public FieldContext FieldFromTrip(TripField field)
{
var fc = new FieldContext(
field.Name,
(short)field.Identifier,
//typeConverter.ConvertToString(field.Type),
MangleCSharpMethodName(field.Name),
MangleCSharpTypeName(field.Name),
field.Required == Required.REQUIRED,
typeConverter.ConvertToGenType(field.Type)
);
return fc;
}
private void BuildSerializeListElement(StringBuilder sb, GenType genType, string iter)
{
var eField = new FieldContext(iter, genType.ElementType);
BuildSerializeField(sb, eField, "", true);
}
private void BuildSerializeMapElement(StringBuilder sb, GenType genType, string iter, string map)
{
var kField = new FieldContext(iter, genType.KeyType);
BuildSerializeField(sb, kField, "", true);
var vField = new FieldContext(map + "[" + iter + "]", genType.ValueType);
BuildSerializeField(sb, vField, "", true);
}
private void BuildSerializeField(StringBuilder sb, FieldContext field, string prefix = "", bool isElement = false, bool isPropertyLess = false)
{
var genType = field.GenType;
var name = prefix + (isPropertyLess ? "" : PropertyNameFromField(field));
if (genType.IsStruct)
{
BuildSerializeStruct(sb, name);
}
else if (genType.IsContainer)
{
BuildSerializeContainer(sb, name, genType);
}
else if (genType.IsBaseType || genType.IsEnum)
{
sb.Indent(level).Append("oprot.");
//string nullableName = !isElement ? name + ".Value" : name;
string nullableName = name + ".Value";
if (genType.IsBaseType)
{
switch (genType.GType)
{
case GType.Binary:
sb.Append("WriteBinary(").Append(name).Append(");");
break;
case GType.String:
sb.Append("WriteString(").Append(name).Append(");");
break;
case GType.Bool:
sb.Append("WriteBool(").Append(nullableName).Append(");");
break;
case GType.Byte:
sb.Append("WriteByte(").Append(nullableName).Append(");");
break;
case GType.I16:
sb.Append("WriteI16(").Append(nullableName).Append(");");
break;
case GType.I32:
sb.Append("WriteI32(").Append(nullableName).Append(");"); ;
break;
case GType.I64:
sb.Append("WriteI64(").Append(nullableName).Append(");");
break;
case GType.Double:
sb.Append("WriteDouble(").Append(nullableName).Append(");"); ;
break;
default:
throw new ArgumentException(string.Format("DO NOT KNOW HOW TO SERIALIZE BASE TYPE {0}", genType.GType));
}
}
else if (genType.IsEnum)
{
sb.Append("WriteI32((int)").Append(nullableName).Append(");");
}
sb.AppendLine();
}
else
{
throw new ArgumentException(string.Format("DO NOT KNOW HOW TO SERIALIZE {0} TYPE {1}", field.Name, genType.CSharpTypeName));
}
}
private string PropertyNameFromField(FieldContext field)
{
if (field.CSharpPropertyName != null) return field.CSharpPropertyName;
return field.Name;
}
private string DeclareField(FieldContext field, bool init = false, string prefix = "")
{
string result = field.GenType.CSharpTypeName + " " + prefix + field.Name;
if (init)
{
var genType = field.GenType;
if (genType.IsBaseType)
{
GType gType = genType.GType;
switch (gType)
{
case GType.String:
result += " = null";
break;
case GType.Bool:
result += " = false";
break;
case GType.Byte:
case GType.I16:
case GType.I32:
case GType.I64:
result += " = 0";
break;
case GType.Double:
result += " = (double)0";
break;
}
}
else if (genType.IsEnum)
{
result += " = (" + genType.CSharpTypeName + ")0";
}
else if (genType.IsContainer)
{
result += " = new " + genType.CSharpTypeName + "()";
}
else
{
result += " = new " + genType.CSharpTypeName + "()";
}
}
return result + ";";
}
private void BuildDeserializeListElement(StringBuilder sb, GenType listType, string prefix = "")
{
string elem = Tmp("_elem");
var felem = new FieldContext(elem, listType.ElementType);
sb.Indent(level).Append(DeclareField(felem, true)).AppendLine();
BuildDeserializeField(sb, felem);
sb.Indent(level).Append(prefix).Append(".Add(").Append(elem).Append(");").AppendLine();
}
private void BuildDeserializeMapElement(StringBuilder sb, GenType mapType, string prefix = "")
{
string key = Tmp("_key");
string val = Tmp("_val");
var fkey = new FieldContext(key, mapType.KeyType);
var fval = new FieldContext(val, mapType.ValueType);
sb.Indent(level).Append(DeclareField(fkey)).AppendLine();
sb.Indent(level).Append(DeclareField(fval)).AppendLine();
BuildDeserializeField(sb, fkey);
BuildDeserializeField(sb, fval);
sb.Indent(level).Append(prefix).Append("[").Append(key).Append("] = ").Append(val).Append(";").AppendLine();
}
public void AddField(FieldContext field)
{
this.Fields.Add(field);
}
private void BuildDeserializeField(StringBuilder sb, FieldContext field, string prefix = "", bool isPropertyless = false)
{
var genType = field.GenType;
string name = prefix + (isPropertyless ? "" : PropertyNameFromField(field));
if (genType.IsStruct)
{
BuildDeserializeStruct(sb, genType.CSharpTypeName, name);
}
else if (genType.IsContainer)
{
BuildDeserializeContainer(sb, genType, name);
}
else if (genType.IsBaseType || genType.IsEnum)
{
sb.Indent(level).Append(name).Append(" = ");
if (genType.IsEnum)
{
sb.Append("(").Append(genType.CSharpTypeName).Append(")");
}
sb.Append("iprot.");
if (genType.IsBaseType)
{
switch (genType.GType)
{
case GType.Binary:
sb.Append("ReadBinary();");
break;
case GType.String:
sb.Append("ReadString();");
break;
case GType.Bool:
sb.Append("ReadBool();");
break;
case GType.Byte:
sb.Append("ReadByte();");
break;
case GType.I16:
sb.Append("ReadI16();");
break;
case GType.I32:
sb.Append("ReadI32();");
break;
case GType.I64:
sb.Append("ReadI64();");
break;
case GType.Double:
sb.Append("ReadDouble();");
break;
default:
throw new ArgumentException(string.Format("DO NOT KNOW HOW TO DESERIALIZE BASE TYPE {0}", genType.GType));
}
}
else if (genType.IsEnum)
{
sb.Append("ReadI32();");
}
sb.AppendLine();
}
else
{
throw new ArgumentException(string.Format("DO NOT KNOW HOW TO DESERIALIZE FIELD {0} TYPE {1}", field.Name, genType.CSharpTypeName));
}
}
