Net2/usr/src/contrib/isode/pepsy/test_table.h
/* test_table.h */
/*
* $Header: /f/osi/pepsy/RCS/test_table.h,v 7.2 91/02/22 09:50:10 mrose Interim $
*
*
* $Log: test_table.h,v $
* Revision 7.2 91/02/22 09:50:10 mrose
* Interim 6.8
*
* Revision 7.1 90/11/04 19:21:15 mrose
* update
*
* Revision 7.0 90/07/01 19:54:46 mrose
* *** empty log message ***
*
*/
/*
* NOTICE
*
* Acquisition, use, and distribution of this module and related
* materials are subject to the restrictions of a license agreement.
* Consult the Preface in the User's Manual for the full terms of
* this agreement.
*
*/
/*
* This contains the information about each test case necessary to test it
* e.g. size, name
*/
struct tst_typ {
char *tst_name; /* Name for error messages */
unsigned int tst_size; /* Size of its data structure in bytes */
int tst_entry; /* entry for decoding/encoding */
int tst_tests; /* How many values of the t_test variable
* to try it with
*/
#define NOENTRY -1
} t_case[] = {
/* MPDU */
{ "MPDU", sizeof (struct type_T1_MPDU), _ZMPDUT1, 1, },
#define TY_MPDU 0
{ "Embedded", sizeof (struct type_T1_Embedded), _ZEmbeddedT1, 1, },
#define TY_EMBEDDED 1
{ "Strings", sizeof (struct type_T1_Strings), _ZStringsT1, 1, },
#define TY_STRINGS 2
{ "Embedded Strings", sizeof (struct type_T1_Emb__Strings),
_ZEmb_StringsT1, 1, },
#define TY_EMB_STRINGS 3
{ "Implicit tags", sizeof (struct type_T1_Impl__Tags),
_ZImpl_TagsT1, 1, },
#define TY_IMPLICIT 4
{ "Explicit tags", sizeof (struct type_T1_Expl__Tags),
_ZExpl_TagsT1, 1, },
#define TY_EXPLICIT 5
{ "SEQ OF and SET OF", sizeof (struct type_T1_Seqof__Test),
_ZSeqof_TestT1, 10, },
#define TY_SEQOF 6
{ "Seqof Test 1", sizeof (struct element_T1_4), NOENTRY, 0, },
#define TY_ELEMENT4 7
{ "Set of Test 1", sizeof (struct member_T1_2), NOENTRY, 0, },
#define TY_MEMBER2 8
{ "Seq of Test 2", sizeof (struct element_T1_6), NOENTRY, 0, },
#define TY_ELEMENT6 9
{ "Seq of Sequence test", sizeof (struct element_T1_8), NOENTRY, 0, },
#define TY_ELEMENT8 10
{ "Set of Test 2", sizeof (struct member_T1_4), NOENTRY, 0, },
#define TY_MEMBER4 11
{ "Set of Sequence", sizeof (struct element_T1_9), NOENTRY, 0, },
#define TY_ELEMENT9 12
{ "Choice", sizeof (struct type_T1_Choice__Test), _ZChoice_TestT1, 7, },
#define TY_CHOICE 13
{ "Choice test 0", sizeof (struct choice_T1_0), NOENTRY, 0, },
#define TY_CHOICE0 14
{ "Choice test 1", sizeof (struct choice_T1_1), NOENTRY, 0, },
#define TY_CHOICE1 15
{ "Choice test 2", sizeof (struct choice_T1_2), NOENTRY, 0, },
#define TY_CHOICE2 16
{ "Element 10", sizeof (struct element_T1_10), NOENTRY, 0, },
#define TY_ELEMENT10 17
{ "Member 6", sizeof (struct member_T1_6), NOENTRY, 0, },
#define TY_MEMBER6 18
{ "Element 11", sizeof (struct element_T1_11), NOENTRY, 0, },
#define TY_ELEMENT11 19
{ "Choice test 3", sizeof (struct choice_T1_3), NOENTRY, 0, },
#define TY_CHOICE3 20
{ "Optional test", sizeof (struct type_T1_Opt__Strings), _ZOpt_StringsT1,
8, },
#define TY_OPTIONAL 21
{ "Element 12", sizeof (struct element_T1_12), NOENTRY, 0, },
#define TY_ELEMENT12 22
{ "Member 7", sizeof (struct member_T1_7), NOENTRY, 0, },
#define TY_MEMBER7 23
{ "Choice test 4", sizeof (struct choice_T1_4), NOENTRY, 0, },
#define TY_CHOICE4 24
{ "Default test", sizeof (struct type_T1_Def__Strings), _ZDef_StringsT1,
12, },
#define TY_DEFAULT 25
{ "Element 13", sizeof (struct element_T1_13), NOENTRY, 0, },
#define TY_ELEMENT13 26
{ "Member 8", sizeof (struct member_T1_8), NOENTRY, 0, },
#define TY_MEMBER8 27
{ "External References", sizeof (struct type_T1_E__ref), _ZE_refT1, 6,},
#define TY_EXTREF 28
{ "T2 Info", sizeof (struct type_T2_Info), NOENTRY, 0, },
#define TY_T2_INFO 29
{ "T2 MPDU", sizeof (struct type_T2_MPDU), NOENTRY, 0, },
#define TY_T2_MPDU 30
{ "T2 ELEMENT 0", sizeof (struct element_T2_0), NOENTRY, 0, },
#define TY_T2_ELEM0 31
{ "Optimised", sizeof (struct type_T1_Optimised), _ZOptimisedT1, 8, },
#define TY_OPTIMISED 32
{ "MEMBER 9", sizeof (struct member_T1_9), NOENTRY, 0, },
#define TY_MEMBER9 33
{ "EXTERNAL", sizeof (struct type_T1_Ext__typ), _ZExt_typT1, 6, },
#define TY_EXTERNAL 34
{ "Single EXTERNAL", sizeof (struct type_T1_SExt), _ZSExtT1, 1, },
#define TY_SEXTERNAL 35
{ "Explicit Tagged Objects", sizeof (struct type_T1_Etags), _ZEtagsT1, 3, },
#define TY_ETAGOBJ 36
{ "Single Objects", sizeof (struct type_T1_Stest), _ZStestT1, 4, },
#define TY_STEST 37
{ "Single Integer", sizeof (struct type_T1_Sint), NOENTRY, 0, },
#define TY_SINT 38
{ "Enumerated Type", sizeof (struct type_T1_Enum__type), _ZEnum_typeT1,
4, },
#define TY_ETYPE 39
{ "Tests of Enumerated type", sizeof (struct type_T1_T__enum),
_ZT_enumT1, 4, },
#define TY_ENUM_TEST 40
#define TY_REAL 41
#ifdef PEPSY_REALS
{ "Real", sizeof (struct type_T1_Real), _ZRealT1, 3, },
{ "Tests of Real type", sizeof (struct type_T1_T__real),
_ZT_realT1, 4, },
{ "Pepy Stuff", sizeof (struct pepy_refs), _ZT_pepyT1, 3, },
{ "Default Pepy", sizeof (struct pepy_refs1), NOENTRY, 0, },
{ "Optional Pepy", sizeof (struct pepy_refs1), NOENTRY, 0, },
{ "Compound S-types", sizeof (struct pepy_refs1), _ZT3_SingleT1, 3, },
#else
{ NULLCP, 0, NOENTRY, 3, },
{ NULLCP, 0, NOENTRY, 4, },
{ NULLCP, 0, NOENTRY, 3, },
{ NULLCP, 0, NOENTRY, 3, },
{ NULLCP, 0, NOENTRY, 0, },
{ NULLCP, 0, NOENTRY, 3, },
#endif
#define TY_REAL_TEST 42
#define TY_PEPY 43
#define TY_DEFPEPY 44
#define TY_OPTPEPY 45
#define TY_S_COMPD 46
{"Repeating pepy elements",sizeof (struct repeats), _ZT3_RepeatT1, 3, },
#define TY_REPEAT 47
#ifdef PEPSY_REALS
{"Value Passing Defined types",sizeof (struct pepy_refs),
_ZT3_DefinedT1, 3, },
#else
{ NULLCP, 0, NOENTRY, 3, },
#endif
#define TY_VPDEFINED 48
{"function calling code",sizeof (struct codedata), _ZT3_CodeTestT1, 3,},
#define TY_FUNC 49
{"optional function calling",sizeof (struct codedata), NOENTRY, 3,},
#define TY_OPTFUNC 50
{"default function calling",sizeof (struct codedata), NOENTRY, 3,},
#define TY_DFTFUNC 51
#ifdef PEPSY_REALS
{"All Simple Types",sizeof (struct codedata), _ZT3_AllSimplesT1, 3,},
#else
{ NULLCP, 0, NOENTRY, 3, },
#endif
#define TY_ASIMPLE 52
{"Action Statements",sizeof (struct repeats), _ZT3_UActionT1, 3, },
#define TY_ACTION 53
};
#define MAXTCASE (sizeof (t_case)/sizeof (t_case[0]))