Teamcenter_NX集成开发：UF_UGMGR函数的使用

该内容已在博客园发布。Teamcenter_NX集成开发：UF_UGMGR函数的使用 - huangym1 - 博客园 (cnblogs.com)

最近工作中经常使用Teamcenter、NX集成开发的情况，因此在这里记录UF_UGMGR函数的使用。使用UF_UGMGR相关函数需要有Teamcenter使用经验，理解Teamcenter中文件夹、伪文件夹、零组件、零组件版本、数据集、关系、表单、命名引用等对象。

相关的可以看帮助中 Teamcenter Integration for NX的内容 及 UF_UGMGR Overview 介绍的数据模型及使用方法、注意事项。

主要操作：

1-初始化UGMGR环境成功后就可以连接到Teamcenter。

2-获取指定ID编码零组件标识和Latest Working（没记错的话应该是最新版本）版本ID。

3-UF_UGMGR相关函数使用

// Mandatory UF Includes
#include <uf.h>
#include <uf_object_types.h>
#include <uf_ugmgr.h>
#include <uf_part.h>
#include <uf_disp.h>
#include <uf_modl.h>
#include <uf_obj.h>
#include <uf_assem.h>// Internal+External Includes
#include <NXOpen/Annotations.hxx>
#include <NXOpen/Assemblies_Component.hxx>
#include <NXOpen/Assemblies_ComponentAssembly.hxx>
#include <NXOpen/Body.hxx>
#include <NXOpen/BodyCollection.hxx>
#include <NXOpen/Face.hxx>
#include <NXOpen/Line.hxx>
#include <NXOpen/NXException.hxx>
#include <NXOpen/NXObject.hxx>
#include <NXOpen/Part.hxx>
#include <NXOpen/PartCollection.hxx>
#include <NXOpen/Session.hxx>#include <NXOpen/PDM_PdmSession.hxx>
#include <NXOpen/PDM_SoaConnectionHandle.hxx>
#include <teamcenter/soa/client/Connection.hxx>
#include <teamcenter/services/core/DatamanagementService.hxx>
#include <teamcenter/soa/common/Version.hxx>// Std C++ Includes
#include <iostream>
#include <sstream>
#include <stdio.h>
#include <stdlib.h>using namespace NXOpen;
using namespace Teamcenter::Soa::Client;
using namespace Teamcenter::Services::Core;
using std::string;
using std::exception;
using std::stringstream;
using std::endl;
using std::cout;
using std::cerr;static int indent_level = 0;#define CHECK( func_ ) \ifail = (func_); \
if (ifail != 0) {\
printf("ERROR: %s returned %d", # func_, ifail); \
return ifail;}#define PRINT( content_ ) \
{ int ii; \
for (ii = 0; ii < indent_level; ii++) \
{ printf("  "); } \printf content_; \printf("\n"); }static int  list_in_part(UF_UGMGR_tag_t part)
{int _errCode = 0;UF_UGMGR_tag_t*  revisions;int              i, j, k;int              count;int              dep_count;int              rev_count;char**           names;char**           file_types;char**           file_names;char             part_name[MAX_FSPEC_SIZE + 1];char             revision_id[UF_UGMGR_NAME_SIZE + 1];char             part_number[UF_UGMGR_NAME_SIZE + 1];if (part == UF_UGMGR_null_tag)return -1;_errCode = UF_UGMGR_ask_part_number(part, part_number);// 获取零组件ItemIDPRINT(("Part: %s", part_number));indent_level++;_errCode = UF_UGMGR_list_part_revisions(part, &rev_count, &revisions);// 获取零组件所有版本for (j = 0; j < rev_count; j++){_errCode = UF_UGMGR_ask_part_revision_id(revisions[j], revision_id);// 获取版本ID_errCode = UF_UGMGR_encode_part_filename(part_number, revision_id, "", "", part_name);// encode文件名PRINT(("Rev.: %s - Type: %s", revision_id, "master"));indent_level++;_errCode = UF_UGMGR_ask_dependent_files(part_name, &dep_count, &names);// 获取关联文件for (k = 0; k < dep_count; k++)PRINT(("Dependent files: %s", names[k]));indent_level--;if (dep_count > 0)UF_free_string_array(dep_count, names);_errCode = UF_UGMGR_list_part_rev_files(revisions[j], &count, &file_types, &file_names);// 列出版本下数据集for (i = 0; i < count; i++){_errCode = UF_UGMGR_encode_part_filename(part_number, revision_id, file_types[i], file_names[i], part_name);// 根据ItemID、版本、文件类型、文件名encode成新的文件名PRINT(("Rev.: %s - Type: %s, Name: %s", revision_id, file_types[i], file_names[i]));indent_level++;_errCode = UF_UGMGR_ask_dependent_files(part_name, &dep_count, &names);// 获取关联文件for (k = 0; k < dep_count; k++)PRINT(("Dependent files: %s", names[k]));indent_level--;if (dep_count > 0)UF_free_string_array(dep_count, names);}if (count > 0){UF_free_string_array(count, file_types);UF_free_string_array(count, file_names);}}indent_level--;UF_free(revisions);revisions = NULL;return _errCode;
}static int list_in_folder(UF_UGMGR_tag_t folder)
{int _errCode = 0;char folder_name[UF_UGMGR_NAME_SIZE + 1];if (folder == UF_UGMGR_null_tag) return -1;_errCode = UF_UGMGR_ask_folder_name(folder, folder_name);// 获取文件夹名称PRINT(("Folder: %s", folder_name));indent_level++;UF_UGMGR_object_type_t object_type;int root_folder_contents_count = 0;UF_UGMGR_tag_t * folder_contents = NULL;_errCode = UF_UGMGR_list_folder_contents(folder, &root_folder_contents_count, &folder_contents);// 列出文件夹下的所有文件for (int idx = 0; idx < root_folder_contents_count; idx++){_errCode = UF_UGMGR_ask_object_type(folder_contents[idx], &object_type);// 获取文件类型switch (object_type){case UF_UGMGR_type_folder:list_in_folder(folder_contents[idx]);// 是文件夹break;case UF_UGMGR_type_part:list_in_part(folder_contents[idx]);// 是零组件break;default:printf("Invalid object type found");break;}}UF_free(folder_contents);folder_contents = NULL;indent_level--;return _errCode;
}void do_it()
{int _errCode = 0;tag_t partTag = NULL_TAG;UF_PART_load_status_t error_status;UF_UGMGR_tag_t database_part_tag = NULL_TAG;UF_UGMGR_tag_t part_revision = NULL_TAG;UF_UGMGR_tag_t root_folder_tag = NULL_TAG;UF_UGMGR_tag_t user_folder_tag = NULL_TAG;char current_rule[UF_UGMGR_NAME_BUFSIZE] = { 0 };char revision_id[UF_UGMGR_NAME_BUFSIZE] = { 0 };char export_dir_name[MAX_FSPEC_BUFSIZE] = { 0 };char encoded_name[MAX_FSPEC_BUFSIZE] = { 0 };char user_role[UF_UGMGR_ROLE_BUFSIZE] = { 0 };_errCode = UF_UGMGR_ask_part_tag("000000000AA000082", &database_part_tag);// 获取编码为000000000AA000082的部件标识_errCode = UF_UGMGR_ask_config_rule(current_rule);// 获取默认配置规则std::cout << "默认配置规则：" << current_rule << std::endl;_errCode = UF_UGMGR_set_config_rule("Latest Working");// 设置配置规则_errCode = UF_UGMGR_ask_configured_rev(database_part_tag, &part_revision);// 获取配置版本_errCode = UF_UGMGR_ask_part_revision_id(part_revision, revision_id);// 获取版本ID_errCode = UF_UGMGR_ask_root_folder(&root_folder_tag);// 获取用户根文件夹，即HOME文件夹标识_errCode = UF_UGMGR_ask_user_folder("infodba", &user_folder_tag);// 获取用户文件夹_errCode = UF_UGMGR_ask_user_role(user_role);// 获取用户角色std::cout << "\n=================用户文件夹下文件=================" << std::endl;_errCode = list_in_folder(root_folder_tag);// 列出该文件夹下地下所有文件夹和零组件std::cout << "=================用户文件夹下文件=================\n" << std::endl;int config_rules_count = 0;char ** config_rules = NULL;_errCode = UF_UGMGR_list_config_rules(&config_rules_count, &config_rules);// 列出所有配置规则，并打印到控制台std::cout << "\n=================所有配置规则=================" << std::endl;for (int idx = 0; idx < config_rules_count; idx++)std::cout << config_rules[idx] << std::endl;UF_free(config_rules);config_rules = NULL;std::cout << "=================所有配置规则=================\n" << std::endl;int file_count = 0;char** file_types = NULL;char** file_names = NULL;_errCode = UF_UGMGR_list_part_rev_files(part_revision, &file_count, &file_types, &file_names);// 列出版本下所有数据集文件if (file_count <= 0) return;for (int idx = 0; idx < file_count; idx++){if (file_names[idx] == NULL) continue;_errCode = UF_UGMGR_encode_part_filename("000000000AA000082", revision_id, file_types[idx], file_names[idx], encoded_name);// encode组成文件名_errCode = UF_PART_open(encoded_name, &partTag, &error_status);// NX后台打开_errCode = UF_UGMGR_ask_export_directory(partTag, export_dir_name);// 获取export文件夹目录std::cout << "临时export文件夹目录：" << export_dir_name << std::endl;_errCode = UF_PART_free_load_status(&error_status);_errCode = UF_PART_close(partTag, 1, 1);}if (file_count > 0){UF_free_string_array(file_count, file_names);UF_free_string_array(file_count, file_types);}file_types = NULL;file_names = NULL;
}//===================
// Entry Point
//===================
int main(int argc, char* argv[])
{try{int _errCode = 0;const char** consolePara = (const char**)(argv);logical is_active;_errCode = UF_is_ugmanager_active(&is_active);// 判断ugmanager环境是否已经初始化if (!is_active)_errCode = UF_UGMGR_initialize(argc, consolePara);// 初始化ugmanager环境do_it();_errCode = UF_UGMGR_terminate();return _errCode;}catch (const NXException& e1){cerr << "NXException: " << e1.ErrorCode() << endl;cerr << e1.Message() << endl;}catch (const exception& e2){cerr << "Exception: " << e2.what() << endl;}catch (...){cerr << "Unknown Exception: " << endl;}
}

调试截图：

NX版本配置规则截图：