void mw::XMLParserTestFixture::testLoadListInDictionary() {
CPPUNIT_ASSERT(testVar->getValue().getFloat() == 0.0);
const char *xml_text =
"<?xml version=\"1.0\"?>"
"<monkeyml version=\"1.1\">"
" <variable_assignments>"
" <variable_assignment variable=\"testVar\">"
" <dictionary>"
" <dictionary_element>"
" <key>one</key>"
" <value>"
" <list>"
" <list_element>"
" <value type=\"integer\">11</value>"
" </list_element>"
" <list_element>"
" <value type=\"integer\">12</value>"
" </list_element>"
" </list>"
" </value>"
" </dictionary_element>"
" <dictionary_element>"
" <key>two</key>"
" <value>"
" <list>"
" <list_element>"
" <value type=\"integer\">21</value>"
" </list_element>"
" <list_element>"
" <value type=\"integer\">22</value>"
" </list_element>"
" </list>"
" </value>"
" </dictionary_element>"
" </dictionary>"
" </variable_assignment>"
" </variable_assignments>"
"</monkeyml>";
writeToFile(xml_text);
mw::VariableLoad::loadExperimentwideVariables(temp_xml_file_path);
mw::Data sublist1(M_LIST, 2);
sublist1.setElement(0, mw::Data(11L));
sublist1.setElement(1, mw::Data(12L));
mw::Data sublist2(M_LIST, 2);
sublist2.setElement(0, mw::Data(21L));
sublist2.setElement(1, mw::Data(22L));
mw::Data test_dict(M_DICTIONARY, 2);
test_dict.addElement("one", sublist1);
test_dict.addElement("two", sublist2);
CPPUNIT_ASSERT(testVar->getValue() == test_dict);
}
int main(int argc, char **argv) {
test_string();
test_list();
test_map();
test_map_stack();
test_dict();
printf("Passed\n");
return 0;
}
void main()
{
pybind::initialize( false, false, true );
bool gc_exist;
PyObject * gc = pybind::module_import( "gc", gc_exist );
pybind::call_method( gc, "disable", "()" );
PyObject * module = pybind::module_init( "Test" );
pybind::set_currentmodule( module );
Helper * helper = new Helper;
pybind::class_<Bar>( "Bar" )
.def( "foo", &Bar::foo )
.def( "min", &Bar::min )
.def_property( "data", &Bar::getData, &Bar::setData )
.def_proxy_static( "helper_for_script_function", helper, &Helper::helper_for_script_function )
;
pybind::class_<Vec2>( "Vec2" )
.def_constructor( pybind::init<float, float>() )
.def_member( "x", &Vec2::x )
.def_member( "y", &Vec2::y )
;
Bar * b = new Bar;
PyObject * py_b = pybind::ptr( b );
PyObject * g = nullptr;
bool exist;
PyObject * m = pybind::module_import( "Test1", exist );
test_function_decl();
for( uint32_t i = 0; i != 100000; ++i )
{
test_dict( i );
test_list( i );
test_tuple( i );
test_function( m, i );
}
printf( "done" );
}
void mw::XMLParserTestFixture::testLoadDictionary() {
CPPUNIT_ASSERT(testVar->getValue().getFloat() == 0.0);
const char *xml_text =
"<?xml version=\"1.0\"?>"
"<monkeyml version=\"1.1\">"
"<variable_assignments>"
"<variable_assignment variable=\"testVar\">"
"<dictionary>"
"<dictionary_element>"
"<key>four</key>"
"<value type=\"integer\">4</value>"
"</dictionary_element>"
"<dictionary_element>"
"<key>six</key>"
"<value type=\"integer\">6</value>"
"</dictionary_element>"
"</dictionary>"
"</variable_assignment>"
"</variable_assignments>"
"</monkeyml>";
writeToFile(xml_text);
mw::VariableLoad::loadExperimentwideVariables(temp_xml_file_path);
mw::Data test_dict(M_DICTIONARY, 2);
test_dict.addElement("four", mw::Data(4L));
test_dict.addElement("six", mw::Data(6L));
CPPUNIT_ASSERT(testVar->getValue() == test_dict);
mw::Data test_dict2(M_DICTIONARY, 2);
test_dict2.addElement("six", mw::Data(6L));
test_dict2.addElement("four", mw::Data(4L));
CPPUNIT_ASSERT(testVar->getValue() == test_dict2);
mw::Data test_dict3(M_DICTIONARY, 3);
test_dict2.addElement("six", mw::Data(6L));
test_dict2.addElement("four", mw::Data(4L));
CPPUNIT_ASSERT(testVar->getValue() == test_dict2);
}
/*scan words from stdin, print total amount for each word by DESC order*/
int main(void) {
test_dict();
return 0;
}
int main()
{
sio << "short: " << sizeof(short) << " long: " << sizeof(long)
<< " long long: " << sizeof(long long) << " int: " << sizeof(int)
<< " void*: " << sizeof(void*) << " float: " << sizeof(float)
<< " double: " << sizeof(double) << '\n';
sio << "integer: " << sizeof(integer) << " memint: " << sizeof(memint)
<< " real: " << sizeof(real) << " variant: " << sizeof(variant)
<< " object: " << sizeof(object) << " rtobject: " << sizeof(rtobject) << '\n';
sio << "stateobj: " << sizeof(stateobj) << " Type: " << sizeof(Type)
<< " State: " << sizeof(State) << " opcodes: " << opMaxCode << '\n';
check(sizeof(memint) == sizeof(void*));
check(sizeof(memint) == sizeof(size_t));
#ifdef SHN_64
check(sizeof(integer) == 8);
check(sizeof(variant) <= 16);
#else
check(sizeof(integer) == 4);
check(sizeof(variant) <= 12);
#endif
initRuntime();
initTypeSys();
initVm();
int exitcode = 0;
try
{
test_common();
test_object();
test_ordset();
test_bytevec();
test_string();
test_strutils();
test_podvec();
test_vector();
test_dict();
test_set();
test_symtbl();
test_variant();
test_fifos();
test_parser();
// test_typesys();
// test_codegen();
}
catch (exception& e)
{
fprintf(stderr, "Exception: %s\n", e.what());
exitcode = 201;
}
doneVm();
doneTypeSys();
doneRuntime();
if (object::allocated != 0)
{
fprintf(stderr, "Error: object::allocated = %d\n", object::allocated);
exitcode = 202;
}
return exitcode;
}