--- Tests maximize and fullscreen

local runner = require("_runner")
local awful = require("awful")
local test_client = require("_client")
local lgi = require("lgi")

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 = {
    function(count)
        if count == 1 then
            test_client(nil,nil,nil,nil,nil,{gravity=lgi.Gdk.Gravity.NORTH_WEST})
        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          )

        c.maximized_horizontal = true
        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
        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
        c.fullscreen = false

        assert(c.border_width == test_width)

        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(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)

        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))

        return true
    end
}

runner.run_steps(steps)

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