public static Value lib_graphics2d_initializeTexture(VmContext vm, Value[] args)
{
Value arg1 = args[0];
Value arg2 = args[1];
Value arg3 = args[2];
Value arg4 = args[3];
Value arg5 = args[4];
ObjectInstance objInstance1 = (ObjectInstance)arg1.internalValue;
object[] objArray1 = new object[7];
objInstance1.nativeData = objArray1;
objInstance1 = (ObjectInstance)arg2.internalValue;
objArray1[0] = objInstance1.nativeData;
ListImpl list1 = (ListImpl)arg3.internalValue;
Value value = Interpreter.Vm.CrayonWrapper.getItemFromList(list1, 0);
double float1 = (double)value.internalValue;
value = Interpreter.Vm.CrayonWrapper.getItemFromList(list1, 2);
double float2 = (double)value.internalValue;
objArray1[1] = float1;
objArray1[3] = float2;
value = Interpreter.Vm.CrayonWrapper.getItemFromList(list1, 1);
float1 = (double)value.internalValue;
value = Interpreter.Vm.CrayonWrapper.getItemFromList(list1, 3);
float2 = (double)value.internalValue;
objArray1[2] = float1;
objArray1[4] = float2;
objArray1[5] = (int)arg4.internalValue;
objArray1[6] = (int)arg5.internalValue;
return(vm.globalNull);
}
public static object lib_fileiocommon_listToBytes(ListImpl listOfMaybeInts)
{
byte[] bytes = new byte[listOfMaybeInts.size];
Value intValue = null;
int byteValue = 0;
int i = (listOfMaybeInts.size - 1);
while ((i >= 0))
{
intValue = listOfMaybeInts.array[i];
if ((intValue.type != 3))
{
return(null);
}
byteValue = (int)intValue.internalValue;
if ((byteValue >= 256))
{
return(null);
}
if ((byteValue < 0))
{
if ((byteValue < -128))
{
return(null);
}
byteValue += 256;
}
bytes[i] = (byte)byteValue;
i -= 1;
}
return(bytes);
}
public static Value lib_xml_parse(VmContext vm, Value[] args)
{
string xml = (string)args[0].internalValue;
ListImpl list1 = (ListImpl)args[1].internalValue;
ObjectInstance objInstance1 = (ObjectInstance)args[2].internalValue;
object[] objArray1 = objInstance1.nativeData;
if ((objArray1 == null))
{
objArray1 = new object[2];
objInstance1.nativeData = objArray1;
objArray1[0] = new Dictionary <string, string>();
objArray1[1] = new Dictionary <int, int>();
}
List <Value> output = new List <Value>();
string errMsg = lib_xml_parseImpl(vm, xml, PST_IntBuffer16, output, (Dictionary <string, string>)objArray1[0], (Dictionary <int, int>)objArray1[1]);
if ((errMsg != null))
{
return(Interpreter.Vm.CrayonWrapper.buildString(vm.globals, errMsg));
}
ListImpl list2 = (ListImpl)Interpreter.Vm.CrayonWrapper.buildList(output).internalValue;
list1.size = list2.size;
list1.capacity = list2.capacity;
list1.array = list2.array;
return(vm.globalNull);
}
public static Value lib_processutil_launchProcess(VmContext vm, Value[] args)
{
ObjectInstance bridge = (ObjectInstance)args[0].internalValue;
bridge.nativeData = new object[5];
bridge.nativeData[0] = true;
bridge.nativeData[1] = 0;
bridge.nativeData[2] = new List <string>();
bridge.nativeData[3] = new List <string>();
bridge.nativeData[4] = new object();
string execName = (string)args[1].internalValue;
ListImpl argsRaw = (ListImpl)args[2].internalValue;
bool isAsync = (bool)args[3].internalValue;
Value cb = args[4];
ObjectInstance dispatcherQueue = (ObjectInstance)args[5].internalValue;
List <string> argStrings = new List <string>();
int i = 0;
while ((i < argsRaw.size))
{
Value a = Interpreter.Vm.CrayonWrapper.getItemFromList(argsRaw, i);
argStrings.Add((string)a.internalValue);
i += 1;
}
ProcessUtilHelper.LaunchProcessImpl(bridge.nativeData, execName, argStrings, isAsync, cb, vm);
return(vm.globalNull);
}
public static Value lib_zip_initializeZipReader(VmContext vm, Value[] args)
{
int sc = 0;
ListImpl scOut = (ListImpl)args[2].internalValue;
int execId = (int)args[3].internalValue;
int[] byteArray = lib_zip_validateByteList(args[1], true);
if ((byteArray == null))
{
sc = 1;
}
else
{
ObjectInstance obj = (ObjectInstance)args[0].internalValue;
obj.nativeData = new object[2];
obj.nativeData[0] = ZipHelper.CreateZipReader(byteArray);
obj.nativeData[1] = 0;
if ((obj.nativeData[0] == null))
{
sc = 2;
}
else
{
sc = 0;
}
if (AlwaysFalse())
{
sc = 3;
Interpreter.Vm.CrayonWrapper.vm_suspend_context_by_id(vm, execId, 1);
}
}
Interpreter.Vm.CrayonWrapper.setItemInList(scOut, 0, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, sc));
return(vm.globalNull);
}
public static Value lib_processutil_readBridge(VmContext vm, Value[] args)
{
ObjectInstance bridge = (ObjectInstance)args[0].internalValue;
ListImpl outputList = (ListImpl)args[1].internalValue;
int type = (int)args[2].internalValue;
object mtx = bridge.nativeData[4];
if ((type == 1))
{
int outputInt = ProcessUtilHelper.ReadBridgeInt(mtx, bridge.nativeData, type);
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, outputInt));
}
else
{
List <string> output = new List <string>();
ProcessUtilHelper.ReadBridgeStrings(mtx, bridge.nativeData, type, output);
int i = 0;
while ((i < output.Count))
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildString(vm.globals, output[i]));
i += 1;
}
}
return(vm.globalNull);
}
public static Value lib_graphics2dtext_glRenderCharTile(VmContext vm, Value[] args)
{
object nativeFont = ((ObjectInstance)args[0].internalValue).nativeData[0];
object[] tileNativeData = ((ObjectInstance)args[1].internalValue).nativeData;
int charId = (int)args[2].internalValue;
ListImpl sizeOut = (ListImpl)args[3].internalValue;
object bmp = Graphics2DTextHelper.RenderCharTile(nativeFont, charId, PST_IntBuffer16);
if ((bmp == null))
{
return(vm.globalFalse);
}
int width = PST_IntBuffer16[0];
int height = PST_IntBuffer16[1];
int effectiveLeft = PST_IntBuffer16[2];
int effectiveWidth = PST_IntBuffer16[3];
tileNativeData[0] = bmp;
tileNativeData[1] = width;
tileNativeData[2] = height;
tileNativeData[3] = effectiveLeft;
tileNativeData[4] = effectiveWidth;
Interpreter.Vm.CrayonWrapper.clearList(sizeOut);
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, width));
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, height));
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, effectiveLeft));
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, effectiveWidth));
return(vm.globalTrue);
}
public static Value lib_zip_readerPeekNextEntryCallback(bool problemsEncountered, bool foundAnything, bool isDirectory, string name, List <int> bytesAsIntList, object[] nativeData, ListImpl output, VmContext vm)
{
if (problemsEncountered)
{
return(vm.globalFalse);
}
nativeData[1] = (1 + (int)nativeData[1]);
Interpreter.Vm.CrayonWrapper.setItemInList(output, 0, Interpreter.Vm.CrayonWrapper.buildBoolean(vm.globals, foundAnything));
if (!foundAnything)
{
return(vm.globalTrue);
}
Interpreter.Vm.CrayonWrapper.setItemInList(output, 1, Interpreter.Vm.CrayonWrapper.buildString(vm.globals, name));
if (isDirectory)
{
Interpreter.Vm.CrayonWrapper.setItemInList(output, 2, Interpreter.Vm.CrayonWrapper.buildBoolean(vm.globals, isDirectory));
return(vm.globalTrue);
}
ListImpl byteValues = (ListImpl)Interpreter.Vm.CrayonWrapper.getItemFromList(output, 3).internalValue;
int length = bytesAsIntList.Count;
int i = 0;
Value[] positiveNumbers = vm.globals.positiveIntegers;
Value[] valuesOut = new Value[length];
i = 0;
while ((i < length))
{
valuesOut[i] = positiveNumbers[bytesAsIntList[i]];
i += 1;
}
byteValues.array = valuesOut;
byteValues.capacity = length;
byteValues.size = length;
return(vm.globalTrue);
}
public static int[] lib_zip_validateByteList(Value byteListValue, bool convert)
{
if ((byteListValue.type != 6))
{
return(null);
}
int[] output = null;
ListImpl bytes = (ListImpl)byteListValue.internalValue;
int length = bytes.size;
if (convert)
{
output = new int[length];
}
else
{
output = new int[1];
output[0] = 1;
}
Value value = null;
int b = 0;
int i = 0;
while ((i < length))
{
value = bytes.array[i];
if ((value.type != 3))
{
return(null);
}
b = (int)value.internalValue;
if ((b > 255))
{
return(null);
}
if ((b < 0))
{
if ((b >= -128))
{
b += 255;
}
else
{
return(null);
}
}
if (convert)
{
output[i] = b;
}
i += 1;
}
return(output);
}
public static void lib_zip_initAsyncCallback(ListImpl scOut, object[] nativeData, object nativeZipArchive, VmContext vm, int execContext)
{
int sc = 0;
if ((nativeZipArchive == null))
{
sc = 2;
}
Interpreter.Vm.CrayonWrapper.setItemInList(scOut, 0, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, sc));
nativeData[0] = nativeZipArchive;
Interpreter.Vm.CrayonWrapper.runInterpreter(vm, execContext);
}
public static Value lib_http_sendRequest(VmContext vm, Value[] args)
{
Value body = args[5];
ObjectInstance objInstance1 = (ObjectInstance)args[0].internalValue;
object[] objArray1 = new object[3];
objInstance1.nativeData = objArray1;
objArray1[2] = false;
string method = (string)args[2].internalValue;
string url = (string)args[3].internalValue;
List <string> headers = new List <string>();
ListImpl list1 = (ListImpl)args[4].internalValue;
int i = 0;
while ((i < list1.size))
{
headers.Add((string)list1.array[i].internalValue);
i += 1;
}
object bodyRawObject = body.internalValue;
int bodyState = 0;
if ((body.type == 5))
{
bodyState = 1;
}
else if ((body.type == 8))
{
objInstance1 = (ObjectInstance)bodyRawObject;
bodyRawObject = objInstance1.nativeData[0];
bodyState = 2;
}
else
{
bodyRawObject = null;
}
bool getResponseAsText = ((int)args[6].internalValue == 1);
if ((bool)args[1].internalValue)
{
HttpHelper.SendRequestAsync(objArray1, method, url, headers, bodyState, bodyRawObject, getResponseAsText, vm, args[8], ((ObjectInstance)args[9].internalValue).nativeData);
}
else
{
int execId = (int)args[7].internalValue;
if (HttpHelper.SendRequestSync(objArray1, method, url, headers, bodyState, bodyRawObject, getResponseAsText))
{
Interpreter.Vm.CrayonWrapper.vm_suspend_context_by_id(vm, execId, 1);
}
}
return(vm.globalNull);
}
public static Value lib_srandom_getBoolean(VmContext vm, Value[] args)
{
ListImpl intPtr = (ListImpl)args[0].internalValue;
int value = 0;
value = ((((int)intPtr.array[0].internalValue * 20077) + 12345) & 65535);
intPtr.array[0] = Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, value);
if (((value & 1) == 0))
{
return(vm.globalFalse);
}
return(vm.globalTrue);
}
public static Value lib_graphics2dtext_getNativeFontUniqueKey(VmContext vm, Value[] args)
{
ListImpl list1 = (ListImpl)args[7].internalValue;
List <Value> output = new List <Value>();
output.AddRange(new Value[] { args[0], args[1], args[2], args[6] });
ListImpl list2 = (ListImpl)Interpreter.Vm.CrayonWrapper.buildList(output).internalValue;
list1.array = list2.array;
list1.capacity = list2.capacity;
list1.size = list2.size;
return(vm.globalNull);
}
public static Value lib_graphics2dtext_createNativeFont(VmContext vm, Value[] args)
{
Value[] ints = vm.globals.positiveIntegers;
ObjectInstance nf = (ObjectInstance)args[0].internalValue;
object[] nfOut = nf.nativeData;
int fontType = (int)args[1].internalValue;
string fontPath = "";
if ((fontType == 0))
{
fontType = (int)args[2].internalValue;
}
else
{
fontPath = (string)args[2].internalValue;
if ((fontType == 1))
{
Value res = Interpreter.Vm.CrayonWrapper.resource_manager_getResourceOfType(vm, fontPath, "TTF");
if ((res.type == 1))
{
return(ints[2]);
}
ListImpl resList = (ListImpl)res.internalValue;
if (!(bool)Interpreter.Vm.CrayonWrapper.getItemFromList(resList, 0).internalValue)
{
return(ints[2]);
}
fontPath = (string)Interpreter.Vm.CrayonWrapper.getItemFromList(resList, 1).internalValue;
}
}
int fontClass = 0;
int fontSize = (int)args[3].internalValue;
int red = (int)args[4].internalValue;
int green = (int)args[5].internalValue;
int blue = (int)args[6].internalValue;
int styleBitmask = (int)args[7].internalValue;
int isBold = (styleBitmask & 1);
int isItalic = (styleBitmask & 2);
nfOut[0] = Graphics2DTextHelper.CreateNativeFont(fontType, fontClass, fontPath, fontSize, (isBold > 0), (isItalic > 0));
if ((nfOut[0] == null))
{
if ((fontType == 3))
{
return(ints[1]);
}
return(ints[2]);
}
return(ints[0]);
}
public static Value lib_game_getScreenInfo(VmContext vm, Value[] args)
{
Value outList = args[0];
int[] o = PST_IntBuffer16;
if (GameWindow.GetScreenInfo(o))
{
ListImpl output = (ListImpl)outList.internalValue;
Interpreter.Vm.CrayonWrapper.clearList(output);
Interpreter.Vm.CrayonWrapper.addToList(output, Interpreter.Vm.CrayonWrapper.buildBoolean(vm.globals, (o[0] == 1)));
Interpreter.Vm.CrayonWrapper.addToList(output, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, o[1]));
Interpreter.Vm.CrayonWrapper.addToList(output, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, o[2]));
}
return(outList);
}
public static Value lib_cryptocommon_addBytes(VmContext vm, Value[] args)
{
ObjectInstance obj = (ObjectInstance)args[0].internalValue;
ListImpl fromByteList = (ListImpl)args[1].internalValue;
List <int> toByteList = (List <int>)obj.nativeData[0];
int length = fromByteList.size;
int i = 0;
while ((i < length))
{
toByteList.Add((int)fromByteList.array[i].internalValue);
i += 1;
}
return(vm.globalFalse);
}
public static Value lib_game_gamepad_get_axis_2d_state(VmContext vm, Value[] args)
{
Value arg1 = args[0];
Value arg2 = args[1];
Value arg3 = args[2];
ObjectInstance objInstance1 = (ObjectInstance)arg1.internalValue;
int int1 = (int)arg2.internalValue;
ListImpl list1 = (ListImpl)arg3.internalValue;
Libraries.Game.GamepadTranslationHelper.GetDeviceAxis2dState(objInstance1.nativeData[0], int1, PST_IntBuffer16);
Interpreter.Vm.CrayonWrapper.clearList(list1);
Interpreter.Vm.CrayonWrapper.addToList(list1, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, PST_IntBuffer16[0]));
Interpreter.Vm.CrayonWrapper.addToList(list1, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, PST_IntBuffer16[1]));
return(vm.globalNull);
}
public static Value lib_srandom_getFloat(VmContext vm, Value[] args)
{
ListImpl intPtr = (ListImpl)args[0].internalValue;
int value1 = 0;
value1 = ((((int)intPtr.array[0].internalValue * 20077) + 12345) & 65535);
int value2 = (((value1 * 20077) + 12345) & 65535);
int value3 = (((value2 * 20077) + 12345) & 65535);
intPtr.array[0] = Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, value3);
value1 = ((value1 >> 8) & 255);
value2 = ((value2 >> 8) & 255);
value3 = ((value3 >> 8) & 255);
return(Interpreter.Vm.CrayonWrapper.buildFloat(vm.globals, (((value1 << 16) | (value2 << 8) | value3)) / (16777216.0)));
}
public static Value lib_game_gamepad_initialize_device(VmContext vm, Value[] args)
{
int int1 = (int)args[0].internalValue;
ObjectInstance objInstance1 = (ObjectInstance)args[1].internalValue;
ListImpl list1 = (ListImpl)args[2].internalValue;
object object1 = Libraries.Game.GamepadTranslationHelper.GetDeviceReference(int1);
objInstance1.nativeData = new object[1];
objInstance1.nativeData[0] = object1;
Interpreter.Vm.CrayonWrapper.clearList(list1);
Interpreter.Vm.CrayonWrapper.addToList(list1, Interpreter.Vm.CrayonWrapper.buildString(vm.globals, Libraries.Game.GamepadTranslationHelper.GetDeviceName(object1)));
Interpreter.Vm.CrayonWrapper.addToList(list1, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, Libraries.Game.GamepadTranslationHelper.GetDeviceButtonCount(object1)));
Interpreter.Vm.CrayonWrapper.addToList(list1, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, Libraries.Game.GamepadTranslationHelper.GetDeviceAxis1dCount(object1)));
Interpreter.Vm.CrayonWrapper.addToList(list1, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, Libraries.Game.GamepadTranslationHelper.GetDeviceAxis2dCount(object1)));
return(vm.globalNull);
}
public static Value lib_graphics2dtext_isResourceAvailable(VmContext vm, Value[] args)
{
string path = (string)args[0].internalValue;
Value res = Interpreter.Vm.CrayonWrapper.resource_manager_getResourceOfType(vm, path, "TTF");
if ((res.type == 1))
{
return(vm.globalFalse);
}
ListImpl resList = (ListImpl)res.internalValue;
if (!(bool)Interpreter.Vm.CrayonWrapper.getItemFromList(resList, 0).internalValue)
{
return(vm.globalFalse);
}
return(vm.globalTrue);
}
public static Value lib_imageencoder_encodeToBytes(VmContext vm, Value[] args)
{
object platformBitmap = Interpreter.Vm.CrayonWrapper.getNativeDataItem(args[0], 0);
int imageFormat = (int)args[1].internalValue;
List <Value> byteOutputList = new List <Value>();
int statusCode = ImageEncoderUtil.Encode(platformBitmap, imageFormat, byteOutputList, vm.globals.positiveIntegers);
int length = byteOutputList.Count;
ListImpl finalOutputList = (ListImpl)args[2].internalValue;
int i = 0;
while ((i < length))
{
Interpreter.Vm.CrayonWrapper.addToList(finalOutputList, byteOutputList[i]);
i += 1;
}
return(Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, statusCode));
}
public static Value lib_cryptosha1_digest(VmContext vm, Value[] args)
{
ObjectInstance obj = (ObjectInstance)args[0].internalValue;
ListImpl output = (ListImpl)args[1].internalValue;
List <int> byteList = (List <int>)obj.nativeData[0];
int[] resultBytes = lib_cryptosha1_digestImpl(byteList);
int i = 0;
while ((i < 20))
{
int b = resultBytes[i];
Interpreter.Vm.CrayonWrapper.addToList(output, vm.globals.positiveIntegers[b]);
i += 1;
}
return(args[1]);
}
public static Value lib_fileiocommon_fileInfo(VmContext vm, Value[] args)
{
int mask = (int)args[2].internalValue;
FileIOCommonHelper.GetFileInfo((string)args[1].internalValue, mask, PST_IntBuffer16, PST_FloatBuffer16);
ListImpl outputList = (ListImpl)args[3].internalValue;
Interpreter.Vm.CrayonWrapper.clearList(outputList);
VmGlobals globals = vm.globals;
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildBoolean(globals, (PST_IntBuffer16[0] > 0)));
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildBoolean(globals, (PST_IntBuffer16[1] > 0)));
if (((mask & 1) != 0))
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildInteger(globals, PST_IntBuffer16[2]));
}
else
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, globals.valueNull);
}
if (((mask & 2) != 0))
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildBoolean(globals, (PST_IntBuffer16[3] > 0)));
}
else
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, globals.valueNull);
}
if (((mask & 4) != 0))
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildFloat(globals, PST_FloatBuffer16[0]));
}
else
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, globals.valueNull);
}
if (((mask & 8) != 0))
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildFloat(globals, PST_FloatBuffer16[1]));
}
else
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, globals.valueNull);
}
return(args[3]);
}
public static Value lib_matrices_toVector(VmContext vm, Value[] args)
{
ObjectInstance obj = (ObjectInstance)args[0].internalValue;
object[] nd = obj.nativeData;
double[] data = (double[])nd[0];
int width = (int)nd[1];
int height = (int)nd[2];
int length = (width * height);
if ((args[1].type != 6))
{
nd[5] = "Output argument must be a list";
return(vm.globalNull);
}
ListImpl output = (ListImpl)args[1].internalValue;
while ((output.size < length))
{
Interpreter.Vm.CrayonWrapper.addToList(output, vm.globalNull);
}
double value = 0.0;
Value toList = null;
int i = 0;
while ((i < length))
{
value = data[i];
if ((value == 0))
{
toList = vm.globals.floatZero;
}
else if ((value == 1))
{
toList = vm.globals.floatOne;
}
else
{
toList = new Value(4, data[i]);
}
output.array[i] = toList;
i += 1;
}
return(args[1]);
}
public static Value lib_game_getTouchState(VmContext vm, Value[] args)
{
ListImpl output = (ListImpl)args[0].internalValue;
int[] data = new int[31];
data[0] = 0;
AlwaysTrue();
int _len = data[0];
int end = ((_len * 3) + 1);
int i = 1;
while ((i < end))
{
Interpreter.Vm.CrayonWrapper.addToList(output, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, data[i]));
i += 1;
}
return(vm.globalNull);
}
public static Value lib_http_getResponseBytes(VmContext vm, Value[] args)
{
Value outputListValue = args[1];
ObjectInstance objInstance1 = (ObjectInstance)args[0].internalValue;
object[] objArray1 = objInstance1.nativeData;
List <Value> tList = new List <Value>();
HttpHelper.GetResponseBytes(objArray1[0], vm.globals.positiveIntegers, tList);
ListImpl outputList = (ListImpl)outputListValue.internalValue;
Value t = Interpreter.Vm.CrayonWrapper.buildList(tList);
ListImpl otherList = (ListImpl)t.internalValue;
outputList.capacity = otherList.capacity;
outputList.array = otherList.array;
outputList.size = tList.Count;
return(outputListValue);
}
public static Value lib_graphics2dtext_glSetNativeDataIntArray(VmContext vm, Value[] args)
{
ObjectInstance obj = (ObjectInstance)args[0].internalValue;
object[] nativeData = obj.nativeData;
ListImpl values = (ListImpl)args[2].internalValue;
int length = values.size;
int[] intArray = new int[length];
int i = 0;
while ((i < length))
{
intArray[i] = (int)Interpreter.Vm.CrayonWrapper.getItemFromList(values, i).internalValue;
i += 1;
}
nativeData[(int)args[1].internalValue] = intArray;
return(vm.globalNull);
}
public static Value lib_zip_readerPeekNextEntry(VmContext vm, Value[] args)
{
ObjectInstance obj = (ObjectInstance)args[0].internalValue;
object[] nd = obj.nativeData;
ListImpl output = (ListImpl)args[1].internalValue;
int execId = (int)args[2].internalValue;
bool[] boolOut = new bool[3];
string[] nameOut = new string[1];
List <int> integers = new List <int>();
ZipHelper.ReadNextZipEntry(nd[0], (int)nd[1], boolOut, nameOut, integers);
if (AlwaysFalse())
{
Interpreter.Vm.CrayonWrapper.vm_suspend_context_by_id(vm, execId, 1);
return(vm.globalTrue);
}
return(lib_zip_readerPeekNextEntryCallback(!boolOut[0], boolOut[1], boolOut[2], nameOut[0], integers, nd, output, vm));
}
public static Value lib_easing_apply_pts(VmContext vm, Value[] args)
{
ListImpl sampleValues = (ListImpl)args[1].internalValue;
int _len = sampleValues.size;
double[] samples = new double[_len];
int i = 0;
while ((i < _len))
{
samples[i] = (double)sampleValues.array[i].internalValue;
i += 1;
}
samples[0] = 0.0;
samples[(_len - 1)] = 1.0;
ObjectInstance o = (ObjectInstance)args[0].internalValue;
o.nativeObject = new EasingSampling(_len, samples);
return(vm.globals.valueNull);
}
public static Value lib_fileiocommon_directoryList(VmContext vm, Value[] args)
{
Value diskhost = args[0];
string path = (string)args[1].internalValue;
bool useFullPath = (bool)args[2].internalValue;
ListImpl outputList = (ListImpl)args[3].internalValue;
List <string> stringList1 = new List <string>();
int sc = FileIOCommonHelper.GetDirectoryList(path, useFullPath, stringList1);
if ((sc == 0))
{
int i = 0;
while ((i < stringList1.Count))
{
Interpreter.Vm.CrayonWrapper.addToList(outputList, Interpreter.Vm.CrayonWrapper.buildString(vm.globals, stringList1[i]));
i += 1;
}
}
return(Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, sc));
}
public static IList GetList(String csvLink, Boolean hasColumnNames, String groupBy, String filterBy, String filterValue, Boolean excatFilterMatch, String[] columnNamesToInclude)
{
ListImpl list = new ListImpl();
//WebClient client = new WebClient();
String content = "";
content = GetContent(csvLink.Replace("dl=0", "dl=1"));
int iStart = content.IndexOf("//dl-web.dropbox.com/");
if (iStart > 0)
{
int iEnd = content.IndexOf("\"", iStart);
if (iEnd > 0)
{
csvLink = content.Substring(iStart, iEnd - iStart);
content = GetContent(csvLink);
}
}
if( columnNamesToInclude != null )
columnNamesToInclude = columnNamesToInclude.Select(x => x.ToLower()).ToArray();
var lines = content.Split('\r');
//var lines = System.IO.File.ReadAllLines(fileName, System.Text.Encoding.UTF7);
List<int> colsWithContent = new List<int>();
List<IRow> rows = new List<IRow>();
for (int i = 0; i < lines.Count(); i++)
{
var row = lines[i].Split(';');
IRow newRow = new RowImpl();
for (int iCol = 0; iCol < row.Length; iCol++)
{
String colValue = row[iCol];
// ColumnNames
if (i == 0 && hasColumnNames && (columnNamesToInclude == null || columnNamesToInclude.Contains(colValue.ToLower())))
{
if (!String.IsNullOrEmpty(colValue))
{
if (!String.IsNullOrEmpty(colValue))
{
colsWithContent.Add(iCol);
}
list.ColumnNames.Add(new ColumnNameImpl { Name = colValue });
}
}
else if (i > 0 || !hasColumnNames)
{
if (!hasColumnNames || colsWithContent.Contains(iCol))
{
int realCol = colsWithContent.IndexOf(iCol);
if (hasColumnNames && String.IsNullOrEmpty(list.ColumnNames[realCol].Type))
list.ColumnNames[realCol].Type = GetType(colValue);
var newVal = new ValueImpl { Value = colValue };
Boolean addRow = true;
DateTime tTemp;
if (list.ColumnNames[realCol].Type == "DateTime")
{
if (!DateTime.TryParse(colValue, out tTemp))
tTemp = DateTime.MinValue;
newVal.Value = tTemp;
}
if (newVal.Value is String)
newVal.Value = newVal.Value.ToString().Replace("\n", "");
if (addRow)
newRow.Values.Add(newVal);
}
}
}
if (!hasColumnNames || (newRow.Values.Count == list.ColumnNames.Count && newRow.Values.Any(y => !String.IsNullOrEmpty(y.Value as String)) && (i > 0 || !hasColumnNames)))
rows.Add(newRow);
}
ListEntryImpl listEntry = null;
if (!String.IsNullOrEmpty(filterBy))
{
int index = list.ColumnNames.Select(x => x.Name.ToLower()).ToList().IndexOf(filterBy.ToLower());
if (index > -1)
{
if (excatFilterMatch)
rows = rows.Where(x => (x.Values[index].Value ?? "").ToString() == filterValue).ToList();
else
rows = rows.Where(x => (x.Values[index].Value ?? "").ToString().ToLower().Contains(filterValue.ToLower())).ToList();
}
}
if (!String.IsNullOrEmpty(groupBy))
{
int index = list.ColumnNames.Select(x => x.Name).ToList().IndexOf(groupBy);
if (index > -1)
{
var grouping = rows.GroupBy(x => x.Values[index].Value.ToString()).OrderBy(x => x.Key);
rows = new List<IRow>();
foreach (var group in grouping)
{
listEntry = new ListEntryImpl { Title = group.Key.Replace("\n", ""), Parent = list, Rows = group.ToList() };
list.Add(listEntry);
}
}
}
if (list.Count() == 0 && rows.Count > 0)
{
listEntry = new ListEntryImpl { Parent = list, Rows = rows };
list.Add(listEntry);
}
list.CsvLink = csvLink;
return list;
}
