File

spec/net_websocket_frames_spec.lua @ 12254:5b0c8e499288

modulemanager: Add plugin load filter that reads module metadata from source Metadata in modules is added using lines formatted as: --% key: value Where key is a valid identifier string, and value is also a string (leading and trailing whitespace are trimmed during parsing). The initial supported keys are: --% requires_core_features: feature1, feature2, ... --% conflicts_core_features: feature1, feature2. ... These 'features' map to features reported by the new core.features module. A benefit of this load-time metadata approach compared to e.g. something like module:requires()/module:conflicts() is that we can continue to look in module search paths for a suitable module. Aborting an already-loaded module due to a version conflict would be too late.
author Matthew Wild <mwild1@gmail.com>
date Fri, 04 Feb 2022 14:20:00 +0000
parent 11166:51e5149ed0ad
line wrap: on
line source

describe("net.websocket.frames", function ()
	local nwf = require "net.websocket.frames";

	local test_frames = {
		simple_empty = {
			["opcode"] = 0;
			["length"] = 0;
			["data"] = "";
			["FIN"] = false;
			["MASK"] = false;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
		simple_data = {
			["opcode"] = 0;
			["length"] = 5;
			["data"] = "hello";
			["FIN"] = false;
			["MASK"] = false;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
		simple_fin = {
			["opcode"] = 0;
			["length"] = 0;
			["data"] = "";
			["FIN"] = true;
			["MASK"] = false;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
		with_mask = {
			["opcode"] = 0;
			["length"] = 5;
			["data"] = "hello";
			["key"] = " \0 \0";
			["FIN"] = true;
			["MASK"] = true;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
		empty_with_mask = {
			["opcode"] = 0;
			["key"] = " \0 \0";
			["FIN"] = true;
			["MASK"] = true;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
		ping = {
			["opcode"] = 0x9;
			["length"] = 4;
			["data"] = "ping";
			["FIN"] = true;
			["MASK"] = false;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
		pong = {
			["opcode"] = 0xa;
			["length"] = 4;
			["data"] = "pong";
			["FIN"] = true;
			["MASK"] = false;
			["RSV1"] = false;
			["RSV2"] = false;
			["RSV3"] = false;
		};
	}

	describe("build", function ()
		local build = nwf.build;
		it("works", function ()
			assert.equal("\0\0", build(test_frames.simple_empty));
			assert.equal("\0\5hello", build(test_frames.simple_data));
			assert.equal("\128\0", build(test_frames.simple_fin));
			assert.equal("\128\133 \0 \0HeLlO", build(test_frames.with_mask))
			assert.equal("\128\128 \0 \0", build(test_frames.empty_with_mask))
			assert.equal("\137\4ping", build(test_frames.ping));
			assert.equal("\138\4pong", build(test_frames.pong));
		end);
	end);

	describe("parse", function ()
		local parse = nwf.parse;
		it("works", function ()
			assert.same(test_frames.simple_empty, parse("\0\0"));
			assert.same(test_frames.simple_data, parse("\0\5hello"));
			assert.same(test_frames.simple_fin, parse("\128\0"));
			assert.same(test_frames.with_mask, parse("\128\133 \0 \0HeLlO"));
			assert.same(test_frames.ping, parse("\137\4ping"));
			assert.same(test_frames.pong, parse("\138\4pong"));
		end);
	end);

end);