void JavaStringArrayTest::createNewJavaStringArrayWithDataCopy(JNIEnv *env, jobject javaThis) {
JavaString **data = getTestData();
JavaStringArray JavaStringArray(data, getTestDataSize(), true);
free(data);
JavaString **expected = getTestData();
JUNIT_ASSERT_EQUALS_INT(getTestDataSize(), JavaStringArray.size());
JUNIT_ASSERT_EQUALS_JAVA_STRING_ARRAY(expected, JavaStringArray.get(), JavaStringArray.size());
}
void JavaStringArrayTest::setDataWithCopy(JNIEnv *env, jobject javaThis) {
JavaString **data = getTestData();
JavaStringArray JavaStringArray;
JavaStringArray.set(data, getTestDataSize(), true);
// Write 0's over the original data to make sure that a false positive
// doesn't cause the test to pass.
memset(data, 0, getTestDataSize());
JavaString **expected = getTestData();
JUNIT_ASSERT_EQUALS_INT(getTestDataSize(), JavaStringArray.size());
JUNIT_ASSERT_EQUALS_JAVA_STRING_ARRAY(expected, JavaStringArray.get(), JavaStringArray.size());
free(expected);
}
void JavaStringArrayTest::nativeCreateNewJavaStringArrayWithJavaData(JNIEnv *env, jobject javaThis, jobjectArray javaData) {
JavaString **data = getTestData();
JavaStringArray JavaStringArray(env, javaData);
JUNIT_ASSERT_EQUALS_INT(getTestDataSize(), JavaStringArray.size());
JUNIT_ASSERT_NOT_NULL(JavaStringArray.get());
JUNIT_ASSERT_EQUALS_JAVA_STRING_ARRAY(data, JavaStringArray.get(), JavaStringArray.size());
}
void JavaStringArrayTest::nativeSetJavaStringArray(JNIEnv *env, jobject javaThis, jobjectArray javaData, jint expectedSize) {
JavaString **data = getTestData();
JavaStringArray JavaStringArray;
JavaStringArray.set(env, javaData);
JUNIT_ASSERT_EQUALS_INT(expectedSize, JavaStringArray.size());
JUNIT_ASSERT_EQUALS_JAVA_STRING_ARRAY(data, JavaStringArray.get(), JavaStringArray.size());
}
void JavaStringArrayTest::setData(JNIEnv *env, jobject javaThis) {
JavaString **data = getTestData();
JavaStringArray JavaStringArray;
JavaStringArray.set(data, getTestDataSize(), false);
JUNIT_ASSERT_EQUALS_INT(getTestDataSize(), JavaStringArray.size());
JUNIT_ASSERT_EQUALS_JAVA_STRING_ARRAY(data, JavaStringArray.get(), JavaStringArray.size());
}
virtual void getSourceConfig(int source, Config &config) {
memset(&config, 0, sizeof(config));
getTestData(sources[source].c_str(), config);
config.createSourceA =
config.createSourceB = createSource;
}
jobjectArray JavaStringArrayTest::nativeGetTestJavaStringArray(JNIEnv *env, jobject javaThis) {
JavaString **data = getTestData();
JavaStringArray JavaStringArray(data, getTestDataSize(), true);
JUNIT_ASSERT_EQUALS_INT(getTestDataSize(), JavaStringArray.size());
JUNIT_ASSERT_EQUALS_JAVA_STRING_ARRAY(data, JavaStringArray.get(), JavaStringArray.size());
JniLocalRef<jobjectArray> result = JavaStringArray.toJavaStringArray(env);
return result.leak();
}
void doCommand(struct AppFrame* pInFrame)
{
struct AppFrame* pOutFrame;
switch(pInFrame->port)
{
case TESTPORT:
{
pOutFrame = getTestData(pInFrame);
sendData(pOutFrame);
}
}
}
void IndentTest::testPascal_data()
{
getTestData( "pascal" );
}
void IndentTest::latex_data()
{
getTestData( "latex" );
}
void IndentTest::testHaskell_data()
{
getTestData( "haskell" );
}
void IndentTest::testPython_data()
{
getTestData( "python" );
}
void IndentTest::testCMake_data()
{
getTestData( "cmake" );
}
void IndentTest::testNormal_data()
{
getTestData( "normal" );
}
void IndentTest::testRuby_data()
{
getTestData( "ruby" );
}
void IndentTest::testAda_data()
{
getTestData("ada");
}
void IndentTest::testXml_data()
{
getTestData( "xml" );
}
void IndentTest::testReplicode_data()
{
getTestData("replicode");
}
void IndentTest::testCstyle_data()
{
getTestData( "cstyle" );
}
void CommandsTest::utils_data()
{
getTestData("utils");
}
