void Check(
string json,
bool isNull, bool isArray, bool isObject, bool isValue, SLJsonNodeType valueType,
bool valueBoolean, int valueInt32, long valueInt64, double valueNumber, string valueString)
{
SLJsonNode parsed = SLJsonParser.Parse(json);
SLJsonNode n = parsed["value"];
Test.Assert(() => n.IsArray == isArray);
Test.Assert(() => n.IsNull == isNull);
Test.Assert(() => n.IsObject == isObject);
Test.Assert(() => n.IsValue == isValue);
Test.Assert(() => n.NodeType == valueType);
Test.Assert(() => n.IsValue == (n.IsBoolean || n.IsNumber || n.IsString));
Test.Assert(() => n.IsBoolean == (valueType == SLJsonNodeType.Boolean));
Test.Assert(() => n.IsNumber == (valueType == SLJsonNodeType.Number));
Test.Assert(() => n.IsString == (valueType == SLJsonNodeType.String));
Test.Assert(() => n.AsBoolean == valueBoolean);
Test.Assert(() => n.AsInt32 == valueInt32);
Test.Assert(() => n.AsInt64 == valueInt64);
Test.Assert(() => Math.Abs(n.AsDouble - valueNumber) <= 1e-7);
Test.Assert(() => n.AsString == valueString);
}
void Check2(
SLJsonNode n,
bool isNull, bool isArray, bool isObject, bool isValue, SLJsonNodeType valueType,
bool valueBoolean, int valueInt32, long valueInt64, double valueNumber, string valueString)
{
CheckInternal(n, isNull, isArray, isObject, isValue, valueType, valueBoolean, valueInt32, valueInt64, valueNumber, valueString);
CheckInternal(n.AsString, isNull, isArray, isObject, isValue, SLJsonNodeType.String, valueBoolean, valueInt32, valueInt64, valueNumber, valueString);
}
void ParseAndSerialize(string jsonExpression, bool allowArraysAndValues, SLJsonNodeType nodeType)
{
SLJsonNode n = SLJsonParser.Parse(jsonExpression, allowArraysAndValues);
Assert.AreEqual(nodeType, n.NodeType);
string s = RemoveWhitespace(jsonExpression);
Assert.AreEqual(s, n.AsJsonCompact);
}
void ParseAndSerialize(string jsonExpression, bool allowArraysAndValues, SLJsonNodeType nodeType)
{
SLJsonNode n = SLJsonParser.Parse(jsonExpression, allowArraysAndValues);
Test.Assert(() => n.NodeType == nodeType);
string s = RemoveWhitespace(jsonExpression);
Test.Assert(() => n.AsJsonCompact == s);
}
void ChangeValue(SLJsonNodeType nodeType, string value)
{
BeforeChange();
m_NodeType = nodeType;
m_Value = value;
ReleaseArray();
ReleaseObjects();
Activate();
}
void ParseAndSerialize(string jsonExpression, SLJsonNodeType nodeType)
{
if (nodeType != SLJsonNodeType.Object)
{
ParseAndSerialize(jsonExpression, true, nodeType);
}
else
{
ParseAndSerialize(jsonExpression, false, nodeType);
ParseAndSerialize(jsonExpression, true, nodeType);
}
}
void Check1(
string json,
bool isNull, bool isArray, bool isObject, bool isValue, SLJsonNodeType valueType,
bool valueBoolean, int valueInt32, long valueInt64, double valueNumber, string valueString)
{
SLJsonNode parsed = ParseObject(json);
SLJsonNode n = parsed["value"];
CheckInternal(n, isNull, isArray, isObject, isValue, valueType, valueBoolean, valueInt32, valueInt64, valueNumber, valueString);
if (n.NodeType >= SLJsonNodeType.Boolean && n.NodeType <= SLJsonNodeType.String)
{
CheckInternal(n.AsString, isNull, isArray, isObject, isValue, SLJsonNodeType.String, valueBoolean, valueInt32, valueInt64, valueNumber, valueString);
}
}
static void CheckInternal(
SLJsonNode n,
bool isNull, bool isArray, bool isObject, bool isValue, SLJsonNodeType valueType,
bool valueBoolean, int valueInt32, long valueInt64, double valueNumber, string valueString)
{
Assert.AreEqual(isArray, n.IsArray);
Assert.AreEqual(isNull, n.IsNull);
Assert.AreEqual(isObject, n.IsObject);
Assert.AreEqual(isValue, n.IsValue);
Assert.AreEqual(valueType, n.NodeType);
Assert.AreEqual(n.IsBoolean || n.IsNumber || n.IsString, n.IsValue);
Assert.AreEqual(valueType == SLJsonNodeType.Boolean, n.IsBoolean);
Assert.AreEqual(valueType == SLJsonNodeType.Number, n.IsNumber);
Assert.AreEqual(valueType == SLJsonNodeType.String, n.IsString);
Assert.AreEqual(valueBoolean, n.AsBoolean);
Assert.AreEqual(valueInt32, n.AsInt32);
Assert.AreEqual(valueInt64, n.AsInt64);
Assert.IsTrue(Math.Abs(n.AsDouble - valueNumber) <= 1e-7);
Assert.AreEqual(valueString, n.AsString);
}
} // Used to create a new JSON expression; Also used by the parser
internal SLJsonNode(SLJsonNodeType nodeType, string value)
{
m_NodeType = nodeType; m_Value = value;
} // Used by the parser
