void ReleaseDesignerOutlets()
{
if (TestText != null)
{
TestText.Dispose();
TestText = null;
}
if (LimitedLengthTextField != null)
{
LimitedLengthTextField.Dispose();
LimitedLengthTextField = null;
}
if (MultiLineTextField != null)
{
MultiLineTextField.Dispose();
MultiLineTextField = null;
}
if (TextField != null)
{
TextField.Dispose();
TextField = null;
}
}
public static string GetTestText(TestText testText)
{
string result = "FormattedLabel.GetTestText()";
switch (testText)
{
case TestText.Demo:
result = "This [c 01F573FF]sentence[C FFFFFFFF] is [c FF6666FF]too[C FFFFFFFF] long so it will be [BC 1B07F5FF]split[BC ?] into multiple lines.\nNormal, [F ArialBold]bold, [font ArialItalic]italic, [F Arial][FA u]underline[FA -u], [FA S]strikethrough[FA -s].\n[F Arial 10]10, [F Arial 16]16, [F Arial 24]24, [F Arial 48]48, [F Arial 72]72[F Arial 16]\n[HA L]Left\n[HA C]Center\n[HA R]Right\n[HA L]20 pixels further:[S 20]*\nDefault vertical aligment: [F Arial 10]10, [F Arial 24]24, [F Arial 10]10[FS 16]\n[VA B]Bottom vertical aligment: [F Arial 10]10, [F Arial 24]24, [F Arial 10]10[FS 16][VA ?]\nThis is a [FA U][H hyperlink_value]hyperlink[-H][FA -U].";
break;
case TestText.Fireball:
result = "[HA Center][C FA8C8CFF][FS 24]Fireball[FS 16][color FFFFFFFF]\n\nHurls a ball of fire that [F ArialBold]explodes[F Arial] on [FA U]contact[FA -U] and damages all nearby [FA S]foes [FA -S]enemies.\n\n[VA B][C FF6666FF][F ArialBold 18]8[FS 16][C FFFFFFFF][F Arial] to [C FF6666FF][F ArialBold 18]12[F Arial 16][C FFFFFFFF][F ArialItalic] fire[F Arial] damage[VA ?]";
break;
case TestText.Hyperlink:
result = "This is a hidden [H hidden]hyperlink[-H].\nThis is a visible [FA U][H visible]hyperlink[-H][FA -U].";
break;
case TestText.SpecialText:
result = "Escaped backslash \\\nEscaped bracket [[\nClosing bracket ]\n";
break;
default:
Debug.Log("Invalid index '" + testText.ToString() + "'");
break;
}
return(result);
}
/// <summary>
/// Qualify Goal 1 by testing the sample input from the site
/// </summary>
private static void UnitTest()
{
// Example
const string TestText = @"abc
a
b
c
ab
ac
a
a
a
a
b";
int sample = Goal1(TestText.Split('\n'));
if (sample != 11)
{
throw new InvalidOperationException($"Expected 11, got {sample}");
}
sample = Goal2(TestText.Split('\n'));
if (sample != 6)
{
throw new InvalidOperationException($"Expected 6, got {sample}");
}
}
public void Uses_indent_of_first_line()
{
var command = CreateSUT();
var inputText = new TestText(
"Feature: foo",
"Scenario: bar",
"Given table",
" | foo | bar |",
" | bazbaz | qux | ",
"| quux| corge| ",
"");
var textView = CreateTextView(inputText);
inputText.MoveCaretTo(textView, -2, 0);
command.PostExec(textView, '|'); // this does not enter the char itself
var expectedText = new TestText(
"Feature: foo",
"Scenario: bar",
"Given table",
" | foo | bar |",
" | bazbaz | qux |",
" | quux | corge |",
"");
Assert.Equal(expectedText.ToString(), textView.TextSnapshot.GetText());
}
public void Uses_configured_line_ending()
{
var command = CreateSUT();
var inputText = new TestText(
"Feature: foo",
"Scenario: bar",
"Given table",
" | foo | bar |",
" | bazbaz | qux | ",
"| quux| corge| ",
"");
var configuredNewLine = "\n";
var textView = CreateTextView(inputText, configuredNewLine);
textView.StubEditorOptions.ReplicateNewLineCharacterOption = false;
textView.StubEditorOptions.NewLineCharacterOption = configuredNewLine;
inputText.MoveCaretTo(textView, -2, 0);
command.PostExec(textView, '|'); // this does not enter the char itself
var expectedText = new TestText(
"Feature: foo",
"Scenario: bar",
"Given table",
" | foo | bar |",
" | bazbaz | qux |",
" | quux | corge |",
"");
Assert.Equal(expectedText.ToString(configuredNewLine), textView.TextSnapshot.GetText());
}
public void TestBasicProperties()
{
TestsObject.AssertEqual(TestFloat, 42.0f, "TestFloat");
TestsObject.AssertEqual(TestDouble, 108.0, "TestDouble");
TestsObject.AssertEqual(TestBool, false, "TestBool");
TestsObject.AssertEqual(TestSByte, 43, "TestSByte");
TestsObject.AssertEqual(TestInt16, 44, "TestInt16");
TestsObject.AssertEqual(TestInt, 42, "TestInt");
TestsObject.AssertEqual(TestInt64, 4815162342108, "TestInt64");
TestsObject.AssertEqual(TestByte, 43, "TestByte");
TestsObject.AssertEqual(TestUInt16, 44, "TestUInt16");
TestsObject.AssertEqual(TestUInt32, 0xc001beef, "TestUInt32");
TestsObject.AssertEqual(TestUInt64, 0xdeadbeefdeadbeef, "TestUInt64");
TestsObject.AssertEqual(TestEnum, PixelFormat.A8R8G8B8, "TestEnum");
TestsObject.AssertEqual(TestEnumCpp, ControllerHand.Special7, "TestEnumCpp");
TestsObject.AssertEqual(TestText.ToString(), "Bork bork bork", "TestText");
TestFloat = -42.0f;
TestDouble = -108.0;
TestInt = -42;
TestInt64 = -4815162342108;
TestEnum = PixelFormat.BC4;
TestEnumCpp = ControllerHand.AnyHand;
TestsObject.AssertEqual(TestFloat, -42.0f, "TestFloat-Write");
TestsObject.AssertEqual(TestDouble, -108.0, "TestDouble-Write");
TestsObject.AssertEqual(TestInt, -42, "TestInt-Write");
TestsObject.AssertEqual(TestInt64, -4815162342108, "TestInt64-Write");
TestsObject.AssertEqual(TestEnum, PixelFormat.BC4, "TestEnum-Write");
TestsObject.AssertEqual(TestEnumCpp, ControllerHand.AnyHand, "TestEnumCpp-Write");
TestsObject.AssertEqual(TestPropertyInitializer, 5, "TestPropertyInitializer");
TestsObject.AssertEqual(TestGetOnlyPropertyInitializer, true, "TestGetOnlyPropertyInitializer");
}
public void Dispose()
{
TestText?.Dispose();
Keyword?.Dispose();
IsValidKeyword?.Dispose();
IsInvalidKeyword?.Dispose();
}
protected override void OnReset()
{
TestFloat = 42.0f;
TestDouble = 108.0;
TestBool = false;
TestSByte = 43;
TestInt16 = 44;
TestInt = 42;
TestInt64 = 4815162342108;
TestByte = 43;
TestUInt16 = 44;
TestUInt32 = 0xc001beef;
TestUInt64 = 0xdeadbeefdeadbeef;
TestTestsObject = null;
TestEnum = PixelFormat.A8R8G8B8;
TestEnumCpp = ControllerHand.Special7;
TestVector3 = new OpenTK.Vector3(42.0f, 42.0f, 42.0f);
TestName = new Name("Meef");
TestRotator = new Rotator(42.0f, 42.0f, 42.0f);
TestColor = new Color(42, 42, 42, 42);
TestString = "Meef";
TestText.SetFromString("Bork bork bork");
TestSubclassOf = new SubclassOf <UnrealEngine.Engine.Actor>(typeof(UnrealEngine.Engine.Light));
TestStruct = new MonoTestsStruct
{
TestStructFloat = 42.0f,
TestStructInt32 = -42,
TestStructWeakObject =
TestsObject,
TestSubStruct = new MonoTestsSubStruct
{
TestBool1 = true,
TestBool2 = false,
},
};
TestIntArray.Clear();
TestIntArray.Add(2);
TestIntArray.Add(4);
TestIntArray.Add(6);
TestIntArray.Add(0);
TestIntArray.Add(1);
TestObjArray.Clear();
TestObjArray.Add(this);
TestObjArray.Add(TestsObject);
TestNameArray.Clear();
TestNameArray.Add(new Name("Foo"));
TestNameArray.Add(new Name("Bar"));
TestNameArray.Add(new Name("Hoobajoob"));
TestNameArray.Add(new Name("Doowacky"));
TestWeakObject = this;
}
protected void AssertLinesSelected(IWpfTextView textView, TestText expectedText, int selectionStartLine,
int?selectionEndLine)
{
// commented line is selected
Assert.Equal(expectedText.GetLineStartPosition(selectionStartLine), textView.Selection.Start.Position);
Assert.Equal(expectedText.GetLineEndPosition(selectionEndLine ?? selectionStartLine),
textView.Selection.End.Position);
// cursor moved to end of selection
Assert.Equal(textView.Selection.End.Position, textView.Caret.Position.BufferPosition.Position);
}
public void ShouldReturnProvidedValue()
{
//Arrange
TestText subject = new TestText("TheValue");
//Act
string actual = subject;
//Assert
actual.Should().Be("TheValue");
}
public void TestDrawTextWithDefaultTransform()
{
TestText test = new TestText();
this.textBatch.Begin();
try {
this.textBatch.DrawText(test, Color.White);
}
finally {
this.textBatch.End();
}
}
public void Can_uncomment_lines(string test, int selectionStartLine, int selectionStartColumn, int?selectionEndLine, int?selectionEndColumn, string inputTextValue)
{
Console.WriteLine($"running: {test}");
var command = new UncommentCommand(null, null, _monitoringService);
var inputText = new TestText(inputTextValue);
var textView = CreateTextView(inputText, selectionStartLine, selectionStartColumn, selectionEndLine, selectionEndColumn);
command.PreExec(textView, command.Targets.First());
var expectedText = new TestText(
"Feature: foo",
"Scenario: bar",
"");
Assert.Equal(expectedText.ToString(), textView.TextSnapshot.GetText());
AssertLinesSelected(textView, expectedText, selectionStartLine, selectionEndLine);
}
public void TestDrawTextWithCustomTransform()
{
TestText test = new TestText();
Matrix testMatrix = new Matrix(
1.1f, 1.2f, 1.3f, 1.4f,
2.1f, 2.2f, 2.3f, 2.4f,
3.1f, 3.2f, 3.3f, 3.4f,
4.1f, 4.2f, 4.3f, 4.4f
);
this.textBatch.Begin();
try {
this.textBatch.DrawText(test, testMatrix, Color.White);
}
finally {
this.textBatch.End();
}
}
public void ThenAllSectionOfTypesShouldBeHighlightedAs(string[] keywordTypes, string expectedContent)
{
var expectedContentText = new TestText(expectedContent);
var tags = GetDeveroomTags(_wpfTextView).Where(t => keywordTypes.Contains(t.Type)).ToArray();
var testTextSections = expectedContentText.Sections.Where(s => keywordTypes.Contains(s.Label)).ToArray();
testTextSections.Should().NotBeEmpty("there should be something to expect");
foreach (var section in testTextSections)
{
tags.Should().Contain(t =>
t.Type == section.Label &&
t.Span.Start == expectedContentText.GetSnapshotPoint(t.Span.Snapshot, section.Start.Line, section.Start.Column) &&
t.Span.End == expectedContentText.GetSnapshotPoint(t.Span.Snapshot, section.End.Line, section.End.Column),
$"the section '{section}' should be highlighted"
);
}
tags.Should().HaveCount(testTextSections.Length);
}
public IHttpActionResult word([FromBody] TestText input)
{
if (input != null)
{
if (input.data.Length != 4)
{
return(BadRequest("the data needs have only and exclusive 4 characters"));
}
else
{
TestText salida = new TestText();
salida.data = input.data.ToUpper();
return(Json <TestText>(salida));
}
}
else
{
return(BadRequest());
}
}
protected IWpfTextView CreateTextView(TestText inputText, int selectionStartLine, int selectionStartColumn,
int?selectionEndLine, int?selectionEndColumn)
{
var textBuffer = VsxStubObjects.CreateTextBuffer(inputText.ToString());
IWpfTextView textView = new StubWpfTextView(textBuffer);
if (selectionEndColumn != null && selectionEndLine != null)
{
textView.Selection.Select(new SnapshotSpan(
inputText.GetSnapshotPoint(textView.TextSnapshot, selectionStartLine, selectionStartColumn),
inputText.GetSnapshotPoint(textView.TextSnapshot, selectionEndLine.Value, selectionEndColumn.Value)),
false);
}
int caretLine = selectionEndLine ?? selectionStartLine;
int caretColumn = selectionEndColumn ?? selectionStartColumn;
textView.Caret.MoveTo(inputText.GetSnapshotPoint(textView.TextSnapshot, caretLine, caretColumn));
return(textView);
}
public void Should_not_remove_unfinished_cells_when_formattig_table()
{
var command = CreateSUT();
var inputText = new TestText(
@"Feature: foo",
@"Scenario: bar",
@"Given table",
@" | foo | bar ",
@" | foo | bar baz ",
@" | foo ",
@" | ",
@" | foo | ",
@" | foo | \| ",
@" | foo | \|",
@" | foo | bar \\| ",
@" | foo | bar ",
@"");
var textView = CreateTextView(inputText);
inputText.MoveCaretTo(textView, -2, -1);
textView.SimulateType(command, '|');
var expectedText = new TestText(
@"Feature: foo",
@"Scenario: bar",
@"Given table",
@" | foo | bar",
@" | foo | bar baz",
@" | foo",
@" |",
@" | foo |",
@" | foo | \|",
@" | foo | \|",
@" | foo | bar \\ |",
@" | foo | bar |",
@"");
Assert.Equal(expectedText.ToString(), textView.TextSnapshot.GetText());
}
public void Formats_data_table_when_pipe_typed_of_an_incomplete_table()
{
var command = CreateSUT();
var inputText = _unformattedText.Replace(-2, @"| c\n\| |"); // remove last cell
var textView = CreateTextView(inputText);
inputText.MoveCaretTo(textView, -2, -1);
textView.SimulateType(command, '|');
var expectedText = new TestText(
@"Feature: foo",
@"Scenario: bar",
@"Given table",
@" | foo | bar |",
@" | bazbaz | qux |",
@" | qu\\ |",
@"");
Assert.Equal(expectedText.ToString(), textView.TextSnapshot.GetText());
}
public void TestDrawTextWithCustomEffect()
{
TestText test = new TestText();
BasicEffect effect = new BasicEffect(
this.mockedGraphicsDeviceService.GraphicsDevice
#if XNA_3
, null
#endif
);
try {
this.textBatch.Begin();
try {
this.textBatch.DrawText(test, effect);
}
finally {
this.textBatch.End();
}
}
finally {
effect.Dispose();
}
}
public IHttpActionResult gettime([FromUri] string value)
{
if (value != null)
{
DateTime receibedTime = new DateTime();
if (DateTime.TryParseExact(value, "HH:mm", CultureInfo.CurrentCulture.DateTimeFormat, System.Globalization.DateTimeStyles.None, out receibedTime))
{
TestText output = new TestText();
DateTime newtime = DateTime.Now;
//receibedTime.AddSeconds(newtime.Second);
output.data = receibedTime.ToString("yyyy-MM-ddTHH:mm:ssZ");
return(Json <TestText>(output));
}
else
{
return(BadRequest("the input time isn't in the HH:mm format "));
}
}
else
{
return(BadRequest());
}
}
public void ThenAllSectionOfTypesShouldBeHighlightedAs(string[] keywordTypes, string expectedContent)
{
var expectedContentText = new TestText(expectedContent);
var tags = GetDeveroomTags(_wpfTextView).Where(t => keywordTypes.Contains(t.Type)).ToArray();
var testTextSections = expectedContentText.Sections.Where(s => keywordTypes.Contains(s.Label)).ToArray();
testTextSections.Should().NotBeEmpty("there should be something to expect");
var matchedTags = tags.ToList();
foreach (var section in testTextSections)
{
var matchedTag = tags.FirstOrDefault(
t =>
t.Type == section.Label &&
t.Span.Start == expectedContentText.GetSnapshotPoint(t.Span.Snapshot, section.Start.Line,
section.Start.Column) &&
t.Span.End ==
expectedContentText.GetSnapshotPoint(t.Span.Snapshot, section.End.Line, section.End.Column)
);
matchedTag.Should().NotBeNull($"the section '{section}' should be highlighted");
matchedTags.Remove(matchedTag);
}
matchedTags.Should().BeEmpty();
}
public void TestVerticesProperty() {
Text test = new TestText();
Assert.AreEqual(123, test.Vertices.Length);
}
public void TestWidthProperty()
{
Text test = new TestText();
Assert.AreEqual(12.34f, test.Width);
}
public void TestHeightProperty()
{
Text test = new TestText();
Assert.AreEqual(56.78f, test.Height);
}
public void TestPrimitiveTypeProperty()
{
Text test = new TestText();
Assert.AreEqual(PrimitiveType.TriangleList, test.PrimitiveType);
}
public void TestHeightProperty() {
Text test = new TestText();
Assert.AreEqual(56.78f, test.Height);
}
public async Task <ApiResponse <string> > WriteTextToFile([FromBody] TestText testText)
{
var response = await _textFileManager.WriteText(testText.FileName, testText.Text);
return(response);
}
public void StartTest()
{
testsInfo = TestsLoader.LoadTestsFromFile(@"Resources/Tasks.test");
if (randomizeTasks)
{
testsInfo = RandomizeArray(testsInfo);
}
if (testsArr != null)
{
for (int i = 0; i < testsArr.Length; i++)
{
testsArr[i].Dispose();
}
}
TestSelector.Items.Clear();
testsArr = new BaseTest[testsInfo.Length];
Padding singleAnswerPadding = new Padding(35, 0, 0, 0);
Padding multyAnswerPadding = new Padding(80, 0, 0, 0);
int imageBottomPadding = 55;
for (int i = 0; i < testsArr.Length; i++)
{
TestInfo info = testsInfo[i];
switch (info.TestType)
{
case TestType.Text:
TestText testText = new TestText();
testText.Parent = TestPanelHolder;
testText.Size = TestPanelHolder.Size;
TextBox textBox = new TextBox();
testText.AnswerBox = textBox;
textBox.Parent = testText;
textBox.Font = new Font(textBox.Font.FontFamily, 32);
textBox.BackColor = Color.FromArgb(255, 4, 13, 21);
textBox.ForeColor = Color.FromKnownColor(KnownColor.Control);
textBox.TextAlign = HorizontalAlignment.Center;
textBox.Width = 650;
textBox.Anchor = AnchorStyles.Left;
textBox.Left = (testText.Width - textBox.Width) / 2;
textBox.Top = (testText.Height - textBox.Height) / 2;
textBox.CharacterCasing = CharacterCasing.Upper;
testsArr[i] = testText;
break;
case TestType.SingleAnswer:
TestSingleAnswer testSingleAnswer = new TestSingleAnswer();
testSingleAnswer.Parent = TestPanelHolder;
testSingleAnswer.Size = TestPanelHolder.Size;
testSingleAnswer.LayoutPanel.Size = testSingleAnswer.Size;
testSingleAnswer.RadioButtons = new RadioButton[info.Tasks.Length];
for (int x = 0; x < info.Tasks.Length; x++)
{
RadioButton button = new RadioButton();
testSingleAnswer.RadioButtons[x] = button;
button.Parent = testSingleAnswer.LayoutPanel;
button.ForeColor = Color.FromKnownColor(KnownColor.Control);
button.Text = (x + 1) + ") " + info.Tasks[x];
button.Padding = singleAnswerPadding;
button.Font = new Font(button.Font.FontFamily, 20);
Size size = testSingleAnswer.LayoutPanel.Size;
size.Width = size.Width / 2 - 9;
size.Height = (size.Height / (int)Math.Ceiling(info.Tasks.Length * 0.5)) - 3;
button.Size = size;
}
testsArr[i] = testSingleAnswer;
break;
case TestType.MultyAnswer:
TestMultyAnswer testMultyAnswer = new TestMultyAnswer();
testMultyAnswer.Parent = TestPanelHolder;
testMultyAnswer.Size = TestPanelHolder.Size;
testMultyAnswer.LayoutPanel.Size = testMultyAnswer.Size;
testMultyAnswer.CheckBoxes = new CheckBox[info.Tasks.Length];
testMultyAnswer.MultyAnswer = new string[info.Tasks.Length];
for (int x = 0; x < info.Tasks.Length; x++)
{
CheckBox checkBox = new CheckBox();
testMultyAnswer.CheckBoxes[x] = checkBox;
checkBox.Parent = testMultyAnswer.LayoutPanel;
checkBox.ForeColor = Color.FromKnownColor(KnownColor.Control);
checkBox.Text = (x + 1) + ") " + info.Tasks[x];
checkBox.Padding = multyAnswerPadding;
checkBox.Font = new Font(checkBox.Font.FontFamily, 20);
Size size = testMultyAnswer.LayoutPanel.Size;
size.Height = (size.Height / info.Tasks.Length) - 3;
checkBox.Size = size;
}
testsArr[i] = testMultyAnswer;
break;
case TestType.Image:
TestImage testImage = new TestImage();
testImage.Parent = TestPanelHolder;
testImage.Size = TestPanelHolder.Size;
testImage.LayoutPanel.Size = testImage.Size;
testImage.RadioButtons = new RadioButton[info.Tasks.Length];
for (int x = 0; x < info.Tasks.Length; x++)
{
RadioButton button = new RadioButton();
testImage.RadioButtons[x] = button;
button.Parent = testImage.LayoutPanel;
button.ForeColor = Color.FromKnownColor(KnownColor.Control);
button.Text = (x + 1) + ") " + info.Tasks[x];
button.Font = new Font(button.Font.FontFamily, 14);
Size size = testImage.LayoutPanel.Size;
size.Width = size.Width / 2 - 9;
size.Height = (size.Height / (int)Math.Ceiling(info.Tasks.Length * 0.5)) - 3;
button.Size = size;
Padding padding = new Padding(button.Width / 2, button.Height - imageBottomPadding, 0, 0);
button.Padding = padding;
PictureBox picture = new PictureBox();
string picturePath = @"Resources/";
picturePath += info.Pictures[x];
picture.Image = Image.FromFile(picturePath);
picture.Parent = button;
picture.SizeMode = PictureBoxSizeMode.Zoom;
int imageSideSize = button.Height - imageBottomPadding - 4;
picture.Size = new Size(imageSideSize, imageSideSize);
picture.Left = (button.Width / 2) - (imageSideSize / 2);
picture.Top = 4;
}
testsArr[i] = testImage;
break;
case TestType.Connection:
testsArr[i] = new TestConnection();
break;
default:
break;
}
testsArr[i].TestInfo = info;
testsArr[i].Hide();
TestSelector.Items.Add((i + 1) + ") " + info.TestTitle);
}
selectedTask = 0;
Question.Text = "Вопрос: " + testsInfo[selectedTask].TestTask;
testsArr[selectedTask].Show();
}
public void TestPrimitiveTypeProperty() {
Text test = new TestText();
Assert.AreEqual(PrimitiveType.TriangleList, test.PrimitiveType);
}
// Use this for initialization
public override void Start()
{
// Initialize
InitAll();
Logger.debug = true;
// Set up input listeners
Inputs.SetKeyListeners(_keyListeners);
// Beats logo
TestLogo.Init();
TestLogo logo = TestLogo.Instantiate();
logo.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmin);
// Arrow in each corner
TestArrow.Init();
for (int x = 0; x < 3; x++)
{
for (int y = 0; y < 3; y++)
{
float posX = (x == 0) ? Screens.xmin : (x == 1) ? Screens.xmid : Screens.xmax;
float posY = (y == 0) ? Screens.ymin : (y == 1) ? Screens.ymid : Screens.ymax;
float posZ = Screens.zmin;
TestArrow arrow = TestArrow.Instantiate();
arrow.name = String.Format("_arrow({0}, {1})", x, y);
arrow.position = new Vector3(posX, posY, posZ);
}
}
_randomArrow = TestArrow.Instantiate();
_randomArrow.name = "_randomArrow";
_randomArrow.position = new Vector3(Screens.xmax - 75f, Screens.ymax - 50f, Screens.zmin);
// Two random holds
TestHold.Init();
_hold1 = TestHold.Instantiate(Screens.height - _randomArrow.height);
_hold1.name = "_hold1";
_hold1.position = new Vector3(Screens.xmax - (_hold1.width / 2), Screens.ymid, Screens.zmid);
_hold2 = TestHold.Instantiate(_randomArrow.height * 4);
_hold2.name = "_hold2";
_hold2.position = new Vector3(_hold1.x - _hold1.width * 2, Screens.ymid, Screens.zmid);
// Background image
TestBackground background = TestBackground.Instantiate();
background.name = "_background2";
background.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmax);
background.color = new Color(background.color.r, background.color.g, background.color.b, 0.75f);
// Generated arrows
_arrows = new List <TestArrow>();
_addTimer = ADD_INTERVAL;
_arrowCount = 0;
// Text label
FontMeshData squareTextData = new FontMeshData(
"_SquareFont",
SysInfo.GetPath("Sandbox/Square.png"),
SysInfo.GetPath("Sandbox/Square.fnt")
);
float textWidth = squareTextData.width * (_randomArrow.height / 2) / squareTextData.height;
float textHeight = (_randomArrow.height / 2);
_sysInfo = TestText.Instantiate(
squareTextData,
"_SysInfo",
textWidth * 0.7f, textHeight * 0.7f,
TextAnchor.UpperLeft
);
_sysInfo.position = new Vector3(Screens.xmin, Screens.ymax, Screens.zdebug);
_sysInfo.color = new Color(1f, 1f, 1f, 0.5f); // Semi-transparent Gray
_sysInfo.text = SysInfo.InfoString();
_audioTime = TestText.Instantiate(
squareTextData,
"_AudioTime",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_audioTime.position = new Vector3(Screens.xmin, Screens.ymin + (_randomArrow.height / 2), Screens.zdebug);
_touchLog = TestText.Instantiate(
squareTextData,
"_Touch Log",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_touchLog.position = new Vector3(Screens.xmin, Screens.ymin, Screens.zdebug);
_touchLog.color = new Color(255f / 255f, 204f / 255f, 0f); // Tangerine
_collisionLog = TestText.Instantiate(
squareTextData,
"_Collision Log",
textWidth, textHeight,
TextAnchor.LowerRight
);
_collisionLog.position = new Vector3(Screens.xmax, Screens.ymin, Screens.zdebug);
_collisionLog.color = Color.red;
// FPS Counter
_fpsCounter = FpsCounter.Instantiate(squareTextData, textHeight);
_fpsCounter.position = new Vector3(Screens.xmax, Screens.ymax, Screens.zdebug);
// Load music
_audioPlayer = AudioPlayer.Instantiate();
_audioPlayer.Set(AudioClips.SANDBOX_SONG);
_audioPlayer.loop = true;
_audioPlayer.Play();
TestMine.Init();
_mine = TestMine.Instantiate();
_mine.gameObject.transform.position = new Vector3(Screens.xmid, (Screens.ymin + Screens.ymid) / 2, Screens.zmin - 10);
SettingsFile testIniFile = new SettingsFile(SysInfo.GetPath("Sandbox/Test.ini"));
testIniFile.Set("Beats", "Version", "MODIFIED");
testIniFile.Write(SysInfo.GetPath("Sandbox/Test2.ini"));
}
public void ThenTheEditorShouldBeUpdatedTo(string expectedContentValue)
{
var expectedContent = new TestText(expectedContentValue);
Assert.Equal(expectedContent.ToString(), _wpfTextView.TextSnapshot.GetText());
}
public void TestWidthProperty() {
Text test = new TestText();
Assert.AreEqual(12.34f, test.Width);
}
// Use this for initialization
public override void Start()
{
// Initialize
InitAll();
Logger.debug = true;
// Set up input listeners
Inputs.SetKeyListeners(_keyListeners);
// Beats logo
TestLogo.Init();
TestLogo logo = TestLogo.Instantiate();
logo.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmin);
// Arrow in each corner
TestArrow.Init();
for (int x = 0; x < 3; x++) {
for (int y = 0; y < 3; y++) {
float posX = (x == 0) ? Screens.xmin : (x == 1) ? Screens.xmid : Screens.xmax;
float posY = (y == 0) ? Screens.ymin : (y == 1) ? Screens.ymid : Screens.ymax;
float posZ = Screens.zmin;
TestArrow arrow = TestArrow.Instantiate();
arrow.name = String.Format("_arrow({0}, {1})", x, y);
arrow.position = new Vector3(posX, posY, posZ);
}
}
_randomArrow = TestArrow.Instantiate();
_randomArrow.name = "_randomArrow";
_randomArrow.position = new Vector3(Screens.xmax - 75f, Screens.ymax - 50f, Screens.zmin);
// Two random holds
TestHold.Init();
_hold1 = TestHold.Instantiate(Screens.height - _randomArrow.height);
_hold1.name = "_hold1";
_hold1.position = new Vector3(Screens.xmax - (_hold1.width / 2), Screens.ymid, Screens.zmid);
_hold2 = TestHold.Instantiate(_randomArrow.height * 4);
_hold2.name = "_hold2";
_hold2.position = new Vector3(_hold1.x - _hold1.width * 2, Screens.ymid, Screens.zmid);
// Background image
TestBackground background = TestBackground.Instantiate();
background.name = "_background2";
background.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmax);
background.color = new Color(background.color.r, background.color.g, background.color.b, 0.75f);
// Generated arrows
_arrows = new List<TestArrow>();
_addTimer = ADD_INTERVAL;
_arrowCount = 0;
// Text label
FontMeshData squareTextData = new FontMeshData(
"_SquareFont",
SysInfo.GetPath("Sandbox/Square.png"),
SysInfo.GetPath("Sandbox/Square.fnt")
);
float textWidth = squareTextData.width * (_randomArrow.height / 2) / squareTextData.height;
float textHeight = (_randomArrow.height / 2);
_sysInfo = TestText.Instantiate(
squareTextData,
"_SysInfo",
textWidth * 0.7f, textHeight * 0.7f,
TextAnchor.UpperLeft
);
_sysInfo.position = new Vector3(Screens.xmin, Screens.ymax, Screens.zdebug);
_sysInfo.color = new Color(1f, 1f, 1f, 0.5f); // Semi-transparent Gray
_sysInfo.text = SysInfo.InfoString();
_audioTime = TestText.Instantiate(
squareTextData,
"_AudioTime",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_audioTime.position = new Vector3(Screens.xmin, Screens.ymin + (_randomArrow.height / 2), Screens.zdebug);
_touchLog = TestText.Instantiate(
squareTextData,
"_Touch Log",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_touchLog.position = new Vector3(Screens.xmin, Screens.ymin, Screens.zdebug);
_touchLog.color = new Color(255f / 255f, 204f/255f, 0f); // Tangerine
_collisionLog = TestText.Instantiate(
squareTextData,
"_Collision Log",
textWidth, textHeight,
TextAnchor.LowerRight
);
_collisionLog.position = new Vector3(Screens.xmax, Screens.ymin, Screens.zdebug);
_collisionLog.color = Color.red;
// FPS Counter
_fpsCounter = FpsCounter.Instantiate(squareTextData,textHeight);
_fpsCounter.position = new Vector3(Screens.xmax, Screens.ymax, Screens.zdebug);
// Load music
_audioPlayer = AudioPlayer.Instantiate();
_audioPlayer.Set(AudioClips.SANDBOX_SONG);
_audioPlayer.loop = true;
_audioPlayer.Play();
TestMine.Init();
_mine = TestMine.Instantiate();
_mine.gameObject.transform.position = new Vector3(Screens.xmid, (Screens.ymin + Screens.ymid) / 2, Screens.zmin - 10);
SettingsFile testIniFile = new SettingsFile(SysInfo.GetPath("Sandbox/Test.ini"));
testIniFile.Set("Beats", "Version", "MODIFIED");
testIniFile.Write(SysInfo.GetPath("Sandbox/Test2.ini"));
}
private StubWpfTextView CreateTextView(TestText inputText, string newLine = null)
{
return(StubWpfTextView.CreateTextView(_ideScope, inputText, newLine));
}
public void TestDrawTextWithDefaultTransform() {
TestText test = new TestText();
this.textBatch.Begin();
try {
this.textBatch.DrawText(test, Color.White);
}
finally {
this.textBatch.End();
}
}
public void TestIndicesProperty() {
Text test = new TestText();
Assert.AreEqual(1234, test.Indices.Length);
}
public void TestDrawTextWithCustomTransform() {
TestText test = new TestText();
Matrix testMatrix = new Matrix(
1.1f, 1.2f, 1.3f, 1.4f,
2.1f, 2.2f, 2.3f, 2.4f,
3.1f, 3.2f, 3.3f, 3.4f,
4.1f, 4.2f, 4.3f, 4.4f
);
this.textBatch.Begin();
try {
this.textBatch.DrawText(test, testMatrix, Color.White);
}
finally {
this.textBatch.End();
}
}
public void TestDrawTextWithCustomEffect() {
TestText test = new TestText();
BasicEffect effect = new BasicEffect(
this.mockedGraphicsDeviceService.GraphicsDevice
#if !XNA_4
, null
#endif
);
try {
this.textBatch.Begin();
try {
this.textBatch.DrawText(test, effect);
}
finally {
this.textBatch.End();
}
}
finally {
effect.Dispose();
}
}
public void TestIndicesProperty()
{
Text test = new TestText();
Assert.AreEqual(1234, test.Indices.Length);
}
