOWN_DESIGN_NX:
BomCopy.copyFromTemplate(args, false);
break;
case COMMAND_TOP_DOWN_DESIGN_FX:
BomCopy2.copyFromTemplate(args);
break;
case COMMAND_AUTOCODE:
AutoCode.runAutoCode(args);
break;
default:
KUtil.LOG("Unknown Command: " + commandName);
break;
}
}
catch (Exception ex) {
KUtil.LOGERROR(ex);
theUI.nxmessageBox().show("´íÎó", DialogType.ERROR, ex.getMessage());
}
KUtil.LOG("---------------------------------------------------------------------");
KUtil.LOG("NX12_Connor Complete");
KUtil.LOG("---------------------------------------------------------------------");
}
}

43
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/AutoCode.java
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package nx_connor.autcocode;
import javafx.application.Platform;
import javafx.embed.swing.JFXPanel;
import javafx.stage.Stage;
import nx_connor.util.KUtil;
import nxopen.NXMessageBox.DialogType;
public class AutoCode {
public static void runAutoCode(String[] args) throws Exception{
new JFXPanel();
Platform.runLater(()->{
Stage stage = new Stage();
stage.setTitle("±àÂëÆ÷");
try {
stage.setScene(new AutoCodeDialog(stage).getScene());
stage.show();
} catch (Exception e) {
e.printStackTrace();
KUtil.LOGERROR(e);
KUtil.showNXMessage("´íÎó", DialogType.ERROR, e.getMessage());
}
});
// JFrame frame = new JFrame("ç¼–ç <C3A7>å™");
// JFXPanel panel = new JFXPanel();
// panel.setScene(new AutoCodeDialog(frame).getScene());
// frame.setContentPane(panel);
// frame.setSize(new Dimension(1200, 800));
// frame.setLocationRelativeTo(null);
// frame.setAlwaysOnTop(true);
// frame.setVisible(true);
}
public static void main(String[] args) {
try {
runAutoCode(args);
} catch (Exception e) {
e.printStackTrace();
}
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/AutoCodeDialog.fxml
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<?xml version="1.0" encoding="UTF-8"?>
<?import javafx.scene.effect.*?>
<?import javafx.geometry.*?>
<?import javafx.scene.control.*?>
<?import java.lang.*?>
<?import javafx.scene.layout.*?>
<?import javafx.scene.layout.BorderPane?>
<StackPane maxHeight="-Infinity" maxWidth="-Infinity" minHeight="-Infinity" minWidth="-Infinity" prefHeight="800.0" prefWidth="1200.0" xmlns="http://javafx.com/javafx/8" xmlns:fx="http://javafx.com/fxml/1">
<children>
<SplitPane dividerPositions="0.25, 0.7" prefHeight="160.0" prefWidth="200.0">
<items>
<AnchorPane prefHeight="200.0" prefWidth="200.0">
<children>
<TreeView fx:id="treeView" prefHeight="200.0" prefWidth="200.0" style="-fx-background-insets: 0;" AnchorPane.bottomAnchor="0.0" AnchorPane.leftAnchor="0.0" AnchorPane.rightAnchor="0.0" AnchorPane.topAnchor="0.0" />
</children>
</AnchorPane>
<AnchorPane prefHeight="200.0" prefWidth="200.0">
<children>
<TabPane prefHeight="200.0" prefWidth="200.0" tabClosingPolicy="UNAVAILABLE" AnchorPane.bottomAnchor="0.0" AnchorPane.leftAnchor="0.0" AnchorPane.rightAnchor="0.0" AnchorPane.topAnchor="0.0">
<tabs>
<Tab text="编码树">
<content>
<TreeTableView fx:id="treeTableView" prefHeight="200.0" prefWidth="200.0">
<columnResizePolicy>
<TreeTableView fx:constant="CONSTRAINED_RESIZE_POLICY" />
</columnResizePolicy>
<columns>
<TreeTableColumn fx:id="treeTableCol_Name" minWidth="150.0" prefWidth="185.0" text="码段名称" />
<TreeTableColumn fx:id="treeTableCol_Value" minWidth="120.0" prefWidth="49.0" text="码值" />
<TreeTableColumn fx:id="treeTableCol_Note" minWidth="80.0" prefWidth="84.0" text="备注" />
</columns>
</TreeTableView>
</content>
</Tab>
</tabs>
</TabPane>
</children>
</AnchorPane>
<GridPane>
<children>
<Label text="特征码：" />
<Label text="特征码长度" GridPane.rowIndex="2" />
<Label text="版本：" GridPane.rowIndex="5" />
<Label text="名称：" GridPane.rowIndex="7" />
<TextField fx:id="tf_FeatureCode" editable="false" GridPane.rowIndex="1" />
<TextField fx:id="tf_FeatureCodeLength" editable="false" GridPane.rowIndex="3" />
<TextField fx:id="tf_RevisionID" editable="false" GridPane.rowIndex="6" />
<TextField fx:id="tf_Name" GridPane.rowIndex="8" />
<TabPane prefHeight="200.0" prefWidth="200.0" tabClosingPolicy="UNAVAILABLE" GridPane.rowIndex="11">
<tabs>
<Tab text="对象属性">
<content>
<ScrollPane fitToHeight="true" fitToWidth="true" layoutX="-14.0" layoutY="-6.0" prefHeight="200.0" prefWidth="200.0">
<content>
<GridPane fx:id="gridPane_ObjectProps" hgap="10.0" vgap="10.0">
<columnConstraints>
<ColumnConstraints hgrow="NEVER" minWidth="10.0" />
<ColumnConstraints hgrow="SOMETIMES" minWidth="10.0" prefWidth="100.0" />
</columnConstraints>
<rowConstraints>
<RowConstraints minHeight="10.0" vgrow="NEVER" />
</rowConstraints>
<padding>
<Insets bottom="8.0" left="8.0" right="8.0" top="8.0" />
</padding>
</GridPane>
</content>
</ScrollPane>
</content>
</Tab>
<Tab text="分类属性">
<content>
<ScrollPane fitToHeight="true" fitToWidth="true" layoutX="-23.0" prefHeight="200.0" prefWidth="200.0">
<content>
<GridPane fx:id="gridPane_ClassProps" hgap="10.0" vgap="10.0">
<columnConstraints>
<ColumnConstraints hgrow="NEVER" minWidth="10.0" />
<ColumnConstraints hgrow="SOMETIMES" minWidth="10.0" prefWidth="100.0" />
<ColumnConstraints hgrow="NEVER" minWidth="10.0" />
</columnConstraints>
<rowConstraints>
<RowConstraints minHeight="10.0" vgrow="NEVER" />
</rowConstraints>
<padding>
<Insets bottom="8.0" left="8.0" right="8.0" top="8.0" />
</padding>
</GridPane>
</content>
</ScrollPane>
</content>
</Tab>
</tabs>
<GridPane.margin>
<Insets bottom="5.0" top="5.0" />
</GridPane.margin>
</TabPane>
<CheckBox fx:id="cb_FeatureCode" mnemonicParsing="false" visible="false" GridPane.rowIndex="4" />
<FlowPane alignment="TOP_RIGHT" hgap="10.0" prefHeight="200.0" prefWidth="200.0" GridPane.rowIndex="12">
<children>
<Button mnemonicParsing="false" onAction="#createBtnClicked" text=" 新建 " />
<Button mnemonicParsing="false" onAction="#cancelBtnClicked" text=" 取消 " />
</children>
</FlowPane>
</children>
<columnConstraints>
<ColumnConstraints hgrow="SOMETIMES" minWidth="10.0" prefWidth="100.0" />
</columnConstraints>
<padding>
<Insets bottom="5.0" left="5.0" right="5.0" top="5.0" />
</padding>
<rowConstraints>
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="0.0" prefHeight="0.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" vgrow="NEVER" />
<RowConstraints minHeight="10.0" prefHeight="30.0" vgrow="ALWAYS" />
<RowConstraints minHeight="10.0" prefHeight="30.0" vgrow="NEVER" />
</rowConstraints>
</GridPane>
</items>
</SplitPane>
<AnchorPane fx:id="cover" prefHeight="200.0" prefWidth="200.0" visible="false">
<children>
<ProgressIndicator fx:id="progressBar" prefHeight="35.0" prefWidth="35.0" AnchorPane.bottomAnchor="7.0" AnchorPane.leftAnchor="7.0" />
</children>
</AnchorPane>
</children>
</StackPane>

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/AutoCodeDialog.java
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package nx_connor.autcocode;
import javafx.stage.Stage;
import nx_connor.KFXPanel;
public class AutoCodeDialog extends KFXPanel {
public AutoCodeDialog(Stage dialog) throws Exception {
super(dialog);
}
@Override
public Object getController() {
return new AutoCodeDialogController(this);
}
}

361
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/AutoCodeDialogController.java
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package nx_connor.autcocode;
import java.net.URL;
import java.util.ArrayList;
import java.util.Date;
import java.util.List;
import java.util.ResourceBundle;
import javafx.application.Platform;
import javafx.fxml.FXML;
import javafx.fxml.Initializable;
import javafx.scene.control.Alert.AlertType;
import javafx.scene.control.CheckBox;
import javafx.scene.control.ComboBox;
import javafx.scene.control.TextField;
import javafx.scene.control.TreeItem;
import javafx.scene.control.TreeTableColumn;
import javafx.scene.control.TreeTableView;
import javafx.scene.control.TreeView;
import javafx.scene.layout.AnchorPane;
import javafx.scene.layout.GridPane;
import nx_connor.KMain;
import nx_connor.autcocode.bean.AutoCodeTreeBean;
import nx_connor.autcocode.bean.AutoCodeTreeTableBean;
import nx_connor.autcocode.bean.TCComponent;
import nx_connor.autcocode.controller.AutoCodeConfigController;
import nx_connor.autcocode.controller.AutoCodeItemTypeController;
import nx_connor.autcocode.controller.AutoCodePropController;
import nx_connor.autcocode.controller.AutoCodeTreeTableViewController;
import nx_connor.autcocode.controller.AutoCodeTreeViewController;
import nx_connor.util.KUtil;
import nxopen.BasePart;
import nxopen.INXObject;
import nxopen.Session.MarkVisibility;
import nxopen.TaggedObject;
import nxopen.assemblies.Component;
import nxopen.assemblies.ComponentAssembly;
import nxopen.pdm.DatabaseAttributeManager;
public class AutoCodeDialogController implements Initializable {
@FXML
public AnchorPane cover;
@FXML
public TreeView<AutoCodeTreeBean> treeView;
@FXML
public TreeTableView<AutoCodeTreeTableBean> treeTableView;
@FXML
public TreeTableColumn<AutoCodeTreeTableBean, String> treeTableCol_Name;
@FXML
public TreeTableColumn<AutoCodeTreeTableBean, String> treeTableCol_Value;
@FXML
public TreeTableColumn<AutoCodeTreeTableBean, String> treeTableCol_Note;
// @FXML
// public ListView<AutoCodeListBean> listView;
@FXML
public TextField tf_FeatureCode;
@FXML
public TextField tf_FeatureCodeLength;
@FXML
public CheckBox cb_FeatureCode;
@FXML
public TextField tf_RevisionID;
@FXML
public TextField tf_Name;
// @FXML
// public ComboBox<TCComponent> cb_Unit;
@FXML
public GridPane gridPane_ObjectProps;
@FXML
public GridPane gridPane_ClassProps;
public AutoCodeDialog dialog;
public String userUid;
public String roleUid;
public String groupUid;
public TCComponent currentUser;
public TCComponent currentRole;
public TCComponent currentGroup;
protected AutoCodePropController autoCodePropController;
public AutoCodeConfigController autoCodeConfigController;
protected AutoCodeTreeViewController autoCodeTreeViewController;
protected AutoCodeTreeTableViewController autoCodeTreeTableViewController;
protected String showItemType = "";
protected boolean isTypeFilter = false;
public AutoCodeItemTypeController autoCodeItemTypeController;
public AutoCodeTreeBean selectedAutoCodeTreeNode;
public TreeItem<AutoCodeTreeBean> selectedAutoCodeTreeItem;
public List<String> filterType = new ArrayList<String>();
public TCComponent selectedPartRev;
public String selectedItemType = "Item";
private BasePart basePart;
public String oldItemId;
public String getSelectedItemType() {
return selectedItemType;
}
public void setSelectedItemType(String selectedItemType) {
if (!KUtil.isEmpty(selectedItemType)) {
this.selectedItemType = selectedItemType;
}
}
public AutoCodeDialogController(AutoCodeDialog autoCodeDialog) {
this.dialog = autoCodeDialog;
}
public void createBtnClicked() {
new Thread(new Runnable() {
@Override
public void run() {
setProgressVisible(true);
Boolean hasErr = false;
try {
long t = new Date().getTime();
if(oldItemId ==null || oldItemId.isEmpty()) {
oldItemId = getOldItemId();
}
KUtil.LOG("获取到的oldItemId为 ： "+oldItemId);
autoCodePropController.doCreate(oldItemId);
KUtil.printDuration("创建对象用时", t);
// NXOpen.PartCollection.WorkComponentOption;
// Part work = KMain.theSession.parts().work();
// basePart = KMain.theSession.parts().work();
KUtil.LOG("Base Part: " + basePart);
if (basePart != null) { // 刷新tc数据
KUtil.LOG(">> " + basePart.journalIdentifier());
boolean TCIN_mode = KMain.theUFSession.UF().isUgmanagerActive();
if (TCIN_mode) {
BasePart workPart = basePart;
DatabaseAttributeManager theDatabaseAttributeManager = workPart.pdmpart()
.newDatabaseAttributeManager();
int markId1 = KMain.theSession.setUndoMark(MarkVisibility.VISIBLE,
"Force Reload Attributes from Teamcenter");
theDatabaseAttributeManager.loadAttributes(true);
theDatabaseAttributeManager.refreshAttributes();
theDatabaseAttributeManager.storeAttributes();
KUtil.LOG("Database Attributes have been reloaded.");
KMain.theSession.updateManager().doUpdate(markId1);
KUtil.LOG("markId1 have been doUpdate.");
KMain.theSession.updateManager().doInterpartUpdate(markId1);
KUtil.LOG("markId1 have been doInterpartUpdate.");
KUtil.LOG(">> " + basePart.journalIdentifier());
} else {
KUtil.LOG("This only works in NX Manager (TCIN) mode.");
}
}
} catch (Exception e) {
e.printStackTrace();
hasErr = true;
Err(e);
}
setProgressVisible(false);
if (basePart != null && !hasErr) {
Platform.runLater(() -> {
dialog.getParentDialog().close();
});
}
}
}).start();
}
public String getOldItemId() throws Exception {
TaggedObject obj = KMain.theUI.selectionManager().getSelectedTaggedObject(0);
INXObject part = null;
if (obj instanceof Component) {
part = ((Component) obj).prototype();
this.basePart = (BasePart) ((Component) obj).prototype();
} else if (obj instanceof ComponentAssembly) {
part = ((ComponentAssembly) obj).owningPart();
this.basePart = ((ComponentAssembly) obj).owningPart();
}
if (part != null) {
try {
String id = part.journalIdentifier();
KUtil.LOG("getOldItemId ===> " + id);
if (!KUtil.isEmpty(id) && id.startsWith("@DB/")) {
return id.split("/")[1];
}
} catch (Exception e) {
e.printStackTrace();
KUtil.LOGERROR(e);
Err(e);
}
}
return "";
}
public void cancelBtnClicked() {
dialog.getParentDialog().close();
}
protected void initAutoCodeData() throws Exception {
int selectCnt = KMain.theUI.selectionManager().getNumSelectedObjects();
KUtil.LOG("选择数量：" + selectCnt);
for (int i = 0; i < selectCnt; i++) {
TaggedObject obj = KMain.theUI.selectionManager().getSelectedTaggedObject(i);
KUtil.LOG((i + 1) + ". " + obj + " | " + obj.getClass());
INXObject part = null;
if (obj instanceof Component) {
part = ((Component) obj).prototype();
this.basePart = (BasePart) ((Component) obj).prototype();
} else if (obj instanceof ComponentAssembly) {
part = ((ComponentAssembly) obj).owningPart();
this.basePart = ((ComponentAssembly) obj).owningPart();
}
if (part != null) {
try {
String id = part.journalIdentifier();
KUtil.LOG(">> Part:" + id);
if (!KUtil.isEmpty(id) && id.startsWith("@DB/")) {
String idStr = id.split("/")[1];
String type = KUtil.callITK(KMain.INPUTCODE_GET_ITEMTYPE_BY_ID, idStr);
if (!filterType.contains(type) && !KUtil.isEmpty(type)) {
filterType.add(type);
}
String uid = KUtil.callITK(KMain.INPUTCODE_GET_REVUID_BY_ID, id.substring(4));
this.selectedPartRev = new TCComponent(uid);
oldItemId = idStr;
break; // 只选择一个
}
} catch (Exception e) {
e.printStackTrace();
KUtil.LOGERROR(e);
Err(e);
}
}
}
KUtil.LOG("过滤类型：" + filterType);
this.userUid = KUtil.callITK(KMain.INPUTCODE_GET_UID, "user");
if (KUtil.isEmpty(userUid)) {
throw new Exception("获取用户UID失败");
}
this.currentUser = new TCComponent(userUid);
this.roleUid = KUtil.callITK(KMain.INPUTCODE_GET_UID, "role");
if (KUtil.isEmpty(roleUid)) {
throw new Exception("获取角色UID失败");
}
this.currentRole = new TCComponent(roleUid);
this.groupUid = KUtil.callITK(KMain.INPUTCODE_GET_UID, "group");
if (KUtil.isEmpty(groupUid)) {
throw new Exception("获取组UID失败");
}
this.currentGroup = new TCComponent(groupUid);
this.userUid += "AAAAAAAAAAAAA";
this.roleUid += "AAAAAAAAAAAAA";
this.groupUid += "AAAAAAAAAAAAA";
this.autoCodePropController = new AutoCodePropController(this);
this.autoCodeConfigController = new AutoCodeConfigController();
this.autoCodeItemTypeController = new AutoCodeItemTypeController(this);
this.autoCodeTreeViewController = new AutoCodeTreeViewController(this);
this.autoCodeTreeTableViewController = new AutoCodeTreeTableViewController(this);
// 提取属性
String uomValue = null;
TCComponent selectedUom = null;
if (this.selectedPartRev != null) {
TCComponent item = selectedPartRev.getReferenceListProperty("items_tag").get(0);
uomValue = item.getProperty("uom_tag");
}
try {
KUtil.LOG("selectedPartRev itemId ：" + selectedPartRev.getProperty("item_id"));
} catch (Exception e) {
// TODO Auto-generated catch block
KUtil.LOG("selectedPartRev itemId ：" + e.getMessage());
}
if (KUtil.isEmpty(uomValue)) {
uomValue = "PCS";
}
// 单位
String resp = KUtil.callITK(KMain.INPUTCODE_GET_UOM_TAGS, "");
TCComponent[] uomTags = KUtil.getOutputComponent(resp);
int uomCnt = KUtil.getLen(uomTags);
for (int i = 0; i < uomCnt; i++) {
TCComponent uom = uomTags[i];
uom.setObjectString(uom.getProperty("symbol"));
if (uomValue != null && uomValue.equals(uom.toString())) {
selectedUom = uom;
}
}
// this.cb_Unit.getItems().addAll(uomTags);
// if (selectedUom != null) {
// final TCComponent selectedUomF = selectedUom;
// Platform.runLater(() -> {
// this.cb_Unit.getSelectionModel().select(selectedUomF);
// });
// }
}
@Override
public void initialize(URL var1, ResourceBundle var2) {
treeTableCol_Name.setCellValueFactory(p -> p.getValue() == null ? null : p.getValue().getValue().name);
treeTableCol_Value.setCellValueFactory(p -> p.getValue() == null ? null : p.getValue().getValue().value);
treeTableCol_Note.setCellValueFactory(p -> p.getValue() == null ? null : p.getValue().getValue().note);
new Thread(new Runnable() {
@Override
public void run() {
setProgressVisible(true);
try {
initAutoCodeData();
} catch (Exception e) {
e.printStackTrace();
Err(e);
}
setProgressVisible(false);
Platform.runLater(() -> {
treeView.getRoot().setExpanded(true);
});
}
}).start();
}
public void Err(Exception e) {
KUtil.LOGERROR(e);
KUtil.showFXMessage(dialog.getParentDialog(), "错误", AlertType.ERROR, e.getMessage());
}
public void setProgressVisible(boolean visible) {
if (cover != null) {
Platform.runLater(new Runnable() {
@Override
public void run() {
cover.setVisible(visible);
}
});
try {
Thread.sleep(10);
} catch (Exception e) {
e.printStackTrace();
}
}
}
public void showAutoCodeList(TreeItem<AutoCodeTreeBean> newValue) throws Exception {
KUtil.LOG("Select AutoCode Tree Node: " + newValue);
if (newValue == null || newValue.getValue() == null) {
return;
}
autoCodePropController.initClassificationMouseClick();
this.selectedAutoCodeTreeNode = newValue.getValue();
this.selectedAutoCodeTreeItem = newValue;
autoCodeTreeTableViewController.loadAutoCodeTreeTable(newValue);
}
public void showAutoCodeProp(TreeItem<AutoCodeTreeTableBean> newValue) throws Exception {
KUtil.LOG("Select AutoCode TreeTable Node: " + newValue);
if (newValue == null || newValue.getValue() == null) {
return;
}
autoCodePropController.initClassificationMouseClick();
autoCodePropController.loadAutoCodeProp(newValue);
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/AbstractAutoCodeBean.java
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package nx_connor.autcocode.bean;
public abstract class AbstractAutoCodeBean {
public PackCodeNodeInfo packCodeNodeInfo;
public AbstractAutoCodeBean parentTreeData;
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/AutoCodeListBean.java
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package nx_connor.autcocode.bean;
public class AutoCodeListBean {
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/AutoCodeTreeBean.java
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package nx_connor.autcocode.bean;
import javafx.scene.image.Image;
import nx_connor.autcocode.manager.AutoCodeManagerPropertyName;
import nx_connor.util.KUtil;
public class AutoCodeTreeBean extends AbstractAutoCodeBean{
private Image image;
public Image getImage() {
return image;
}
public AutoCodeTreeBean(PackCodeNodeInfo packCodeNodeInfo) {
this.packCodeNodeInfo = packCodeNodeInfo;
this.image = KUtil.getImageByType(packCodeNodeInfo.getNode_type());
if(packCodeNodeInfo.is_lock) {
this.image = KUtil.getImageByType(AutoCodeManagerPropertyName.LockName);
}
}
public AutoCodeTreeBean(TCComponent tcComponent, String nodeName, String nodeType) throws Exception {
this.image = KUtil.getImageByType(nodeType);
if ((tcComponent != null)
&& (tcComponent.getLogicalProperty(AutoCodeManagerPropertyName.TreeAndListCodeNode_is_lock))) {
this.image = KUtil.getImageByType(AutoCodeManagerPropertyName.LockName);
}
this.packCodeNodeInfo = new PackCodeNodeInfo();
packCodeNodeInfo.setNode_name(nodeName);
packCodeNodeInfo.setNodeComponent(tcComponent);
packCodeNodeInfo.setNode_type(nodeType);
}
public AutoCodeTreeBean(TCComponent tccomponent, String displayTypeName, String realTypeName,
String node_type) {
this.image = KUtil.getImageByType(AutoCodeManagerPropertyName.ComponentName);
PackCodeNodeInfo packCodeNodeInfo = new PackCodeNodeInfo();
packCodeNodeInfo.setNode_name(displayTypeName);
packCodeNodeInfo.setRealTypeName(realTypeName);
packCodeNodeInfo.setNodeComponent(tccomponent);
packCodeNodeInfo.setNode_type(node_type);
this.packCodeNodeInfo = packCodeNodeInfo;
}
@Override
public String toString() {
return packCodeNodeInfo == null ? "null"
: packCodeNodeInfo.getNode_name() + (KUtil.isEmpty(packCodeNodeInfo.getRealTypeName()) ? ""
: (" (" + packCodeNodeInfo.getRealTypeName() + ")"));
}
public void setParentTreeData(AutoCodeTreeBean parentTreeData) {
this.parentTreeData = parentTreeData;
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/AutoCodeTreeTableBean.java
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package nx_connor.autcocode.bean;
import javafx.beans.property.SimpleStringProperty;
import javafx.beans.property.StringProperty;
import javafx.scene.image.Image;
import nx_connor.autcocode.manager.AutoCodeManagerPropertyName;
import nx_connor.util.KUtil;
public class AutoCodeTreeTableBean extends AbstractAutoCodeBean{
public StringProperty name = new SimpleStringProperty("1");
public StringProperty value = new SimpleStringProperty("2");
public StringProperty note = new SimpleStringProperty("3");
private Image image;
public Image getImage() {
return image;
}
public AutoCodeTreeTableBean(String name, String value, String note) {
super();
this.name.setValue(name);
this.value.setValue(value);
this.note.setValue(note);
}
public AutoCodeTreeTableBean(AbstractAutoCodeBean segmentNode, PackCodeNodeInfo packCodeNodeInfo) {
this.packCodeNodeInfo = packCodeNodeInfo;
this.parentTreeData = segmentNode;
this.image = KUtil.getImageByType(packCodeNodeInfo.getNode_type());
if (packCodeNodeInfo.is_lock) {
this.image = KUtil.getImageByType(AutoCodeManagerPropertyName.LockName);
}
this.name.setValue(packCodeNodeInfo.getNode_name());
this.value.setValue(packCodeNodeInfo.getNode_value());
this.note.setValue(packCodeNodeInfo.getNode_desc());
}
}

57
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/CNClassPropBean.java
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package nx_connor.autcocode.bean;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
public class CNClassPropBean {
// ICSFormate
public int propID;
public String propDisName;
public String relValue;
public String displayValue;
public int attrType;
public boolean isLov;
public HashMap<String, String> lovMapping;
public List<String> keyList;
public int intsize = 0;
public int floatsize = 0;
public String formate;
public CNClassPropBean(ICSAdminClassAttribute icsAttr) throws Exception{
this.propID = icsAttr.getAttributeId();
this.propDisName = icsAttr.getName();
ICSFormat format1 = icsAttr.getFormat1();
ICSFormat format2 = icsAttr.getFormat2();
this.formate = format2.getDisplayString();
if (format1.isReal()) {
floatsize = format2.getFlagB();
intsize = format2.getFlagC();
}
this.attrType = format1.getType();
ICSKeyLov lov1 = format1.getKeyLov();
lov1 = (lov1 == null ? format2.getKeyLov() : lov1);
lovMapping = new HashMap<>();
keyList = new ArrayList<>();
if (lov1 != null) {
this.isLov = true;
String[] keys = lov1.getKeys();
for (String key : keys) {
String value = lov1.getValueOfKey(key);
lovMapping.put(value, key);
keyList.add(value);
}
} else {
this.isLov = false;
}
}
@Override
public String toString() {
return propDisName + ":";
}
}

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package nx_connor.autcocode.bean;
public class ClassProperty {
private int propertyID;
private String value;
public ClassProperty() {
}
public ClassProperty(int propertyID, String value) {
this.propertyID = propertyID;
this.value = value;
}
public int getPropertyID() {
return propertyID;
}
public void setPropertyID(int propertyID) {
this.propertyID = propertyID;
}
public String getValue() {
return value;
}
public void setValue(String value) {
this.value = value;
}
}

52
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/ICSAdminClassAttribute.java
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package nx_connor.autcocode.bean;
import nx_connor.KMain;
import nx_connor.util.KUtil;
public class ICSAdminClassAttribute {
public int propID;
public ICSAdminClassAttribute(int propID) {
super();
this.propID = propID;
}
@Override
public boolean equals(Object obj) {
if (obj == this) {
return true;
}
if (obj != null && (obj instanceof ICSAdminClassAttribute)) {
return propID == ((ICSAdminClassAttribute) obj).propID;
}
return super.equals(obj);
}
public boolean isReferenceAttribute() throws Exception {
return "ÐͺŹæ¸ñ".equals(getName());
// String resp = KUtil.callITK(KMain.INPUTCODE_ICS_ATTR_IS_REFERENCE_ATTRIBUTE, propID + "");
// return "true".equalsIgnoreCase(resp);
}
public int getAttributeId() {
return propID;
}
public String getName() throws Exception {
return KUtil.callITK(KMain.INPUTCODE_ICS_ATTR_ASK_PROPERTY, propID + KMain.SPLITTER + "NAME");
}
public String getMetricUnit(String classId) throws Exception {
return KUtil.callITK(KMain.INPUTCODE_ICS_ATTR_ASK_METRIC_UNIT, classId + KMain.SPLITTER + propID);
}
public ICSFormat getFormat1() throws Exception {
return new ICSFormat(KUtil.callITK(KMain.INPUTCODE_ICS_ATTR_ASK_PROPERTY, propID + KMain.SPLITTER + "FORMAT1"));
}
public ICSFormat getFormat2() throws Exception {
return new ICSFormat(KUtil.callITK(KMain.INPUTCODE_ICS_ATTR_ASK_PROPERTY, propID + KMain.SPLITTER + "FORMAT2"));
}
}

153
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package nx_connor.autcocode.bean;
public class ICSFormat {
private int m_format;
private ICSKeyLov m_lov;
private int m_formatType = -99;
public static final int UNDEFINED = -99;
public static final int LIST = -1;
public static final int STRING = 0;
public static final int INTEGER = 1;
public static final int REAL = 2;
public static final int DATE = 3;
public static final int TIMERANGE = 4;
public static final int SEARCH = 1;
public static final int STORE = 2;
public static final int READ = 3;
public static final int SEARCH_READ = 4;
public static final int MIN_DATE_FORMAT = 30000;
public static final int MAX_DATE_FORMAT = 30014;
public ICSFormat(String var1) throws Exception {
this.m_format = Integer.parseInt(var1);
if (this.m_format < 0) {
this.m_lov = ICSKeyLov.getICSKeyLov(this.m_format);
// if (this.m_lov == null) {
// this.m_lov = new ICSKeyLov();
// }
}
}
public ICSKeyLov getKeyLov() {
return this.m_lov;
}
public boolean isString() {
return this.m_format > 0 && this.m_format / 10000 == 0;
}
public boolean isInteger() {
return this.m_format > 0 && this.m_format / 10000 == 1;
}
public boolean isDate() {
return this.m_format > 0 && this.m_format / 10000 == 3;
}
public boolean isTimeRange() {
return this.m_format > 0 && this.m_format / 10000 == 4;
}
public boolean isList() {
return this.m_format < 0;
}
public boolean isReal() {
return this.m_format > 0 && this.m_format / 10000 == 2;
}
public int getType() {
if (this.isList()) {
this.m_formatType = -1;
} else if (this.isString()) {
this.m_formatType = 0;
} else if (this.isInteger()) {
this.m_formatType = 1;
} else if (this.isReal()) {
this.m_formatType = 2;
} else if (this.isDate()) {
this.m_formatType = 3;
} else if (this.isTimeRange()) {
this.m_formatType = 4;
} else {
this.m_formatType = -99;
}
return this.m_formatType;
}
public int getSize() {
return this.m_format < 0 ? 30 : this.m_format % 100;
}
public int getFlagA() {
return this.m_format < 0 ? 0 : this.m_format % 10000 / 1000;
}
public int getFlagB() {
return this.m_format < 0 ? 0 : this.m_format % 1000 / 100;
}
public int getFlagC() {
if (this.m_format < 0) {
return 0;
} else {
byte var1 = 0;
byte var2 = 0;
if (this.getFlagA() > 0) {
var1 = 1;
}
if (this.m_formatType == 2) {
var2 = 1;
}
return this.getSize() - this.getFlagB() - var1 - var2;
}
}
public String getDisplayString() {
if (this.m_format < 0) {
this.m_formatType = -1;
return "POPUP(" + this.m_format + ")";
} else if (this.m_format == 0) {
return "";
} else {
int var1;
if (this.m_format > 0 && this.m_format < 10000) {
var1 = this.getSize();
this.m_formatType = 0;
if (var1 == 99) {
var1 = 256;
}
return "STRING(" + var1 + ")";
} else if (this.m_format >= 10000 && this.m_format < 20000) {
this.m_formatType = 1;
var1 = this.getSize();
if (this.getFlagA() > 0) {
--var1;
}
return "INTEGER(" + var1 + ")";
} else if (this.m_format >= 20000 && this.m_format < 30000) {
this.m_formatType = 2;
var1 = this.getFlagB();
int var2 = this.getFlagC();
return "REAL(" + var2 + "." + var1 + ")";
} else if (this.m_format >= 30000 && this.m_format < 40000) {
this.m_formatType = 3;
var1 = this.getSize();
return "DATE(" + var1 + ")";
} else if (this.m_format >= 40000) {
this.m_formatType = 4;
var1 = this.getSize();
return "TIME RANGE(" + var1 + ")";
} else {
return "Invalid Format";
}
}
}
}

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package nx_connor.autcocode.bean;
import java.util.ArrayList;
import java.util.List;
import nx_connor.KMain;
import nx_connor.util.KUtil;
public class ICSKeyLov {
public String[] keys;
public String[] values;
public ICSKeyLov(String[] keys, String[] values) {
this.keys = keys;
this.values = values;
}
public static ICSKeyLov getICSKeyLov(int m_format) throws Exception{
String keylovStr = KUtil.callITK(KMain.INPUTCODE_ICS_ATTR_ASK_KEYLOV, ""+m_format);
if(KUtil.isEmpty(keylovStr)) {
return null;
}
String[] split = keylovStr.split(KMain.SPLITTER);
int len = KUtil.getLen(split);
List<String> k = new ArrayList<String>();
List<String> v = new ArrayList<String>();
for(int i=0;i<len;i++) {
String[] ss = split[i].split("=");
if(KUtil.getLen(ss)!=2) {
continue;
}
String key = ss[0];
String value = ss[1];
if(!KUtil.isEmpty(key)&&!k.contains(key)) {
k.add(key);
v.add(value);
}
}
return new ICSKeyLov(k.toArray(new String[] {}), v.toArray(new String[] {}));
}
public String[] getKeys() {
return this.keys;
}
public String[] getValues() {
return this.values;
}
public String getValueOfKey(String key) {
int len = KUtil.getLen(keys);
for(int i=0;i<len;i++){
if(keys[i].equals(key)) {
return values[i];
}
}
return null;
}
}

122
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/PackCodeNodeInfo.java
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package nx_connor.autcocode.bean;
public class PackCodeNodeInfo {
private TCComponent nodeComponent;
private String realTypeName;
private String node_name = "";
private String node_type = "";
public String node_value = "";
public String node_desc = "";
public String code_style = "";
public String rule_node = "";
// boolean
public boolean is_root=false;
public boolean is_lock=false;
public boolean isDefaultSelected=false;
public boolean isContainsChildren=false;
// date
public String create_date = "";
public String last_revise_date = "";
// user
public String create_user = "";
public String last_revise_user = "";
public TCComponent getNodeComponent() {
return nodeComponent;
}
public void setNodeComponent(TCComponent nodeComponent) {
this.nodeComponent = nodeComponent;
}
public String getRealTypeName() {
return realTypeName;
}
public void setRealTypeName(String realTypeName) {
this.realTypeName = realTypeName;
}
public String getNode_name() {
return node_name;
}
public void setNode_name(String node_name) {
this.node_name = node_name;
}
public String getNode_type() {
return node_type;
}
public void setNode_type(String node_type) {
this.node_type = node_type;
}
public String getNode_value() {
return node_value;
}
public void setNode_value(String node_value) {
this.node_value = node_value;
}
public String getNode_desc() {
return node_desc;
}
public void setNode_desc(String node_desc) {
this.node_desc = node_desc;
}
public String getCode_style() {
return code_style;
}
public void setCode_style(String code_style) {
this.code_style = code_style;
}
public String getRule_node() {
return rule_node;
}
public void setRule_node(String rule_node) {
this.rule_node = rule_node;
}
public boolean isIs_root() {
return is_root;
}
public void setIs_root(boolean is_root) {
this.is_root = is_root;
}
public boolean isIs_lock() {
return is_lock;
}
public void setIs_lock(boolean is_lock) {
this.is_lock = is_lock;
}
public boolean isDefaultSelected() {
return isDefaultSelected;
}
public void setDefaultSelected(boolean isDefaultSelected) {
this.isDefaultSelected = isDefaultSelected;
}
public boolean isContainsChildren() {
return isContainsChildren;
}
public void setContainsChildren(boolean isContainsChildren) {
this.isContainsChildren = isContainsChildren;
}
public String getCreate_date() {
return create_date;
}
public void setCreate_date(String create_date) {
this.create_date = create_date;
}
public String getLast_revise_date() {
return last_revise_date;
}
public void setLast_revise_date(String last_revise_date) {
this.last_revise_date = last_revise_date;
}
public String getCreate_user() {
return create_user;
}
public void setCreate_user(String create_user) {
this.create_user = create_user;
}
public String getLast_revise_user() {
return last_revise_user;
}
public void setLast_revise_user(String last_revise_user) {
this.last_revise_user = last_revise_user;
}
}

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package nx_connor.autcocode.bean;
import java.util.ArrayList;
import java.util.List;
import nx_connor.KMain;
import nx_connor.util.KUtil;
public class TCComponent {
public String uid;
private String objectString;
public TCComponent(String uid) {
super();
this.uid = uid;
this.objectString = uid;
}
public boolean getLogicalProperty(String propName) throws Exception {
if (KUtil.isEmpty(propName) || KUtil.isEmpty(uid)) {
return false;
}
return "true".equalsIgnoreCase(
KUtil.callITK(KMain.INPUTCODE_GET_LOGICAL_PROP_VALUE, uid + KMain.SPLITTER + propName));
}
public void setObjectString(String objectString) {
this.objectString = objectString;
}
@Override
public String toString() {
return objectString;
}
// @Override
// public int compareTo(TCComponent o) {
// if(o==null) {
// return 1;
// }
// return uid.compareTo(o.uid);
// }
@Override
public boolean equals(Object obj) {
if (obj == this) {
return true;
}
if (obj != null && (obj instanceof TCComponent)) {
if (uid == null) {
return ((TCComponent) obj).uid == null;
} else {
return uid.equals(((TCComponent) obj).uid);
}
}
return super.equals(obj);
}
public String getProperty(String propName) throws Exception {
if(KUtil.isEmpty(propName)) {
return "";
}
return KUtil.callITK(KMain.INPUTCODE_GET_DISPLAY_PROP_VALUE, uid + KMain.SPLITTER + propName);
}
public String[] getProperties(String[] propNames) throws Exception {
int len = KUtil.getLen(propNames);
String[] values = new String[len];
for (int i = 0; i < len; i++) {
values[i] = KUtil.callITK(KMain.INPUTCODE_GET_DISPLAY_PROP_VALUE, uid + KMain.SPLITTER + propNames[i]);
}
return values;
}
public TCComponent getReferenceProperty(String propName) throws Exception {
String uid = KUtil.callITK(KMain.INPUTCODE_GET_REFERENCE_PROP_VALUE, this.uid + KMain.SPLITTER + propName);
if (!KUtil.isEmpty(uid)) {
return new TCComponent(uid);
}
return null;
}
public List<TCComponent> getReferenceListProperty(String propName) throws Exception {
String resp = KUtil.callITK(KMain.INPUTCODE_GET_REFERENCE_PROP_VALUE_ARRAY, this.uid + KMain.SPLITTER + propName);
String[] uids = KUtil.isEmpty(resp)?null:resp.split(KMain.SPLITTER);
int uidCnt = KUtil.getLen(uids);
List<TCComponent> res = new ArrayList<TCComponent>();
for(int i=0; i<uidCnt; i++) {
String uid = uids[i];
if(!KUtil.isEmpty(uid)) {
res.add(new TCComponent(uid));
}
}
return res;
}
public TCComponent getLatestItemRevision() throws Exception {
String uid = KUtil.callITK(KMain.INPUTCODE_GET_LATEST_ITEM_REVISION, this.uid);
if (!KUtil.isEmpty(uid)) {
return new TCComponent(uid);
}
return null;
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/bean/TCComponentListOfValues.java
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package nx_connor.autcocode.bean;
import java.util.ArrayList;
import java.util.List;
import nx_connor.KMain;
import nx_connor.util.KUtil;
public class TCComponentListOfValues {
public String[] realValues;
public String[] displayValues;
public TCComponentListOfValues(String[] realValues, String[] displayValues) {
this.realValues = realValues;
this.displayValues = displayValues;
}
public static TCComponentListOfValues findLOVByName(String lovName) throws Exception{
String str = KUtil.callITK(KMain.INPUTCODE_FIND_LOV_BY_NAME, lovName);
if(KUtil.isEmpty(str)) {
return null;
}
List<String> realValues = new ArrayList<String>();
List<String> displayValues = new ArrayList<String>();
String[] split = str.split(KMain.SPLITTER);
int len = KUtil.getLen(split);
for(int i=0;i<len;i++) {
String s = split[i];
int ind = s.indexOf('=');
if(ind<1) {
continue;
}
String realValue = s.substring(0, ind);
String displayValue = s.substring(ind+1);
if(!realValues.contains(realValue)) {
realValues.add(realValue);
displayValues.add(displayValue);
}
}
if(realValues.size()>0) {
return new TCComponentListOfValues(realValues.toArray(new String[] {}), displayValues.toArray(new String[] {}));
}
return null;
}
}

88
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/controller/AutoCodeConfigController.java
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package nx_connor.autcocode.controller;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import nx_connor.KMain;
import nx_connor.autcocode.xmlutil.CNCompontent;
import nx_connor.autcocode.xmlutil.CNPart;
import nx_connor.autcocode.xmlutil.CNPartList;
import nx_connor.autcocode.xmlutil.CNProperty;
import nx_connor.autcocode.xmlutil.CNXmlUtil;
import nx_connor.util.KUtil;
public class AutoCodeConfigController {
public static final String PREF_CNPARTLIST = "Autocode_OptionFile_option"; // QKa9EIUaZUQMmD
public static final String PREF_SEQUENCEMAP = "LP_sequenceMapping";
public CNPartList cnPartList;
public HashMap<String, Integer> connor_SequenceNameMapping = new HashMap<String, Integer>();
public List<String> connor_PatterValueList = new ArrayList<String>();
public AutoCodeConfigController() {
readConfigs();
}
protected void readConfigs() {
// readSequenceMap();
readCNPartList();
}
protected void readSequenceMap() {
KUtil.LOG("LOAD SEQUENCE MAP");
try {
String prefValStr = KUtil.callITK(KMain.INPUTCODE_GetPrefValue, PREF_SEQUENCEMAP);
if (KUtil.isEmpty(prefValStr)) {
return;
}
String[] patternNames = prefValStr.split(KMain.SPLITTER);
int len = patternNames.length;
for (int i = 0; i < len; i++) {
String patternNameString = patternNames[i];
System.out.println(">> " + patternNameString);
String[] patterNamesStrings = patternNameString.split("@");
if (patterNamesStrings != null && patterNamesStrings.length == 2) {
Integer index = 1;
try {
index = Integer.parseInt(patterNamesStrings[1]);
this.connor_SequenceNameMapping.put(patterNamesStrings[0], index);
} catch (Exception var15) {
var15.printStackTrace();
KUtil.LOGERROR(var15);
}
}
}
} catch (Exception e) {
e.printStackTrace();
KUtil.LOGERROR(e);
}
}
protected void readCNPartList() {
KUtil.LOG("LOAD CNPARTLIST");
try {
String puid = KUtil.callITK(KMain.INPUTCODE_GetPrefValue, PREF_CNPARTLIST);
if (KUtil.isEmpty(puid)) {
return;
}
String filePath = KUtil.dowloadFileByUID(puid, "XMLRendering", "xml");
// String filePath = KUtil.callITK(KMain.INPUTCODE_Download_Dataset_By_UID,
// puid + KMain.SPLITTER + "XMLRendering" + KMain.SPLITTER + "xml");
this.cnPartList = (CNPartList) CNXmlUtil.xmlToBean(filePath, CNPartList.class);
List<CNPart> partList = cnPartList.getPartList();
for (int i = 0; i < partList.size(); i++) {
KUtil.LOG(partList.get(i).getType());
for (CNCompontent comp : partList.get(i).getCompontentList()) {
KUtil.LOG(comp.getType() + " - " + comp.getCompententType());
for (CNProperty prop : comp.getPropertyList()) {
KUtil.LOG(">> " + prop.getDisplayName());
}
}
}
} catch (Exception e) {
e.printStackTrace();
KUtil.LOGERROR(e);
}
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/controller/AutoCodeItemTypeController.java
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package nx_connor.autcocode.controller;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import nx_connor.KMain;
import nx_connor.autcocode.AutoCodeDialogController;
import nx_connor.autcocode.bean.AutoCodeTreeBean;
import nx_connor.autcocode.bean.TCComponent;
import nx_connor.autcocode.manager.AutoCodeManagerPropertyName;
import nx_connor.util.KUtil;
public class AutoCodeItemTypeController {
protected AutoCodeDialogController dialogController;
public AutoCodeItemTypeController(AutoCodeDialogController autoCodeDialogController) {
this.dialogController = autoCodeDialogController;
}
public List<AutoCodeTreeBean> getAllTypes(String[] typeNames, String[] excludeTypeNames) throws Exception {
List<AutoCodeTreeBean> res = new ArrayList<AutoCodeTreeBean>();
int len = typeNames == null ? 0 : typeNames.length;
List<String> addedTypes = new ArrayList<String>();
for (int i = 0; i < len; i++) {
String typeName = typeNames[i];
if (KUtil.isEmpty(typeName)) {
continue;
}
StringBuilder input = new StringBuilder();
input.append(typeName);
int excludeCnt = excludeTypeNames == null ? 0 : excludeTypeNames.length;
// for (int j = 0; j < excludeCnt; j++) {
// input.append(KMain.SPLITTER).append(excludeTypeNames[j]);
// }
String output = KUtil.callITK(KMain.INPUTCODE_GET_ALL_SUB_TYPES, input.toString());
if (KUtil.isEmpty(output)) {
continue;
}
String[] split = output.split(KMain.SPLITTER);
int cnt = split.length;
for (int j = 0; j < cnt; j++) {
String[] typeNameSplit = split[j].split("=");
if (typeNameSplit.length != 2) {
continue;
}
String name = typeNameSplit[0];
if (addedTypes.contains(name) || name.contains("0")) { // Fnd0 Mfg0
continue;
}
addedTypes.add(name);
String disName = typeNameSplit[1];
AutoCodeTreeBean bean = new AutoCodeTreeBean(null, disName, name, AutoCodeManagerPropertyName.ItemName);
TCComponent[] comps = searchAutoCodeNode(bean);
if (comps != null && comps.length > 0) {
res.add(bean);
}
}
}
return res;
}
public TCComponent[] searchAutoCodeSegment(AutoCodeTreeBean bean) throws Exception {
HashMap<String, String> map = new HashMap<String, String>();
String nodeName = bean.packCodeNodeInfo.getNode_name();
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_node_name, nodeName);
return KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_AUTOCODE_SEGMENT, map);
}
public TCComponent[] searchAutoCodeNode(AutoCodeTreeBean bean) throws Exception {
HashMap<String, String> map = new HashMap<String, String>();
String nodeName = bean.packCodeNodeInfo.getNode_name();
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_node_name, nodeName);
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_grant_groups, dialogController.groupUid);
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_grant_roles, dialogController.roleUid);
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_grant_users, dialogController.userUid);
return KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_AUTOCODE_NODE, map);
}
}

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package nx_connor.autcocode.controller;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import javafx.application.Platform;
import javafx.beans.value.ChangeListener;
import javafx.beans.value.ObservableValue;
import javafx.scene.control.TreeItem;
import javafx.scene.control.TreeTableView;
import javafx.scene.image.ImageView;
import nx_connor.KMain;
import nx_connor.autcocode.AutoCodeDialogController;
import nx_connor.autcocode.bean.AbstractAutoCodeBean;
import nx_connor.autcocode.bean.AutoCodeTreeBean;
import nx_connor.autcocode.bean.AutoCodeTreeTableBean;
import nx_connor.autcocode.bean.PackCodeNodeInfo;
import nx_connor.autcocode.bean.TCComponent;
import nx_connor.autcocode.manager.AutoCodeManagerPropertyName;
import nx_connor.util.KUtil;
public class AutoCodeTreeTableViewController {
private AutoCodeDialogController dialogController;
protected String showItemType = "";
protected boolean isFilterType = false;
protected TreeTableView<AutoCodeTreeTableBean> treeTableView;
public AutoCodeTreeTableViewController(AutoCodeDialogController autoCodeDialogController) throws Exception {
this.dialogController = autoCodeDialogController;
this.treeTableView = dialogController.treeTableView;
initTree();
}
protected void initTree() throws Exception {
Platform.runLater(() -> {
AutoCodeTreeTableBean rootBean = new AutoCodeTreeTableBean("root", "", "");
TreeItem<AutoCodeTreeTableBean> root;
dialogController.treeTableView.setRoot(root = getTreeItem(rootBean, false));
dialogController.treeTableView.setShowRoot(false);
root.setExpanded(true);
});
// 选择监听
dialogController.treeTableView.getSelectionModel().selectedItemProperty()
.addListener(new ChangeListener<TreeItem<AutoCodeTreeTableBean>>() {
@Override
public void changed(ObservableValue<? extends TreeItem<AutoCodeTreeTableBean>> arg0,
TreeItem<AutoCodeTreeTableBean> arg1, TreeItem<AutoCodeTreeTableBean> newValue) {
if (newValue == null) {
return;
}
new Thread(() -> {
dialogController.setProgressVisible(true);
try {
dialogController.showAutoCodeProp(newValue);
} catch (Exception e) {
e.printStackTrace();
dialogController.Err(e);
}
dialogController.setProgressVisible(false);
}).start();
}
});
}
public TreeItem<AutoCodeTreeTableBean> getTreeItem(AutoCodeTreeTableBean child, boolean needExpand) {
ImageView image = child.getImage() == null ? null : new ImageView(child.getImage());
TreeItem<AutoCodeTreeTableBean> treeItem = new TreeItem<AutoCodeTreeTableBean>(child, image);
if (!needExpand) {
return treeItem;
}
treeItem.expandedProperty().addListener(new ChangeListener<Boolean>() {
@Override
public void changed(ObservableValue<? extends Boolean> arg0, Boolean oldValue, Boolean newValue) {
if (!newValue) {
return;
}
new Thread(new Runnable() {
@Override
public void run() {
try {
expandNode(treeItem);
} catch (Exception e) {
e.printStackTrace();
dialogController.Err(e);
}
}
}).start();
}
});
treeItem.getChildren().add(new TreeItem<AutoCodeTreeTableBean>(null));
return treeItem;
}
protected void expandNode(TreeItem<AutoCodeTreeTableBean> treeItem) throws Exception {
KUtil.LOG("展开节点：" + treeItem);
if (treeItem == null) {
return;
}
if(treeItem.getChildren().size()!=1||treeItem.getChildren().get(0).getValue()!=null) {
return;
}
treeItem.getChildren().clear();
AbstractAutoCodeBean segmentNode = treeItem.getValue();
if (segmentNode == null) {
return;
}
TCComponent autoCodeDataComponent = segmentNode.packCodeNodeInfo.getNodeComponent();
HashMap<String, String> hashMap = new HashMap<String, String>();
String parentStr = "";
parentStr = getParentStr(segmentNode, parentStr);
if (autoCodeDataComponent != null) {
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_current_node, autoCodeDataComponent.uid);
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_parent_node, parentStr);
} else {
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_parent_node, "");
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_current_node, "");
}
String parentStr2 = "";
if (autoCodeDataComponent != null) {
if (parentStr.trim().length() == 0) {
parentStr2 = autoCodeDataComponent.uid;
} else {
parentStr2 = parentStr + "," + autoCodeDataComponent.uid;
}
} else {
parentStr2 = parentStr;
}
List<PackCodeNodeInfo> packCodeNodeInfos = searchTreeORListNodeInfos(hashMap, parentStr2,
AutoCodeManagerPropertyName.searchTreeAndListCodeNodePropNames);
int nodeCnt = packCodeNodeInfos == null ? 0 : packCodeNodeInfos.size();
String realTypeName = segmentNode.packCodeNodeInfo.getRealTypeName();
KUtil.LOG("找到节点数量：" + nodeCnt);
for (int i = 0; i < nodeCnt; i++) {
PackCodeNodeInfo packCodeNodeInfo = packCodeNodeInfos.get(i);
packCodeNodeInfo.setRealTypeName(realTypeName);
KUtil.LOG(">> " + packCodeNodeInfo.getNode_name());
Platform.runLater(() -> {
AutoCodeTreeTableBean bean = new AutoCodeTreeTableBean(segmentNode, packCodeNodeInfo);
treeItem.getChildren().add(getTreeItem(bean, bean.packCodeNodeInfo.isContainsChildren));
});
}
Platform.runLater(() -> {
treeTableView.refresh();
});
// initTreeOrListMouseClick();
// AbstractTreeData selectedData = treeViewOperation.getSelectedTreeNode(treeView.treeViewer);
// if (selectedData == null) {
// return;
// }
// if (selectedData.getPackCodeNodeInfo().getNodeComponent() == null) {
// return;
// }
// if ((selectedData.getPackCodeNodeInfo().is_lock)) {
// return;
// }
// String currentNodeDesc = "";
// String currentNodeValue = "";
// String name = "";
// // 得到编码相关信息
// getCodeInfo(selectedData);
//
// KUtil.LOG(">>>>>>>><<<<<<<");
// getClassANDPropertyInfo(selectedData);
//
// name = selectedData.getPackCodeNodeInfo().getNode_name();
// icoTreeData = selectedData;
// currentNodeValue = replaceSpecialValue(selectedData.getPackCodeNodeInfo().node_value);
// if (currentNodeValue.length() > 0) {
// currentNodeDesc = currentNodeValue + "::" + selectedData.getPackCodeNodeInfo().getNode_name();
// }
// if (currentNodeValue.trim().length() > 0) {
// pattern = pattern + " " + currentNodeValue + " ";
// }
// if (currentNodeDesc.trim().length() > 0) {
// codeDesc = codeDesc + currentNodeDesc;
// }
// if (!TCPreferenceUitl.isTrueTCPreferenceValue(session, origin_isItemNameTextDefaultNull)) {
// nameText.setText(name);
// selectName = name;
// KUtil.LOG("1----------------" + name);
// String itemTypeString = tccomponentitemtype.getType();
// } else {
// nameText.setText("");
// }
// getFinalPattern();
// idText.setText(finalPattern);
// setIDPatternTextIsCanEdit();
// idLengthText.setText(String.valueOf(idText.getText().replace(" ", "").trim().length()));
// DescText.setText(codeDesc);
// setMidComposite();
}
public void loadAutoCodeTreeTable(TreeItem<AutoCodeTreeBean> autoCodeTreeItem) throws Exception {
AutoCodeTreeBean autoCodeTreeNode = autoCodeTreeItem.getValue();
TCComponent selectedSegmentTCComponent = autoCodeTreeNode.packCodeNodeInfo.getNodeComponent();
if (selectedSegmentTCComponent == null) {
return;
}
Platform.runLater(() -> {
treeTableView.getRoot().getChildren().clear();
});
if (selectedSegmentTCComponent.getLogicalProperty(AutoCodeManagerPropertyName.TreeAndListCodeNode_is_lock)) {
return;
}
if ((autoCodeTreeNode.packCodeNodeInfo.getNode_type().equals(AutoCodeManagerPropertyName.TreeName))
|| (autoCodeTreeNode.packCodeNodeInfo.getNode_type().equals(AutoCodeManagerPropertyName.ListName))) {
String realType = autoCodeTreeNode.packCodeNodeInfo.getRealTypeName();
KUtil.LOG("Select Type: " + realType);
dialogController.setSelectedItemType(realType);
}
// 加载编码树
if (autoCodeTreeNode.packCodeNodeInfo.getNode_type().equals(AutoCodeManagerPropertyName.TreeName)) {
setTreeNodes(autoCodeTreeItem);
}
}
protected void setTreeNodes(TreeItem<AutoCodeTreeBean> autoCodeTreeItem) throws Exception {
AutoCodeTreeBean segmentNode = autoCodeTreeItem.getValue();
if (segmentNode == null) {
return;
}
TCComponent autoCodeDataComponent = segmentNode.packCodeNodeInfo.getNodeComponent();
HashMap<String, String> hashMap = new HashMap<String, String>();
String parentStr = "";
parentStr = getParentStr(segmentNode, parentStr);
if (autoCodeDataComponent != null) {
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_current_node, autoCodeDataComponent.uid);
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_parent_node, parentStr);
} else {
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_parent_node, "");
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_current_node, "");
}
String parentStr2 = "";
if (autoCodeDataComponent != null) {
if (parentStr.trim().length() == 0) {
parentStr2 = autoCodeDataComponent.uid;
} else {
parentStr2 = parentStr + "," + autoCodeDataComponent.uid;
}
} else {
parentStr2 = parentStr;
}
List<PackCodeNodeInfo> packCodeNodeInfos = searchTreeORListNodeInfos(hashMap, parentStr2,
AutoCodeManagerPropertyName.searchTreeAndListCodeNodePropNames);
int nodeCnt = packCodeNodeInfos == null ? 0 : packCodeNodeInfos.size();
String realTypeName = segmentNode.packCodeNodeInfo.getRealTypeName();
for (int i = 0; i < nodeCnt; i++) {
PackCodeNodeInfo packCodeNodeInfo = packCodeNodeInfos.get(i);
packCodeNodeInfo.setRealTypeName(realTypeName);
Platform.runLater(() -> {
AutoCodeTreeTableBean bean = new AutoCodeTreeTableBean(segmentNode, packCodeNodeInfo);
treeTableView.getRoot().getChildren().add(getTreeItem(bean, bean.packCodeNodeInfo.isContainsChildren));
});
}
}
private List<PackCodeNodeInfo> searchTreeORListNodeInfos(HashMap<String, String> hashMap, String parentString,
String[] returnPropertyNames) throws Exception {
List<PackCodeNodeInfo> packCodeNodeInfos = new ArrayList<PackCodeNodeInfo>();
TCComponent[] searchTCcomponents = KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_TREE_OR_LIST_NODE,
hashMap);
packCodeNodeInfos = getTreeORListNodeInfos(searchTCcomponents, parentString, returnPropertyNames);
return packCodeNodeInfos;
}
public String[] getTreeAndListStringValues(TCComponent[] components, String[] propNames, String parentString)
throws Exception {
StringBuilder inputStr = new StringBuilder();
inputStr.append(parentString);
int compCnt = KUtil.getLen(components);
for (int i = 0; i < compCnt; i++) {
inputStr.append(KMain.SPLITTER);
inputStr.append(components[i].uid);
}
inputStr.append(KMain.SPLITTER);
inputStr.append(KMain.SPLIT_SECTION);
int paramCnt = KUtil.getLen(propNames);
for (int i = 0; i < paramCnt; i++) {
inputStr.append(KMain.SPLITTER);
inputStr.append(propNames[i]);
}
String returnValues = KUtil.callITK(KMain.INPUTCODE_GET_TREE_AND_LIST_STRING_VALUES, inputStr.toString());
return returnValues.split("@@");
}
private String getStringValue(String value) {
if ((value == null) || (value.equalsIgnoreCase("null"))) {
return "";
} else {
return value;
}
}
private List<PackCodeNodeInfo> getTreeORListNodeInfos(TCComponent[] searchTCcomponents, String parentString,
String[] returnPropertyNames) throws Exception {
List<PackCodeNodeInfo> packCodeNodeInfos = new ArrayList<PackCodeNodeInfo>();
if (searchTCcomponents != null && searchTCcomponents.length > 0) {
String[] stringValues = getTreeAndListStringValues(searchTCcomponents, returnPropertyNames, parentString);
if (stringValues == null) {
return null;
}
for (int i = 0; i < stringValues.length; i++) {
String[] values = stringValues[i].split("&&");
PackCodeNodeInfo packCodeNodeInfo = new PackCodeNodeInfo();
if ((values != null) && (values.length > 0)) {
if (returnPropertyNames.equals(AutoCodeManagerPropertyName.searchTreeAndListCodeNodePropNames)) {
packCodeNodeInfo.setNodeComponent(searchTCcomponents[i]);
packCodeNodeInfo.setNode_name(getStringValue(values[0]));
packCodeNodeInfo.setNode_type(getStringValue(values[1]));
packCodeNodeInfo.setNode_value(getStringValue(values[2]));
packCodeNodeInfo.setNode_desc(getStringValue(values[3]));
packCodeNodeInfo.setCode_style(getStringValue(values[4]));
packCodeNodeInfo.setRule_node(getStringValue(values[5]));
if (values[6].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_root(true);
}
if (values[7].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_lock(true);
}
if (values[8].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setDefaultSelected(true);
}
packCodeNodeInfo.setCreate_date(getStringValue(values[9]));
packCodeNodeInfo.setLast_revise_date(getStringValue(values[10]));
packCodeNodeInfo.setCreate_user(getStringValue(values[11]));
packCodeNodeInfo.setLast_revise_user(getStringValue(values[12]));
if (values[13].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setContainsChildren(true);
}
} else {
packCodeNodeInfo.setNodeComponent(searchTCcomponents[i]);
packCodeNodeInfo.setNode_name(getStringValue(values[0]));
packCodeNodeInfo.setNode_type(getStringValue(values[1]));
if (values[2].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_root(true);
}
if (values[3].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_lock(true);
}
if (values[4].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setContainsChildren(true);
}
}
packCodeNodeInfos.add(packCodeNodeInfo);
}
}
}
return packCodeNodeInfos;
}
public String getParentStr(AbstractAutoCodeBean treeData, String parentStr) {
// KUtil.LOG("i am in getParentStr == " + parentStr);
if (treeData != null) {
AbstractAutoCodeBean parentData = treeData.parentTreeData;
if ((parentData != null) && ((parentData.packCodeNodeInfo.getNodeComponent() != null))) {
// KUtil.LOG("parentData.getPackCodeNodeInfo() " +
// parentData.packCodeNodeInfo.getNode_name());
if (parentData.packCodeNodeInfo.getNodeComponent() != null) {
// KUtil.LOG("i am not null");
}
if (parentStr.length() > 0) {
parentStr = parentData.packCodeNodeInfo.getNodeComponent().uid + "," + parentStr;
} else {
parentStr = parentData.packCodeNodeInfo.getNodeComponent().uid;
}
parentStr = getParentStr(parentData, parentStr);
// KUtil.LOG("parentStr AAA === " + parentStr);
}
} else {
// KUtil.LOG(" treeDtae =null");
}
if (parentStr.toString().endsWith(",")) {
parentStr = parentStr.substring(0, parentStr.length() - 1).toString();
}
return parentStr;
}
}

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package nx_connor.autcocode.controller;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import javafx.application.Platform;
import javafx.beans.value.ChangeListener;
import javafx.beans.value.ObservableValue;
import javafx.scene.control.Alert.AlertType;
import javafx.scene.control.TreeItem;
import javafx.scene.image.ImageView;
import nx_connor.KMain;
import nx_connor.autcocode.AutoCodeDialogController;
import nx_connor.autcocode.bean.AutoCodeTreeBean;
import nx_connor.autcocode.bean.PackCodeNodeInfo;
import nx_connor.autcocode.bean.TCComponent;
import nx_connor.autcocode.manager.AutoCodeConstants;
import nx_connor.autcocode.manager.AutoCodeManagerPropertyName;
import nx_connor.util.KUtil;
public class AutoCodeTreeViewController {
private AutoCodeDialogController dialogController;
protected String showItemType = "";
protected boolean isFilterType = false;
public AutoCodeTreeViewController(AutoCodeDialogController autoCodeDialogController) throws Exception {
this.dialogController = autoCodeDialogController;
initTree();
}
protected void initTree() throws Exception {
AutoCodeTreeBean rootBean = new AutoCodeTreeBean(null, "编码分类", AutoCodeManagerPropertyName.ComponentName);
Platform.runLater(()->{
dialogController.treeView.setRoot(getTreeItem(rootBean, true));
});
// 选择监听
dialogController.treeView.getSelectionModel().selectedItemProperty()
.addListener(new ChangeListener<TreeItem<AutoCodeTreeBean>>() {
@Override
public void changed(ObservableValue<? extends TreeItem<AutoCodeTreeBean>> arg0,
TreeItem<AutoCodeTreeBean> arg1, TreeItem<AutoCodeTreeBean> newValue) {
if (newValue == null) {
return;
}
new Thread(() -> {
dialogController.setProgressVisible(true);
try {
dialogController.showAutoCodeList(newValue);
} catch (Exception e) {
e.printStackTrace();
dialogController.Err(e);
}
dialogController.setProgressVisible(false);
}).start();
}
});
}
public TreeItem<AutoCodeTreeBean> getTreeItem(AutoCodeTreeBean child, boolean needExpand) {
ImageView image = child.getImage() == null ? null : new ImageView(child.getImage());
TreeItem<AutoCodeTreeBean> treeItem = new TreeItem<AutoCodeTreeBean>(child, image);
if (!needExpand) {
return treeItem;
}
treeItem.expandedProperty().addListener(new ChangeListener<Boolean>() {
@Override
public void changed(ObservableValue<? extends Boolean> arg0, Boolean oldValue, Boolean newValue) {
if (!newValue) {
return;
}
new Thread(new Runnable() {
@Override
public void run() {
expandNode(treeItem);
}
}).start();
}
});
treeItem.getChildren().add(new TreeItem<AutoCodeTreeBean>(null));
return treeItem;
}
public void expandNode(TreeItem<AutoCodeTreeBean> treeItem) {
if (treeItem == null) {
return;
}
if (treeItem.getChildren().size() != 1 || treeItem.getChildren().get(0).getValue() != null) {
return;
}
AutoCodeTreeBean bean = treeItem.getValue();
long timeStart = System.nanoTime();
dialogController.setProgressVisible(true);
try {
KUtil.LOG("Expand Node: " + treeItem.getValue());
Platform.runLater(() -> {
treeItem.getChildren().clear();
});
String nodeType = bean.packCodeNodeInfo.getNode_type();
if (AutoCodeManagerPropertyName.ComponentName.equals(nodeType)) {
expandTopNode(treeItem);
} else if (AutoCodeManagerPropertyName.ItemName.equals(nodeType)) {
expandItemNode(treeItem);
}
} catch (Exception e) {
e.printStackTrace();
KUtil.LOGERROR(e);
KUtil.showFXMessage(dialogController.dialog.getParentDialog(), "加载节点失败", AlertType.ERROR, e.getMessage());
}
long timeEnd = System.nanoTime();
KUtil.LOG("Load Node Time: " + treeItem.getValue() + " -> " + (timeEnd - timeStart) / 1000000);
dialogController.setProgressVisible(false);
}
protected void expandItemNode(TreeItem<AutoCodeTreeBean> treeItem) throws Exception {
boolean isShow = false;
AutoCodeTreeBean bean = treeItem.getValue();
HashMap<String, String> map = new HashMap<String, String>();
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_node_name, bean.packCodeNodeInfo.getNode_name());
TCComponent[] tcComponents = KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_AUTOCODE_SEGMENT, map);
if (tcComponents == null || tcComponents.length == 0) {
return;
}
List<TCComponent> showSegments = new ArrayList<TCComponent>();
map.put(AutoCodeManagerPropertyName.ClassificationCodeNode_segment, "");
TCComponent[] userComponents = KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_AUTOCODE_USER, map);
String parentGroupUid = KUtil.callITK(KMain.INPUTCODE_GET_UID, "parentgroup");
TCComponent parentGroup = KUtil.isEmpty(parentGroupUid) ? null : new TCComponent(parentGroupUid);
int userComponentsCount = KUtil.getLen(userComponents);
for (int i = 0; i < userComponentsCount; i++) {
TCComponent u = userComponents[i];
if (u.equals(dialogController.currentUser) || u.equals(dialogController.currentGroup)
|| u.equals(dialogController.currentRole)) {
isShow = true;
break;
}
if (u.equals(parentGroup)) {
isShow = true;
break;
}
}
if (!isShow) {
int tcComponentsCount = KUtil.getLen(tcComponents);
for (int i = 0; i < tcComponentsCount; i++) {
isShow = false;
TCComponent cc = tcComponents[i];
if (cc == null) {
continue;
}
String segmentName = cc.uid;
HashMap<String, String> ccMap = new HashMap<String, String>();
ccMap.put(AutoCodeManagerPropertyName.ClassificationCodeNode_node_name,
bean.packCodeNodeInfo.getNode_name());
ccMap.put(AutoCodeManagerPropertyName.ClassificationCodeNode_segment, segmentName);
TCComponent[] ccUserComponents = KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_AUTOCODE_USER,
ccMap);
int ccUserCount = KUtil.getLen(ccUserComponents);
if (ccUserCount == 0) {
continue;
}
for (int j = 0; j < ccUserCount; j++) {
TCComponent u = ccUserComponents[j];
if (u == null) {
continue;
}
if (u.equals(dialogController.currentUser) || u.equals(dialogController.currentGroup)
|| u.equals(dialogController.currentRole)) {
isShow = true;
break;
}
if (u.equals(parentGroup)) {
isShow = true;
break;
}
}
if (isShow) {
showSegments.add(cc);
}
}
} else {
int tcComponentsCount = KUtil.getLen(tcComponents);
for (int i = 0; i < tcComponentsCount; i++) {
TCComponent cc = tcComponents[i];
if (cc != null) {
showSegments.add(cc);
}
}
}
int segCnt = showSegments.size();
if (segCnt == 0) {
return;
}
String realTypeName = bean.packCodeNodeInfo.getRealTypeName();
for (int i = 0; i < segCnt; i++) {
TCComponent seg = showSegments.get(i);
PackCodeNodeInfo packCodeNodeInfo = getTreeAndListStringValue(seg,
AutoCodeManagerPropertyName.searchTreeAndListCodeNodePropNames);
packCodeNodeInfo.setRealTypeName(realTypeName);
AutoCodeTreeBean childBean = new AutoCodeTreeBean(packCodeNodeInfo);
if (!packCodeNodeInfo.is_root) {
continue;
} else {
setParentTreeNode(bean, childBean);
}
Platform.runLater(() -> {
treeItem.getChildren().add(getTreeItem(childBean, packCodeNodeInfo.isContainsChildren));
});
}
}
private void setParentTreeNode(AutoCodeTreeBean parentBean, AutoCodeTreeBean childBean) throws Exception {
TCComponent[] tccomponents = null;
HashMap<String, String> hashMap = new HashMap<String, String>();
if (childBean.packCodeNodeInfo.getNodeComponent() != null) {
hashMap.put(AutoCodeManagerPropertyName.CodeRelation_current_node,
childBean.packCodeNodeInfo.getNodeComponent().uid);
tccomponents = KUtil.searchComponentFromITK(KMain.INPUTCODE_SEARCH_PARENT_TREE_OR_LIST_NODE, hashMap);
} else {
tccomponents = null;
}
if (tccomponents != null && tccomponents.length > 0) {
AutoCodeTreeBean childrenNode2 = childBean;
for (int k = tccomponents.length - 1; k >= 0; k--) {
if (tccomponents[k] == null) {
continue;
}
PackCodeNodeInfo packCodeNodeInfo = getTreeAndListStringValue(
tccomponents[k], AutoCodeManagerPropertyName.searchTreeAndListCodeNodePropNames);
AutoCodeTreeBean treeData = new AutoCodeTreeBean(packCodeNodeInfo);
childrenNode2.setParentTreeData(treeData);
childrenNode2 = treeData;
}
childrenNode2.setParentTreeData(parentBean);
}
}
private String getStringValue(String value) {
if ((value == null) || (value.equalsIgnoreCase("null"))) {
return "";
} else {
return value;
}
}
protected PackCodeNodeInfo getTreeAndListStringValue(TCComponent seg, String[] propNames) throws Exception {
PackCodeNodeInfo packCodeNodeInfo = new PackCodeNodeInfo();
StringBuilder inputStr = new StringBuilder();
inputStr.append(seg.uid);
int paramCnt = KUtil.getLen(propNames);
for (int i = 0; i < paramCnt; i++) {
inputStr.append(KMain.SPLITTER);
inputStr.append(propNames[i]);
}
String returnValues = KUtil.callITK(KMain.INPUTCODE_GET_TREE_AND_LIST_STRING_VALUE, inputStr.toString());
String[] values = KUtil.isEmpty(returnValues) ? null : returnValues.split("&&");
if ((values != null) && (values.length > 0)) {
if (propNames.equals(AutoCodeManagerPropertyName.searchTreeAndListCodeNodePropNames)) {
packCodeNodeInfo.setNodeComponent(seg);
packCodeNodeInfo.setNode_name(getStringValue(values[0]));
packCodeNodeInfo.setNode_type(getStringValue(values[1]));
packCodeNodeInfo.setNode_value(getStringValue(values[2]));
packCodeNodeInfo.setNode_desc(getStringValue(values[3]));
packCodeNodeInfo.setCode_style(getStringValue(values[4]));
packCodeNodeInfo.setRule_node(getStringValue(values[5]));
if (values[6].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_root(true);
}
if (values[7].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_lock(true);
}
if (values[8].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setDefaultSelected(true);
}
packCodeNodeInfo.setCreate_date(getStringValue(values[9]));
packCodeNodeInfo.setLast_revise_date(getStringValue(values[10]));
packCodeNodeInfo.setCreate_user(getStringValue(values[11]));
packCodeNodeInfo.setLast_revise_user(getStringValue(values[12]));
if (values[13].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setContainsChildren(true);
}
} else {
packCodeNodeInfo.setNodeComponent(seg);
packCodeNodeInfo.setNode_name(getStringValue(values[0]));
packCodeNodeInfo.setNode_type(getStringValue(values[1]));
if (values[2].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_root(true);
}
if (values[3].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setIs_lock(true);
}
if (values[4].equalsIgnoreCase("yes")) {
packCodeNodeInfo.setContainsChildren(true);
}
}
}
return packCodeNodeInfo;
}
protected void expandTopNode(TreeItem<AutoCodeTreeBean> topNode) throws Exception {
String prefValueStr = KUtil.callITK(KMain.INPUTCODE_GetPrefValue, "Connor_load_only_item_types");
String[] itemTypeNames;
if (!KUtil.isEmpty(prefValueStr)) {
itemTypeNames = prefValueStr.split(KMain.SPLITTER);
} else {
itemTypeNames = AutoCodeConstants.as1;
}
// String prefValStr = KUtil.callITK(KMain.INPUTCODE_GetPrefValue, PREF_SEQUENCEMAP); //AutoCodeConstants.as2
List<AutoCodeTreeBean> allTypes = dialogController.autoCodeItemTypeController.getAllTypes(itemTypeNames,
AutoCodeConstants.as2);
int size = allTypes == null ? 0 : allTypes.size();
List<Integer> remove = new ArrayList<Integer>();
if(dialogController.filterType.size()>0) {
for(int i=0;i<size;i++) {
String typeName = allTypes.get(i).packCodeNodeInfo.getRealTypeName();
if(!dialogController.filterType.contains(typeName)) {
remove.add(i);
}
}
}
KUtil.LOG("过滤类型："+remove);
int removeCnt = remove.size();
for(int i=removeCnt-1;i>=0;i--) {
allTypes.remove(remove.get(i).intValue());
}
int size2 = allTypes.size();
Platform.runLater(() -> {
for (int i = 0; i < size2; i++) {
topNode.getChildren().add(getTreeItem(allTypes.get(i), true));
}
if(size2==1) {
topNode.getChildren().get(0).setExpanded(true);
}
});
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/controller/GetCodeNumber.java
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/**
* @author tyl
* @Action ini
* 2011-3-15
*/
package nx_connor.autcocode.controller;
import nx_connor.KMain;
import nx_connor.util.KUtil;
public class GetCodeNumber {
public static void delete_recycleID(String itemID) throws Exception {
// Object[] params = { counterName, itemID };
if ((itemID == null) || (itemID.length() == 0)) {
return;
}
itemID = itemID.replace(" ", "").trim();
KUtil.callITK(KMain.INPUTCODE_DELETE_RECYCLE_ID, itemID);
}
/**
* @param patternCode
* @param codeLength
* @param startIndex
* @param endIndex
* @param increaseStep
* @return
* @throws ServiceException
*/
public static String getCodeNumber(String patternCode, int codeLength, int startIndex, int maxValue,
int increaseStep, String excludeStr) throws Exception {
if (maxValue == startIndex) {
return String.valueOf(maxValue);
}
if (startIndex < 1) {
startIndex = 1;
}
if (maxValue < startIndex) {
return String.valueOf(startIndex);
}
codeLength = String.valueOf(maxValue).length();
StringBuilder input = new StringBuilder();
input.append(patternCode.replace(" ", "").trim());
input.append(KMain.SPLITTER);
input.append(codeLength);
input.append(KMain.SPLITTER);
input.append(startIndex);
input.append(KMain.SPLITTER);
input.append(maxValue);
input.append(KMain.SPLITTER);
input.append(increaseStep);
input.append(KMain.SPLITTER);
input.append(excludeStr);
// String[] params = { patternCode.replace(" ", "").trim(), codeLength, startIndex, maxValue, increaseStep,
// excludeStr };
return KUtil.callITK(KMain.INPUTCODE_QUERY_PART_NO, input.toString());
// String str = "";
// str = (String) userService.call("queryPartNo", params);
// return str;
}
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/manager/AutoCodeConstants.java
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package nx_connor.autcocode.manager;
public interface AutoCodeConstants {
// AutoCode
public static final String AutoCode_APPLICATION_ID = "cn.com.origin.autocode";
public static final String AutoCodeCodeView_ID = "cn.com.origin.autocode.views.AutoCodeView";
public static final String AutoCodeCodeView_Name = "编码规则";
public static final String AutoCodeItemTypeView_ID = "cn.com.origin.autocode.views.AutoCodeItemTypeView";
public static final String AutoCodeItemTypeView_Name = "零组件";
public static final String AutoCodeGroupView_ID = "cn.com.origin.autocode.views.AutoCodeGroupView";
public static final String AutoCodeGroupView_Name = "人员指派";
public static final String AutoCodeSegmentView_ID = "cn.com.origin.autocodemanager.views.AutoCodeSegmentView";
public static final String AutoCodeSegmentView_Name = "编码规则";
public static final String as1[] = { "Item" ,"Part","Design"};//
// public static final String as2[] = { "Part", "Design", "PSSignal", "PSConnection", "Schedule", "ScheduleTask", "Architecture", "AllocationMap", "CAEItem", "CAEBCItem", "CAEConnItem", "CAELoadItem", "MEOP", "MEProcess", "MEWorkarea", "MEContext", "MEGenericBOP", "MEProductBOP",
// "Vendor", "BidPackage", "SwDesignComp", "PhysicalPart", "ChangeItem", "ParmDef", "ParmDefBCD", "ParmDefBitDef", "ParmDefBool", "ParmDefDate", "ParmDefDbl", "ParmDefHex", "ParmDefInt", "ParmDefSED", "ParmDefStr", "ParmGrpVal", "CalParm", "ParmGrpDef" };
// public static final String as1[] = { "Item", "Drawing" };"Part", "Design",
public static final String as2[] = { "EngChange", "PSSignal" }; //, "BidPackage", "SwDesignComp", "PhysicalPart", "ChangeItem", "ParmDef", "ParmDefBCD", "ParmDefBitDef", "ParmDefBool", "ParmDefDate", "ParmDefDbl", "ParmDefHex", "ParmDefInt", "ParmDefSED", "ParmDefStr", "ParmGrpVal", "CalParm", "ParmGrpDef"
// , "PSConnection", "Schedule", "ScheduleTask", "Architecture", "AllocationMap", "CAEItem", "CAEBCItem", "CAEConnItem", "CAELoadItem", "MEOP", "MEProcess", "MEWorkarea", "MEContext", "MEGenericBOP", "MEProductBOP",
// "Vendor"
// public static final String startWithTypes[]={"SJ3_"};
// public static final String startWithTypes[] = {};
}

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qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/manager/AutoCodeManagerImageKey.java
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package nx_connor.autcocode.manager;
public interface AutoCodeManagerImageKey {
public static final String ICONSPATH = "icons/";
public static final String HOME_IMAGE = ICONSPATH + "home_data.png";
public static final String CODE_IMAGE = ICONSPATH + "code_16.png";
public static final String CODEGROUP_IMAGE = ICONSPATH + "folder_16.png";
public static final String NODEVALUE_IMAGE = ICONSPATH + "nodevalue_16.png";
public static final String CODENODE_IMAGE = ICONSPATH + "codenode_16.png";
public static final String TREE_IMAGE = ICONSPATH + "tree_16.png";
public static final String TREENODE_IMAGE = ICONSPATH + "treenode_16.png";
public static final String LIST_IMAGE = ICONSPATH + "list_16.png";
public static final String LISTNODE_IMAGE = ICONSPATH + "listproperty_16.png";
public static final String LISTVALUE_IMAGE = ICONSPATH + "listvalue_16.png";
public static final String OK_IMAGE = ICONSPATH + "ok_16.png";
public static final String CLOSE_IMAGE = ICONSPATH + "close_16.png";
public static final String IMPORT_IMAGE = ICONSPATH + "import_16.png";
public static final String EXPORT_IMAGE = ICONSPATH + "export_16.png";
public static final String ORGANIZATION_IMAGE = ICONSPATH + "organization_16.png";
public static final String GROUP_IMAGE = ICONSPATH + "group_16.png";
public static final String ROLE_IMAGE = ICONSPATH + "role_16.png";
public static final String PERSON_IMAGE = ICONSPATH + "person_16.png";
public static final String ITEM_IMAGE = ICONSPATH + "item_16.png";
public static final String LOCK_IMAGE = ICONSPATH + "lock_16.png";
public static final String UNLOCK_IMAGE = ICONSPATH + "unlock_16.png";
public static final String EDIT_IMAGE = ICONSPATH + "edit_16.png";
public static final String REMOVE_IMAGE = ICONSPATH + "remove_16.png";
public static final String DELETE_IMAGE = ICONSPATH + "delete_16.png";
public static final String SEQ_IMAGE = ICONSPATH + "seq_16.png";
public static final String ADD_IMAGE = ICONSPATH + "add.png";
}

151
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/manager/AutoCodeManagerPropertyName.java
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package nx_connor.autcocode.manager;
public interface AutoCodeManagerPropertyName {
// Cd9_TreeAndListCodeNode
public final static String TreeAndListCodeNode_isContainsChildren = "isContainsChildren" ;// 是否包含子节点
public final static String TreeAndListCodeNode_uid = "uid" ;// uid
public final static String TreeAndListCodeNode_node_index = "cd9_node_index"; // Integer 节点序号
public final static String TreeAndListCodeNode_node_type = "cd9_node_type";// String 节点名称
public final static String TreeAndListCodeNode_node_name = "cd9_node_name";// String 节点名称
public final static String TreeAndListCodeNode_node_value = "cd9_node_value"; // String 节点值
public final static String TreeAndListCodeNode_node_desc = "cd9_node_desc"; // String 节点描述
public final static String TreeAndListCodeNode_code_style = "cd9_code_style"; // String 编码格式
public final static String TreeAndListCodeNode_code_length = "cd9_code_length"; // int 编码长度
public final static String TreeAndListCodeNode_is_root = "cd9_is_root";// boolean 是否是根节点
public final static String TreeAndListCodeNode_rule_node = "cd9_rule_node";// boolean 是否是根节点
public final static String TreeAndListCodeNode_reference_nodes = "cd9_reference_nodes"; // 引用的节点
public final static String TreeAndListCodeNode_is_lock = "cd9_is_lock";// boolean 是否锁定
public final static String TreeAndListCodeNode_create_date = "cd9_create_date";// Date 创建日期
public final static String TreeAndListCodeNode_last_revise_date = "cd9_last_revise_date";// Date 最后修改日期
public final static String TreeAndListCodeNode_create_user = "cd9_create_user";// TypeReference 创建者
public final static String TreeAndListCodeNode_last_revise_user = "cd9_last_revise_user";// TypeReference 最后修改者
public final static String TreeAndListCodeNode_seq_begin_value = "cd9_seq_begin_value"; // Integer 流水码初始值
public final static String TreeAndListCodeNode_seq_max_value = "cd9_seq_max_value"; // Integer 流水码最大值
public final static String TreeAndListCodeNode_seq_length = "cd9_seq_length"; // Integer 流水码长度
public final static String TreeAndListCodeNode_isDefaultSelected = "cd9_isDefaultSelected"; // boolean 是否为默认选中（针对列表）
String[] searchTreeAndListCodeNodePropNames = {
AutoCodeManagerPropertyName.TreeAndListCodeNode_node_name,
AutoCodeManagerPropertyName.TreeAndListCodeNode_node_type,
AutoCodeManagerPropertyName.TreeAndListCodeNode_node_value,
AutoCodeManagerPropertyName.TreeAndListCodeNode_node_desc,
AutoCodeManagerPropertyName.TreeAndListCodeNode_code_style,
AutoCodeManagerPropertyName.TreeAndListCodeNode_rule_node,
AutoCodeManagerPropertyName.TreeAndListCodeNode_is_root,
AutoCodeManagerPropertyName.TreeAndListCodeNode_is_lock,
AutoCodeManagerPropertyName.TreeAndListCodeNode_isDefaultSelected,
AutoCodeManagerPropertyName.TreeAndListCodeNode_create_date,
AutoCodeManagerPropertyName.TreeAndListCodeNode_last_revise_date,
AutoCodeManagerPropertyName.TreeAndListCodeNode_create_user,
AutoCodeManagerPropertyName.TreeAndListCodeNode_last_revise_user,
AutoCodeManagerPropertyName.TreeAndListCodeNode_isContainsChildren
};
String[] searchSegmentPropNames = {
AutoCodeManagerPropertyName.TreeAndListCodeNode_node_name,
AutoCodeManagerPropertyName.TreeAndListCodeNode_node_type,
AutoCodeManagerPropertyName.TreeAndListCodeNode_is_root,
AutoCodeManagerPropertyName.TreeAndListCodeNode_is_lock,
AutoCodeManagerPropertyName.TreeAndListCodeNode_isContainsChildren
};
// Cd9_CodeRelation
public final static String CodeRelation_parent_node = "cd9_parent_nodes"; // TypeReference 父节点
public final static String CodeRelation_current_node = "cd9_current_node"; // TypeReference 当前节点
public final static String CodeRelation_children_nodes = "cd9_children_nodes"; // TypeReference 子节点
public final static String CodeRelation_create_date = "cd9_create_date";// Date 创建日期
public final static String CodeRelation_create_user = "cd9_create_user";// TypeReference 创建者
// Cd9_ClassificationCodeNode
public final static String ClassificationCodeNode_node_index = "cd9_node_index"; // Integer 节点序号
public final static String ClassificationCodeNode_node_name = "cd9_node_name";// String 节点名称
public final static String ClassificationCodeNode_segment = "cd9_segment";// String 所含码段
public final static String ClassificationCodeNode_create_date = "cd9_create_date";// Date 创建日期
public final static String ClassificationCodeNode_last_revise_date = "cd9_last_revise_date";// Date 最后修改日期
public final static String ClassificationCodeNode_create_user = "cd9_create_user";// TypeReference 创建者
public final static String ClassificationCodeNode_last_revise_user = "cd9_last_revise_user";// TypeReference 最后修改者
public final static String ClassificationCodeNode_grant_users = "cd9_grant_users";// TypeReference 授权用户
public final static String ClassificationCodeNode_grant_roles = "cd9_grant_roles";// TypeReference 授权角色
public final static String ClassificationCodeNode_grant_groups = "cd9_grant_groups";// TypeReference 授权组
// type
public final static String ItemName = "item";
public final static String RootNodeName = "root";
public final static String TreeName = "tree";
public final static String ListName = "list";
public final static String CodeGroupName = "codeGroup";
public final static String TreeNodeName = "treeNode";
public final static String ListPropertyNodeName = "listPropertyNode";
public final static String ListPropertyValueNodeName = "listPropertyValueNode";
public final static String ComponentName = "component";
public final static String OrganizationName = "organization";
public final static String SegmentName = "segment";
public final static String GroupName = "group";
public final static String RoleName = "role";
public final static String UserName = "user";
public final static String LockName = "lock";
public final static String AddChildrenTreeNodeName = "AddChildrenTreeNode";
public final static String AddTreeNodeName = "AddTreeNode";
public final static String AddRuleRootNodeName = "AddRuleRootNode";
public final static String AddRuleGroupNodeName = "AddRuleGroupNode";
// Item
public final static String Item_Desc = "object_desc";
public final static String Item_generateID = "cd9_generateID";
public final static String Item_codeDesc = "cd9_codeDesc";
public final static String Item_isLock = "cd9_isLock";
public final static String Item_codePattern = "cd9_codePattern";
public final static String Item_codeRuleName = "cd9_codeRuleName";
public final static String Item_codeID = "cd9_codeID";
public final static String Item_codeStyle = "cd9_codeStyle";
public final static String Item_uom_tag = "uom_tag";
// Item Revision
public final static String ItemRevision_isLock = "cd9_isLock";
// codeStyle
public final static String Code_seq = "[L]";
public final static String Code_pattern = "[T]";
public final static String Code_year2 = "[YY]";
public final static String Code_year4 = "[YYYY]";
public final static String Code_mouth2 = "[MM]";
public final static String Code_mouth1 = "[M]";
public final static String Code_date2 = "[DD]";
public final static String Code_date1 = "[D]";
// Cd9_CodeCounter
public final static String CodeCounter_index = "cd9_index";
public final static String CodeCounter_name = "cd9_name";
public final static String CodeCounter_recycleID = "cd9_recycleID";
public final static String CodeCounter_isUsed = "cd9_isUsed";
public final static String CodeCounter_createDate = "cd9_createDate";
public final static String CodeCounter_createUser = "cd9_createUser";
public final static String CodeCounter_last_revise_date = "cd9_last_revise_date";// Date 最后修改日期
public final static String CodeCounter_last_revise_user = "cd9_last_revise_user";
// Cd9_CodeNextID
public final static String Counter_name = "cd9_name";
public final static String Counter_nextID = "cd9_nextID";
// 有关导入导出
public final static String CodeClassfication = "CodeClassfication";
public final static String CodeTree = "CodeTree";
public final static String CodeListName = "CodeListName";
public final static String CodeListValue = "CodeListValue";
// public final static String[] TreeAndListCodeNode_Titles = { "层号", "类型", "名称", "码值", "备注", "编码样式", "编码长度", "流水码初始值", "流水码最大值", "是否为根节点", "是否锁定", "创建日期", "最后修改日期", "创建者", "最后修改者" };
public final static String[] TreeAndListCodeNode_Titles = { "层号", "类型", "名称", "码值", "备注", "是否为默认值", "编码样式", "编码长度", "流水码初始值", "流水码最大值", "是否为根节点", "是否锁定", "创建日期", "最后修改日期", "创建者", "最后修改者" };
public final static String[] ClassificationCodeNode_Titles = { "层号", "类型", "名称", "码值", "备注", "编码格式", "是否为根节点", "是否锁定", "创建日期", "最后修改日期", "创建者", "最后修改者" };
public final static String[] CodeSequence_Titles = { "层号", "名称", "初始值", "最大值", "长度", "步长", "不包含数字", "是否锁定", "创建日期", "最后修改日期", "创建者", "最后修改者" };
}

34
qf_nx_java-master (1)/qf_nx_java/src/nx_connor/autcocode/manager/AutoCodeManangerConstants.java
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package nx_connor.autcocode.manager;
/**
* @author river
*
*/
public interface AutoCodeManangerConstants {
// autocodemannager
public static final String AutoCodeMananger_APPLICATION_ID = "cn.com.origin.autocodemanager";
public static final String AutoCodeManagerView_ID = "cn.com.origin.autocodemanager.views.AutoCodeSegmentView";
public static final String AutoCodeManagerView_Name = "编码管理";
public static final String AutoCodeManagerTreeCodeView_ID = "cn.com.origin.autocodemanager.views.AutoCodeTreeCodeView";
public static final String AutoCodeManagerTreeCodeView_Name = "编码树";
public static final String AutoCodeManagerListCodeView_ID = "cn.com.origin.autocodemanager.views.AutoCodeListCodeView";
public static final String AutoCodeManagerListCodeView_Name = "列表";
// public static final String AutoCodeTreeCodeView_ID = "cn.com.origin.autocodemanager.views.AutoCodeTreeCodeView";
// public static final String AutoCodeTreeCodeView_Name = "编码树";
// public static final String AutoCodeListCodeView_ID = "cn.com.origin.autocodemanager.views.AutoCodeListCodeView";
// public static final String AutoCodeListCodeView_Name = "列表";
public static final String AutoCodeManangerShowNoneView_Name = "";
public static final String AutoCodeManangerShowNoneView_ID = "cn.com.origin.autocodemanager.views.ShowNoneView";
public static final String AutoCodeStyleView_ID = "cn.com.origin.autocodemanager.views.AutoCodeStyleView";
public static final String AutoCodeStyleView_Name = "样式设置";
public static final String AutoCodeManagerGroupView_ID = "cn.com.origin.autocodemanager.views.AutoCodeGroupView";
public static final String AutoCodeTestView_ID = "cn.com.origin.autocodemanager.views.AutoCodeTestView";
public static final String AutoCodeTestView_Name = "编码验证";
}

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package nx_connor.autcocode.manager;
import java.awt.Graphics;
import java.awt.image.BufferedImage;
import java.awt.image.ImageObserver;
import java.io.InputStream;
import java.util.HashMap;
import java.util.Map;
import javax.swing.ImageIcon;
import javafx.scene.image.Image;
public class CacheImage {
private final Map<String, Image> imageMap = new HashMap<String, Image>();
private static CacheImage INSTANCE;
private CacheImage() {
}
// 单例模式，获得CacheImage实例
public static CacheImage getINSTANCE() {
if (INSTANCE == null)
INSTANCE = new CacheImage();
return INSTANCE;
}
// 获得图像
public Image getImage(String applicationID,String imageName) {
if (imageName == null)
return null;
Image image = null;
if(imageMap.containsKey(imageName)) {
image = (Image) imageMap.get(imageName);
}else{
InputStream ss = CacheImage.class.getResourceAsStream(imageName);
if(ss!=null) {
image = new Image(ss);
}
imageMap.put(imageName, image);
}
return image;
}
// 释放图像资源
public void dispose() {
// Iterator iterator = imageMap.values().iterator();
// while (iterator.hasNext())
// ((Image) iterator.next()).dispose();
// imageMap.clear();
}
/**
* change ImageIcon to BufferedImage
* @param icon
* @return
*/
public static BufferedImage getBufferedImage(ImageIcon icon){
int width = icon.getIconWidth();
int height = icon.getIconHeight();
ImageObserver observer = icon.getImageObserver();
BufferedImage bufferedImage = new BufferedImage(width, height, BufferedImage.TYPE_INT_RGB);
Graphics gc = bufferedImage.createGraphics();
gc.drawImage(icon.getImage(), 0, 0, observer);
return bufferedImage;
}
}

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