blob: f771b466e07067cfd4be03c8788c463c135ba71a [file] [log] [blame]
var tape = require("tape");
var protobuf = require("..");
var protoRequired = "message Test {\
required group MyGroup = 1 {\
option foo = \"bar\";\
required uint32 a = 2;\
};\
}";
var protoRepeated = "message Test {\
repeated group MyGroup = 1 {\
option foo = \"bar\";\
required uint32 a = 2;\
};\
}";
tape.test("legacy groups", function(test) {
var root = protobuf.parse(protoRequired).root;
var Test = root.resolveAll().lookup("Test");
var MyGroupType = Test.get("MyGroup");
var MyGroupField = Test.get("myGroup");
var msg = {
myGroup: {
a: 111
}
};
test.ok(MyGroupType instanceof protobuf.Type && MyGroupField instanceof protobuf.Field, "should parse to a type and a field");
test.equal(MyGroupType.group, true, "should have the group flag set on the type");
test.equal(MyGroupField.resolvedType, MyGroupType, "should reference the type from the field");
var json = MyGroupType.toJSON();
test.equal(json.group, true, "should export group=true to JSON");
var MyGroupType2 = protobuf.Type.fromJSON("MyGroup", json);
test.equal(MyGroupType2.group, true, "should import group=true from JSON");
// NOTE: fromJSON alone does not add the sister-field.
// The parser does this explicitly and the field is part of the exported JSON itself.
test.test(test.name + " - should encode required", (function(Test, msg) { return function(test) {
var buf = Test.encode(msg).finish();
test.equal(buf.length, 4, "a total of 4 bytes");
test.equal(buf[0], 1 << 3 | 3, "id 1, wireType 3");
test.equal(buf[1], 2 << 3 | 0, "id 2, wireType 0");
test.equal(buf[2], 111, "111");
test.equal(buf[3], 1 << 3 | 4, "id 1, wireType 4");
test.same(Test.decode(buf), msg, "and decode back the original message");
test.end();
};})(Test, msg));
// Same but repeated
root = protobuf.parse(protoRepeated).root;
Test = root.resolveAll().lookup("Test");
msg = {
myGroup: [{
a: 111
},{
a: 112
}]
};
test.test(test.name + " - should encode repeated", (function(Test, msg) { return function(test) {
var buf = Test.encode(msg).finish();
test.equal(buf.length, 8, "a total of 8 bytes");
test.equal(buf[0], 1 << 3 | 3, "id 1, wireType 3");
test.equal(buf[1], 2 << 3 | 0, "id 2, wireType 0");
test.equal(buf[2], 111, "111");
test.equal(buf[3], 1 << 3 | 4, "id 1, wireType 4");
test.equal(buf[4], 1 << 3 | 3, "id 1, wireType 3");
test.equal(buf[5], 2 << 3 | 0, "id 2, wireType 0");
test.equal(buf[6], 112, "112");
test.equal(buf[7], 1 << 3 | 4, "id 1, wireType 4");
test.same(Test.decode(buf), msg, "and decode back the original message");
test.end();
};})(Test, msg));
test.end();
});