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#include "test.h"
static const char* database_name = "TestDatabase";
static const DWORD database_type = 31337;
static const int VALUE_COUNT = 8;
static int DeleteDatabases()
{
CEOID oid = 0;
/* Delete any old test databases */
HANDLE enumerate = CeFindFirstDatabase(database_type);
while (0 != (oid = CeFindNextDatabase(enumerate)))
{
TEST_NOT_FALSE(CeDeleteDatabase(oid));
}
TEST_NOT_FALSE(CeCloseHandle(enumerate));
return TEST_SUCCEEDED;
}
int main()
{
VERIFY_HRESULT(CeRapiInit());
if (DeleteDatabases() != TEST_SUCCEEDED)
return TEST_FAILED;
/* Create database */
CEOID oid = 0;
TEST_NOT_FALSE(oid = CeCreateDatabase(to_unicode(database_name), database_type, 0, NULL));
/* Open database */
HANDLE database;
TEST_NOT_EQUAL(INVALID_HANDLE_VALUE,
database = CeOpenDatabase(&oid, NULL, 0, CEDB_AUTOINCREMENT, 0));
/* Write stuff */
CEPROPVAL write_values[VALUE_COUNT];
memset(&write_values, 0, sizeof(write_values));
char* blob_data = "Binary Large Object"; // Note: uneven length
write_values[0].propid = 0x10000 | CEVT_BLOB;
write_values[0].val.blob.dwCount = strlen(blob_data);
write_values[0].val.blob.lpb = (LPBYTE)blob_data;
write_values[1].propid = 0x20000 | CEVT_BOOL;
write_values[1].val.boolVal = 1;
write_values[2].propid = 0x30000 | CEVT_FILETIME;
filetime_from_unix_time(time(NULL), &write_values[2].val.filetime);
write_values[3].propid = 0x40000 | CEVT_I2;
write_values[3].val.iVal = 0x1234;
write_values[4].propid = 0x50000 | CEVT_I4;
write_values[4].val.iVal = 0x23456789;
write_values[5].propid = 0x60000 | CEVT_LPWSTR;
write_values[5].val.lpwstr = to_unicode("Some string value"); // Note: uneven length
write_values[6].propid = 0x70000 | CEVT_UI2;
write_values[6].val.uiVal = 0xbcde;
write_values[7].propid = 0x80000 | CEVT_UI4;
write_values[7].val.uiVal = 0x98765432;
#if 0
/* Write each value */
for (int i = 0; i < VALUE_COUNT; i++)
{
/* Write value */
CEOID write_record;
TEST_NOT_FALSE(write_record = CeWriteRecordProps(database, 0, 1, &write_values[i]));
/* Seek */
DWORD index;
TEST_NOT_FALSE(CeSeekDatabase(database, CEDB_SEEK_BEGINNING, 0, &index));
/* Read value */
CEOID read_record;
CEPROPVAL* read_value = NULL;
DWORD read_size = 0;
WORD read_count = 0;
TEST_NOT_FALSE(read_record = CeReadRecordProps(database, CEDB_ALLOWREALLOC,
&read_count, NULL, (LPBYTE*)&read_value, &read_size));
if (read_count != 1 )
{
printf("ERROR: read_count has unexpected value: %i\n", read_count);
}
if (write_values[i].propid != read_value->propid)
{
printf("ERROR: different propid for index %i\n", i);
}
#define NOT_EQUAL(member) (write_values[i].val.member != read_value->val.member)
switch (i)
{
case 0:
if (NOT_EQUAL(blob.dwCount))
printf("ERROR: unexpecred blob size %i\n", read_value->val.blob.dwCount);
else if (memcmp(write_values[i].val.blob.lpb, read_value->val.blob.lpb,
write_values[i].val.blob.dwCount) != 0)
printf("ERROR: unexpected blob data\n");
break;
case 1:
if(NOT_EQUAL(boolVal))
printf("ERROR: bool\n");
break;
case 2:
if (memcmp(&write_values[i].val.filetime, &read_value->val.filetime,
sizeof(FILETIME)) != 0)
printf("ERROR: filetime\n");
break;
case 3:
case 4:
if(NOT_EQUAL(iVal))
printf("ERROR: int\n");
break;
case 5:
if (!wstr_equal(write_values[i].val.lpwstr, read_value->val.lpwstr))
printf("ERROR: string\n");
break;
case 6:
case 7:
if(NOT_EQUAL(uiVal))
printf("ERROR: unsigned int\n");
break;
}
}
#endif
/* Write all write_values */
CEOID record;
TEST_NOT_FALSE(record = CeWriteRecordProps(database, 0, VALUE_COUNT, write_values));
/* Seek */
DWORD index;
TEST_NOT_FALSE(CeSeekDatabase(database, CEDB_SEEK_BEGINNING, 0, &index));
/* Read value */
CEOID read_record;
CEPROPVAL* read_value = NULL;
DWORD read_size = 0;
WORD read_count = 0;
TEST_NOT_FALSE(read_record = CeReadRecordProps(database, CEDB_ALLOWREALLOC,
&read_count, NULL, (LPBYTE*)&read_value, &read_size));
/* Clean up */
TEST_NOT_FALSE(CeCloseHandle(database));
// TEST_NOT_FALSE(CeDeleteDatabase(oid));
return TEST_SUCCEEDED;
}
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