public static string JsonSchemaFaker(JsonSchema4 schema, List <object> ReferenceStack, bool UseXMlNames = false)
{
if (ReferenceStack == null)
{
ReferenceStack = new List <object>();
}
ReferenceStack.Add(schema);
if (CachedValues.ContainsKey(schema))
{
object returnValue;
CachedValues.TryGetValue(schema, out returnValue);
return((string)returnValue);
}
if (schema.HasReference)
{
if (ReferenceStack.Contains(schema.Reference))
{
return(string.Empty);
}
else
{
return(JsonSchemaFaker(schema.Reference, ReferenceStack, UseXMlNames));
}
}
Dictionary <string, object> JsonBody = new Dictionary <string, object>();
foreach (KeyValuePair <string, JsonProperty> jkp in schema.ActualProperties)
{
//code
string key = jkp.Key;
if (UseXMlNames && jkp.Value.Xml != null)
{
key = jkp.Value.Xml.Name;
}
if (jkp.Value.HasReference && !ReferenceStack.Contains(jkp.Value.Reference))
{
if (jkp.Value.Reference.HasReference == false && jkp.Value.Reference.Properties.Count == 0)
{
object o1 = GenerateJsonObjectFromJsonSchema4(jkp.Value, ReferenceStack, UseXMlNames);
JsonBody.Add(key, o1);
}
else
{
if (!jkp.Value.Reference.Equals(jkp.Value))
{
string property = JsonSchemaFaker(jkp.Value.Reference, ReferenceStack, UseXMlNames);
object o = JsonConvert.DeserializeObject(property);
JsonBody.Add(key, o);
}
}
}
else
{
object o = GenerateJsonObjectFromJsonSchema4(jkp.Value, ReferenceStack, UseXMlNames);
JsonBody.Add(key, o);
}
}
ReferenceStack.Remove(schema);
string output = JsonConvert.SerializeObject(JsonBody);
CachedValues.Add(schema, output);
return(output);
}
private static object GenerateJsonObjectFromJsonSchema4(JsonProperty value, List <object> ReferenceStack, bool UseXMlNames)
{
if (CachedValues.ContainsKey(value))
{
object returnValue;
CachedValues.TryGetValue(value, out returnValue);
return(returnValue);
}
if (ReferenceStack == null)
{
ReferenceStack = new List <object>();
}
List <object> PrivateStack = new List <object>();
object output = "";
switch (value.Type)
{
case JsonObjectType.Object:
Dictionary <string, object> JsonBody = new Dictionary <string, object>();
foreach (KeyValuePair <string, JsonProperty> jkp in value.ActualProperties)
{
string key = jkp.Key;
if (UseXMlNames && jkp.Value.Xml != null)
{
key = jkp.Value.Xml.Name;
}
ReferenceStack.Add(jkp.Value);
PrivateStack.Add(jkp.Value);
object JObject = GenerateJsonObjectFromJsonSchema4(jkp.Value, ReferenceStack, UseXMlNames);
JsonBody.Add(key, JsonConvert.SerializeObject(JObject));
}
output = JsonBody;
break;
case JsonObjectType.Array:
JObject jb = new JObject();
foreach (var item in value.Item.ActualProperties)
{
string key = item.Key;
if (UseXMlNames && item.Value.Xml != null)
{
key = item.Value.Xml.Name;
}
ReferenceStack.Add(item.Value);
PrivateStack.Add(item.Value);
object JsonObject = GenerateJsonObjectFromJsonSchema4(item.Value, ReferenceStack, UseXMlNames);
jb.Add(key, JsonConvert.SerializeObject(JsonObject));
}
if (value.Item.HasReference)
{
if (!ReferenceStack.Contains(value.Item.Reference))
{
foreach (var item in value.Item.Reference.ActualProperties)
{
if (item.Value.Equals(value))
{
jb.Add(item.Key, "");
}
else
{
string key = item.Key;
if (UseXMlNames && item.Value.Xml != null)
{
key = item.Value.Xml.Name;
}
object o = GenerateJsonObjectFromJsonSchema4(item.Value, ReferenceStack, UseXMlNames);
jb.Add(key, (JToken)o);
}
}
}
}
JArray ja = new JArray();
ja.Add(jb);
output = ja;
if (UseXMlNames)
{
Dictionary <string, object> jsb = new Dictionary <string, object>();
jsb.Add(value.Xml.Name, ja);
output = jsb;
}
break;
case JsonObjectType.String:
output = new JValue("sample");
break;
case JsonObjectType.Number:
output = new JValue(1);
break;
case JsonObjectType.Integer:
output = new JValue(1);
break;
case JsonObjectType.Boolean:
output = new JValue(false);
break;
case JsonObjectType.Null:
output = JValue.CreateNull();
break;
default:
output = new JValue("");;
break;
}
foreach (object obj in PrivateStack)
{
ReferenceStack.Remove(obj);
}
CachedValues.Add(value, output);
return(output);
}
/// <summary>
/// 現在の状態で、現在のコードの実行を再開します。
/// </summary>
/// <returns></returns>
public bool Resume()
{
KecaknoahObject v1, v2;
KecaknoahReference rfr;
Stack <KecaknoahObject> args;
while (ProgramCounter < Codes.Count)
{
var c = Codes[ProgramCounter];
switch (c.Type)
{
//基本--------------------------------------------------------------------
case KecaknoahILCodeType.Nop:
break;
case KecaknoahILCodeType.Label:
break;
case KecaknoahILCodeType.PushInteger:
ReferenceStack.Push(KecaknoahReference.Right(c.IntegerValue));
break;
case KecaknoahILCodeType.PushString:
ReferenceStack.Push(KecaknoahReference.Right(c.StringValue));
break;
case KecaknoahILCodeType.PushDouble:
ReferenceStack.Push(KecaknoahReference.Right(c.FloatValue));
break;
case KecaknoahILCodeType.PushBoolean:
ReferenceStack.Push(KecaknoahReference.Right(c.BooleanValue));
break;
case KecaknoahILCodeType.PushNil:
ReferenceStack.Push(KecaknoahNil.Reference);
break;
case KecaknoahILCodeType.Pop:
ReferenceStack.Pop();
break;
//二項演算子--------------------------------------------------------------
case KecaknoahILCodeType.Plus:
case KecaknoahILCodeType.Minus:
case KecaknoahILCodeType.Multiply:
case KecaknoahILCodeType.Divide:
case KecaknoahILCodeType.Modular:
case KecaknoahILCodeType.And:
case KecaknoahILCodeType.Or:
case KecaknoahILCodeType.Xor:
case KecaknoahILCodeType.AndAlso:
case KecaknoahILCodeType.OrElse:
case KecaknoahILCodeType.LeftBitShift:
case KecaknoahILCodeType.RightBitShift:
case KecaknoahILCodeType.Equal:
case KecaknoahILCodeType.NotEqual:
case KecaknoahILCodeType.Greater:
case KecaknoahILCodeType.Lesser:
case KecaknoahILCodeType.GreaterEqual:
case KecaknoahILCodeType.LesserEqual:
v2 = ReferenceStack.Pop().RawObject;
v1 = ReferenceStack.Pop().RawObject;
ReferenceStack.Push(KecaknoahReference.Right(v1.ExpressionOperation(c.Type, v2)));
break;
case KecaknoahILCodeType.Not:
case KecaknoahILCodeType.Negative:
v1 = ReferenceStack.Pop().RawObject;
ReferenceStack.Push(KecaknoahReference.Right(v1.ExpressionOperation(c.Type, null)));
break;
//代入など--------------------------------------------------------------
case KecaknoahILCodeType.Assign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
rfr.RawObject = v1;
ReferenceStack.Push(KecaknoahReference.Right(v1));
break;
case KecaknoahILCodeType.PlusAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Plus, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.MinusAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Minus, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.MultiplyAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Multiply, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.DivideAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Divide, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.AndAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.And, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.OrAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Or, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.XorAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Xor, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.ModularAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.Modular, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.LeftBitShiftAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.LeftBitShift, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.RightBitShiftAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.RightBitShift, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
case KecaknoahILCodeType.NilAssign:
v1 = ReferenceStack.Pop().RawObject;
rfr = ReferenceStack.Pop();
v2 = rfr.RawObject.ExpressionOperation(KecaknoahILCodeType.NilAssign, v1);
rfr.RawObject = v2;
ReferenceStack.Push(KecaknoahReference.Right(v2));
break;
//特殊----------------------------------------------------------------------------
case KecaknoahILCodeType.StartCoroutine:
args = new Stack <KecaknoahObject>();
for (int i = 0; i < c.IntegerValue; i++)
{
args.Push(ReferenceStack.Pop().RawObject.AsByValValue());
}
var ct = ReferenceStack.Peek().RawObject as KecaknoahScriptFunction;
var ict = ReferenceStack.Peek().RawObject as KecaknoahInteropFunction;
ReferenceStack.Pop();
if (ct == null && ict == null)
{
throw new InvalidOperationException("スクリプト上のメソッド以外はコルーチン化出来ません");
}
if (!ct.Equals(null))
{
cors[c.StringValue] = new KecaknoahScriptCoroutineFrame(RunningContext, ct, args.ToArray());
}
else
{
cors[c.StringValue] = new KecaknoahInteropCoroutineFrame(RunningContext, ict, args.ToArray());
}
break;
case KecaknoahILCodeType.ResumeCoroutine:
var cobj = cors[c.StringValue];
if (cobj == null)
{
if (c.BooleanValue)
{
ReferenceStack.Pop();
}
ReferenceStack.Push(KecaknoahNil.Reference);
break;
}
var cr = cobj.Resume();
if (c.BooleanValue)
{
//2引数
var vas = ReferenceStack.Pop();
vas.RawObject = cr.ReturningObject;
ReferenceStack.Push(KecaknoahReference.Right(cr.CanResume.AsKecaknoahBoolean()));
}
else
{
//1引数
ReferenceStack.Push(KecaknoahReference.Right(cr.ReturningObject));
}
if (!cr.CanResume)
{
cors[c.StringValue] = null;
}
break;
case KecaknoahILCodeType.MakeArray:
var ars = new Stack <KecaknoahObject>();
for (int i = 0; i < c.IntegerValue; i++)
{
ars.Push(ReferenceStack.Pop().RawObject);
}
var arr = new KecaknoahArray(new[] { (int)c.IntegerValue });
for (int i = 0; i < c.IntegerValue; i++)
{
arr.array[i] = new KecaknoahReference {
IsLeftValue = true, RawObject = ars.Pop()
}
}
;
ReferenceStack.Push(KecaknoahReference.Right(arr));
break;
case KecaknoahILCodeType.Jump:
ProgramCounter = (int)c.IntegerValue;
continue;
case KecaknoahILCodeType.TrueJump:
v1 = ReferenceStack.Pop().RawObject;
if (v1.ToBoolean())
{
ProgramCounter = (int)c.IntegerValue;
continue;
}
break;
case KecaknoahILCodeType.FalseJump:
v1 = ReferenceStack.Pop().RawObject;
if (!v1.ToBoolean())
{
ProgramCounter = (int)c.IntegerValue;
continue;
}
break;
case KecaknoahILCodeType.Return:
ReturningObject = ReferenceStack.Pop().RawObject;
return(false);
case KecaknoahILCodeType.Yield:
ReturningObject = ReferenceStack.Pop().RawObject;
ProgramCounter++;
return(true);
case KecaknoahILCodeType.Call:
args = new Stack <KecaknoahObject>();
for (int i = 0; i < c.IntegerValue; i++)
{
args.Push(ReferenceStack.Pop().RawObject);
}
v1 = ReferenceStack.Pop().RawObject.AsByValValue();
ReferenceStack.Push(KecaknoahReference.Right(v1.Call(RunningContext, args.ToArray()).ReturningObject));
break;
case KecaknoahILCodeType.IndexerCall:
args = new Stack <KecaknoahObject>();
for (int i = 0; i < c.IntegerValue; i++)
{
args.Push(ReferenceStack.Pop().RawObject);
}
v1 = ReferenceStack.Pop().RawObject.AsByValValue();
ReferenceStack.Push(v1.GetIndexerReference(args.ToArray()));
break;
case KecaknoahILCodeType.PushArgument:
ReferenceStack.Push(KecaknoahReference.Right(Arguments[(int)c.IntegerValue]));
break;
case KecaknoahILCodeType.LoadObject:
string refname = c.StringValue;
ReferenceStack.Push(GetReference(refname));
break;
case KecaknoahILCodeType.LoadMember:
var or = ReferenceStack.Pop();
ReferenceStack.Push(or.GetMemberReference(c.StringValue));
break;
case KecaknoahILCodeType.LoadVarg:
args = new Stack <KecaknoahObject>();
for (int i = 0; i < c.IntegerValue; i++)
{
args.Push(ReferenceStack.Pop().RawObject);
}
ReferenceStack.Push(KecaknoahReference.Right(VariableArguments[(int)args.Pop().ToInt64()]));
break;
case KecaknoahILCodeType.AsValue:
ReferenceStack.Push(KecaknoahReference.Right(ReferenceStack.Pop().RawObject.AsByValValue()));
break;
}
ProgramCounter++;
}
if (ReferenceStack.Count == 0)
{
ReferenceStack.Push(KecaknoahNil.Reference);
}
ReturningObject = ReferenceStack.Pop().RawObject;
return(false);
}
public void Init()
{
this.stack = new ReferenceStack <double>();
}
public void Init()
{
this.stack = new ReferenceStack <double>();
this.calculator = new Calculator(stack);
}
public static string JsonSchemaFaker(JsonSchema4 schema, List <object> ReferenceStack, bool UseXMlNames = false)
{
if (ReferenceStack == null)
{
ReferenceStack = new List <object>();
}
ReferenceStack.Add(schema);
if (CachedValues.ContainsKey(schema))
{
object returnValue;
CachedValues.TryGetValue(schema, out returnValue);
return((string)returnValue);
}
if (schema.HasReference)
{
if (ReferenceStack.Contains(schema.Reference))
{
return(string.Empty);
}
else
{
return(JsonSchemaFaker(schema.Reference, ReferenceStack, UseXMlNames));
}
}
Dictionary <string, object> JsonBody = new Dictionary <string, object>();
if (schema.AllOf.Count == 0)
{
foreach (KeyValuePair <string, JsonProperty> jkp in schema.ActualProperties)
{
//code
string key = jkp.Key;
if (UseXMlNames && jkp.Value.Xml != null)
{
key = jkp.Value.Xml.Name;
}
if (jkp.Value.HasReference && !ReferenceStack.Contains(jkp.Value.Reference))
{
if (jkp.Value.Reference.HasReference == false && jkp.Value.Reference.Properties.Count == 0)
{
object o1 = GenerateJsonObjectFromJsonSchema4(jkp.Value, ReferenceStack, UseXMlNames);
JsonBody.Add(key, o1);
}
else
{
if (!jkp.Value.Reference.Equals(jkp.Value))
{
string property = JsonSchemaFaker(jkp.Value.Reference, ReferenceStack, UseXMlNames);
object o = JsonConvert.DeserializeObject(property);
JsonBody.Add(key, o);
}
}
}
else
{
object o = GenerateJsonObjectFromJsonSchema4(jkp.Value, ReferenceStack, UseXMlNames);
JsonBody.Add(key, o);
}
}
}
else
{
System.Text.StringBuilder property = new System.Text.StringBuilder();
foreach (var schemaObject in schema.AllOf)
{
if (string.IsNullOrEmpty(property.ToString()))
{
property.Append(JsonSchemaFaker(schemaObject, ReferenceStack, UseXMlNames));
}
else
{
property.Remove(property.Length - 1, 1);
var result = JsonSchemaFaker(schemaObject, ReferenceStack, UseXMlNames);
property.Append(string.Format(",{0}", result.Substring(1, result.Length - 1)));
}
}
return(property.ToString());
}
ReferenceStack.Remove(schema);
string output = JsonConvert.SerializeObject(JsonBody);
CachedValues.Add(schema, output);
return(output);
}
