public override void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, ScopeType type)
{
base.Initialize(context, parent, initialDepth, type);
if (parent != null)
{
parent.SchemaChildren.Add(this);
}
}
public override void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, ScopeType type)
{
ValidationUtils.Assert(parent != null);
base.Initialize(context, parent, initialDepth, type);
ChildScopes.Clear();
ParentSchemaScope = parent;
ConditionalContext = ConditionalContext.Create(context, parent.ShouldValidateUnevaluated());
}
public override void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, ScopeType type)
{
base.Initialize(context, parent, initialDepth, type);
If = null;
Then = null;
Else = null;
ThenContext = null;
ElseContext = null;
}
public void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, JSchema schema)
{
Initialize(context, parent, initialDepth, ScopeType.Object);
InitializeSchema(schema);
_propertyCount = 0;
_currentPropertyName = null;
if (!schema._required.IsNullOrEmpty())
{
if (_requiredProperties != null)
{
_requiredProperties.Clear();
}
else
{
_requiredProperties = new List <string>(schema._required.Count);
}
foreach (string required in schema._required)
{
_requiredProperties.Add(required);
}
}
// Need to track the properties read when:
// - Schema has dependencies or,
// - Need to validate unevaluated properties
if (HasDependencies())
{
if (ReadProperties != null)
{
ReadProperties.Clear();
}
else
{
ReadProperties = new List <string>();
}
}
if (ShouldValidateUnevaluated())
{
if (_unevaluatedScopes != null)
{
_unevaluatedScopes.Clear();
}
else
{
_unevaluatedScopes = new Dictionary <string, UnevaluatedContext>(StringComparer.Ordinal);
}
}
}
public virtual void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, ScopeType type)
{
Context = context;
Parent = parent;
InitialDepth = initialDepth;
Type = type;
Complete = false;
#if DEBUG
Interlocked.Increment(ref LastDebugId);
DebugId = LastDebugId;
#endif
}
public void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, JSchema schema)
{
Initialize(context, parent, initialDepth, ScopeType.Array);
InitializeSchema(schema);
_index = -1;
_matchCount = 0;
if (schema.Contains != null)
{
if (_containsContexts != null)
{
_containsContexts.Clear();
}
else
{
_containsContexts = new List <ConditionalContext>();
}
}
if (schema.UniqueItems)
{
if (_uniqueArrayItems != null)
{
_uniqueArrayItems.Clear();
}
else
{
_uniqueArrayItems = new List <JToken>();
}
}
if (ShouldValidateUnevaluated())
{
if (_unevaluatedScopes != null)
{
_unevaluatedScopes.Clear();
}
else
{
_unevaluatedScopes = new Dictionary <int, UnevaluatedContext>();
}
}
}
public void InitializeScope(JsonToken token, int scopeIndex, JSchema schema, ContextBase context)
{
// cache this for performance
int scopeCurrentIndex = scopeIndex;
// check to see whether a scope with the same schema exists
SchemaScope?childScope = GetExistingSchemaScope(schema, ref scopeCurrentIndex);
if (childScope == null)
{
childScope = SchemaScope.CreateTokenScope(token, schema, context, null, InitialDepth);
}
else
{
if (childScope.Context != context)
{
// The schema scope needs to be part of a different conditional contexts.
// We need to create a composite so that errors are raised to both.
CompositeContext?compositeContext = childScope.Context as CompositeContext;
if (compositeContext == null)
{
compositeContext = new CompositeContext(context.Validator);
compositeContext.Contexts.Add(childScope.Context);
compositeContext.Contexts.Add(context);
childScope.Context = compositeContext;
}
else
{
if (!compositeContext.Contexts.Contains(context))
{
compositeContext.Contexts.Add(context);
}
}
}
}
#if DEBUG
childScope.ConditionalParents.Add(this);
#endif
ChildScopes.Add(childScope);
}
private void InitializeScope(JsonToken token, int scopeIndex, JSchema schema, ConditionalContext context)
{
// cache this for performance
int scopeCurrentIndex = scopeIndex;
// check to see whether a scope with the same schema exists
SchemaScope?childScope = GetExistingSchemaScope(schema, ref scopeCurrentIndex);
if (childScope == null)
{
childScope = SchemaScope.CreateTokenScope(token, schema, context, null, InitialDepth);
}
#if DEBUG
childScope.ConditionalParents.Add(this);
#endif
ChildScopes.Add(childScope);
}
public override void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, ScopeType type)
{
base.Initialize(context, parent, initialDepth, type);
PropertyName = null;
}
public static SchemaScope CreateTokenScope(JsonToken token, JSchema schema, ContextBase context, SchemaScope?parent, int depth)
{
SchemaScope scope;
switch (token)
{
case JsonToken.StartObject:
ObjectScope?objectScope = context.Validator.GetCachedScope <ObjectScope>(ScopeType.Object);
if (objectScope == null)
{
objectScope = new ObjectScope();
}
objectScope.Initialize(context, parent, depth, schema);
context.Scopes.Add(objectScope);
objectScope.InitializeScopes(token);
scope = objectScope;
break;
case JsonToken.StartArray:
case JsonToken.StartConstructor:
ArrayScope?arrayScope = context.Validator.GetCachedScope <ArrayScope>(ScopeType.Array);
if (arrayScope == null)
{
arrayScope = new ArrayScope();
}
arrayScope.Initialize(context, parent, depth, schema);
context.Scopes.Add(arrayScope);
scope = arrayScope;
break;
default:
PrimativeScope?primativeScope = context.Validator.GetCachedScope <PrimativeScope>(ScopeType.Primitive);
if (primativeScope == null)
{
primativeScope = new PrimativeScope();
}
primativeScope.Initialize(context, parent, depth, schema);
scope = primativeScope;
context.Scopes.Add(scope);
break;
}
if (schema.Ref != null)
{
RefScope?refScope = context.Validator.GetCachedScope <RefScope>(ScopeType.Ref);
if (refScope == null)
{
refScope = new RefScope();
}
refScope.Initialize(context, scope, depth, ScopeType.Ref);
scope.AddChildScope(refScope);
refScope.InitializeScopes(token, new List <JSchema> {
schema.Ref
}, context.Scopes.Count - 1);
}
if (!schema._allOf.IsNullOrEmpty())
{
AllOfScope?allOfScope = context.Validator.GetCachedScope <AllOfScope>(ScopeType.AllOf);
if (allOfScope == null)
{
allOfScope = new AllOfScope();
}
allOfScope.Initialize(context, scope, depth, ScopeType.AllOf);
scope.AddChildScope(allOfScope);
allOfScope.InitializeScopes(token, schema._allOf.GetInnerList(), context.Scopes.Count - 1);
}
if (!schema._anyOf.IsNullOrEmpty())
{
AnyOfScope?anyOfScope = context.Validator.GetCachedScope <AnyOfScope>(ScopeType.AnyOf);
if (anyOfScope == null)
{
anyOfScope = new AnyOfScope();
}
anyOfScope.Initialize(context, scope, depth, ScopeType.AnyOf);
scope.AddChildScope(anyOfScope);
anyOfScope.InitializeScopes(token, schema._anyOf.GetInnerList(), context.Scopes.Count - 1);
}
if (!schema._oneOf.IsNullOrEmpty())
{
OneOfScope?oneOfScope = context.Validator.GetCachedScope <OneOfScope>(ScopeType.OneOf);
if (oneOfScope == null)
{
oneOfScope = new OneOfScope();
}
oneOfScope.Initialize(context, scope, depth, ScopeType.OneOf);
scope.AddChildScope(oneOfScope);
oneOfScope.InitializeScopes(token, schema._oneOf.GetInnerList(), context.Scopes.Count - 1);
}
if (schema.Not != null)
{
NotScope?notScope = context.Validator.GetCachedScope <NotScope>(ScopeType.Not);
if (notScope == null)
{
notScope = new NotScope();
}
notScope.Initialize(context, scope, depth, ScopeType.Not);
scope.AddChildScope(notScope);
notScope.InitializeScopes(token, new List <JSchema> {
schema.Not
}, context.Scopes.Count - 1);
}
// only makes sense to eval if/then/else when there is an if and either a then or a else
if (schema.If != null && (schema.Then != null || schema.Else != null))
{
IfThenElseScope?ifThenElseScope = context.Validator.GetCachedScope <IfThenElseScope>(ScopeType.IfThenElse);
if (ifThenElseScope == null)
{
ifThenElseScope = new IfThenElseScope();
}
ifThenElseScope.Initialize(context, scope, depth, ScopeType.IfThenElse);
scope.AddChildScope(ifThenElseScope);
ifThenElseScope.If = schema.If;
if (schema.Then != null)
{
ifThenElseScope.Then = schema.Then;
ifThenElseScope.ThenContext = scope.CreateConditionalContext();
}
if (schema.Else != null)
{
ifThenElseScope.Else = schema.Else;
ifThenElseScope.ElseContext = scope.CreateConditionalContext();
}
ifThenElseScope.InitializeScopes(token, context.Scopes.Count - 1);
}
return(scope);
}
protected SchemaScope CreateScopesAndEvaluateToken(JsonToken token, object?value, int depth, JSchema schema, SchemaScope?parent, ContextBase context)
{
int startCount = Context.Scopes.Count;
SchemaScope createdScope = CreateTokenScope(token, schema, context, parent, depth);
int start = Context.Scopes.Count - 1;
int end = startCount;
for (int i = start; i >= end; i--)
{
Scope newScope = Context.Scopes[i];
newScope.EvaluateToken(token, value, depth);
}
return(createdScope);
}
public void Initialize(ContextBase context, SchemaScope?parent, int initialDepth, JSchema schema)
{
Initialize(context, parent, initialDepth, ScopeType.Primitive);
InitializeSchema(schema);
}
protected bool TryGetSchemaScopeBySchema(JSchema schema, JsonToken token, object?value, int depth, [NotNullWhen(true)] out SchemaScope?schemaScope)
{
for (int i = 0; i < ChildScopes.Count; i++)
{
schemaScope = ChildScopes[i];
if (schemaScope.Schema == schema)
{
if (!AssertScopeComplete(schemaScope, token, value, depth))
{
schemaScope = null;
return(false);
}
return(true);
}
}
throw new InvalidOperationException("Expected to find schema scope for schema.");
}