public void AnyOfWithBooleanSchemasAllFalse(string desc, string data, bool expected)
{
// anyOf with boolean schemas, all false
Console.Error.WriteLine(desc);
string schemaData = "{ 'anyOf':[ false, false ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AdditionalPropertiesBeingFalseDoesNotAllowOtherProperties(string desc, string data, bool expected)
{
// additionalProperties being false does not allow other properties
Console.Error.WriteLine(desc);
string schemaData = "{ 'additionalProperties':false, 'patternProperties':{ '^v':{ } }, 'properties':{ 'bar':{ }, 'foo':{ } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void NonASCIIPatternWithAdditionalProperties(string desc, string data, bool expected)
{
// non-ASCII pattern with additionalProperties
Console.Error.WriteLine(desc);
string schemaData = "{ 'additionalProperties':false, 'patternProperties':{ '^á':{ } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void RemoteRefContainingRefsItself(string desc, string data, bool expected)
{
// remote ref, containing refs itself
Console.Error.WriteLine(desc);
string schemaData = "{ '$ref':'http://json-schema.org/draft-07/schema#' }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void RefToBooleanSchemaFalse(string desc, string data, bool expected)
{
// $ref to boolean schema false
Console.Error.WriteLine(desc);
string schemaData = "{ '$ref':'#/definitions/bool', 'definitions':{ 'bool':false } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void RelativePointerRefToObject(string desc, string data, bool expected)
{
// relative pointer ref to object
Console.Error.WriteLine(desc);
string schemaData = "{ 'properties':{ 'bar':{ '$ref':'#/properties/foo' }, 'foo':{ 'type':'integer' } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void NestedRefs(string desc, string data, bool expected)
{
// nested refs
Console.Error.WriteLine(desc);
string schemaData = "{ '$ref':'#/definitions/c', 'definitions':{ 'a':{ 'type':'integer' }, 'b':{ '$ref':'#/definitions/a' }, 'c':{ '$ref':'#/definitions/b' } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void PatternIsNotAnchored(string desc, string data, bool expected)
{
// pattern is not anchored
Console.Error.WriteLine(desc);
string schemaData = "{ 'pattern':'a+' }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void ByNumber(string desc, string data, bool expected)
{
// by number
Console.Error.WriteLine(desc);
string schemaData = "{ 'multipleOf':1.5 }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AnyOfTest(string desc, string data, bool expected)
{
// anyOf
Console.Error.WriteLine(desc);
string schemaData = "{ 'anyOf':[ { 'type':'integer' }, { 'minimum':2 } ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AnyOfWithBaseSchema(string desc, string data, bool expected)
{
// anyOf with base schema
Console.Error.WriteLine(desc);
string schemaData = "{ 'anyOf':[ { 'maxLength':2 }, { 'minLength':4 } ], 'type':'string' }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void NestedAnyOfToCheckValidationSemantics(string desc, string data, bool expected)
{
// nested anyOf, to check validation semantics
Console.Error.WriteLine(desc);
string schemaData = "{ 'anyOf':[ { 'anyOf':[ { 'type':'null' } ] } ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AnyOfWithOneEmptySchema(string desc, string data, bool expected)
{
// anyOf with one empty schema
Console.Error.WriteLine(desc);
string schemaData = "{ 'anyOf':[ { 'type':'number' }, { } ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AnyOfComplexTypes(string desc, string data, bool expected)
{
// anyOf complex types
Console.Error.WriteLine(desc);
string schemaData = "{ 'anyOf':[ { 'properties':{ 'bar':{ 'type':'integer' } }, 'required':[ 'bar' ] }, { 'properties':{ 'foo':{ 'type':'string' } }, 'required':[ 'foo' ] } ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void ValidationOfEMailAddresses(string desc, string data, bool expected)
{
// validation of e-mail addresses
Console.Error.WriteLine(desc);
string schemaData = "{ 'format':'email' }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft4
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AdditionalPropertiesAllowsASchemaWhichShouldValidate(string desc, string data, bool expected)
{
// additionalProperties allows a schema which should validate
Console.Error.WriteLine(desc);
string schemaData = "{ 'additionalProperties':{ 'type':'boolean' }, 'properties':{ 'bar':{ }, 'foo':{ } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void RootPointerRef(string desc, string data, bool expected)
{
// root pointer ref
Console.Error.WriteLine(desc);
string schemaData = "{ 'additionalProperties':false, 'properties':{ 'foo':{ '$ref':'#' } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AdditionalPropertiesCanExistByItself(string desc, string data, bool expected)
{
// additionalProperties can exist by itself
Console.Error.WriteLine(desc);
string schemaData = "{ 'additionalProperties':{ 'type':'boolean' } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void RelativePointerRefToArray(string desc, string data, bool expected)
{
// relative pointer ref to array
Console.Error.WriteLine(desc);
string schemaData = "{ 'items':[ { 'type':'integer' }, { '$ref':'#/items/0' } ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AdditionalPropertiesAreAllowedByDefault(string desc, string data, bool expected)
{
// additionalProperties are allowed by default
Console.Error.WriteLine(desc);
string schemaData = "{ 'properties':{ 'bar':{ }, 'foo':{ } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void RefOverridesAnySiblingKeywords(string desc, string data, bool expected)
{
// ref overrides any sibling keywords
Console.Error.WriteLine(desc);
string schemaData = "{ 'definitions':{ 'reffed':{ 'type':'array' } }, 'properties':{ 'foo':{ '$ref':'#/definitions/reffed', 'maxItems':2 } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void AdditionalPropertiesShouldNotLookInApplicators(string desc, string data, bool expected)
{
// additionalProperties should not look in applicators
Console.Error.WriteLine(desc);
string schemaData = "{ 'additionalProperties':{ 'type':'boolean' }, 'allOf':[ { 'properties':{ 'foo':{ } } } ] }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void PropertyNamedRefThatIsNotAReference(string desc, string data, bool expected)
{
// property named $ref that is not a reference
Console.Error.WriteLine(desc);
string schemaData = "{ 'properties':{ '$ref':{ 'type':'string' } } }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void ValidationOfRelativeJSONPointersRJP(string desc, string data, bool expected)
{
// validation of Relative JSON Pointers (RJP)
Console.Error.WriteLine(desc);
string schemaData = "{ 'format':'relative-json-pointer' }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft7
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void MaxPropertiesValidation(string desc, string data, bool expected)
{
// maxProperties validation
Console.Error.WriteLine(desc);
string schemaData = "{ 'maxProperties':2 }";
MPJson schemaJson = MPJson.Parse(schemaData);
MPJson json = MPJson.Parse(data);
MPSchema schema = schemaJson;
var validator = new JsonValidator {
Strict = true, Version = SchemaVersion.Draft6
};
bool actual = validator.Validate(schema, json);
Assert.Equal(expected, actual);
}
public void OneOfTest()
{
var schema = SimpleSchema("oneOf", MPJson.Array(m2, m3, m5));
Assert.True(schema.IsValid);
Assert.False(schema.Validate(0));
Assert.False(schema.Validate(1));
Assert.True(schema.Validate(2));
Assert.False(schema.Validate(15));
Assert.True(schema.Validate(21));
Assert.False(schema.Validate(30));
Assert.False(schema.Validate(60));
// Wow! This is surprising but true!!
Assert.False(schema.Validate("Not a number"));
}
public void TypeNullSchemaTests()
{
var schema = new MPSchema(
MPJson.Object(
MPJson.Property("type", MPJson.Array("null"))
)
);
Assert.True(schema.IsValid);
Assert.True(schema.Validate(MPJson.Null));
Assert.False(schema.Validate("x"));
Assert.False(schema.Validate(123));
Assert.False(schema.Validate(true));
Assert.False(schema.Validate(MPJson.Object()));
Assert.False(schema.Validate(MPJson.Array()));
}
public void PropertyNamesTest()
{
var schema = SingletonSchema("propertyNames",
MPJson.Object(
MPJson.Property("pattern", "a|c")
));
Assert.True(schema.IsValid);
Assert.True(schema.Validate(MPJson.Object()));
Assert.True(schema.Validate(MPJson.Object(a1)));
Assert.False(schema.Validate(MPJson.Object(b2, c3, d4)));
Assert.True(schema.Validate(MPJson.Object(a1, c3)));
Assert.False(schema.Validate(MPJson.Object(a1, b2, c3, d4)));
Assert.False(SingletonSchema("propertyNames", "true").IsValid);
Assert.False(SingletonSchema("propertyNames", MPJson.Array()).IsValid);
}
public void ContainsTest()
{
var schema = SingletonSchema("contains", MPJson.Object(MPJson.Property("type", "number")));
Assert.True(schema.IsValid);
Assert.True(schema.Validate(MPJson.Array(1)));
Assert.True(schema.Validate(MPJson.Array(3, 4, 4)));
Assert.True(schema.Validate(MPJson.Array("a", 2)));
Assert.True(schema.Validate(MPJson.Array(1, "b")));
Assert.False(schema.Validate(MPJson.Array()));
Assert.False(schema.Validate(MPJson.Array("a")));
Assert.False(schema.Validate(MPJson.Array("a", "b", "c")));
Assert.True(SingletonSchema("contains", true).IsValid);
Assert.False(SingletonSchema("contains", "true").IsValid);
}
public void PropertiesTest()
{
var m2 = MPJson.Object("multipleOf", 2);
var m3 = MPJson.Object("multipleOf", 3);
var m5 = MPJson.Object("multipleOf", 5);
MPSchema schema = MPJson.Object("properties", MPJson.Object("m2", m2, "m3", m3, "m5", m5));
Assert.True(schema.IsValid);
Assert.True(schema.Validate(MPJson.Object()));
Assert.True(schema.Validate(MPJson.Object("m2", 2)));
Assert.True(schema.Validate(MPJson.Object("m5", 5)));
Assert.True(schema.Validate(MPJson.Object("m2", 2, "m3", 3)));
Assert.True(schema.Validate(MPJson.Object("m2", 4, "m3", 9, "m5", 25)));
Assert.False(schema.Validate(MPJson.Object("m2", 3)));
Assert.False(schema.Validate(MPJson.Object("m2", 2, "m3", 3, "m5", 7)));
}
