public function PrintTestCases($testSuite, $dumpFilePath, $testType)
{
try {
self::PrintTestTableHeader($testSuite, "Test Case", "Description", "Prerequisite");
$dbPath = Utils::GetDbPath($dumpFilePath);
$dbName = Utils::GetPath($dbPath);
if (file_exists($dbName)) {
$db = new SqliteDB();
$db->Open($dbName);
$vm = new SqliteVM($db, true);
$status = $vm->Execute("Select * from TestCase WHERE TestType=\"{$testType}\" Order by ExecuteSequence;");
while ($status == SQLITE_ROW) {
$testName = $vm->GetString("TestName");
$description = $vm->GetString("Description");
$prerequisite = $vm->GetString("Prerequisite");
print "<tr>\n";
print "<td><input type=\"radio\" name=\"testName\" value=\"{$testName}\"></td>\n";
printf("<td>%s</td>\n<td>%s</td><td>%s</td>\n", $testName, $description, $prerequisite);
print "<td><input type=\"hidden\" name=\"{$testName}:dbPath\" value=\"{$dbPath}\"></td>\n";
print "</tr>\n";
$status = $vm->NextRow();
}
unset($vm);
unset($db);
}
} catch (SqliteException $s) {
print $s->GetExceptionMessage();
}
self::printTableEnd();
}
public static function GetDbPath($dumpFileName)
{
$db = new SqliteDB();
$dbPath = substr($dumpFileName, 0, strpos($dumpFileName, ".dump")) . ".db";
$dbName = Utils::GetPath($dbPath);
$dumpFileName = Utils::GetPath($dumpFileName);
//Clear the stat cache as filemtime may not work correctly
clearstatcache();
//If we do not have neither a dump file nor a database file we are stuck.
if (!file_exists($dumpFileName) && !file_exists($dbName)) {
printf("<b>Error: Dump file <i>%s</i> not found. Unable to create database file</b><br />", $dumpFileName);
} elseif (!file_exists($dbName)) {
$db->GenerateDatabase($dumpFileName, $dbName);
} elseif (file_exists($dumpFileName) && filemtime($dumpFileName) > filemtime($dbName)) {
//Try to delete the database and if you cannot than do not create a new database as this will result in duplicate records
if (@unlink($dbName)) {
$db->GenerateDatabase($dumpFileName, $dbName);
} else {
printf("<b>Unable to delete database file <i>%s</i>. The file is either in use or is read only.</b><br />", $dbName);
print "<b>The database has not been updated!</b><br />";
}
}
return $dbPath;
}
function ExecuteTest($requestType, $dumpFileName, &$testsRun, $file, $ent)
{
try {
$exitStatus = 0;
//Create database objects
$dbPath = Utils::GetDbPath($dumpFileName);
$dbName = Utils::GetPath($dbPath);
if (file_exists($dbName)) {
$db = new SqliteDB();
$db->Open($dbName);
$vm = new SqliteVM($db);
//Select all tests from the specified request type. Order tests using ExecuteSequence field
if ($ent) {
$rType = $requestType;
$status = $vm->Execute("Select TestName, TestType from TestCase where TestType=\"{$rType}\" or TestType=\"{$requestType}\"order by ExecuteSequence");
} else {
$status = $vm->Execute("Select TestName, TestType from TestCase where TestType=\"{$requestType}\" order by ExecuteSequence");
}
while ($status == SQLITE_ROW) {
$testName = $vm->GetString("TestName");
$requestType = $vm->GetString("TestType");
printf("Executing %s test: %s\n", $requestType, $testName);
//File in the $_POST array to simulate a GET request that is normally send by the HTML forms
$_POST['testName'] = $testName;
$_POST['requestType'] = $requestType;
$_POST[$testName . ':dbPath'] = $dbPath;
$result = new Run($testsRun);
$exitStatus += $result->main($testsRun, $file);
$status = $vm->NextRow();
}
unset($vm);
unset($db);
return $exitStatus;
}
} catch (SqliteException $s) {
print $s->GetExceptionMessage();
return 1;
}
}
