void isNotValidExpressionList() {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
expressionParser(errorReporter).parseExpressionList();
if (errorReporter.getErrorMessages().isEmpty()) {
fail("is an invalid expression list");
}
}
void isNotValidVar() {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
expressionParser(errorReporter).parseVariable();
if (errorReporter.getErrorMessages().isEmpty()) {
fail("is an invalid var");
}
}
ExprNode isValidExpression() {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
ExprNode expr = expressionParser(errorReporter).parseExpression();
if (!errorReporter.getErrorMessages().isEmpty()) {
fail("is a valid expression", errorReporter.getErrorMessages());
}
return expr;
}
void isNotValidGlobal() {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
ExprNode expr = expressionParser(errorReporter).parseExpression();
ImmutableList<String> errorMessages = errorReporter.getErrorMessages();
if (expr instanceof GlobalNode && errorMessages.isEmpty()) {
fail("is an invalid global");
}
}
void isValidGlobal() {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
ExprNode expr = expressionParser(errorReporter).parseExpression();
Truth.assertThat(expr).isInstanceOf(GlobalNode.class);
if (!errorReporter.getErrorMessages().isEmpty()) {
fail("is a valid global", errorReporter.getErrorMessages());
}
}
List<ExprNode> isValidExpressionList() {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
List<ExprNode> exprList = expressionParser(errorReporter).parseExpressionList();
if (!errorReporter.getErrorMessages().isEmpty()) {
fail("is a valid expression list", errorReporter.getErrorMessages());
}
return exprList;
}
void isValidVarNamed(String name) {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
VarNode varNode = expressionParser(errorReporter).parseVariable();
assertThat(errorReporter.getErrorMessages()).isEmpty();
String actualName = varNode.getName();
if (!actualName.equals(name)) {
failWithBadResults("is var named", name, "is named", actualName);
}
if (!varNode.toSourceString().equals("$" + name)) {
failWithBadResults("has sourceString", "$" + name, "is named", varNode.toSourceString());
}
}
public void testMapLiteralAsRecord_duplicateKeys() {
SoyFileSetNode soyTree =
SoyFileSetParserBuilder.forFileContents(
constructTemplateSource("{let $map: ['a': 1, 'a': 2]/}"))
.declaredSyntaxVersion(SyntaxVersion.V2_0)
.doRunInitialParsingPasses(false)
.typeRegistry(typeRegistry)
.parse()
.fileSet();
createResolveNamesVisitorForMaxSyntaxVersion().exec(soyTree);
FormattingErrorReporter reporter = new FormattingErrorReporter();
new ResolveExpressionTypesVisitor(typeRegistry, SyntaxVersion.V9_9, reporter).exec(soyTree);
assertThat(Iterables.getOnlyElement(reporter.getErrorMessages()))
.isEqualTo("Record literals with duplicate keys are not allowed. Duplicate key: 'a'");
}
void isValidGlobalNamed(String name) {
FormattingErrorReporter errorReporter = new FormattingErrorReporter();
GlobalNode globalNode = (GlobalNode) expressionParser(errorReporter).parseExpression();
if (!errorReporter.getErrorMessages().isEmpty()) {
fail("is valid global", errorReporter.getErrorMessages());
}
String actualName = globalNode.getName();
if (!actualName.equals(name)) {
failWithBadResults("is global named", name, "has name", actualName);
}
String actualSourceString = globalNode.toSourceString();
if (!actualSourceString.equals(name)) {
failWithBadResults("is global named", name, "has source string", actualSourceString);
}
}
