/******************************************************************************
             Copyright (c) 1999 Unigraphics Solutions, Inc.
                       Unpublished - All Rights Reserved

*******************************************************************************/
/*
This UG/Open API program shows how to encode and decode
UG/Manager part filenames. It encodes a UG/Manager part
filename, and uses the result to create a new part. The part is added
to a folder in your "Home" folder named "Test Set Default Folder", if
it exists. If "Test Set Default Folder" does not exist, the new part is
added to your "Home" folder. The name and description of the new
part are set in IMAN.
The program then proceeds to ask for the current work part (i.e., the
newly created part), and decode the UG/Manager part filename
returned to display information about the work part.
*/

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <uf.h>
#include <uf_ugmgr.h>
#include <uf_part.h>
#include <uf_assem.h>
#define CHECK( func_ ) \
{ int  ifail_ = 0; \
  char message[133]; \
  ifail_ = (func_); 
  if ( ifail_ != 0 ) { \
    UF_get_fail_message( ifail_, message ); \
    printf("ERROR: %s returned from %s\n", message, # func_); \
    return ifail_; } }
static int create_part( void );
static int print_work_part_info( void );
/*---------------------------------------------------------------*/
int main(int argc, char *argv[])
{
  int  ifail = 0;
  ifail = UF_UGMGR_initialize(argc,(const char**)argv);
  if (ifail != 0)
  {
    printf("ERROR: Failed to initialize with error code %d", ifail);
    exit(1);
     }
 create_part();
  print_work_part_info();
  UF_PART_close_all();
  UF_UGMGR_terminate();
  return 0;
}
/*---------------------------------------------------------------*/
static int create_part( void )
{
  char*                   part_number = "600-A-wej-mk1-eng";
  char*                   part_revision = "A";
  char*                   part_file_type = "master";
  char*                   part_file_name = "";
  char                    encoded_name[MAX_FSPEC_SIZE + 1];
  tag_t                   part_tag;
  UF_UGMGR_tag_t          db_part_tag;
  UF_UGMGR_tag_t          root_folder;
  char                    root_folder_name[UF_UGMGR_NAME_SIZE];
  int                     i, count;
  UF_UGMGR_tag_t          *folder_contents;
  UF_UGMGR_object_type_t  object_type;
  char                    folder_name[UF_UGMGR_NAME_SIZE];
  logical                 folder_exists = false;
  CHECK(UF_UGMGR_ask_root_folder(&root_folder));
  CHECK(UF_UGMGR_ask_folder_name(root_folder, root_folder_name));
  printf("Root folder is %s\n", root_folder_name);
  /* Scan through the root folder, looking for a folder called
     "Test Set Default Folder". If this folder exists, set it to be
     the default folder into which newly created parts are
     placed.
  */
  CHECK(UF_UGMGR_list_folder_contents(root_folder, &count, &folder_contents));
  for ( i=0; i<count; i++ )
  {
    CHECK(UF_UGMGR_ask_object_type(folder_contents[i],
   &object_type));
    if (object_type == UF_UGMGR_type_folder)
    {
      CHECK(UF_UGMGR_ask_folder_name(folder_contents[i], folder_name));
      if ( strcmp( folder_name, "Test Set Default Folder" ) == 0 )
      {
        printf("Test Set Default Folder exists\n");
        CHECK(UF_UGMGR_set_default_folder(folder_contents[i]));
        folder_exists = true;
        printf("Set default folder to %s\n", folder_name);
      }
    }
  }
  /* If the folder "Test Set Default Folder" doesn't exist, set the
     default folder to be the root folder.
  */
  if (!folder_exists)
  {
    printf("Test Set Default Folder does not exist\n");
    CHECK(UF_UGMGR_set_default_folder(root_folder));
    printf("Set default folder to %s\n", root_folder_name);
  }
  printf("Encoding UG/Manager part filename...\n");
  CHECK(UF_UGMGR_encode_part_filename( part_number, part_revision,
 part_file_type,
 part_file_name,
 encoded_name ));
  CHECK(UF_PART_new( encoded_name, 1, &part_tag ));
  printf("Created part...\n");
  CHECK(UF_PART_save());
  printf("Saved part...\n");
  CHECK(UF_UGMGR_ask_part_tag( part_number, &db_part_tag ));
  CHECK(UF_UGMGR_set_part_name_desc( db_part_tag, "engine",
"Mk3 Engine" ));
  printf("Set part name and description...\n");
  return 0;
}
/*---------------------------------------------------------------*/
static int print_work_part_info( void )
{
  char             work_part_name[MAX_FSPEC_SIZE+1];
  tag_t            work_part_tag;
  char             part_number[UF_UGMGR_PARTNO_SIZE+1];
  char             part_revision[UF_UGMGR_PARTREV_SIZE+1];
  char             part_file_type[UF_UGMGR_FTYPE_SIZE+1];
  char             part_file_name[UF_UGMGR_FNAME_SIZE+1];
  UF_UGMGR_tag_t   db_tag;
  char             part_name[UF_UGMGR_NAME_SIZE+1];
  char             part_desc[UF_UGMGR_DESC_SIZE+1];
  work_part_tag = UF_ASSEM_ask_work_part();
  UF_PART_ask_part_name( work_part_tag, work_part_name );
  CHECK(UF_UGMGR_decode_part_filename( work_part_name,
  part_number,
  part_revision,
  part_file_type,
  part_file_name ));
  printf( "For the current Work Part\n\n" );
  printf( "  Part Number      : %s\n", part_number );
  printf( "  Part Revision    : %s\n", part_revision );
  printf( "  Part File Type   : %s\n", part_file_type );
  printf( "  Part File Name   : %s\n", part_file_name );
 CHECK(UF_UGMGR_ask_part_tag( part_number, &db_tag ));
  CHECK(UF_UGMGR_ask_part_name_desc( db_tag, part_name, part_desc ));
  printf( "  Part Name        : %s\n", part_name );
  printf( "  Part Description : %s\n", part_desc );
  return 0;
}