public void EvalBlock(RCRunner runner, RCClosure closure, RCCube right)
{
BlockWriter writer = new BlockWriter(right);
RCBlock result = writer.Write();
runner.Yield(closure, result);
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("ELEMENTACTION")
.Token(Locator)
.Literal(ElementString);
if (Recursive)
{
writer.Boolean(Recursive, "Recursive");
}
else if (ElementIndex != 0)
{
writer.Integer(ElementIndex, "ElementIndex");
}
writer
.Indent()
.Token(Action)
.Literal(Input, "Input");
if (!writer.CheckDefault(OutputVariable, "OutputVariable"))
{
writer
.Arrow()
.Token(IsCapture ? "CAP" : "VAR")
.Literal(OutputVariable);
}
return(writer.ToString());
}
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled)
.Label(Label) // Write the label. If the label is the default one, nothing is written.
.Token(Name) // Write the block name. This cannot be changed.
.Literal(awshost)
.Literal(awspath)
.Literal(awsregion)
.Literal(awscredential)
.Literal(awskey)
.Literal(awssecretkey)
.Literal(awssession)
.Literal(awshttpmethod)
.Literal(awsbodydata)
.Literal(awscustomheader);
if (!writer.CheckDefault(VariableName, nameof(VariableName)))
{
writer
.Arrow() // Write the -> arrow.
.Token(IsCapture ? "CAP" : "VAR") // Write CAP or VAR depending on IsCapture.
.Literal(VariableName); // Write the Variable Name as a literal.
}
return(writer.ToString());
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("PARSE")
.Literal(ParseTarget)
.Token(Type);
switch (Type)
{
case ParseType.LR:
writer
.Literal(LeftString)
.Literal(RightString)
.Boolean(Recursive, "Recursive")
.Boolean(UseRegexLR, "UseRegexLR");
break;
case ParseType.CSS:
writer
.Literal(CssSelector)
.Literal(AttributeName);
if (Recursive)
{
writer.Boolean(Recursive, "Recursive");
}
else
{
writer.Integer(CssElementIndex, "CssElementIndex");
}
break;
case ParseType.JSON:
writer
.Literal(JsonField)
.Boolean(Recursive, "Recursive");
break;
case ParseType.REGEX:
writer
.Literal(RegexString)
.Literal(RegexOutput)
.Boolean(Recursive, "Recursive");
break;
}
writer
.Arrow()
.Token(IsCapture ? "CAP" : "VAR")
.Literal(VariableName);
if (!writer.CheckDefault(Prefix, "Prefix") || !writer.CheckDefault(Suffix, "Suffix"))
{
writer.Literal(Prefix).Literal(Suffix);
}
return(writer.ToString());
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("TCP")
.Token(TCPCommand);
switch (TCPCommand)
{
case TCPCommand.Connect:
writer
.Literal(Host)
.Literal(Port)
.Boolean(UseSSL, "UseSSL");
break;
case TCPCommand.Send:
writer
.Literal(Message);
break;
}
if (!writer.CheckDefault(VariableName, "VariableName"))
{
writer
.Arrow()
.Token(IsCapture ? "CAP" : "VAR")
.Literal(VariableName);
}
return(writer.ToString());
}
private static Block GetLitTextureShaderBlock(Shader shader)
{
var w = new BlockWriter();
w.WriteString(shader.Name); // shader name
w.WriteU32(1); // Lit texture shader attributes: 1 = Lights enabled
w.WriteF32(0f); // Alpha Test Reference
w.WriteU32(0x00000617); // Alpha Test Function: ALWAYS
w.WriteU32(0x00000605); // Color Blend Function: FB_MULTIPLY
w.WriteU32(1); // Render pass enabled flags
w.WriteU32(string.IsNullOrEmpty(shader.Texture) ? 0u : 1u); // Shader channels (active texture count)
w.WriteU32(0); // Alpha texture channels
w.WriteString(shader.Material); // Material name
// Texture information.
if (!string.IsNullOrEmpty(shader.Texture))
{
w.WriteString(shader.Texture); // Texture name
w.WriteF32(1f); // Texture Intensity
w.WriteU8(0); // Blend function: 0 - Multiply
w.WriteU8(1); // Blend Source, 1 - blending constant
w.WriteF32(1f); // Blend Constant
w.WriteU8(0x00); // Texture Mod; 0x00: TM_NONE; shader should use texture coordinates of the model
w.WriteArray(Matrix4.GetIdentityMatrix().ToArray()); // Texture Transform Matrix Element
w.WriteArray(Matrix4.GetIdentityMatrix().ToArray()); // Texture Wrap Transform Matrix Element
w.WriteU8(0x03); // Texture Repeat
}
return(w.GetBlock(BlockType.LitTextureShader));
}
public void TestWrite()
{
IGZipBlockWriter blockWriter = new BlockWriter();
Stream compressedStream = TestUtils.Compress(10);
Block block = new Block
{
ExtraField = new byte[] { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 },
OriginalFileName = "test.txt",
Comment = "test",
Flags = GZipFlags.FEXTRA | GZipFlags.FNAME | GZipFlags.FCOMMENT
};
blockWriter.Write(
compressedStream,
block,
BlockFlags.ExtraField | BlockFlags.OriginalFileName | BlockFlags.Comment | BlockFlags.Flags
);
IBlockReader blockReader = new BlockReader();
Block newBlock = blockReader.Read(compressedStream, BlockFlags.All);
Assert.AreEqual(block.Flags, newBlock.Flags);
CollectionAssert.AreEqual(block.ExtraField, newBlock.ExtraField);
Assert.AreEqual(block.Comment, newBlock.Comment);
Assert.AreEqual(block.OriginalFileName, newBlock.OriginalFileName);
}
public void ReadWriteTest(int count)
{
var bw = new BlockWriter(_filepath);
var r = new Random();
var testData = new byte[count];
var testblock = new Datablock
{
Data = testData,
Count = testData.Length
};
bw.Write(testblock, 0);
var testblock2 = new Datablock
{
Data = new byte[count]
};
var br = new BlockReader(_filepath);
br.Read(testblock2, 0, testblock.Count);
CollectionAssert.AreEqual(testblock.Data, testblock2.Data);
Assert.AreEqual(testblock.Count, testblock.Count);
}
/*
* This method basically does the opposite of the method above, so it converts a Block from a class to an actual
* LoliScript statement. It's much easier to write since the BlockWriter was implemented with a fluent pattern.
*/
public override string ToLS(bool indent = true)
{
/*
* We initialize a new BlockWriter with the given Block type (in this case, GetType() will return BlockSum)
* and indentation enabled by default when needed (you can type .Indent() anywhere to indent to the next line).
* The Disabled parameter will tell the writer if the block has been disabled. In that case, it will put a '!'
* in front of the statement to indicate that it shouldn't be executed by a debugger or runner.
*/
var writer = new BlockWriter(GetType(), indent, Disabled)
.Label(Label) // Write the label. If the label is the default one, nothing is written.
.Token(Name) // Write the block name. This cannot be changed.
.Literal(First) // Write the 'First' parameter as a literal (it will be double quoted).
.Literal(Second); // Write the 'Second' parameter as a literal.
// Check if the VariableName is the default one. If it is, we don't need to write it to the string.
if (!writer.CheckDefault(VariableName, nameof(VariableName)))
{
// Here we reutilize the writer to write more stuff.
writer
.Arrow() // Write the -> arrow.
.Token(IsCapture ? "CAP" : "VAR") // Write CAP or VAR depending on IsCapture.
.Literal(VariableName); // Write the Variable Name as a literal.
}
// Finally we call the ToString() method of the writer to return the statement that will be written to the LoliScript code.
return(writer.ToString());
}
public static void WriteRules(BlockWriter br, MetadataCli.Property entityTypeProperty, MetadataCli.Metadata metadataCli)
{
if (!entityTypeProperty.Nullable)
{
br.WriteLine("required: true,");
}
switch (entityTypeProperty.Type)
{
case "number":
br.WriteLine("number: true,");
break;
case "string":
br.WriteLine("maxLength: " + entityTypeProperty.MaxLength + ",");
break;
case "boolean":
break;
case "Date":
br.WriteLine("date: true,");
break;
case "any":
case "any[]":
break;
default:
throw new ArgumentException("Unknown data type.");
}
}
private void WriteBlocks(PipeWriter pipeWriter, IEnumerator <IMemoryItem> iterator, ref int counter)
{
using var blockWriter = new BlockWriter(iterator, _metaData.Filter);
while (blockWriter.MoreToWrite)
{
var span = pipeWriter.GetSpan(FileConsts.PageSize);
span = span[..FileConsts.PageSize];
private void WriteVarOrCap(BlockWriter writer)
{
if (!writer.CheckDefault(VariableName, nameof(VariableName)))
{
writer.Arrow()
.Token(IsCapture ? "CAP" : "VAR")
.Literal(VariableName);
}
}
private void Write(BlockWriter writer)
{
while (!_isCancelled && _writeBlockQueue.TryDequeue(out Block block))
{
writer.Write(block);
}
writer.Dispose();
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("BROWSERACTION")
.Token(Action)
.Literal(Input, "Input");
return writer.ToString();
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("EXECUTEJS")
.Literal(JavascriptCode.Replace("\r\n", " ").Replace("\n", " "));
return(writer.ToString());
}
private static Block GetGroupNodeBlock(Node node)
{
var w = new BlockWriter();
w.WriteString(node.Name); // model node name
w.WriteU32(1); // parent node count
w.WriteString(node.Parent); // parent node name
w.WriteArray(node.Transformation.ToArray()); // transformation
return(w.GetBlock(BlockType.GroupNode));
}
private static BlockWriter initializeBlockWriter(string filePath, int blockSize)
{
if (File.Exists(filePath))
{
File.Delete(filePath);
}
var fileBase = new FileIOBasics(filePath, blockSize, true);
var blockWriter = new BlockWriter(fileBase, new BlockSplitter(fileBase), true);
return(blockWriter);
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("BYPASSCF")
.Literal(Url)
.Literal(UserAgent, "UserAgent");
return(writer.ToString());
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("NAVIGATE")
.Literal(Url)
.Integer(Timeout, "Timeout");
return(writer.ToString());
}
public override string ToLS(bool indent = true)
{
BlockWriter blockWriter = new BlockWriter(base.GetType(), indent, base.Disabled).Label(base.Label).Token(this.Name, "").Literal(this.Email, "").Literal(this.Password, "").Integer(this.MaxFilesCaptured, "");
bool flag = !blockWriter.CheckDefault(this.VariableName, "VariableName");
if (flag)
{
blockWriter.Arrow().Token(this.IsCapture ? "CAP" : "VAR", "").Literal(this.VariableName, "");
}
return(blockWriter.ToString());
}
private static Block GetShadingModifierBlock(string nodeName, string shaderName)
{
var w = new BlockWriter();
w.WriteString(nodeName); // shading modifier name
w.WriteU32(1); // chain index
w.WriteU32(1); // shading attributes
w.WriteU32(1); // shading list count
w.WriteU32(1); // shader count
w.WriteString(shaderName); // shader name
return(w.GetBlock(BlockType.ShadingModifier));
}
private static Block GetTextureResourceModifierChain(Texture texture)
{
var w = new BlockWriter();
w.WriteString(texture.Name); // modifier chain name
w.WriteU32(2); // modifier chain type: 2 = texture resource modifier chain
w.WriteU32(0); // modifier chain attributes: 0 = neither bounding sphere nor
w.WritePadding(); // modifier chain padding
w.WriteU32(1); // modifier count in this chain
w.WriteBlock(GetTextureDeclarationBlock(texture));
return(w.GetBlock(BlockType.ModifierChain));
}
private static Block GetModelNodeBlock(Node node)
{
var w = new BlockWriter();
w.WriteString(node.Name); // model node name
w.WriteU32(1); // parent node count
w.WriteString(node.Parent); // parent node name
w.WriteArray(node.Transformation.ToArray()); // transformation
w.WriteString(node.Mesh); // model resource name
w.WriteU32(3); // visibility 3 = front and back
return(w.GetBlock(BlockType.ModelNode));
}
private static Block GetMeshContinuationBlock(Mesh mesh)
{
var w = new BlockWriter();
w.WriteString(mesh.Name); // mesh name
w.WriteU32(0); // chain index
// Base Mesh Description.
w.WriteU32((uint)mesh.Triangles.Count); // base face count
w.WriteU32((uint)mesh.Positions.Count); // base position count
w.WriteU32((uint)mesh.Normals.Count); // base normal count
w.WriteU32(0); // base diffuse color count
w.WriteU32(0); // base specular color count
w.WriteU32((uint)mesh.TextureCoordinates.Count); // base texture coordinate count
// Base Mesh Data.
foreach (Vector3 position in mesh.Positions)
{
w.WriteF32(position.X);
w.WriteF32(position.Y);
w.WriteF32(position.Z);
}
foreach (Vector3 normal in mesh.Normals)
{
w.WriteF32(normal.X);
w.WriteF32(normal.Y);
w.WriteF32(normal.Z);
}
foreach (Vector2 textureCoordinate in mesh.TextureCoordinates)
{
w.WriteF32(textureCoordinate.X);
w.WriteF32(textureCoordinate.Y);
w.WriteF32(0);
w.WriteF32(0);
}
// Base Face.
foreach (Triangle triangle in mesh.Triangles)
{
w.WriteU32(0u); // shading id
foreach (Corner corner in triangle)
{
w.WriteU32((uint)corner.Position);
if (corner.Normal >= 0)
{
w.WriteU32((uint)corner.Normal);
}
if (corner.TextureCoordinate >= 0)
{
w.WriteU32((uint)corner.TextureCoordinate);
}
}
}
return(w.GetBlock(BlockType.MeshContinuation));
}
private static Block GetGroupNodeModifierChain(Node node)
{
var w = new BlockWriter();
w.WriteString(node.Name); // modifier chain name
w.WriteU32(0); // modifier chain type: 0 = node modifier chain
w.WriteU32(0); // modifier chain attributes: 0 = neither bounding sphere nor
// Bounding box info present.
w.WritePadding();
w.WriteU32(1); // modifier count in this chain
w.WriteBlock(GetGroupNodeBlock(node));
return(w.GetBlock(BlockType.ModifierChain));
}
public static void WriteProperties(BlockWriter br, Dictionary <string, Property> etp)
{
foreach (var property in etp)
{
var nullable = property.Value.Nullable ? "?" : string.Empty;
var type = property.Value.Type;
nullable = (new string[] { "string", "object", "byte[]" }).Contains(type) ? string.Empty : nullable;
//var integers = new List<string>() { "int", "short", "sbyte", "ushort" };
// Info credit: http://geekswithblogs.net/BlackRabbitCoder/archive/2011/01/27/c.net-little-pitfalls-the-dangers-of-casting-boxed-values.aspx
br.WriteLine(string.Format("public {0}{1} {2} {{ get {{ return ({0}{1})this.entity.dto[\"{2}\"]; }} set {{ this.entity.dto[\"{2}\"] = value; }} }}", type, nullable, property.Key));
}
br.WriteLine();
}
private static Block GetModelResourceModifierChain(Mesh mesh)
{
var w = new BlockWriter();
w.WriteString(mesh.Name); // modifier chain name, bonded to ModelNodeBlock.ModelResourceName
w.WriteU32(1); // modifier chain type: 1 = model resource modifier chain
w.WriteU32(0); // modifier chain attributes: 0 = neither bounding sphere nor
// Bounding box info present. Padding.
w.WritePadding();
w.WriteU32(1); // modifier count in this chain
w.WriteBlock(GetMeshDeclarationBlock(mesh));
return(w.GetBlock(BlockType.ModifierChain));
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("BYPASSCF")
.Literal(Url)
.Literal(UserAgent, "UserAgent")
.Boolean(PrintResponseInfo, "PrintResponseInfo")
.Boolean(ErrorOn302, "ErrorOn302");
return(writer.ToString());
}
private static Block GetTextureContinuationBlock(Texture texture)
{
var w = new BlockWriter();
w.WriteString(texture.Name); // texture name
w.WriteU32(0); // continuation image index
// Image data.
foreach (byte b in texture.Image)
{
w.WriteU8(b);
}
return(w.GetBlock(BlockType.TextureContinuation));
}
/// <inheritdoc />
public override string ToLS(bool indent = true)
{
var writer = new BlockWriter(GetType(), indent, Disabled);
writer
.Label(Label)
.Token("KEYCHECK")
.Boolean(BanOn4XX, "BanOn4XX")
.Boolean(BanOnToCheck, "BanOnToCheck");
foreach (var kc in KeyChains)
{
writer
.Indent(1)
.Token("KEYCHAIN")
.Token(kc.Type);
if (kc.Type == KeyChain.KeychainType.Custom)
{
writer.Literal(kc.CustomType);
}
writer.Token(kc.Mode);
foreach (var k in kc.Keys)
{
if (k.LeftTerm == "<SOURCE>" && k.Condition == Condition.Contains)
{
writer
.Indent(2)
.Token("KEY")
.Literal(k.RightTerm);
}
else
{
writer
.Indent(2)
.Token("KEY")
.Literal(k.LeftTerm)
.Token(k.Condition);
if (k.Condition != Condition.Exists)
{
writer.Literal(k.RightTerm);
}
}
}
}
return(writer.ToString());
}
public ChromDataCollectorSet(ChromSource chromSource, TimeSharing timeSharing,
ChromatogramLoadingStatus.TransitionData allChromData, BlockWriter blockWriter)
{
ChromSource = chromSource;
TypeOfScans = timeSharing;
PrecursorCollectorMap = new List<Tuple<PrecursorTextId, ChromDataCollector>>();
if (timeSharing == TimeSharing.shared)
{
SharedTimesCollector = new SortedBlockedList<float>();
ScanIdsCollector = new BlockedList<int>();
}
_allChromData = allChromData;
_blockWriter = blockWriter;
}
public override void SetRequestOrder(IList<IList<int>> chromatogramRequestOrder)
{
if (_isSrm)
return;
if (_chromGroups != null)
_chromGroups.Dispose();
_chromGroups = new ChromGroups(chromatogramRequestOrder, _collectors.ChromKeys, (float) (MaxRetentionTime ?? 30), _cachePath);
_blockWriter = new BlockWriter(_chromGroups);
if (!_collectors.IsRunningAsync)
ExtractChromatograms();
else
{
ActionUtil.RunAsync(() =>
{
try
{
ExtractChromatograms();
}
catch (Exception ex)
{
if (_collectors == null)
throw;
_collectors.SetException(ex);
}
}, "Chromatogram extractor"); // Not L10N
}
}