private void WriteAsTypeMethods(CodeWriter writer, Schema schema)
{
foreach (Property property in schema.Properties)
{
if (!property.IsValue)
{
continue;
}
if (PropertyValueIsLeaf(property))
{
IEnumerable <OverloadInfo> overloads = GetOverloadsForProperty(property);
OverloadInfo firstOverload = overloads.First();
if (firstOverload.Parameters.Length != 1)
{
continue;
}
string firstOverloadFirstParameterType = firstOverload.Parameters[0].Type;
OverloadInfo sampleOverload = FindSampledDataOverload(overloads);
string interfaceName = "ICesiumValuePropertyWriter";
if (sampleOverload != null)
{
interfaceName = "ICesiumInterpolatableValuePropertyWriter";
}
WriteSummaryText(writer, string.Format("Returns a wrapper for this instance that implements <see cref=\"{0}{{T}}\" /> to write a value in <c>{1}</c> format. Because the returned instance is a wrapper for this instance, you may call <see cref=\"ICesiumElementWriter.Close\" /> on either this instance or the wrapper, but you must not call it on both.", interfaceName, property.NameWithPascalCase));
WriteReturnsText(writer, "The wrapper.");
writer.WriteLine("public {0}<{1}> As{2}()", interfaceName, firstOverloadFirstParameterType, property.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return m_as{0}.Value;", property.NameWithPascalCase);
}
writer.WriteLine();
string adaptorName = "CesiumWriterAdaptor";
if (sampleOverload != null)
{
adaptorName = "CesiumInterpolatableWriterAdaptor";
}
writer.WriteLine("private {0}<{1}> Create{2}Adaptor()", interfaceName, firstOverloadFirstParameterType, property.NameWithPascalCase);
using (writer.OpenScope())
{
string extraParameter = "";
if (sampleOverload != null)
{
extraParameter = string.Format(", (me, dates, values, startIndex, length) => me.Write{0}(dates, values, startIndex, length)", property.NameWithPascalCase);
}
writer.WriteLine("return new {0}<{1}CesiumWriter, {2}>(this, (me, value) => me.Write{3}(value){4});", adaptorName, schema.NameWithPascalCase, firstOverloadFirstParameterType, property.NameWithPascalCase, extraParameter);
}
writer.WriteLine();
}
}
}
private void WriteConstructorsAndCloneMethod(CodeWriter writer, Schema schema)
{
string writerType = GetWriterType(schema);
WriteSummaryText(writer, "Initializes a new instance.");
WriteParameterText(writer, "propertyName", "The name of the property.");
writer.WriteLine("public {0}([NotNull] string propertyName)", writerType);
writer.WriteLine(" : base(propertyName)");
using (writer.OpenScope())
{
WriteAsTypeLazyInitialization(writer, schema);
}
writer.WriteLine();
WriteSummaryText(writer, "Initializes a new instance as a copy of an existing instance.");
WriteParameterText(writer, "existingInstance", "The existing instance to copy.");
writer.WriteLine("protected {0}([NotNull] {0} existingInstance)", writerType);
writer.WriteLine(" : base(existingInstance)");
using (writer.OpenScope())
{
WriteAsTypeLazyInitialization(writer, schema);
}
writer.WriteLine();
WriteInheritDoc(writer);
writer.WriteLine("public override {0} Clone()", writerType);
using (writer.OpenScope())
{
writer.WriteLine("return new {0}(this);", writerType);
}
writer.WriteLine();
}
private void GeneratePacketWriter(Schema packetSchema)
{
string packetWriterFilename = Path.Combine(m_outputDirectory, "PacketCesiumWriter.cs");
using (CodeWriter writer = new CodeWriter(packetWriterFilename))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteNamespaces(writer, packetSchema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
writer.OpenScope();
WriteDescriptionAsClassSummary(writer, packetSchema);
writer.WriteLine(m_configuration.Access + " class PacketCesiumWriter : CesiumElementWriter");
writer.OpenScope();
WritePropertyNameConstants(writer, packetSchema);
WritePropertyLazyFields(writer, packetSchema);
WritePacketOpenClose(writer);
WriteProperties(writer, packetSchema);
writer.CloseScope();
writer.CloseScope();
}
}
private void WriteConstructorsAndCloneMethod(CodeWriter writer, Schema schema)
{
WriteSummaryText(writer, "Initializes a new instance.");
writer.WriteLine("public {0}CesiumWriter(string propertyName)", schema.NameWithPascalCase);
writer.WriteLine(" : base(propertyName)");
writer.OpenScope();
WriteAsTypeLazyInitialization(writer, schema);
writer.CloseScope();
writer.WriteLine();
WriteSummaryText(writer, "Initializes a new instance as a copy of an existing instance.");
WriteParameterText(writer, "existingInstance", "The existing instance to copy.");
writer.WriteLine("protected {0}CesiumWriter({0}CesiumWriter existingInstance)", schema.NameWithPascalCase);
writer.WriteLine(" : base(existingInstance)");
writer.OpenScope();
WriteAsTypeLazyInitialization(writer, schema);
writer.CloseScope();
writer.WriteLine();
WriteInheritDoc(writer);
writer.WriteLine("public override {0}CesiumWriter Clone()", schema.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("return new {0}CesiumWriter(this);", schema.NameWithPascalCase);
writer.CloseScope();
writer.WriteLine();
}
private void GeneratePacketWriter(Schema packetSchema)
{
string packetWriterFilename = Path.Combine(m_outputDirectory, "PacketCesiumWriter.cs");
using (CodeWriter writer = new CodeWriter(packetWriterFilename))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteUsingStatements(writer, packetSchema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
using (writer.OpenScope())
{
WriteDescriptionAsClassSummary(writer, packetSchema);
foreach (string attribute in m_configuration.Attributes ?? Enumerable.Empty <string>())
{
writer.WriteLine("[{0}]", attribute);
}
writer.WriteLine("{0} class PacketCesiumWriter : CesiumElementWriter", m_configuration.Access);
using (writer.OpenScope())
{
WritePropertyNameConstants(writer, packetSchema);
WritePropertyLazyFields(writer, packetSchema);
WritePacketOpenClose(writer);
WriteProperties(writer, packetSchema);
}
}
}
}
private void WriteProperties(CodeWriter writer, Schema schema)
{
bool isFirstValueProperty = true;
foreach (Property property in schema.AllProperties)
{
if (PropertyValueIsLeaf(property))
{
WriteLeafProperty(writer, schema, property, property.IsValue && isFirstValueProperty);
}
else
{
WriteIntervalsProperty(writer, schema, property);
}
if (property.IsValue)
{
isFirstValueProperty = false;
}
}
var additionalProperties = schema.AdditionalProperties;
if (additionalProperties != null)
{
var additionalPropertiesValueType = additionalProperties.ValueType;
GenerateWriterClass(additionalPropertiesValueType);
string writerType = GetWriterType(additionalPropertiesValueType);
WriteSummaryText(writer, "Gets a new writer for a <c>{0}</c> property. The returned instance must be opened by calling the <see cref=\"CesiumElementWriter.Open\"/> method before it can be used for writing. A <c>{0}</c> property defines {1}", additionalPropertiesValueType.Name, GetDescription(additionalProperties));
writer.WriteLine("public {0} Get{1}Writer(string name)", writerType, additionalPropertiesValueType.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return new {0}(name);", writerType);
}
writer.WriteLine();
WriteSummaryText(writer, "Opens and returns a new writer for a <c>{0}</c> property. A <c>{0}</c> property defines {1}", additionalPropertiesValueType.Name, GetDescription(additionalProperties));
WriteParameterText(writer, "name", "The name of the new property writer.");
writer.WriteLine("public {0} Open{1}Property(string name)", writerType, additionalPropertiesValueType.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("OpenIntervalIfNecessary();");
writer.WriteLine("return OpenAndReturn(new {0}(name));", writerType);
}
writer.WriteLine();
}
}
private void GeneratePacketWriter(Schema packetSchema)
{
string packetWriterFilename = Path.Combine(m_outputDirectory, "PacketCesiumWriter.cs");
using (CodeWriter writer = new CodeWriter(packetWriterFilename))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteNamespaces(writer, packetSchema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
writer.OpenScope();
WriteDescriptionAsClassSummary(writer, packetSchema);
writer.WriteLine("public class PacketCesiumWriter : CesiumElementWriter");
writer.OpenScope();
WritePropertyNameConstants(writer, packetSchema);
WritePropertyLazyFields(writer, packetSchema);
WritePacketOpenClose(writer);
WriteProperties(writer, packetSchema);
writer.CloseScope();
writer.CloseScope();
}
}
private void GenerateWriterClass(Schema schema)
{
if (m_writtenSchemas.Contains(schema))
return;
m_writtenSchemas.Add(schema);
string writerFilename = Path.Combine(m_outputDirectory, schema.NameWithPascalCase + "CesiumWriter.cs");
using (CodeWriter writer = new CodeWriter(writerFilename))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteNamespaces(writer, schema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
writer.OpenScope();
WriteDescriptionAsClassSummary(writer, schema);
string defaultValueType = GetDefaultValueType(schema);
if (defaultValueType != null)
{
bool isInterpolatable = schema.Extends != null && schema.Extends.Name == "InterpolatableProperty";
if (isInterpolatable)
writer.WriteLine("public class {0}CesiumWriter : CesiumInterpolatableValuePropertyWriter<{1}, {0}CesiumWriter>", schema.NameWithPascalCase, defaultValueType);
else
writer.WriteLine("public class {0}CesiumWriter : CesiumValuePropertyWriter<{1}, {0}CesiumWriter>", schema.NameWithPascalCase, defaultValueType);
}
else
{
writer.WriteLine("public class {0}CesiumWriter : CesiumPropertyWriter<{0}CesiumWriter>", schema.NameWithPascalCase);
}
writer.OpenScope();
WritePropertyNameConstants(writer, schema);
WritePropertyLazyFields(writer, schema);
WriteConstructorsAndCloneMethod(writer, schema);
WriteProperties(writer, schema);
writer.CloseScope();
writer.CloseScope();
}
}
private void GenerateWriterClass(Schema schema)
{
if (m_writtenSchemas.Contains(schema))
{
return;
}
m_writtenSchemas.Add(schema);
using (var writer = new CodeWriter(Path.Combine(m_outputDirectory, schema.NameWithPascalCase + "CesiumWriter.cs")))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteUsingStatements(writer, schema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
using (writer.OpenScope())
{
WriteDescriptionAsClassSummary(writer, schema);
foreach (string attribute in m_configuration.Attributes ?? Enumerable.Empty <string>())
{
writer.WriteLine("[{0}]", attribute);
}
string baseClass = schema.IsInterpolatable ? "CesiumInterpolatablePropertyWriter" : "CesiumPropertyWriter";
string interfaces = string.Join(", ", schema.Interfaces);
if (interfaces.Length > 0)
{
interfaces = $", {interfaces}";
}
writer.WriteLine("{0} class {1} : {2}<{1}>{3}", m_configuration.Access, GetWriterType(schema), baseClass, interfaces);
using (writer.OpenScope())
{
WritePropertyNameConstants(writer, schema);
WritePropertyLazyFields(writer, schema);
WriteConstructorsAndCloneMethod(writer, schema);
WriteProperties(writer, schema);
WriteAsTypeMethods(writer, schema);
}
}
}
}
private void GenerateWriterClass(Schema schema)
{
if (m_writtenSchemas.Contains(schema))
{
return;
}
m_writtenSchemas.Add(schema);
string writerFilename = Path.Combine(m_outputDirectory, schema.NameWithPascalCase + "CesiumWriter.cs");
using (CodeWriter writer = new CodeWriter(writerFilename))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteNamespaces(writer, schema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
writer.OpenScope();
WriteDescriptionAsClassSummary(writer, schema);
bool isInterpolatable = schema.Extends != null && schema.Extends.Name == "InterpolatableProperty";
if (isInterpolatable)
{
writer.WriteLine(m_configuration.Access + " class {0}CesiumWriter : CesiumInterpolatablePropertyWriter<{0}CesiumWriter>", schema.NameWithPascalCase);
}
else
{
writer.WriteLine(m_configuration.Access + " class {0}CesiumWriter : CesiumPropertyWriter<{0}CesiumWriter>", schema.NameWithPascalCase);
}
writer.OpenScope();
WritePropertyNameConstants(writer, schema);
WritePropertyLazyFields(writer, schema);
WriteConstructorsAndCloneMethod(writer, schema);
WriteProperties(writer, schema);
WriteAsTypeMethods(writer, schema);
writer.CloseScope();
writer.CloseScope();
}
}
private static void WritePacketOpenClose(CodeWriter writer)
{
WriteSummaryText(writer, "Writes the start of a new JSON object representing the packet.");
writer.WriteLine("protected override void OnOpen()");
writer.OpenScope();
writer.WriteLine("Output.WriteStartObject();");
writer.CloseScope();
writer.WriteLine();
WriteSummaryText(writer, "Writes the end of the JSON object representing the packet.");
writer.WriteLine("protected override void OnClose()");
writer.OpenScope();
writer.WriteLine("Output.WriteEndObject();");
writer.CloseScope();
writer.WriteLine();
}
private static void WritePacketOpenClose(CodeWriter writer)
{
WriteSummaryText(writer, "Writes the start of a new JSON object representing the packet.");
writer.WriteLine("protected override void OnOpen()");
writer.OpenScope();
writer.WriteLine("Output.WriteStartObject();");
writer.CloseScope();
writer.WriteLine();
WriteSummaryText(writer, "Writes the end of the JSON object representing the packet.");
writer.WriteLine("protected override void OnClose()");
writer.OpenScope();
writer.WriteLine("Output.WriteEndObject();");
writer.CloseScope();
writer.WriteLine();
}
private void WriteLeafProperty(CodeWriter writer, Schema schema, Property property, bool isFirstValueProperty)
{
OverloadInfo[] overloads = GetOverloadsForProperty(property);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes the <code>{0}</code> property. The <code>{0}</code> property specifies {1}", property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
{
continue;
}
WriteParameterText(writer, parameter.Name, parameter.Description);
}
writer.WriteLine("public void Write{0}({1})", property.NameWithPascalCase, overload.FormattedParameters);
writer.OpenScope();
if (overload.CallOverload != null)
{
writer.WriteLine("Write{0}({1});", property.NameWithPascalCase, overload.CallOverload);
}
else
{
writer.WriteLine("const string PropertyName = {0}PropertyName;", property.NameWithPascalCase);
if (schema.Name == "Packet")
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
else if (isFirstValueProperty && !overload.NeedsInterval)
{
// For the first value property only, if an overload is marked
// as not needing an interval, because it writes a simple JSON
// type (string, number, boolean), we can skip opening an interval
// and just write the property value directly.
writer.WriteLine("if (IsInterval)");
writer.WriteLine(" Output.WritePropertyName(PropertyName);");
}
else
{
writer.WriteLine("OpenIntervalIfNecessary();");
if (overload.WritePropertyName)
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
}
writer.WriteLine(overload.WriteValue);
}
writer.CloseScope();
writer.WriteLine();
}
}
private void WriteAsTypeMethods(CodeWriter writer, Schema schema)
{
foreach (var property in schema.AllProperties.Where(p => p.IsValue).Where(PropertyValueIsLeaf))
{
OverloadInfo firstOverload = GetOverloadsForProperty(property).First();
if (firstOverload.Parameters.Length != 1)
{
continue;
}
WriteSummaryText(writer, "Returns a wrapper for this instance that implements <see cref=\"ICesium{0}ValuePropertyWriter\"/>. Because the returned instance is a wrapper for this instance, you may call <see cref=\"ICesiumElementWriter.Close\"/> on either this instance or the wrapper, but you must not call it on both.", property.ValueType.NameWithPascalCase);
WriteReturnsText(writer, "The wrapper.");
string adaptorType = GetAdaptorType(schema, property);
writer.WriteLine("[NotNull]");
writer.WriteLine("public {0} As{1}()", adaptorType, property.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return m_as{0}.Value;", property.NameWithPascalCase);
}
writer.WriteLine();
writer.WriteLine("[NotNull]");
writer.WriteLine("private Lazy<{0}> CreateAs{1}()", adaptorType, property.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return new Lazy<{0}>(Create{1}, false);", adaptorType, property.ValueType.NameWithPascalCase);
}
writer.WriteLine();
writer.WriteLine("[NotNull]");
writer.WriteLine("private {0} Create{1}()", adaptorType, property.ValueType.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return CesiumValuePropertyAdaptors.Create{0}(this);", property.ValueType.NameWithPascalCase);
}
writer.WriteLine();
}
}
private void GenerateWriterClass(Schema schema)
{
if (m_writtenSchemas.Contains(schema))
{
return;
}
m_writtenSchemas.Add(schema);
using (CodeWriter writer = new CodeWriter(Path.Combine(m_outputDirectory, schema.NameWithPascalCase + "CesiumWriter.cs")))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteUsingStatements(writer, schema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
using (writer.OpenScope())
{
WriteDescriptionAsClassSummary(writer, schema);
foreach (string attribute in m_configuration.Attributes ?? Enumerable.Empty <string>())
{
writer.WriteLine("[{0}]", attribute);
}
bool isInterpolatable = schema.Extends?.Name == "InterpolatableProperty";
string baseClass = isInterpolatable ? "CesiumInterpolatablePropertyWriter" : "CesiumPropertyWriter";
writer.WriteLine("{0} class {1}CesiumWriter : {2}<{1}CesiumWriter>", m_configuration.Access, schema.NameWithPascalCase, baseClass);
using (writer.OpenScope())
{
WritePropertyNameConstants(writer, schema);
WritePropertyLazyFields(writer, schema);
WriteConstructorsAndCloneMethod(writer, schema);
WriteProperties(writer, schema);
WriteAsTypeMethods(writer, schema);
}
}
}
}
private void WriteAsTypeMethods(CodeWriter writer, Schema schema)
{
if (schema.Properties == null)
return;
foreach (Property property in schema.Properties)
{
if (!property.IsValue)
continue;
if (PropertyValueIsIntervals(property))
continue;
OverloadInfo[] overloads = GetOverloadsForProperty(property);
if (overloads[0].Parameters.Length != 1)
continue;
OverloadInfo sampleOverload = FindSampledDataOverload(overloads);
string interfaceName = "ICesiumValuePropertyWriter";
if (sampleOverload != null)
interfaceName = "ICesiumInterpolatableValuePropertyWriter";
WriteSummaryText(writer, string.Format("Returns a wrapper for this instance that implements <see cref=\"{0}{{T}}\" /> to write a value in <code>{1}</code> format. Because the returned instance is a wrapper for this instance, you may call <see cref=\"ICesiumElementWriter.Close\" /> on either this instance or the wrapper, but you must not call it on both.", interfaceName, property.NameWithPascalCase));
writer.WriteLine("/// <returns>The wrapper.</returns>");
writer.WriteLine("public {0}<{1}> As{2}()",
interfaceName,
overloads[0].Parameters[0].Type,
property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("return m_as{0}.Value;", property.NameWithPascalCase);
writer.CloseScope();
writer.WriteLine();
string adaptorName = "CesiumWriterAdaptor";
if (sampleOverload != null)
adaptorName = "CesiumInterpolatableWriterAdaptor";
writer.WriteLine("private {0}<{1}> Create{2}Adaptor()",
interfaceName,
overloads[0].Parameters[0].Type,
property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("return new {0}<{1}CesiumWriter, {2}>(",
adaptorName,
schema.NameWithPascalCase,
overloads[0].Parameters[0].Type);
if (sampleOverload != null)
{
writer.WriteLine(" this, (me, value) => me.Write{0}(value), ({1}CesiumWriter me, IList<JulianDate> dates, IList<{2}> values, int startIndex, int length) => me.Write{0}(dates, values, startIndex, length));",
property.NameWithPascalCase,
schema.NameWithPascalCase,
overloads[0].Parameters[0].Type);
}
else
{
writer.WriteLine(" this, (me, value) => me.Write{0}(value));",
property.NameWithPascalCase);
}
writer.CloseScope();
writer.WriteLine();
}
}
private void GenerateWriterClass(Schema schema)
{
if (m_writtenSchemas.Contains(schema))
return;
m_writtenSchemas.Add(schema);
using (CodeWriter writer = new CodeWriter(Path.Combine(m_outputDirectory, schema.NameWithPascalCase + "CesiumWriter.cs")))
{
WriteGeneratedWarning(writer);
writer.WriteLine();
WriteNamespaces(writer, schema);
writer.WriteLine();
writer.WriteLine("namespace {0}", m_configuration.Namespace);
using (writer.OpenScope())
{
WriteDescriptionAsClassSummary(writer, schema);
bool isInterpolatable = schema.Extends != null && schema.Extends.Name == "InterpolatableProperty";
if (isInterpolatable)
{
writer.WriteLine("{0} class {1}CesiumWriter : CesiumInterpolatablePropertyWriter<{1}CesiumWriter>", m_configuration.Access, schema.NameWithPascalCase);
}
else
{
writer.WriteLine("{0} class {1}CesiumWriter : CesiumPropertyWriter<{1}CesiumWriter>", m_configuration.Access, schema.NameWithPascalCase);
}
using (writer.OpenScope())
{
WritePropertyNameConstants(writer, schema);
WritePropertyLazyFields(writer, schema);
WriteConstructorsAndCloneMethod(writer, schema);
WriteProperties(writer, schema);
WriteAsTypeMethods(writer, schema);
}
}
}
}
private void WriteLeafProperty(CodeWriter writer, Schema schema, Property property, bool isFirstValueProperty)
{
OverloadInfo[] overloads = GetOverloadsForProperty(property);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes the <code>{0}</code> property. The <code>{0}</code> property specifies {1}", property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
continue;
WriteParameterText(writer, parameter.Name, parameter.Description);
}
writer.WriteLine("public void Write{0}({1})", property.NameWithPascalCase, overload.FormattedParameters);
writer.OpenScope();
if (overload.CallOverload != null)
{
writer.WriteLine("Write{0}({1});", property.NameWithPascalCase, overload.CallOverload);
}
else
{
writer.WriteLine("const string PropertyName = {0}PropertyName;", property.NameWithPascalCase);
if (schema.Name == "Packet")
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
else if (isFirstValueProperty && !overload.NeedsInterval)
{
// For the first value property only, if an overload is marked
// as not needing an interval, because it writes a simple JSON
// type (string, number, boolean), we can skip opening an interval
// and just write the property value directly.
writer.WriteLine("if (IsInterval)");
writer.WriteLine(" Output.WritePropertyName(PropertyName);");
}
else
{
writer.WriteLine("OpenIntervalIfNecessary();");
if (overload.WritePropertyName)
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
writer.WriteLine(overload.WriteValue);
}
writer.CloseScope();
writer.WriteLine();
}
}
private void WriteConstructorsAndCloneMethod(CodeWriter writer, Schema schema)
{
WriteSummaryText(writer, "Initializes a new instance.");
writer.WriteLine("public {0}CesiumWriter(string propertyName)", schema.NameWithPascalCase);
writer.WriteLine(" : base(propertyName)");
writer.OpenScope();
WriteAsTypeLazyInitialization(writer, schema);
writer.CloseScope();
writer.WriteLine();
WriteSummaryText(writer, "Initializes a new instance as a copy of an existing instance.");
writer.WriteLine("/// <param name=\"existingInstance\">The existing instance to copy.</param> ");
writer.WriteLine("protected {0}CesiumWriter({0}CesiumWriter existingInstance)", schema.NameWithPascalCase);
writer.WriteLine(" : base(existingInstance)");
writer.OpenScope();
WriteAsTypeLazyInitialization(writer, schema);
writer.CloseScope();
writer.WriteLine();
writer.WriteLine("/// <inheritdoc />");
writer.WriteLine("public override {0}CesiumWriter Clone()", schema.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("return new {0}CesiumWriter(this);", schema.NameWithPascalCase);
writer.CloseScope();
writer.WriteLine();
}
public override void Generate(Schema schema)
{
using (CodeWriter writer = new CodeWriter(Path.Combine(m_outputDirectory, "TestGenerateValidationDocument.cs")))
{
writer.WriteLine("// This file was generated automatically by GenerateFromSchema. Do NOT edit it.");
writer.WriteLine("// https://github.com/AnalyticalGraphicsInc/czml-writer");
writer.WriteLine();
writer.WriteLine("using System.Collections.Generic;");
writer.WriteLine("using System.Diagnostics.CodeAnalysis;");
writer.WriteLine("using System.Drawing;");
writer.WriteLine("using System.IO;");
writer.WriteLine("using CesiumLanguageWriter;");
writer.WriteLine("using NUnit.Framework;");
writer.WriteLine();
writer.WriteLine("namespace {0}", "CesiumLanguageWriterTests");
using (writer.OpenScope())
{
writer.WriteLine("[TestFixture]");
writer.WriteLine("[SuppressMessage(\"ReSharper\", \"MemberCanBeMadeStatic.Local\")]");
writer.WriteLine("public class TestGenerateValidationDocument");
using (writer.OpenScope())
{
writer.WriteLine("private readonly JulianDate m_documentStartDate = new GregorianDate(2016, 6, 17, 12, 0, 0).ToJulianDate();");
writer.WriteLine("private readonly JulianDate m_documentStopDate = new GregorianDate(2016, 6, 17, 13, 0, 0).ToJulianDate();");
writer.WriteLine("private TextWriter m_streamWriter;");
writer.WriteLine("private TextWriter m_assertionsWriter;");
writer.WriteLine("private TextWriter m_extensionsAssertionsWriter;");
writer.WriteLine("private CesiumOutputStream m_output;");
writer.WriteLine("private CesiumStreamWriter m_writer;");
writer.WriteLine("private void WriteAssertionBoth(string s)");
using (writer.OpenScope())
{
writer.WriteLine("m_assertionsWriter.WriteLine(s);");
writer.WriteLine("m_extensionsAssertionsWriter.WriteLine(s);");
}
writer.WriteLine("private static IList<T> CreateList<T>(T t1, T t2)");
using (writer.OpenScope())
{
writer.WriteLine("return new List<T> { t1, t2 };");
}
writer.WriteLine("private static IList<T> CreateList<T>(params T[] ts)");
using (writer.OpenScope())
{
writer.WriteLine("return ts;");
}
writer.WriteLine("[Test]");
writer.WriteLine("public void GenerateValidationDocument()");
var schemaProperties = schema.Properties
.Where(p => p.Name != "clock" && p.Name != "availability" && !p.ValueType.IsSchemaFromType)
.ToList();
using (writer.OpenScope())
{
writer.WriteLine("using (m_streamWriter = new StreamWriter(\"ValidationDocument.czml\"))");
writer.WriteLine("using (m_assertionsWriter = new StreamWriter(\"ValidationDocumentAssertions.js\"))");
writer.WriteLine("using (m_extensionsAssertionsWriter = new StreamWriter(\"ValidationDocumentExtensionAssertions.js\"))");
using (writer.OpenScope())
{
WriteAssertionBoth(writer, "return CzmlDataSource.load('Data/CZML/ValidationDocument.czml').then(function(dataSource) {");
s_assertionIndent++;
WriteAssertionBoth(writer, "/*jshint -W120 */");
WriteAssertionBoth(writer, "var e;");
WriteAssertionBoth(writer, "var date;");
WriteAssertionBoth(writer, "var documentStartDate = JulianDate.fromIso8601('2016-06-17T12:00:00Z');");
WriteAssertionBoth(writer, "var documentStopDate = JulianDate.fromIso8601('2016-06-17T13:00:00Z');");
writer.WriteLine("m_output = new CesiumOutputStream(m_streamWriter) { PrettyFormatting = true };");
writer.WriteLine("m_writer = new CesiumStreamWriter();");
writer.WriteLine("m_output.WriteStartSequence();");
// Java has a limit on the size of a single method (65535 bytes) so we have to break up all this code in multiple methods
writer.WriteLine("WriteClock();");
writer.WriteLine("WriteConstantValues();");
writer.WriteLine("WriteReferenceValues();");
writer.WriteLine("WriteSampledValues();");
writer.WriteLine("m_output.WriteEndSequence();");
s_assertionIndent--;
WriteAssertionBoth(writer, "});");
s_assertionIndent++;
}
}
writer.WriteLine("private void WriteClock()");
using (writer.OpenScope())
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
writer.WriteLine("packet.WriteId(\"document\");");
writer.WriteLine("packet.WriteName(\"ValidationDocument\");");
writer.WriteLine("packet.WriteVersion(\"1.0\");");
writer.WriteLine("using (var clock = packet.OpenClockProperty())");
using (writer.OpenScope())
{
writer.WriteLine("clock.WriteInterval(m_documentStartDate, m_documentStopDate);");
WriteAssertion(writer, false, "expect(dataSource.clock.startTime).toEqual(documentStartDate);");
WriteAssertion(writer, false, "expect(dataSource.clock.stopTime).toEqual(documentStopDate);");
writer.WriteLine("clock.WriteCurrentTime(m_documentStartDate);");
WriteAssertion(writer, false, "expect(dataSource.clock.currentTime).toEqual(documentStartDate);");
writer.WriteLine("clock.WriteMultiplier(1.0);");
WriteAssertion(writer, false, "expect(dataSource.clock.multiplier).toEqual(1.0);");
writer.WriteLine("clock.WriteRange(ClockRange.Unbounded);");
WriteAssertion(writer, false, "expect(dataSource.clock.clockRange).toEqual(ClockRange.UNBOUNDED);");
writer.WriteLine("clock.WriteStep(ClockStep.SystemClockMultiplier);");
WriteAssertion(writer, false, "expect(dataSource.clock.clockStep).toEqual(ClockStep.SYSTEM_CLOCK_MULTIPLIER);");
}
}
}
writer.WriteLine("private void WriteConstantValues()");
using (writer.OpenScope())
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
const string id = "Constant";
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "var constant = e = dataSource.entities.getById('Constant');");
WriteAssertionBoth(writer, "expect(e).toBeDefined();");
WriteAssertionBoth(writer, "date = JulianDate.now();");
// Write one packet with first value types for each property
foreach (var property in schemaProperties)
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
var properties = property.ValueType.Properties;
var firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
if (firstValueProperty != null)
{
WriteValue(writer, "w", id, firstValueProperty, property, isExtension, propertyName);
}
else
{
foreach (var subProperty in properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = subProperty.ValueType.Properties;
firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
string subPropertyName = GetSubPropertyName(propertyName, subProperty);
if (firstValueProperty != null)
{
WriteValue(writer, "w2", id + property.Name, firstValueProperty, subProperty, isExtension, string.Format("{0}.{1}", propertyName, subPropertyName));
}
else if (subProperty.ValueType.Name.Contains("Material"))
{
Property materialProperty = properties.First();
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialSubProperty.ValueType.Properties;
firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
if (firstValueProperty != null)
{
WriteValue(writer, "m2", id + property.Name + subProperty.Name + materialProperty.Name, firstValueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
}
else
{
var additionalProperties = subProperty.ValueType.AdditionalProperties;
if (additionalProperties != null)
{
writer.WriteLine("using (var a = w2.Open{0}Property(\"prop\"))", additionalProperties.ValueType.NameWithPascalCase);
using (writer.OpenScope())
{
foreach (var additionalProperty in additionalProperties.ValueType.Properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var w3 = a.Open{0}Property())", additionalProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = additionalProperty.ValueType.Properties;
firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
if (firstValueProperty != null)
{
WriteValue(writer, "w3", id + property.Name, firstValueProperty, additionalProperty, isExtension, string.Format("{0}.{1}.{2}.{3}", propertyName, subPropertyName, "prop", additionalProperty.Name));
}
}
}
}
}
}
}
}
}
}
}
}
writer.WriteLine("WriteConstantValuesIndividual();");
}
writer.WriteLine("private void WriteConstantValuesIndividual()");
using (writer.OpenScope())
{
// write other value types as individual packets
foreach (var property in schemaProperties)
{
writer.WriteLine("WriteConstantValuesIndividual{0}();", property.NameWithPascalCase);
}
}
foreach (var property in schemaProperties)
{
writer.WriteLine("private void WriteConstantValuesIndividual{0}()", property.NameWithPascalCase);
using (writer.OpenScope())
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
var properties = property.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && !p.ValueType.Name.StartsWith("Reference")).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("constant_{0}_{1}", property.Name, valueProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValue(writer, "w", id, valueProperty, property, isExtension, propertyName);
}
}
}
foreach (var subProperty in properties.Where(p => !p.IsValue))
{
string subPropertyName = GetSubPropertyName(propertyName, subProperty);
properties = subProperty.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && !p.ValueType.Name.StartsWith("Reference")).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("constant_{0}_{1}_{2}", property.Name, subPropertyName, valueProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValue(writer, "w2", id + property.Name, valueProperty, subProperty, isExtension, string.Format("{0}.{1}", propertyName, subPropertyName));
}
}
}
if (subProperty.ValueType.Name.Contains("Material"))
{
// write other values for the first material
// then write first values for other materials
// then write remaining values for other materials individually
var firstMaterialProperty = properties.First();
properties = firstMaterialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => !p.IsValue))
{
properties = materialSubProperty.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && !p.ValueType.Name.StartsWith("Reference")).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("constant_{0}_{1}_{2}_{3}", propertyName, subPropertyName, firstMaterialProperty.Name, materialSubProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", firstMaterialProperty.NameWithPascalCase);
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValue(writer, "m2", id + property.Name + subProperty.Name + firstMaterialProperty.Name, valueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
properties = subProperty.ValueType.Properties;
foreach (var materialProperty in properties.Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("material_{0}_{1}_{2}", propertyName, subProperty.Name, materialProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialSubProperty.ValueType.Properties;
var firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
if (firstValueProperty != null)
{
WriteValue(writer, "m2", id + property.Name + subProperty.Name + materialProperty.Name, firstValueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
}
}
properties = subProperty.ValueType.Properties;
foreach (var materialProperty in properties.Skip(1))
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => !p.IsValue))
{
properties = materialSubProperty.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && !p.ValueType.Name.StartsWith("Reference")).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("constant_{0}_{1}_{2}_{3}", propertyName, subPropertyName, materialProperty.Name, materialSubProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValue(writer, "m2", id + property.Name + subProperty.Name + materialProperty.Name, valueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
}
}
var additionalProperties = subProperty.ValueType.AdditionalProperties;
if (additionalProperties != null)
{
foreach (var additionalProperty in additionalProperties.ValueType.Properties.Where(p => !p.IsValue))
{
int i = 0;
properties = additionalProperty.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && !p.ValueType.Name.StartsWith("Reference")).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("constant_{0}_{1}_{2}_{3}", propertyName, subPropertyName, additionalProperties.ValueType.Name, additionalProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
string propName = string.Format("{0}{1}", "prop", i++);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var a = w2.Open{0}Property(\"{1}\"))", additionalProperties.ValueType.NameWithPascalCase, propName);
writer.WriteLine("using (var w3 = a.Open{0}Property())", additionalProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValue(writer, "w3", id + property.Name + subProperty.Name, valueProperty, additionalProperty, isExtension, string.Format("{0}.{1}.{2}.{3}", propertyName, subPropertyName, propName, additionalProperty.Name));
}
}
}
}
}
}
}
}
// create entities using references
writer.WriteLine("private void WriteReferenceValues()");
using (writer.OpenScope())
{
// write some positions and double values to use to create reference lists for position lists and double lists later
for (int i = 1; i <= 2; ++i)
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("ConstantPosition{0}", i);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('ConstantPosition{0}')).toBeDefined();", i);
var property = schemaProperties.First(p => p.Name == "position");
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
var properties = property.ValueType.Properties;
var firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
WriteValue(writer, "w", id, firstValueProperty, property, false, property.Name);
}
}
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("ConstantDouble{0}", i);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('ConstantDouble{0}')).toBeDefined();", i);
var property = schemaProperties.First(p => p.Name == "billboard");
var properties = property.ValueType.Properties;
var subProperty = properties.First(p => p.Name == "scale");
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = subProperty.ValueType.Properties;
var firstValueProperty = properties.FirstOrDefault(p => p.IsValue);
WriteValue(writer, "w2", id + property.Name, firstValueProperty, subProperty, false, string.Format("{0}.{1}", property.Name, subProperty.Name));
}
}
}
// write one big packet with references for everything
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
writer.WriteLine("packet.WriteId(\"Reference\");");
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('Reference')).toBeDefined();");
foreach (var property in schemaProperties)
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
var properties = property.ValueType.Properties;
if (properties.Any(p => p.ValueType.Name == "Reference"))
{
writer.WriteLine("w.WriteReference(new Reference(\"Constant\", \"{0}\"));", propertyName);
WriteAssertion(writer, isExtension, "expect(e.{0}.getValue(date)).toEqual(constant.{0}.getValue(date));", propertyName);
}
else
{
foreach (var subProperty in properties.Where(p => !p.IsValue))
{
properties = subProperty.ValueType.Properties;
string subPropertyName = GetSubPropertyName(propertyName, subProperty);
if (properties.Any(p => p.ValueType.Name == "Reference"))
{
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("w2.WriteReference(new Reference(\"Constant\", CreateList(\"{0}\", \"{1}\")));", propertyName, subPropertyName);
WriteAssertion(writer, isExtension, "expect(e.{0}.{1}.getValue(date)).toEqual(constant.{0}.{1}.getValue(date));", propertyName, subPropertyName);
}
}
else if (properties.Any(p => p.ValueType.Name == "ReferenceList"))
{
string targetId = "";
string[] referencePropertyNames = { };
if (subProperty.ValueType.Name == "PositionList")
{
targetId = "Position";
referencePropertyNames = new[] { "position" };
}
else if (subProperty.ValueType.Name == "DoubleList")
{
targetId = "Double";
referencePropertyNames = new[] { "billboard", "scale" };
}
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("w2.WriteReferences(CreateList(new Reference(\"Constant{0}1\", CreateList({1})), new Reference(\"Constant{0}2\", CreateList({1}))));", targetId, string.Join(", ", referencePropertyNames.Select(n => string.Format("\"{0}\"", n))));
WriteAssertion(writer, isExtension, "expect(e.{0}.{1}.getValue(date)).toEqual([dataSource.entities.getById('Constant{2}1').{3}.getValue(date), dataSource.entities.getById('Constant{2}2').{3}.getValue(date)]);", propertyName, subPropertyName, targetId, string.Join(".", referencePropertyNames));
}
}
else if (subProperty.ValueType.Name.Contains("Material"))
{
Property materialProperty = properties.First();
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("m2.WriteReference(new Reference(\"Constant\", CreateList(\"{0}\", \"{1}\", \"{2}\")));", propertyName, subPropertyName, materialSubProperty.Name);
WriteAssertion(writer, isExtension, "expect(e.{0}.{1}.{2}.getValue(date)).toEqual(constant.{0}.{1}.{2}.getValue(date));", propertyName, subPropertyName, materialSubProperty.Name);
}
}
}
}
else
{
var additionalProperties = subProperty.ValueType.AdditionalProperties;
if (additionalProperties != null)
{
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var a = w2.Open{0}Property(\"referenceProp\"))", additionalProperties.ValueType.NameWithPascalCase);
using (writer.OpenScope())
{
foreach (var additionalProperty in additionalProperties.ValueType.Properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var w3 = a.Open{0}Property())", additionalProperty.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("w3.WriteReference(new Reference(\"Constant\", CreateList(\"{0}\", \"{1}\", \"prop\", \"{2}\")));", propertyName, subPropertyName, additionalProperty.Name);
WriteAssertion(writer, isExtension, "expect(e.{0}.{1}.referenceProp.{2}.getValue(date)).toEqual(constant.{0}.{1}.prop.{2}.getValue(date));", propertyName, subPropertyName, additionalProperty.Name);
}
}
}
}
}
}
}
}
}
}
writer.WriteLine("WriteReferenceValuesIndividual();");
}
writer.WriteLine("private void WriteReferenceValuesIndividual()");
using (writer.OpenScope())
{
// write other materials as individual packets
foreach (var property in schemaProperties)
{
writer.WriteLine("WriteReferenceValuesIndividual{0}();", property.NameWithPascalCase);
}
// special case - velocity reference
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
writer.WriteLine("packet.WriteId(\"VelocityPosition\");");
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('VelocityPosition')).toBeDefined();");
var property = schemaProperties.First(p => p.Name == "position");
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
// construct a position with specific velocity
double dx = 1.0;
double dy = 2.0;
double dz = 3.0;
double deltaTime = 60.0;
double x1 = 1.0;
double x2 = x1 + dx * deltaTime;
double y1 = 2.0;
double y2 = y1 + dy * deltaTime;
double z1 = 3.0;
double z2 = z1 + dz * deltaTime;
string value1 = string.Format("new Cartesian({0}, {1}, {2})", x1, y1, z1);
string assertionValue1 = string.Format("new Cartesian3({0}, {1}, {2})", x1, y1, z1);
string value2 = string.Format("new Cartesian({0}, {1}, {2})", x2, y2, z2);
string assertionValue2 = string.Format("new Cartesian3({0}, {1}, {2})", x2, y2, z2);
writer.WriteLine("w.WriteCartesian(CreateList(m_documentStartDate, m_documentStartDate.AddSeconds({0})), CreateList({1}, {2}));", deltaTime, value1, value2);
WriteAssertion(writer, false, "expect(e.position.getValue(documentStartDate)).toEqual({0});", assertionValue1);
WriteAssertion(writer, false, "expect(e.position.getValue(JulianDate.addSeconds(documentStartDate, {0}, new JulianDate()))).toEqual({1});", deltaTime, assertionValue2);
}
}
foreach (var property in schemaProperties)
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
var properties = property.ValueType.Properties;
foreach (var subProperty in properties.Where(p => !p.IsValue))
{
properties = subProperty.ValueType.Properties;
if (properties.Any(p => p.Name == "velocityReference"))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("velocityReference_{0}_{1}", propertyName, subProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("w2.WriteVelocityReference(new Reference(\"VelocityPosition\", \"position\"));");
double expectedX = 1.0;
double expectedY = 2.0;
double expectedZ = 3.0;
bool isNormalized = subProperty.NameWithPascalCase == "AlignedAxis";
if (isNormalized)
{
NormalizeCartesian(ref expectedX, ref expectedY, ref expectedZ);
}
WriteAssertion(writer, isExtension, "expect(e.{0}.{1}.getValue(JulianDate.addSeconds(documentStartDate, 50, new JulianDate()))).toEqualEpsilon(new Cartesian3({2}, {3}, {4}), 1e-13);", propertyName, subProperty.Name, expectedX, expectedY, expectedZ);
}
}
}
}
}
}
// write other materials as individual packets
foreach (var property in schemaProperties)
{
writer.WriteLine("private void WriteReferenceValuesIndividual{0}()", property.NameWithPascalCase);
using (writer.OpenScope())
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
var properties = property.ValueType.Properties;
foreach (var subProperty in properties.Where(p => !p.IsValue))
{
string subPropertyName = GetSubPropertyName(propertyName, subProperty);
if (subProperty.ValueType.Name.Contains("Material"))
{
properties = subProperty.ValueType.Properties;
foreach (var materialProperty in properties.Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string targetId = string.Format("material_{0}_{1}_{2}", propertyName, subProperty.Name, materialProperty.Name);
string id = string.Format("reference_{0}_{1}_{2}", propertyName, subPropertyName, materialProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => !p.IsValue))
{
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("m2.WriteReference(new Reference(\"{0}\", CreateList(\"{1}\", \"{2}\", \"{3}\")));", targetId, propertyName, subPropertyName, materialSubProperty.Name);
WriteAssertion(writer, isExtension, "expect(e.{1}.{2}.{3}.getValue(date)).toEqual(dataSource.entities.getById('{0}').{1}.{2}.{3}.getValue(date));", targetId, propertyName, subPropertyName, materialSubProperty.Name);
}
}
}
}
}
}
}
}
}
// test sampled properties
writer.WriteLine("private void WriteSampledValues()");
using (writer.OpenScope())
{
// Write one packet with first value types for each property
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
const string id = "Sampled";
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('Sampled')).toBeDefined();");
foreach (var property in schemaProperties)
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
var properties = property.ValueType.Properties;
if (property.IsInterpolatable)
{
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
var firstValueProperty = properties.First(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array);
WriteValues(writer, "w", id, firstValueProperty, property, isExtension, propertyName);
}
}
else
{
var subProperties = properties.Where(p => !p.IsValue && (p.IsInterpolatable || p.ValueType.Name.Contains("Material"))).ToList();
if (subProperties.Any())
{
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
foreach (var subProperty in subProperties)
{
properties = subProperty.ValueType.Properties;
string subPropertyName = GetSubPropertyName(propertyName, subProperty);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
if (subProperty.IsInterpolatable)
{
var firstValueProperty = properties.First(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array);
WriteValues(writer, "w2", id + property.Name, firstValueProperty, subProperty, isExtension, string.Format("{0}.{1}", propertyName, subPropertyName));
}
else if (subProperty.ValueType.Name.Contains("Material"))
{
Property materialProperty = properties.First();
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => p.IsInterpolatable))
{
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialSubProperty.ValueType.Properties;
var firstValueProperty = properties.First(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array);
WriteValues(writer, "m2", id + property.Name + subProperty.Name + materialProperty.Name, firstValueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
}
}
}
}
}
}
}
writer.WriteLine("WriteSampledValuesIndividual();");
}
writer.WriteLine("private void WriteSampledValuesIndividual()");
using (writer.OpenScope())
{
// write other value types as individual packets
// split method into multiple methods
foreach (var property in schemaProperties)
{
writer.WriteLine("WriteSampledValuesIndividual{0}();", property.NameWithPascalCase);
}
}
foreach (var property in schemaProperties)
{
writer.WriteLine("private void WriteSampledValuesIndividual{0}()", property.NameWithPascalCase);
using (writer.OpenScope())
{
string propertyName = property.Name;
bool isExtension = !string.IsNullOrEmpty(property.ValueType.ExtensionPrefix);
if (isExtension)
propertyName = propertyName.Substring(property.ValueType.ExtensionPrefix.Length + 1);
var properties = property.ValueType.Properties;
if (property.IsInterpolatable)
{
foreach (var valueProperty in properties.Where(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("sampled_{0}_{1}", propertyName, valueProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValues(writer, "w", id, valueProperty, property, isExtension, propertyName);
}
}
}
}
else
{
foreach (var subProperty in properties.Where(p => !p.IsValue))
{
string subPropertyName = GetSubPropertyName(propertyName, subProperty);
properties = subProperty.ValueType.Properties;
if (subProperty.IsInterpolatable)
{
foreach (var valueProperty in properties.Where(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("sampled_{0}_{1}_{2}", propertyName, subPropertyName, valueProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValues(writer, "w2", id + property.Name, valueProperty, subProperty, isExtension, string.Format("{0}.{1}", propertyName, subPropertyName));
}
}
}
}
else if (subProperty.ValueType.Name.Contains("Material"))
{
// write other values for the first material
// then write first values for other materials
// then write remaining values for other materials individually
var firstMaterialProperty = properties.First();
properties = firstMaterialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => p.IsInterpolatable))
{
properties = materialSubProperty.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("sampled_{0}_{1}_{2}_{3}", propertyName, subPropertyName, firstMaterialProperty.Name, materialSubProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", firstMaterialProperty.NameWithPascalCase);
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValues(writer, "m2", id + property.Name + subProperty.Name + firstMaterialProperty.Name, valueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
properties = subProperty.ValueType.Properties;
foreach (var materialProperty in properties.Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("sampled_{0}_{1}_{2}", propertyName, subPropertyName, materialProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => p.IsInterpolatable))
{
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
properties = materialSubProperty.ValueType.Properties;
var firstValueProperty = properties.First(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array);
WriteValues(writer, "m2", id + property.Name + subProperty.Name + materialProperty.Name, firstValueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
}
properties = subProperty.ValueType.Properties;
foreach (var materialProperty in properties.Skip(1))
{
properties = materialProperty.ValueType.Properties;
foreach (var materialSubProperty in properties.Where(p => p.IsInterpolatable))
{
properties = materialSubProperty.ValueType.Properties;
foreach (var valueProperty in properties.Where(p => p.IsValue && (p.ValueType.JsonTypes & JsonSchemaType.Array) == JsonSchemaType.Array).Skip(1))
{
writer.WriteLine("using (var packet = m_writer.OpenPacket(m_output))");
using (writer.OpenScope())
{
string id = string.Format("sampled_{0}_{1}_{2}_{3}", propertyName, subPropertyName, materialProperty.Name, materialSubProperty.Name);
writer.WriteLine("packet.WriteId(\"{0}\");", id);
WriteAssertionBoth(writer, "expect(e = dataSource.entities.getById('{0}')).toBeDefined();", id);
writer.WriteLine("using (var w = packet.Open{0}Property())", property.NameWithPascalCase);
writer.WriteLine("using (var w2 = w.Open{0}Property())", subProperty.NameWithPascalCase);
writer.WriteLine("using (var m = w2.Open{0}Property())", materialProperty.NameWithPascalCase);
writer.WriteLine("using (var m2 = m.Open{0}Property())", materialSubProperty.NameWithPascalCase);
using (writer.OpenScope())
{
WriteValues(writer, "m2", id + property.Name + subProperty.Name + materialProperty.Name, valueProperty, materialSubProperty, isExtension, string.Format("{0}.{1}.{2}", propertyName, subPropertyName, materialSubProperty.Name));
}
}
}
}
}
}
}
}
}
}
}
}
}
}
private void WriteIntervalsProperty(CodeWriter writer, Schema schema, Property property)
{
GenerateWriterClass(property.ValueType);
WriteSummaryText(writer, string.Format("Gets the writer for the <code>{0}</code> property. The returned instance must be opened by calling the <see cref=\"CesiumElementWriter.Open\"/> method before it can be used for writing. The <code>{0}</code> property defines {1}",
property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
writer.WriteLine("public {0}CesiumWriter {1}Writer", property.ValueType.NameWithPascalCase, property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("get {{ return m_{0}.Value; }}", property.Name);
writer.CloseScope();
writer.WriteLine();
WriteSummaryText(writer, string.Format("Opens and returns the writer for the <code>{0}</code> property. The <code>{0}</code> property defines {1}",
property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
writer.WriteLine("public {0}CesiumWriter Open{1}Property()", property.ValueType.NameWithPascalCase, property.NameWithPascalCase);
writer.OpenScope();
if (schema.Name != "Packet")
writer.WriteLine("OpenIntervalIfNecessary();");
writer.WriteLine("return OpenAndReturn({0}Writer);", property.NameWithPascalCase);
writer.CloseScope();
writer.WriteLine();
if (property.ValueType.Properties != null)
{
bool isFirstValueProperty = true;
foreach (Property nestedProperty in property.ValueType.Properties)
{
if (!nestedProperty.IsValue)
continue;
OverloadInfo[] overloads = GetOverloadsForProperty(nestedProperty);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes a value for the <code>{0}</code> property as a <code>{1}</code> value. The <code>{0}</code> property specifies {2}", property.Name, nestedProperty.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
continue;
WriteParameterText(writer, parameter.Name, parameter.Description);
}
string subPropertyName = nestedProperty.NameWithPascalCase;
if (subPropertyName == property.NameWithPascalCase || isFirstValueProperty)
subPropertyName = "";
writer.WriteLine("public void Write{0}Property{1}({2})", property.NameWithPascalCase, subPropertyName, overload.FormattedParameters);
writer.OpenScope();
writer.WriteLine("using (var writer = Open{0}Property())", property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("writer.Write{0}({1});", nestedProperty.NameWithPascalCase, string.Join(", ", Array.ConvertAll(overload.Parameters, p => p.Name)));
writer.CloseScope();
writer.CloseScope();
writer.WriteLine();
}
isFirstValueProperty = false;
}
}
}
private void WriteLeafProperty(CodeWriter writer, Schema schema, Property property, bool isFirstValueProperty)
{
OverloadInfo[] overloads = GetOverloadsForProperty(property);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes the <code>{0}</code> property. The <code>{0}</code> property specifies {1}", property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
continue;
WriteParameterText(writer, parameter.Name, parameter.Description);
}
writer.WriteLine("public void Write{0}({1})", isFirstValueProperty ? "Value" : property.NameWithPascalCase, overload.FormattedParameters);
writer.OpenScope();
if (overload.CallOverload != null)
{
writer.WriteLine("Write{0}({1});", isFirstValueProperty ? "Value" : property.NameWithPascalCase, overload.CallOverload);
}
else
{
// First the first value property only, if an overload has one parameter and that
// parameter is a simple JSON type (string, number, boolean), we can skip opening an
// interval and just write the property value directly.
if (isFirstValueProperty && overload.Parameters.Length == 1 &&
(overload.Parameters[0].Type == "string" || overload.Parameters[0].Type == "double" ||
overload.Parameters[0].Type == "int" || overload.Parameters[0].Type == "bool"))
{
writer.WriteLine("if (IsInterval)");
writer.WriteLine(" Output.WritePropertyName({0}PropertyName);", property.NameWithPascalCase);
}
else
{
writer.WriteLine("OpenIntervalIfNecessary();");
writer.WriteLine("Output.WritePropertyName({0}PropertyName);", property.NameWithPascalCase);
}
writer.WriteLine(overload.WriteValue);
}
writer.CloseScope();
writer.WriteLine();
}
}
private void WriteAsTypeMethods(CodeWriter writer, Schema schema)
{
if (schema.Properties == null)
{
return;
}
foreach (Property property in schema.Properties)
{
if (!property.IsValue)
{
continue;
}
if (PropertyValueIsIntervals(property))
{
continue;
}
OverloadInfo[] overloads = GetOverloadsForProperty(property);
if (overloads[0].Parameters.Length != 1)
{
continue;
}
OverloadInfo sampleOverload = FindSampledDataOverload(overloads);
string interfaceName = "ICesiumValuePropertyWriter";
if (sampleOverload != null)
{
interfaceName = "ICesiumInterpolatableValuePropertyWriter";
}
WriteSummaryText(writer, string.Format("Returns a wrapper for this instance that implements <see cref=\"{0}{{T}}\" /> to write a value in <code>{1}</code> format. Because the returned instance is a wrapper for this instance, you may call <see cref=\"ICesiumElementWriter.Close\" /> on either this instance or the wrapper, but you must not call it on both.", interfaceName, property.NameWithPascalCase));
WriteReturnsText(writer, "The wrapper.");
writer.WriteLine("public {0}<{1}> As{2}()",
interfaceName,
overloads[0].Parameters[0].Type,
property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("return m_as{0}.Value;", property.NameWithPascalCase);
writer.CloseScope();
writer.WriteLine();
string adaptorName = "CesiumWriterAdaptor";
if (sampleOverload != null)
{
adaptorName = "CesiumInterpolatableWriterAdaptor";
}
writer.WriteLine("private {0}<{1}> Create{2}Adaptor()",
interfaceName,
overloads[0].Parameters[0].Type,
property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("return new {0}<{1}CesiumWriter, {2}>(",
adaptorName,
schema.NameWithPascalCase,
overloads[0].Parameters[0].Type);
if (sampleOverload != null)
{
writer.WriteLine(" this, (me, value) => me.Write{0}(value), ({1}CesiumWriter me, IList<JulianDate> dates, IList<{2}> values, int startIndex, int length) => me.Write{0}(dates, values, startIndex, length));",
property.NameWithPascalCase,
schema.NameWithPascalCase,
overloads[0].Parameters[0].Type);
}
else
{
writer.WriteLine(" this, (me, value) => me.Write{0}(value));",
property.NameWithPascalCase);
}
writer.CloseScope();
writer.WriteLine();
}
}
private void WriteIntervalsProperty(CodeWriter writer, Schema schema, Property property)
{
GenerateWriterClass(property.ValueType);
WriteSummaryText(writer, string.Format("Gets the writer for the <code>{0}</code> property. The returned instance must be opened by calling the <see cref=\"CesiumElementWriter.Open\"/> method before it can be used for writing. The <code>{0}</code> property defines {1}",
property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
writer.WriteLine("public {0}CesiumWriter {1}Writer", property.ValueType.NameWithPascalCase, property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("get {{ return m_{0}.Value; }}", property.Name);
writer.CloseScope();
writer.WriteLine();
WriteSummaryText(writer, string.Format("Opens and returns the writer for the <code>{0}</code> property. The <code>{0}</code> property defines {1}",
property.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
writer.WriteLine("public {0}CesiumWriter Open{1}Property()", property.ValueType.NameWithPascalCase, property.NameWithPascalCase);
writer.OpenScope();
if (schema.Name != "Packet")
{
writer.WriteLine("OpenIntervalIfNecessary();");
}
writer.WriteLine("return OpenAndReturn({0}Writer);", property.NameWithPascalCase);
writer.CloseScope();
writer.WriteLine();
if (property.ValueType.Properties != null)
{
bool isFirstValueProperty = true;
foreach (Property nestedProperty in property.ValueType.Properties)
{
if (!nestedProperty.IsValue)
{
continue;
}
OverloadInfo[] overloads = GetOverloadsForProperty(nestedProperty);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes a value for the <code>{0}</code> property as a <code>{1}</code> value. The <code>{0}</code> property specifies {2}", property.Name, nestedProperty.Name, StringHelper.UncapitalizeFirstLetter(property.Description)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
{
continue;
}
WriteParameterText(writer, parameter.Name, parameter.Description);
}
string subPropertyName = nestedProperty.NameWithPascalCase;
if (subPropertyName == property.NameWithPascalCase || isFirstValueProperty)
{
subPropertyName = "";
}
writer.WriteLine("public void Write{0}Property{1}({2})", property.NameWithPascalCase, subPropertyName, overload.FormattedParameters);
writer.OpenScope();
writer.WriteLine("using (var writer = Open{0}Property())", property.NameWithPascalCase);
writer.OpenScope();
writer.WriteLine("writer.Write{0}({1});", nestedProperty.NameWithPascalCase, string.Join(", ", Array.ConvertAll(overload.Parameters, p => p.Name)));
writer.CloseScope();
writer.CloseScope();
writer.WriteLine();
}
isFirstValueProperty = false;
}
}
}
private void WriteIntervalsProperty(CodeWriter writer, Schema schema, Property property)
{
GenerateWriterClass(property.ValueType);
string writerType = GetWriterType(property.ValueType);
WriteSummaryText(writer, "Gets the writer for the <c>{0}</c> property. The returned instance must be opened by calling the <see cref=\"CesiumElementWriter.Open\"/> method before it can be used for writing. The <c>{0}</c> property defines {1}", property.Name, GetDescription(property));
writer.WriteLine("[NotNull]");
writer.WriteLine("public {0} {1}Writer", writerType, property.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("get {{ return m_{0}.Value; }}", property.Name);
}
writer.WriteLine();
WriteSummaryText(writer, "Opens and returns the writer for the <c>{0}</c> property. The <c>{0}</c> property defines {1}", property.Name, GetDescription(property));
writer.WriteLine("[NotNull]");
writer.WriteLine("public {0} Open{1}Property()", writerType, property.NameWithPascalCase);
using (writer.OpenScope())
{
if (schema.Name != "Packet")
{
writer.WriteLine("OpenIntervalIfNecessary();");
}
writer.WriteLine("return OpenAndReturn({0}Writer);", property.NameWithPascalCase);
}
writer.WriteLine();
bool isFirstValueProperty = true;
foreach (var nestedProperty in property.ValueType.AllProperties.Where(p => p.IsValue))
{
foreach (var overload in GetOverloadsForProperty(nestedProperty))
{
WriteSummaryText(writer, "Writes a value for the <c>{0}</c> property as a <c>{1}</c> value. The <c>{0}</c> property specifies {2}", property.Name, nestedProperty.Name, GetDescription(property));
foreach (var parameter in overload.Parameters.Where(p => !string.IsNullOrEmpty(p.Description)))
{
WriteParameterText(writer, parameter.Name, parameter.Description);
}
string subPropertyName = nestedProperty.NameWithPascalCase;
if (subPropertyName == property.NameWithPascalCase || isFirstValueProperty)
{
subPropertyName = "";
}
writer.WriteLine("public void Write{0}Property{1}({2})", property.NameWithPascalCase, subPropertyName, overload.FormattedParameters);
using (writer.OpenScope())
{
writer.WriteLine("using (var writer = Open{0}Property())", property.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("writer.Write{0}({1});", nestedProperty.NameWithPascalCase, string.Join(", ", Array.ConvertAll(overload.Parameters, p => p.Name)));
}
}
writer.WriteLine();
}
isFirstValueProperty = false;
}
}
private void WriteProperties(CodeWriter writer, Schema schema)
{
bool isFirstValueProperty = true;
foreach (Property property in schema.Properties)
{
if (PropertyValueIsLeaf(property))
WriteLeafProperty(writer, schema, property, property.IsValue && isFirstValueProperty);
else
WriteIntervalsProperty(writer, schema, property);
if (property.IsValue)
isFirstValueProperty = false;
}
Property additionalProperties = schema.AdditionalProperties;
if (additionalProperties != null)
{
Schema additionalPropertiesValueType = additionalProperties.ValueType;
GenerateWriterClass(additionalPropertiesValueType);
WriteSummaryText(writer, string.Format("Gets a new writer for a <code>{0}</code> property. The returned instance must be opened by calling the <see cref=\"CesiumElementWriter.Open\"/> method before it can be used for writing. A <code>{0}</code> property defines {1}", additionalPropertiesValueType.Name, additionalProperties.Description.UncapitalizeFirstLetter()));
writer.WriteLine("public {0}CesiumWriter Get{0}Writer(string name)", additionalPropertiesValueType.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return new {0}CesiumWriter(name);", additionalPropertiesValueType.NameWithPascalCase);
}
writer.WriteLine();
WriteSummaryText(writer, string.Format("Opens and returns a new writer for a <code>{0}</code> property. A <code>{0}</code> property defines {1}", additionalPropertiesValueType.Name, additionalProperties.Description.UncapitalizeFirstLetter()));
WriteParameterText(writer, "name", "The name of the new property writer.");
writer.WriteLine("public {0}CesiumWriter Open{0}Property(string name)", additionalPropertiesValueType.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("OpenIntervalIfNecessary();");
writer.WriteLine("return OpenAndReturn(new {0}CesiumWriter(name));", additionalPropertiesValueType.NameWithPascalCase);
}
writer.WriteLine();
}
}
private void WriteConstructorsAndCloneMethod(CodeWriter writer, Schema schema)
{
WriteSummaryText(writer, "Initializes a new instance.");
writer.WriteLine("public {0}CesiumWriter(string propertyName)", schema.NameWithPascalCase);
writer.WriteLine(" : base(propertyName)");
using (writer.OpenScope())
{
WriteAsTypeLazyInitialization(writer, schema);
}
writer.WriteLine();
WriteSummaryText(writer, "Initializes a new instance as a copy of an existing instance.");
WriteParameterText(writer, "existingInstance", "The existing instance to copy.");
writer.WriteLine("protected {0}CesiumWriter({0}CesiumWriter existingInstance)", schema.NameWithPascalCase);
writer.WriteLine(" : base(existingInstance)");
using (writer.OpenScope())
{
WriteAsTypeLazyInitialization(writer, schema);
}
writer.WriteLine();
WriteInheritDoc(writer);
writer.WriteLine("public override {0}CesiumWriter Clone()", schema.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return new {0}CesiumWriter(this);", schema.NameWithPascalCase);
}
writer.WriteLine();
}
private void WriteLeafProperty(CodeWriter writer, Schema schema, Property property, bool isFirstValueProperty)
{
IEnumerable <OverloadInfo> overloads = GetOverloadsForProperty(property);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes the value expressed as a <c>{0}</c>, which is {1}", property.Name, GetDescription(property)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
{
continue;
}
WriteParameterText(writer, parameter.Name, parameter.Description);
}
writer.WriteLine("public void Write{0}({1})", property.NameWithPascalCase, overload.FormattedParameters);
using (writer.OpenScope())
{
if (overload.CallOverload != null)
{
writer.WriteLine("Write{0}({1});", property.NameWithPascalCase, overload.CallOverload);
}
else
{
writer.WriteLine("const string PropertyName = {0}PropertyName;", property.NameWithPascalCase);
if (schema.Name == "Packet")
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
else if (isFirstValueProperty && !overload.NeedsInterval)
{
// For the first value property only, if an overload is marked
// as not needing an interval, because it writes a simple JSON
// type (string, number, boolean), we can skip opening an interval
// and just write the property value directly.
// Unless ForceInterval has been set to true.
writer.WriteLine("if (ForceInterval)");
using (writer.OpenScope())
{
writer.WriteLine("OpenIntervalIfNecessary();");
}
if (overload.WritePropertyName)
{
writer.WriteLine("if (IsInterval)");
using (writer.OpenScope())
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
}
}
else
{
writer.WriteLine("OpenIntervalIfNecessary();");
if (overload.WritePropertyName)
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
}
writer.WriteLine(overload.WriteValue);
}
}
writer.WriteLine();
}
}
private void WriteAsTypeMethods(CodeWriter writer, Schema schema)
{
foreach (Property property in schema.Properties)
{
if (!property.IsValue)
continue;
if (PropertyValueIsLeaf(property))
{
IEnumerable<OverloadInfo> overloads = GetOverloadsForProperty(property);
OverloadInfo firstOverload = overloads.First();
if (firstOverload.Parameters.Length != 1)
continue;
string firstOverloadFirstParameterType = firstOverload.Parameters[0].Type;
OverloadInfo sampleOverload = FindSampledDataOverload(overloads);
string interfaceName = "ICesiumValuePropertyWriter";
if (sampleOverload != null)
interfaceName = "ICesiumInterpolatableValuePropertyWriter";
WriteSummaryText(writer, string.Format("Returns a wrapper for this instance that implements <see cref=\"{0}{{T}}\" /> to write a value in <code>{1}</code> format. Because the returned instance is a wrapper for this instance, you may call <see cref=\"ICesiumElementWriter.Close\" /> on either this instance or the wrapper, but you must not call it on both.", interfaceName, property.NameWithPascalCase));
WriteReturnsText(writer, "The wrapper.");
writer.WriteLine("public {0}<{1}> As{2}()", interfaceName, firstOverloadFirstParameterType, property.NameWithPascalCase);
using (writer.OpenScope())
{
writer.WriteLine("return m_as{0}.Value;", property.NameWithPascalCase);
}
writer.WriteLine();
string adaptorName = "CesiumWriterAdaptor";
if (sampleOverload != null)
adaptorName = "CesiumInterpolatableWriterAdaptor";
writer.WriteLine("private {0}<{1}> Create{2}Adaptor()", interfaceName, firstOverloadFirstParameterType, property.NameWithPascalCase);
using (writer.OpenScope())
{
string extraParameter = "";
if (sampleOverload != null)
{
extraParameter = string.Format(", (me, dates, values, startIndex, length) => me.Write{0}(dates, values, startIndex, length)", property.NameWithPascalCase);
}
writer.WriteLine("return new {0}<{1}CesiumWriter, {2}>(this, (me, value) => me.Write{3}(value){4});", adaptorName, schema.NameWithPascalCase, firstOverloadFirstParameterType, property.NameWithPascalCase, extraParameter);
}
writer.WriteLine();
}
}
}
private void WriteLeafProperty(CodeWriter writer, Schema schema, Property property, bool isFirstValueProperty)
{
IEnumerable<OverloadInfo> overloads = GetOverloadsForProperty(property);
foreach (OverloadInfo overload in overloads)
{
WriteSummaryText(writer, string.Format("Writes the value expressed as a <c>{0}</c>, which is {1}", property.Name, GetDescription(property)));
foreach (ParameterInfo parameter in overload.Parameters)
{
if (string.IsNullOrEmpty(parameter.Description))
continue;
WriteParameterText(writer, parameter.Name, parameter.Description);
}
writer.WriteLine("public void Write{0}({1})", property.NameWithPascalCase, overload.FormattedParameters);
using (writer.OpenScope())
{
if (overload.CallOverload != null)
{
writer.WriteLine("Write{0}({1});", property.NameWithPascalCase, overload.CallOverload);
}
else
{
writer.WriteLine("const string PropertyName = {0}PropertyName;", property.NameWithPascalCase);
if (schema.Name == "Packet")
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
else if (isFirstValueProperty && !overload.NeedsInterval)
{
// For the first value property only, if an overload is marked
// as not needing an interval, because it writes a simple JSON
// type (string, number, boolean), we can skip opening an interval
// and just write the property value directly.
// Unless ForceInterval has been set to true.
writer.WriteLine("if (ForceInterval)");
using (writer.OpenScope())
{
writer.WriteLine("OpenIntervalIfNecessary();");
}
if (overload.WritePropertyName)
{
writer.WriteLine("if (IsInterval)");
using (writer.OpenScope())
{
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
}
}
else
{
writer.WriteLine("OpenIntervalIfNecessary();");
if (overload.WritePropertyName)
writer.WriteLine("Output.WritePropertyName(PropertyName);");
}
writer.WriteLine(overload.WriteValue);
}
}
writer.WriteLine();
}
}