// ResolveStaticMember attempts to resolve a member (child) with the given name under this named scope, which
// must be Static.
func (nsi *namedScopeInfo) ResolveStaticMember(name string, module compilercommon.InputSource, staticType typegraph.TypeReference) (namedScopeInfo, error) {
if !nsi.IsStatic() {
return namedScopeInfo{}, fmt.Errorf("Could not find static name '%v' under non-static scope", name)
}
if nsi.typeInfo != nil {
typeMember, rerr := staticType.ResolveAccessibleMember(name, module, typegraph.MemberResolutionStatic)
if rerr != nil {
return namedScopeInfo{}, rerr
}
return namedScopeInfo{srg.SRGNamedScope{}, typeMember, nsi.sb}, nil
} else {
namedScopeOrImport, found := nsi.srgInfo.ResolveNameUnderScope(name)
if !found {
return namedScopeInfo{}, fmt.Errorf("Could not find static name '%v' under %v %v", name, nsi.srgInfo.Title(), nsi.srgInfo.Name())
}
return nsi.sb.processSRGNameOrInfo(namedScopeOrImport)
}
}
// scopeSmlNormalAttribute scopes an SML expression attribute under a declaration.
func (sb *scopeBuilder) scopeSmlAttribute(node compilergraph.GraphNode, propsType typegraph.TypeReference, context scopeContext) (string, bool) {
attributeName := node.Get(parser.NodeSmlAttributeName)
// If the props type is a struct or class, ensure that the attribute name exists.
var allowedValueType = sb.sg.tdg.AnyTypeReference()
if propsType.IsRefToStruct() || propsType.IsRefToClass() {
module := compilercommon.InputSource(node.Get(parser.NodePredicateSource))
resolvedMember, rerr := propsType.ResolveAccessibleMember(attributeName, module, typegraph.MemberResolutionInstance)
if rerr != nil {
sb.decorateWithError(node, "%v", rerr)
return attributeName, false
}
allowedValueType = resolvedMember.AssignableType()
} else {
// The props type must be a mapping, so the value must match it value type.
allowedValueType = propsType.Generics()[0]
}
// Scope the attribute value (if any). If none, then we default to a boolean value.
var attributeValueType = sb.sg.tdg.BoolTypeReference()
valueNode, hasValueNode := node.TryGetNode(parser.NodeSmlAttributeValue)
if hasValueNode {
attributeValueScope := sb.getScope(valueNode, context)
if !attributeValueScope.GetIsValid() {
return attributeName, false
}
attributeValueType = attributeValueScope.ResolvedTypeRef(sb.sg.tdg)
}
// Ensure it matches the assignable value type.
if serr := attributeValueType.CheckSubTypeOf(allowedValueType); serr != nil {
sb.decorateWithError(node, "Cannot assign value of type %v for attribute %v: %v", attributeValueType, attributeName, serr)
return attributeName, false
}
return attributeName, true
}