first commandline arg: window dimensions

[?]

Jun 7, 2022, 9:11 PM

46ASCE5K5QRO6BZNJPW4CJZCRVVG76S3GENIBGNGB352CP3DLDCQC

Dependencies

[2] NEXUNNCF extract a function
[3] Z4KNS42N to open a file without a terminal, drag it on!
[4] AVQ5MC5D finish uppercasing all globals
[5] 73OCE2MC after much struggle, a brute-force undo
[6] AVTNUQYR basic test-enabled framework
[7] XSLCFVFH .
[8] AD34IX2Z couple more tests
[9] AJB4LFRB try to maintain a reasonable line width
[10] OTIBCAUJ love2d scaffold

Change contents

replacement in main.lua at line 88

[3.1738]→[2.8:39](∅→∅)

initialize_window_geometry()

[3.1738]

[3.47]

if arg[1] == '-geometry' then
initialize_window_geometry(arg[2])
table.remove(arg, 2)
table.remove(arg, 1)
else
initialize_window_geometry()
end
replacement in main.lua at line 115

[3.1320]→[2.64:384](∅→∅)

function initialize_window_geometry()
-- maximize window
love.window.setMode(0, 0) -- maximize
App.screen.width, App.screen.height, App.screen.flags = love.window.getMode()
-- shrink slightly to account for window decoration
App.screen.width = App.screen.width-100
App.screen.height = App.screen.height-100

[3.1320]

[2.384]

function initialize_window_geometry(geometry_spec)
local geometry_initialized
if geometry_spec then
geometry_initialized = parse_geometry_spec(geometry_spec)
end
if not geometry_initialized then
-- maximize window
love.window.setMode(0, 0) -- maximize
App.screen.width, App.screen.height, App.screen.flags = love.window.getMode()
-- shrink slightly to account for window decoration
App.screen.width = App.screen.width-100
App.screen.height = App.screen.height-100
end
edit in main.lua at line 132

[2.625]

[2.625]

end

function parse_geometry_spec(geometry_spec)
local width, height, x, y = geometry_spec:match('(%d+)x(%d+)%+(%d+)%+(%d+)')
if width == nil then
print('invalid geometry spec: '..geometry_spec)
print('expected format: {width}x{height}+{x}+{y}')
return false
end
App.screen.width = math.floor(tonumber(width))
App.screen.height = math.floor(tonumber(height))
App.screen.flags = {x=math.floor(tonumber(x)), y=math.floor(tonumber(y))}
return true