Mercurial > prosody-hg
view spec/util_bitcompat_spec.lua @ 13903:4af7d00a2966
MUC: occupant: refactor to allow storing more than just presence for a session
Previously a "session" (i.e. a full JID joined to a MUC) was stored as simply
a mapping of full JIDs->presence, contained within occupant objects (an
occupant object groups all sessions behind a certain nick in the MUC).
To enable developing GC3 and other features, it would be helpful if we can
store additional metadata when a client joins a room, for example, whether it
has opted out of receiving presence stanzas (a GC3 feature).
This changes the internal data structure, which shouldn't be used outside this
module, it adds a new :get_session() method, and modifies the :each_session()
iterator to return the session as an additional result (which should be
backwards compatible with code that just consumes the existing two results).
| author | Matthew Wild <mwild1@gmail.com> |
|---|---|
| date | Mon, 11 Nov 2024 12:47:01 +0000 |
| parents | 9912baa541c0 |
| children |
line wrap: on
line source
describe("util.bitcompat", function () -- bitcompat will pass through to an appropriate implementation. Our -- goal here is to check that whatever implementation is in use passes -- these basic sanity checks. local bit = require "util.bitcompat"; it("bor works", function () assert.equal(0xF0FF, bit.bor(0xF000, 0x00F0, 0x000F)); end); it("band works", function () assert.equal(0x0F, bit.band(0xFF, 0x1F, 0x0F)); end); it("bxor works", function () assert.equal(0x13, bit.bxor(0x10, 0x0F, 0x0C)); end); it("rshift works", function () assert.equal(0x0F, bit.rshift(0xFF, 4)); end); it("lshift works", function () assert.equal(0xFF00, bit.lshift(0xFF, 8)); end); it("bnot works", function () assert.equal(0x0000FF00, bit.band(0xFFFFFFFF, bit.bnot(0xFFFF00FF))); end); end);
