private FREObject GetTabDetails(FREContext ctx, uint argc, FREObject[] argv)
{
var tabDetails = _view.TabDetails;
try {
var vecTabDetails = new FREArray("com.tuarua.webview.TabDetails", tabDetails.Count, true);
for (var index = 0; index < tabDetails.Count; index++)
{
if (!(tabDetails[index] is TabDetails tabDetail))
{
continue;
}
var currentTabFre = new FREObject().Init("com.tuarua.webview.TabDetails",
index,
string.IsNullOrEmpty(tabDetail.Address) ? "" : tabDetail.Address,
string.IsNullOrEmpty(tabDetail.Title) ? "" : tabDetail.Title,
tabDetail.IsLoading,
tabDetail.CanGoBack,
tabDetail.CanGoForward,
1.0);
vecTabDetails.Set((uint)index, currentTabFre);
}
return(vecTabDetails.RawValue);
}
catch (Exception e) {
return(new FreException(e).RawValue);
}
}
public FREObject GetTabDetails(FREContext ctx, uint argc, FREObject[] argv)
{
var tabDetails = _view.TabDetails;
try {
var tmp = new FREObject().Init("Vector.<com.tuarua.webview.TabDetails>", null);
var vecTabDetails = new FREArray(tmp);
for (var index = 0; index < tabDetails.Count; index++)
{
var tabDetail = tabDetails[index] as TabDetails;
if (tabDetail == null)
{
continue;
}
var currentTabFre = new FREObject().Init("com.tuarua.webview.TabDetails",
index,
string.IsNullOrEmpty(tabDetail.Address) ? "" : tabDetail.Address,
string.IsNullOrEmpty(tabDetail.Title) ? "" : tabDetail.Title,
tabDetail.IsLoading,
tabDetail.CanGoBack,
tabDetail.CanGoForward,
1.0);
vecTabDetails.Set((uint)index, new FreObjectSharp(currentTabFre)); //TODO update FreSharp to allow FREObjects to be passed
}
return(vecTabDetails.RawValue);
}
catch (Exception e) {
return(new FreException(e).RawValue);
}
}
private FREObject RunArrayTests(FREContext ctx, uint argc, FREObject[] argv)
{
Trace("***********Start Array test***********");
if (argc < 4)
{
return(new FreException("Not enough args").RawValue);
}
var airArray = new FREArray(argv[0]);
var inFre1 = new FREArray(argv[1]);
var inFre2 = new FREArray(argv[2]);
var inFre3 = new FREArray(argv[3]);
var airArrayList = airArray.AsArrayList();
Trace("Convert FREArray to ArrayList :", airArrayList.Count, airArray.Length.Equals(6) ? "✅" : "❌");
airArray.Push(77.ToFREObject(), 88);
Trace("Get FREArray length after 2 appends:", airArray.Length, airArray.Length.Equals(8) ? "✅" : "❌");
airArray[0] = 123.ToFREObject();
foreach (var fre in airArray)
{
Trace("iterate over FREArray", fre.AsInt());
}
var airVectorString = inFre1.AsStringArray();
var airVectorNumber = inFre2.AsDoubleArray();
var airVectorBoolean = inFre3.AsBoolArray();
Trace("Vector.<String> passed from AIR :",
string.Join(",", airVectorString.ToArray()),
string.Join(",", airVectorString.ToArray()).Equals("a,b,c,d") ? "✅" : "❌");
Trace("Vector.<Number> passed from AIR :",
string.Join(",", airVectorNumber.ToArray()),
string.Join(",", airVectorNumber.ToArray()).Equals("1,0.5,2,3.3") ? "✅" : "❌");
Trace("Vector.<Boolean> passed from AIR :",
string.Join(",", airVectorBoolean.ToArray()),
string.Join(",", airVectorBoolean.ToArray()).Equals("True,True,False,True") ? "✅" : "❌");
var newFreArray = new FREArray("Object", 5, true);
Trace("New FREArray of fixed length :", newFreArray.Length, newFreArray.Length.Equals(5) ? "✅" : "❌");
airArray.Set(0, 56);
var itemZero = airArray[0].AsInt();
Trace("Set item 0 of FREArray:", itemZero, itemZero.Equals(56) ? "✅" : "❌");
var marks = new[] { 99, 98, 92, 97, 95 };
return(marks.ToFREObject());
}
private FREObject RunArrayTests(FREContext ctx, uint argc, FREObject[] argv)
{
Trace("***********Start Array test***********");
if (argc < 4)
{
return(new FreException("Not enough args").RawValue);
}
var inFre0 = new FREArray(argv[0]);
var inFre1 = new FREArray(argv[1]);
var inFre2 = new FREArray(argv[2]);
var inFre3 = new FREArray(argv[3]);
var airArray = inFre0.ToArrayList();
var airArrayLen = inFre0.Length;
inFre0[1] = 123.ToFREObject();
foreach (var fre in inFre0)
{
Trace("iterate over FREArray", fre.AsInt());
}
var airVectorString = inFre1.AsStringArray();
var airVectorNumber = inFre2.AsDoubleArray();
var airVectorBoolean = inFre3.AsBoolArray();
Trace("Array passed from AIR:", string.Join(",", airArray.ToArray()));
Trace("AIR Array length:", airArrayLen);
Trace("Vector.<String> passed from AIR:", string.Join(",", airVectorString.ToArray()));
Trace("Vector.<Number> passed from AIR:", string.Join(",", airVectorNumber.ToArray()));
Trace("Vector.<Boolean> passed from AIR:", string.Join(",", airVectorBoolean.ToArray()));
var newFreArray = new FREArray("Object", 5, true);
Trace("New Array of Objects should be 5?", newFreArray.Length);
var itemZero = inFre0[0];
var itemZeroVal = itemZero.AsInt();
Trace("AIR Array item 0 before change:", itemZeroVal);
inFre0.Set(0, 56);
var marks = new[] { 99, 98, 92, 97, 95 };
return(marks.ToFREObject());
}
private FREObject RunArrayTests(FREContext ctx, uint argc, FREObject[] argv)
{
Trace("***********Start Array test***********");
var inFre = new FREArray(argv[0]);
var airArray = argv[0].ToArrayList();
var airArrayLen = inFre.Length;
Trace("Array passed from AIR:", airArray);
Trace("AIR Array length:", airArrayLen);
var itemZero = inFre.At(0);
var itemZeroVal = itemZero.AsInt();
Trace("AIR Array item 0 before change:", itemZeroVal);
inFre.Set(0, 56);
return(inFre.RawValue);
}
public FREObject GetDisplayDevices(FREContext ctx, uint argc, FREObject[] argv)
{
var tmp = new FREObject().Init("Vector.<com.tuarua.DisplayDevice>", null);
var vecDisplayDevices = new FREArray(tmp);
var dd = new DisplayDevice();
dd.cb = Marshal.SizeOf(dd);
_displayDeviceMap.Clear();
try {
uint index = 0;
uint cnt = 0;
while (WinApi.EnumDisplayDevices(null, index++, ref dd, 0))
{
var displayDevice = new FREObject().Init("com.tuarua.DisplayDevice", null);
var displayMonitor = new FREObject().Init("com.tuarua.Monitor", null);
displayDevice.SetProp("isPrimary",
dd.StateFlags.HasFlag(DisplayDeviceStateFlags.PrimaryDevice));
displayDevice.SetProp("isActive",
dd.StateFlags.HasFlag(DisplayDeviceStateFlags.AttachedToDesktop));
displayDevice.SetProp("isRemovable", dd.StateFlags.HasFlag(DisplayDeviceStateFlags.Removable));
displayDevice.SetProp("isVgaCampatible",
dd.StateFlags.HasFlag(DisplayDeviceStateFlags.VgaCompatible));
var monitor = new DisplayDevice();
monitor.cb = Marshal.SizeOf(monitor);
if (!WinApi.EnumDisplayDevices(dd.DeviceName, index - 1, ref monitor, 0))
{
continue;
}
var dm = new Devmode();
dm.dmSize = (short)Marshal.SizeOf(dm);
if (WinApi.EnumDisplaySettings(dd.DeviceName, WinApi.EnumCurrentSettings, ref dm) == 0)
{
continue;
}
var availdm = new Devmode();
availdm.dmSize = (short)Marshal.SizeOf(availdm);
IList <DisplaySettings> availableDisplaySettings = new List <DisplaySettings>();
var freAvailableDisplaySettings = new FREArray(displayDevice.GetProp("availableDisplaySettings"));
uint cntAvailableSettings = 0;
for (var iModeNum = 0;
WinApi.EnumDisplaySettings(dd.DeviceName, iModeNum, ref availdm) != 0;
iModeNum++)
{
var settings = new DisplaySettings {
Width = availdm.dmPelsWidth,
Height = availdm.dmPelsHeight,
BitDepth = Convert.ToInt32(availdm.dmBitsPerPel),
RefreshRate = availdm.dmDisplayFrequency
};
if (HasDisplaySetting(availableDisplaySettings, settings))
{
continue;
}
availableDisplaySettings.Add(settings);
var displaySettings = new FREObject().Init("com.tuarua.DisplaySettings", null);
displaySettings.SetProp("width", availdm.dmPelsWidth);
displaySettings.SetProp("height", availdm.dmPelsHeight);
displaySettings.SetProp("refreshRate", availdm.dmDisplayFrequency);
displaySettings.SetProp("bitDepth", Convert.ToInt32(availdm.dmBitsPerPel));
freAvailableDisplaySettings.Set(cntAvailableSettings, displaySettings);
cntAvailableSettings++;
}
displayMonitor.SetProp("friendlyName", monitor.DeviceString);
displayMonitor.SetProp("name", monitor.DeviceName);
displayMonitor.SetProp("id", monitor.DeviceID);
displayMonitor.SetProp("key", monitor.DeviceKey);
displayDevice.SetProp("friendlyName", dd.DeviceString);
displayDevice.SetProp("name", dd.DeviceName);
displayDevice.SetProp("id", dd.DeviceID);
displayDevice.SetProp("key", dd.DeviceKey);
var currentDisplaySettings = new FREObject().Init("com.tuarua.DisplaySettings", null);
currentDisplaySettings.SetProp("width", dm.dmPelsWidth);
currentDisplaySettings.SetProp("height", dm.dmPelsHeight);
currentDisplaySettings.SetProp("refreshRate", dm.dmDisplayFrequency);
currentDisplaySettings.SetProp("bitDepth", Convert.ToInt32(dm.dmBitsPerPel));
displayDevice.SetProp("currentDisplaySettings", currentDisplaySettings);
displayDevice.SetProp("monitor", displayMonitor);
vecDisplayDevices.Set(cnt, displayDevice);
_displayDeviceMap.Add(dd.DeviceKey, dd);
cnt++;
}
}
catch (Exception e) {
Trace("ERROR: " + e);
}
return(vecDisplayDevices.RawValue);
}