static int on_map_key(void *ctx, const unsigned char *str, yajl_size_t len)
{
YajlContext *yajl_context = (YajlContext *) ctx;
TokenParam token_param =
{
.string = {
.str = (char const *) str,
.str_len = len,
},
};
// Object key may mean different tokens for the parser, each schema keyword
// is a distinct token for the parser.
const struct JsonSchemaKeyword *k = json_schema_keyword_lookup(str, len);
JsonSchemaParser(yajl_context->parser,
k ? k->token : TOKEN_KEY_NOT_KEYWORD, token_param,
&yajl_context->parser_ctxt);
return yajl_context->parser_ctxt.error == SEC_OK;
}
// Move parsed features to the validators
validator_apply_features(v);
// Combine type validator and other validators contaiters (allOf, anyOf, etc.)
validator_combine(v);
if (uri_resolver)
validator_collect_uri(v, root_scope, uri_resolver);
// Substitute every SchemaParsing by its type validator for every node
// in the AST.
return validator_finalize_parse(v);
}
bool jschema_builder_key(jschema_builder *builder, const char *str, size_t len)
{
TokenParam token_param =
{
.string = {
.str = (char const *) str,
.str_len = len,
},
};
// Object key may mean different tokens for the parser, each schema keyword
// is a distinct token for the parser.
const struct JsonSchemaKeyword *k = json_schema_keyword_lookup(str, len);
JsonSchemaParser(builder->parser,
k ? k->token : TOKEN_KEY_NOT_KEYWORD, token_param,
&builder->parser_ctxt);
return builder->parser_ctxt.error == SEC_OK;
}