teamcenter ITK二次开发源码分享： 创建一个工作流

admin

" |& y  z" }+ [1 Z2 y4 NTeamcenter ITK二次开发源码分享： 创建一个工作流

1. /*HEAD CREATE_A_PROCESS CCC ITK */
   
2. #include <stdlib.h>
   # {$ F: S- z- Y& x5 \4 [" ?) i
3. #include <TCcore/aom.h>
   $ f! V& R. [- h* \
4. #include <tc/emh.h>
   ( v8 }' R5 _  O2 I4 L) R
5. #include <epm/epm.h>
   0 N) \3 ~1 j2 j5 m
6. #include <tc/tc.h>
   : V; T# O9 q$ G) x  R( a7 z
7. #include <sa/tcfile.h>
   ; Q/ N$ ?3 Z4 \+ J
8. #include <itk/mem.h>
   - u* s5 g5 O5 l$ P
9. 
   . B, z& ]9 u: `( h& F
10. #define EXIT_FAILURE 1
    
11. #define ERROR_CHECK(X) (report_error( __FILE__, __LINE__, #X, (X)))
    ) n; r5 `3 s% x. F0 n
12. static void report_error( char *file, int line, char *function, int return_code)
    
13. {
    . H  X- A# j0 q9 j& b
14.     if (return_code != ITK_ok)
    1 G/ s7 f0 A$ G2 [1 Z
15.     {
    
16.         char *error_message_string;
    
17.         EMH_get_error_string (NULLTAG, return_code, &error_message_string);
    
18.         printf ("ERROR: %d ERROR MSG: %s.\n", return_code, error_message_string);
    
19.         printf ("FUNCTION: %s\nFILE: %s LINE: %d\n", function, file, line);
    
20.         if(error_message_string) MEM_free(error_message_string);
    
21.         printf("\nExiting program!\n");
    9 ]6 G, [- d# Y! r0 p, {
22.         exit (EXIT_FAILURE);   
    9 g- K1 j8 _8 [8 l
23.     }
    , Y: ~$ y# M6 A
24. }
    9 y$ A2 N6 {3 h- j
25. 
    , ~9 t% V" I9 y0 |* S
26. #define EXIT_IF_NULL(X) (check_value(#X, (X)))
    4 r6 v0 v& @- P- |  h
27. static void check_value( char *function, int value )
    # ^0 U0 M" l) O! F& h$ w0 ?( X+ O
28. {
    3 t- u+ R; x& r, E; W  |
29.     if (value == 0)
    . \. ]5 R6 x9 A; K6 u# {
30.     {
    
31.         printf ("\t%s is NULL\n", function);
    ) l! c" v3 \" H
32.         printf("\nExiting program!\n");
    
33.         exit (EXIT_FAILURE);   
    7 G7 L) A0 Q& G4 {, ^, P6 A: m. K
34.     }
    
35. }
    6 f% u: c1 e. A6 v, j" z8 {
36. 
      ~. T+ q* a* a- K8 l
37. 
    ; o) o: I- t0 G" J* ~0 E! a
38. static void do_it(void)
    
39. {
    
40.     int
    ! i# s. W, V; G( u! f* O
41.         attach_types[1] = {1};
    4 c% [9 Q' C$ I$ S0 q' k4 f0 n- Y
42.     tag_t
    6 H& m- O- Y, Z9 H* a" K
43.         rev = NULLTAG,
    
44.         process_template = NULLTAG,
    3 x  l) V) ]2 Z. {  q- S# q
45.         process = NULLTAG;
    & f: o' J3 S# V3 W$ ]
46. 
    / q3 s1 g; a. p& v
47.     ERROR_CHECK( ITEM_find_rev("000206", "A", &rev) );
    
48.     EXIT_IF_NULL( rev );
    
49. 
    , Z2 h# O7 u7 Y$ b5 D2 v- n( {  b
50.     ERROR_CHECK( EPM_find_process_template("oneStepWithStatus", &process_template) );
    
51.     EXIT_IF_NULL( process_template );
    / x0 T1 S& f, ~. O5 U
52. 
    ; n8 v+ _5 B' T( y  I1 o, H
53. 
    
54.     ERROR_CHECK( EPM_create_process("5421377", "desc", process_template, 1, &rev,
    
55.         attach_types, &process) );
    
56. 
    
57.     EXIT_IF_NULL( process );
    
58. }
    . x. u7 K! c4 ~( B+ [3 ]' P
59. 
    
60. int ITK_user_main(int argc, char* argv[])
    ' E& s0 @" Y: x, a0 L3 i6 ?
61. {
    
62.     int
    7 l; B2 H! K/ o
63.         status = 0;
    7 A# w( i0 a0 z5 c' R' D( w
64.    
    
65.     ITK_initialize_text_services( ITK_BATCH_TEXT_MODE );
    
66.     status = ITK_auto_login();
    
67.    
    
68.     if (  (status != ITK_ok)) printf("\nLogin Failed!\n\n");
    $ g9 |2 i, D) J8 b' \, Q" u: L
69.     else
    
70.     {
    
71.         printf("\nLogin successful!\n\n");
    . s5 |# q7 L0 W, E  p
72.         ITK_set_journalling(TRUE);
    
73.         do_it();
    + X- c5 w1 Q" h$ X# k8 a9 `
74.     }
    
75.     ITK_exit_module(TRUE);
    
76.     return status;
    " f3 u) [; [" g
77. }

复制代码

9 J% t) i& s% w( E* Z; A