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Changed fail_unless() to assert(); fixed test that used '4' instead of XABORT.

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This commit is contained in:
Sears Russell 2007-03-30 07:36:02 +00:00
parent 4c8466555c
commit 1fdaf05b11
1 changed files with 48 additions and 48 deletions
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96
test/lladd/check_logEntry.c
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@ -52,12 +52,12 @@ terms specified in this license.
START_TEST(rawLogEntryAlloc)
{
LogEntry * log = allocCommonLogEntry(200, 1, 4);
fail_unless(log->LSN == -1, NULL);
fail_unless(log->prevLSN == 200, NULL);
fail_unless(log->xid == 1,NULL);
fail_unless(log->type == 4,NULL);
fail_unless(sizeofLogEntry(log) == sizeof(struct __raw_log_entry),NULL);
LogEntry * log = allocCommonLogEntry(200, 1, XABORT);
assert(log->LSN == -1);
assert(log->prevLSN == 200);
assert(log->xid == 1);
assert(log->type == XABORT);
assert(sizeofLogEntry(log) == sizeof(struct __raw_log_entry));
free(log);
}
END_TEST
@ -66,17 +66,17 @@ START_TEST(clrLogEntryAlloc)
{
recordid rid = { 3, 4, 5 };
LogEntry * log = allocCLRLogEntry(200, 1, 7, rid, 8);
fail_unless(log->LSN == -1, NULL);
fail_unless(log->prevLSN == 200, NULL);
fail_unless(log->xid == 1, NULL);
fail_unless(log->type == CLRLOG, NULL);
fail_unless(sizeofLogEntry(log) == sizeof(struct __raw_log_entry) + sizeof(CLRLogEntry), NULL);
assert(log->LSN == -1);
assert(log->prevLSN == 200);
assert(log->xid == 1);
assert(log->type == CLRLOG);
assert(sizeofLogEntry(log) == sizeof(struct __raw_log_entry) + sizeof(CLRLogEntry));
fail_unless(log->contents.clr.thisUpdateLSN == 7, NULL);
fail_unless(log->contents.clr.rid.page == 3, NULL);
fail_unless(log->contents.clr.rid.slot == 4, NULL);
fail_unless(log->contents.clr.rid.size == 5, NULL);
fail_unless(log->contents.clr.undoNextLSN == 8, NULL);
assert(log->contents.clr.thisUpdateLSN == 7);
assert(log->contents.clr.rid.page == 3);
assert(log->contents.clr.rid.slot == 4);
assert(log->contents.clr.rid.size == 5);
assert(log->contents.clr.undoNextLSN == 8);
free(log);
@ -103,30 +103,30 @@ START_TEST(updateLogEntryAlloc)
log = allocUpdateLogEntry(200, 1, OPERATION_SET,
rid,
(const byte*)args, 3*sizeof(char), (const byte*)preImage);
fail_unless(log->LSN == -1, NULL);
fail_unless(log->prevLSN == 200, NULL);
fail_unless(log->xid == 1, NULL);
fail_unless(log->type == UPDATELOG, NULL);
assert(log->LSN == -1);
assert(log->prevLSN == 200);
assert(log->xid == 1);
assert(log->type == UPDATELOG);
fail_unless(log->contents.update.funcID == OPERATION_SET, NULL);
/* fail_unless(log->contents.update.invertible == 0, NULL); */
fail_unless(log->contents.update.rid.page == 3, NULL);
fail_unless(log->contents.update.rid.slot == 4, NULL);
fail_unless(log->contents.update.rid.size == 3*sizeof(int), NULL);
fail_unless(log->contents.update.argSize == 3*sizeof(char), NULL);
assert(log->contents.update.funcID == OPERATION_SET);
/* assert(log->contents.update.invertible == 0); */
assert(log->contents.update.rid.page == 3);
assert(log->contents.update.rid.slot == 4);
assert(log->contents.update.rid.size == 3*sizeof(int));
assert(log->contents.update.argSize == 3*sizeof(char));
fail_unless(getUpdateArgs(log) != NULL, NULL);
fail_unless(args[0] == ((char*)getUpdateArgs(log))[0], NULL);
fail_unless(args[1] == ((char*)getUpdateArgs(log))[1], NULL);
fail_unless(args[2] == ((char*)getUpdateArgs(log))[2], NULL);
assert(getUpdateArgs(log) != NULL);
assert(args[0] == ((char*)getUpdateArgs(log))[0]);
assert(args[1] == ((char*)getUpdateArgs(log))[1]);
assert(args[2] == ((char*)getUpdateArgs(log))[2]);
preImageCpy = (int*)getUpdatePreImage(log);
fail_unless(preImageCpy != NULL, NULL);
assert(preImageCpy != NULL);
fail_unless(preImage[0] == preImageCpy[0], NULL);
fail_unless(preImage[1] == preImageCpy[1], NULL);
fail_unless(preImage[2] == preImageCpy[2], NULL);
assert(preImage[0] == preImageCpy[0]);
assert(preImage[1] == preImageCpy[1]);
assert(preImage[2] == preImageCpy[2]);
fail_unless(sizeofLogEntry(log) == (sizeof(struct __raw_log_entry) + sizeof(UpdateLogEntry) + 3 * (sizeof(int)+sizeof(char))), NULL);
assert(sizeofLogEntry(log) == (sizeof(struct __raw_log_entry) + sizeof(UpdateLogEntry) + 3 * (sizeof(int)+sizeof(char))));
free(log);
Tdeinit();
}
@ -143,23 +143,23 @@ START_TEST(updateLogEntryAllocNoExtras)
LogEntry * log = allocUpdateLogEntry(200, 1, OPERATION_LHINSERT,
rid,
(byte*)args, 0, (byte*)preImage);
fail_unless(log->LSN == -1, NULL);
fail_unless(log->prevLSN == 200, NULL);
fail_unless(log->xid == 1, NULL);
fail_unless(log->type == UPDATELOG, NULL);
assert(log->LSN == -1);
assert(log->prevLSN == 200);
assert(log->xid == 1);
assert(log->type == UPDATELOG);
fail_unless(log->contents.update.funcID == OPERATION_LHINSERT, NULL);
/* fail_unless(log->contents.update.invertible == 1, NULL); */
fail_unless(log->contents.update.rid.page == 3, NULL);
fail_unless(log->contents.update.rid.slot == 4, NULL);
fail_unless(log->contents.update.rid.size == 3*sizeof(int), NULL);
fail_unless(log->contents.update.argSize == 0, NULL);
assert(log->contents.update.funcID == OPERATION_LHINSERT);
/* assert(log->contents.update.invertible == 1); */
assert(log->contents.update.rid.page == 3);
assert(log->contents.update.rid.slot == 4);
assert(log->contents.update.rid.size == 3*sizeof(int));
assert(log->contents.update.argSize == 0);
fail_unless(getUpdateArgs(log) == NULL, NULL);
assert(getUpdateArgs(log) == NULL);
preImageCpy = (int*)getUpdatePreImage(log);
fail_unless(preImageCpy == NULL, NULL);
assert(preImageCpy == NULL);
fail_unless(sizeofLogEntry(log) == (sizeof(struct __raw_log_entry) + sizeof(UpdateLogEntry) + 0 * (sizeof(int)+sizeof(char))), NULL);
assert(sizeofLogEntry(log) == (sizeof(struct __raw_log_entry) + sizeof(UpdateLogEntry) + 0 * (sizeof(int)+sizeof(char))));
free(log);
}
END_TEST