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spec/net_websocket_frames_spec.lua @ 12594:29685403be32
mod_saslauth: Implement RFC 9266 'tls-exporter' channel binding (#1760)
Brings back SCRAM-SHA-*-PLUS from its hiatus brought on by the earlier
channel binding method being undefined for TLS 1.3, and the increasing
deployment of TLS 1.3.
See 1bfd238e05ad and #1542
Requires future version of LuaSec, once support for this key material
export method is merged.
See https://github.com/brunoos/luasec/pull/187
author | Kim Alvefur <zash@zash.se> |
---|---|
date | Wed, 01 Jun 2022 15:06:59 +0200 |
parent | 11166:51e5149ed0ad |
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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);