local gears_obj = require("gears.object") local clients = {} local client = awesome._shim_fake_class() local function add_signals(c) c:add_signal("property::width") c:add_signal("property::height") c:add_signal("property::x") c:add_signal("property::y") c:add_signal("property::screen") c:add_signal("property::geometry") c:add_signal("request::geometry") c:add_signal("swapped") c:add_signal("raised") c:add_signal("property::_label") --Used internally end -- Keep an history of the geometry for validation and images local function push_geometry(c) table.insert(c._old_geo, c:geometry()) end -- Undo the last move, but keep it in history -- local function pop_geometry(c) -- CURRENTLY UNUSED -- end -- Create fake clients to move around function client.gen_fake(args) local ret = gears_obj() ret.type = "normal" ret.valid = true ret.size_hints = {} ret.border_width = 1 -- Apply all properties for k,v in pairs(args or {}) do ret[k] = v end -- Tests should always set a geometry, but just in case for _, v in ipairs{"x","y","width","height"} do ret[v] = ret[v] or 1 end add_signals(ret) -- Emulate capi.client.geometry function ret:geometry(new) if new then for k,v in pairs(new) do ret[k] = v ret:emit_signal("property::"..k, v) end ret:emit_signal("property::geometry", ret:geometry()) push_geometry(ret) end return { x = ret.x, y = ret.y, width = ret.width, height = ret.height, label = ret._label, } end function ret:isvisible() return true end -- Used for screenshots function ret:set_label(text) ret._old_geo[#ret._old_geo]._label = text end -- Used for screenshots, hide the current client position function ret:_hide() ret._old_geo[#ret._old_geo]._hide = true end function ret:get_xproperty() return nil end function ret:tags(new) --FIXME if new then ret._tags = new end if ret._tags then return ret._tags end for _, t in ipairs(root._tags) do if t.screen == ret.screen then return {t} end end return {} end -- Record the geometry ret._old_geo = {} push_geometry(ret) -- Set the attributes ret.screen = args.screen or screen[1] -- Add to the client list table.insert(clients, ret) client.focus = ret client.emit_signal("manage", ret) assert(not args.screen or (args.screen == ret.screen)) return ret end function client.get(s) if not s then return clients end local s2 = screen[s] local ret = {} for _,c in ipairs(clients) do if c.screen == s2 then table.insert(ret, c) end end return ret end client:_add_signal("manage") client:_add_signal("unmanage") client:_add_signal("property::urgent") client:_add_signal("untagged") client:_add_signal("tagged") client:_add_signal("property::shape_client_bounding") client:_add_signal("property::shape_client_clip") client:_add_signal("property::width") client:_add_signal("property::height") client:_add_signal("property::x") client:_add_signal("property::y") client:_add_signal("property::geometry") client:_add_signal("focus") client:_add_signal("new") client:_add_signal("property::size_hints_honor") client:_add_signal("property::struts") client:_add_signal("property::minimized") client:_add_signal("property::maximized_horizontal") client:_add_signal("property::maximized_vertical") client:_add_signal("property::sticky") client:_add_signal("property::fullscreen") client:_add_signal("property::border_width") client:_add_signal("property::hidden") client:_add_signal("property::screen") client:_add_signal("raised") client:_add_signal("lowered") client:_add_signal("list") return client -- vim: filetype=lua:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:textwidth=80