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|
--- Tests maximize and fullscreen
local runner = require("_runner")
local awful = require("awful")
local test_client = require("_client")
local lgi = require("lgi")
local gears = require("gears")
local function geo_to_str(g)
return "pos=" .. g.x .. "," .. g.y ..
";size=" .. g.width .. "x" .. g.height
end
local original_geo = nil
local steps = {}
for _, gravity in ipairs { "NORTH_WEST", "NORTH", "NORTH_EAST", "WEST",
"CENTER", "EAST", "SOUTH_WEST", "SOUTH", "SOUTH_EAST", "STATIC" } do
gears.table.merge(steps, {
function(count)
if count == 1 then
print("testing gravity " .. gravity)
test_client(nil,nil,nil,nil,nil,{gravity=lgi.Gdk.Gravity[gravity]})
else
local c = client.get()[1]
if c then
original_geo = c:geometry()
return true
end
end
end,
-- maximize horizontally
function()
local c = client.get()[1]
assert(not c.maximized_horizontal)
assert(not c.maximized_vertical )
assert(not c.maximized )
assert(not c.fullscreen )
assert(not c.immobilized_horizontal)
assert(not c.immobilized_vertical)
c.maximized_horizontal = true
assert(c.immobilized_horizontal)
assert(not c.immobilized_vertical)
return true
end,
function()
local c = client.get()[1]
--local new_geo = c:geometry()
--local sgeo = c.screen.workarea
--assert(new_geo.x-c.border_width==sgeo.x) --FIXME c:geometry({x=1}).x ~= 1
--assert(new_geo.width+2*c.border_width==sgeo.width) --FIXME off by 4px
c.maximized_horizontal = false
assert(not c.immobilized_horizontal)
return true
end,
-- Test restoring client.border_width
function()
local c = client.get()[1]
-- pick an arbitrary border_width distinct from the default one
local test_width = c.border_width + 1
c.border_width = test_width
c.fullscreen = true
-- Test that the client covers the full screen
assert(geo_to_str(c:geometry()) == geo_to_str(c.screen.geometry),
geo_to_str(c:geometry()) .. " == " .. geo_to_str(c.screen.geometry))
c.fullscreen = false
assert(c.border_width == test_width)
-- Restore old border width
c.border_width = test_width - 1
return true
end,
-- Test restoring a geometry
function()
local c = client.get()[1]
local new_geo = c:geometry()
assert(geo_to_str(original_geo) == geo_to_str(new_geo),
geo_to_str(original_geo) .. " == " .. geo_to_str(new_geo))
c.fullscreen = true
return true
end,
function()
local c = client.get()[1]
local new_geo = c:geometry()
local sgeo = c.screen.geometry
local bw = c.border_width
assert(c.fullscreen)
assert(c.immobilized_horizontal)
assert(c.immobilized_vertical)
assert(new_geo.x==sgeo.x)
assert(new_geo.y==sgeo.y)
assert(new_geo.x+new_geo.width+2*bw==sgeo.x+sgeo.width)
assert(new_geo.y+new_geo.height+2*bw==sgeo.y+sgeo.height)
c.fullscreen = false
return true
end,
function()
local c = client.get()[1]
local new_geo = c:geometry()
assert(geo_to_str(original_geo) == geo_to_str(new_geo),
geo_to_str(original_geo) .. " == " .. geo_to_str(new_geo))
c.floating = true
awful.placement.centered(c)
original_geo = c:geometry()
c.maximized = true
return true
end,
function()
local c = client.get()[1]
local new_geo = c:geometry()
local sgeo = c.screen.workarea
assert(c.maximized)
assert(c.floating)
assert(new_geo.x==sgeo.x)
assert(new_geo.y==sgeo.y)
assert(c.immobilized_horizontal)
assert(c.immobilized_vertical)
c.maximized = false
return true
end,
function()
local c = client.get()[1]
assert(not c.maximized)
assert(c.floating)
local new_geo = c:geometry()
assert(geo_to_str(original_geo) == geo_to_str(new_geo),
geo_to_str(original_geo) .. " == " .. geo_to_str(new_geo))
c:kill()
return true
end
})
end
local counter = 0
local function geometry_handler(c, context, hints)
hints = hints or {}
assert(type(c) == "client")
assert(type(context) == "string")
assert(type(hints.toggle) == "boolean")
assert(type(hints.status) == "boolean")
counter = counter + 1
end
gears.table.merge(steps, {
-- Now, start some clients maximized
function()
if #client.get() > 0 then return end
test_client(nil,nil,nil,nil,nil,{maximize_before=true})
return true
end,
function()
local c = client.get()[1]
if not c then return end
assert(not c.maximized_horizontal)
assert(not c.maximized_vertical)
assert(c.maximized)
assert(c.immobilized_horizontal)
assert(c.immobilized_vertical)
c:kill()
return true
end,
function()
if #client.get() > 0 then return end
test_client(nil,nil,nil,nil,nil,{maximize_after=true})
return true
end,
function()
local c = client.get()[1]
if not c then return end
assert(not c.maximized_horizontal)
assert(not c.maximized_vertical)
-- It might happen in the second try
if not c.maximized then return end
assert(c.immobilized_horizontal)
assert(c.immobilized_vertical)
c:kill()
return true
end,
function()
if #client.get() > 0 then return end
-- Test if resizing requests work
test_client(nil,nil,nil,nil,nil,{resize={width=400, height=400}})
return true
end,
function()
if #client.get() ~= 1 then return end
local c = client.get()[1]
local _, size = c:titlebar_top()
if c.width ~= 400 or c.height ~= 400+size then return end
c:kill()
return true
end,
function()
if #client.get() > 0 then return end
-- Remove the default handler and replace it with a testing one.
-- **WARNING**: add tests **BEFORE** this function if you want them
-- to be relevant.
client.disconnect_signal("request::geometry", awful.ewmh.geometry)
client.disconnect_signal("request::geometry", awful.ewmh.merge_maximization)
client.connect_signal("request::geometry", geometry_handler)
test_client(nil,nil,nil,nil,nil,{maximize_after=true})
return true
end,
function()
local c = client.get()[1]
if not c or counter ~= 2 then return end
return true
end
})
runner.run_steps(steps)
-- vim: filetype=lua:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:textwidth=80
|
