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#include "test_ccapi_globals.h"
/* GLOBALS */
unsigned int total_failure_count = 0;
unsigned int failure_count = 0;
const char *current_test_name;
const char *current_test_activity;
const char * ccapi_error_strings[30] = {
"ccNoError", /* 0 */
"ccIteratorEnd", /* 201 */
"ccErrBadParam",
"ccErrNoMem",
"ccErrInvalidContext",
"ccErrInvalidCCache",
"ccErrInvalidString", /* 206 */
"ccErrInvalidCredentials",
"ccErrInvalidCCacheIterator",
"ccErrInvalidCredentialsIterator",
"ccErrInvalidLock",
"ccErrBadName", /* 211 */
"ccErrBadCredentialsVersion",
"ccErrBadAPIVersion",
"ccErrContextLocked",
"ccErrContextUnlocked",
"ccErrCCacheLocked", /* 216 */
"ccErrCCacheUnlocked",
"ccErrBadLockType",
"ccErrNeverDefault",
"ccErrCredentialsNotFound",
"ccErrCCacheNotFound", /* 221 */
"ccErrContextNotFound",
"ccErrServerUnavailable",
"ccErrServerInsecure",
"ccErrServerCantBecomeUID",
"ccErrTimeOffsetNotSet", /* 226 */
"ccErrBadInternalMessage",
"ccErrNotImplemented",
};
const char * ccapiv2_error_strings[24] = {
"CC_NOERROR",
"CC_BADNAME",
"CC_NOTFOUND",
"CC_END",
"CC_IO",
"CC_WRITE",
"CC_NOMEM",
"CC_FORMAT",
"CC_LOCKED",
"CC_BAD_API_VERSION",
"CC_NO_EXIST",
"CC_NOT_SUPP",
"CC_BAD_PARM",
"CC_ERR_CACHE_ATTACH",
"CC_ERR_CACHE_RELEASE",
"CC_ERR_CACHE_FULL",
"CC_ERR_CRED_VERSION"
};
const char *translate_ccapi_error(cc_int32 err) {
if (err == 0) {
return ccapi_error_strings[0];
} else
if (err >= 0 && err <= 16){
return ccapiv2_error_strings[err];
} else
if (err >= 201 && err <= 228){
return ccapi_error_strings[err - 200];
}
else {
return "\"Invalid or private CCAPI error\"";
}
return "";
}
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