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#!/usr/bin/env python3
"""Exercise the display API in a private compositor, never the active desktop."""
import json, os, socket, struct, subprocess, tempfile, time
from PIL import Image
from pathlib import Path
stage=Path(os.environ.get('WCM_TEST_STAGE','/var/tmp/wayfire-snap-zones'))
runtime=Path(tempfile.mkdtemp(prefix='scope-toggle-test-'))
env=os.environ.copy()
for key in ['WAYLAND_DISPLAY','DISPLAY','WAYFIRE_SOCKET','_WAYFIRE_SOCKET','WAYFIRE_CONFIG_FILE','WAYFIRE_DEFAULT_CONFIG_BACKEND']:
env.pop(key,None)
env.update(GIO_USE_VFS='local',GTK_USE_PORTAL='0',XDG_RUNTIME_DIR=str(runtime),WLR_BACKENDS='headless',WLR_HEADLESS_OUTPUTS='4',WLR_RENDERER='gles2',
WLR_RENDER_DRM_DEVICE='/dev/dri/renderD128',WAYFIRE_PLUGIN_PATH=str(stage/'plugins'),WAYFIRE_PLUGIN_XML_PATH=str(stage/'metadata'))
config=runtime/'wayfire.ini'
config.write_text('''# Preserve this comment and unrelated settings.
[core]
plugins = ipc stipc ipc-rules output-control grid place move resize wm-actions wobbly follow-focus simple-tile cube vswitch
xwayland = false
stitch_enabled = true
stitch_outputs = HEADLESS-1 HEADLESS-2 HEADLESS-3
default_output = VIRTUAL-1
window_scope = physical
window_scope_rules = [{"app_id":"tile-wide*","scope":"virtual"},{"app_id":"scope-pinned","scope":"HEADLESS-3"}]
[simple-tile]
key_toggle = none
tile_by_default = none
float_on_top = false
inner_gap_size = 10
outer_horiz_gap_size = 5
outer_vert_gap_size = 5
[wm-actions]
toggle_always_on_top = <super> KEY_T
[cube]
rotate_left = <alt> <ctrl> KEY_LEFT
rotate_right = <alt> <ctrl> KEY_RIGHT
[autostart]
autostart_wf_shell = false
[grid]
toggle_scope = <super> KEY_ENTER
type = none
zone_gap = 20
[output:HEADLESS-1]
mode = 640x720@60
position = 0,0
[output:HEADLESS-2]
zone_gap = 20
mode = 640x720@60
position = 640,0
[output:HEADLESS-3]
mode = 640x720@60
position = 1280,0
[output:HEADLESS-4]
mode = 320x240@60
position = 1920,0
masked = true
''')
if os.environ.get('GRID_TEST_UPGRADE'):
config.write_text(config.read_text().replace('output-control grid place', 'output-control '+str(stage/'libgrid-r19.so')+' place'))
if os.environ.get('SCOPE_TEST_ANIMATION'):
config.write_text(config.read_text().replace('type = none', 'type = crossfade\nduration = 300ms circle'))
log=(runtime/'wayfire.log').open('w')
compositor_env=env.copy()
if os.environ.get('WCM_TEST_ASAN'):
compositor_env.update(LD_PRELOAD=os.environ['WCM_TEST_ASAN'],ASAN_OPTIONS='detect_leaks=0:abort_on_error=1',UBSAN_OPTIONS='halt_on_error=1:print_stacktrace=1')
process=subprocess.Popen([os.environ.get('WCM_TEST_COMPOSITOR','/usr/bin/wayfire'),'-c',str(config)],env=compositor_env,stdout=log,stderr=log)
def wait(fn,timeout=10):
deadline=time.monotonic()+timeout
while time.monotonic()<deadline:
if process.poll() is not None:raise RuntimeError(f'Compositor exited; {runtime}/wayfire.log')
result=fn()
if result:return result
time.sleep(.05)
raise TimeoutError(f'Condition timed out; {runtime}/wayfire.log')
def ipc(method,data=None,fail=False):
with socket.socket(socket.AF_UNIX) as s:
s.settimeout(8);s.connect(env['WAYFIRE_SOCKET'])
b=json.dumps({'method':method,'data':data or {}}).encode();s.sendall(struct.pack('<I',len(b))+b)
def read(n):
b=b''
while len(b)<n:
c=s.recv(n-len(b))
if not c:raise RuntimeError('IPC disconnected')
b+=c
return b
result=json.loads(read(struct.unpack('<I',read(4))[0]))
if fail:assert result.get('error'),result
else:assert not isinstance(result,dict) or not result.get('error'),result
return result
def get():return ipc('displays/get')
def apply(options,fail=False):return ipc('displays/apply',{'revision':get()['revision'],'options':options},fail)
def revert(t):return ipc('displays/revert',{'token':t['token']})
def confirm(t,fail=False):return ipc('displays/confirm',{'token':t['token']},fail)
def names():return [d['name'] for d in get()['desktops']]
clients=[]
def spawn(app,mode='normal'):
f=(runtime/(app+'.log')).open('w')
p=subprocess.Popen([str(stage/'scope-client'),app,mode],env=env,stdin=subprocess.PIPE,stdout=f,stderr=f,text=True)
clients.append((p,f))
if mode=='bar':
wait(lambda:any(v.get('app-id')=='scope-bar' and v.get('mapped') for v in ipc('window-rules/list-views')))
return p,None
v=wait(lambda:next((v for v in ipc('window-rules/list-views') if v.get('app-id')==app and v.get('mapped')),None))
return p,v['id']
def info(vid):return next(v for v in ipc('window-rules/list-views') if v['id']==vid)
def geometry(vid):return info(vid)['geometry']
def command(p,cmd):p.stdin.write(cmd+'\n');p.stdin.flush()
def expect(vid,**wanted):
try:return wait(lambda:all(geometry(vid)[k]==v for k,v in wanted.items()))
except Exception:
print('FAILED expected',wanted,'actual',info(vid),flush=True);raise
def focus(vid):ipc('window-rules/focus-view',{'id':vid})
def keys(*ks):
for k in ks:ipc('stipc/feed_key',{'key':k,'state':True})
for k in reversed(ks):ipc('stipc/feed_key',{'key':k,'state':False})
def layout(monitor,ws=0):return ipc('simple-tile/get-layout',{'wset-index':wset,'workspace':{'x':ws,'y':0},'monitor':monitor})['layout']
def contains(node,vid):
return node.get('view-id')==vid or any(contains(c,vid) for c in node.get('vertical-split',[])+node.get('horizontal-split',[]))
def tiled(vid):return any(contains(layout(m),vid) for m in ['HEADLESS-1','HEADLESS-2','HEADLESS-3','VIRTUAL-1'])
def toggle(vid):
was=tiled(vid);focus(vid);keys('KEY_LEFTMETA','KEY_ENTER');wait(lambda:tiled(vid)!=was)
def spawn_at(app,monitor):
ipc('stipc/move_cursor',{'x':(monitor-1)*640+200,'y':200})
return spawn(app)
def bounds(vid,x,y,w,h):
g=geometry(vid);assert g['x']>=x and g['y']>=y and g['x']+g['width']<=x+w and g['y']+g['height']<=y+h,(vid,g,(x,y,w,h))
def toggle_scope(vid, keyboard=False):
was=info(vid)['window-scope']
if keyboard:
focus(vid);keys('KEY_LEFTMETA','KEY_ENTER')
else:ipc('grid/toggle_scope',{'view-id':vid})
wait(lambda:(info(vid)['window-scope']=='virtual') != (was=='virtual'))
time.sleep(.4 if os.environ.get('SCOPE_TEST_ANIMATION') else .1)
def same_geometry(vid, before):
expect(vid,**before)
def rect(x,y,w,h):return dict(x=x,y=y,width=w,height=h)
def slot_rect(area,slot):
x,y,w,h=(area[k] for k in ('x','y','width','height'))
if slot%3==1:w=int(w/2)
elif slot%3==0:x+=int(w/2);w=int(w/2)
if slot>=7:h=int(h/2)
elif slot<=3:y+=int(h/2);h=int(h/2)
return rect(x,y,w,h)
def move(x,y):ipc('stipc/move_cursor',{'x':x,'y':y});time.sleep(.04)
def button(mode):ipc('stipc/feed_button',{'combo':'S-BTN_LEFT','mode':mode})
def prepare(vid,monitor=1):
ipc('window-rules/set-window-scope',{'id':vid,'scope':'physical'})
ipc('grid/restore',{'view-id':vid})
g=rect((monitor-1)*640+140,180,300,180)
ipc('window-rules/configure-view',{'id':vid,'geometry':g})
expect(vid,**g);time.sleep(.4 if os.environ.get("SCOPE_TEST_ANIMATION") else .05);focus(vid)
def begin(vid,offset=150):
g=geometry(vid);move(g['x']+offset,g['y']+60);button('press')
move(g['x']+offset+30,g['y']+60)
def preview(expected):
def found():
return any(v.get('mapped') and v.get('type')!='toplevel' and v.get('app-id')!='scope-bar' and v.get('geometry')==expected for v in ipc('window-rules/list-views'))
try:wait(found,3)
except Exception:
print('PREVIEW expected',expected,'views',ipc('window-rules/list-views'),flush=True);raise
def end(vid,expected):
button('release');expect(vid,**expected);time.sleep(.25)
import random
def zones(**kw):return ipc('grid/snap-zones',kw)
def hit(g,x,y):return g['x']<=x<g['x']+g['width'] and g['y']<=y<g['y']+g['height']
def expected(area,x,y,e,q):
l=x-area['x']<=e;r=area['x']+area['width']-x<=e
t=y-area['y']<e;b=area['y']+area['height']-y<e
fl=x-area['x']<=q;fr=area['x']+area['width']-x<=q
ft=y-area['y']<q;fb=area['y']+area['height']-y<q
if l and ft or fl and t:return 'tl'
if r and ft or fr and t:return 'tr'
if r and fb or fr and b:return 'br'
if l and fb or fl and b:return 'bl'
return 'r' if r else 'l' if l else 'c' if t else 'b' if b else ''
def check_partition(state):
rng=random.Random(392)
for m in state['monitors']:
a=m['workarea'];g=m['geometry'];e=state['edge'];q=state['corner']
xs={int(g['x']),int(g['x']+g['width']-1)};ys={int(g['y']),int(g['y']+g['height']-1)}
for d in [0,e,q]:
for delta in [-1,0,1]:
xs.update([int(a['x']+d+delta),int(a['x']+a['width']-d+delta)])
ys.update([int(a['y']+d+delta),int(a['y']+a['height']-d+delta)])
points=[(x,y) for x in xs for y in ys if hit(g,x,y)]
points +=[(rng.randrange(int(g['x']),int(g['x']+g['width'])),rng.randrange(int(g['y']),int(g['y']+g['height']))) for _ in range(600)]
for x,y in points:
found=[r['slot'] for r in m['regions'] if hit(r['geometry'],x,y)]
wanted=expected(a,x,y,e,q)
assert found==([wanted] if wanted else []),(m['name'],x,y,found,wanted,state)
def shot(name):
p=runtime/(name+'.png');subprocess.run(['grim',str(p)],env=env,check=True);return Image.open(p).convert('RGB')
try:
env['WAYFIRE_SOCKET']=str(wait(lambda:next(runtime.glob('wayfire-*.socket'),None)))
env['WAYLAND_DISPLAY']=next(p.name for p in runtime.glob('wayland-*') if not p.name.endswith('.lock'))
print('Runtime:',runtime,flush=True);wait(lambda:names()==['VIRTUAL-1'])
bar,_=spawn('zone-bar','bar');time.sleep(1.3)
for edge,corner in [(10,50),(0,0),(35,90),(90,15),(600,800)]:
ipc('wayfire/set-config-options',{'move/snap_threshold':edge,'move/quarter_snap_threshold':corner})
for scope in ['physical','virtual']:check_partition(zones(scope=scope))
print('PASS exact trigger partitions including threshold boundaries, corner priority, gaps, panels, VIRTUAL',flush=True)
ipc('wayfire/set-config-options',{'move/snap_threshold':10,'move/quarter_snap_threshold':50})
base=shot('hidden');state=zones(visible=True,owner='test');time.sleep(.1);shown=shot('shown')
for m in state['monitors']:
for r in m['regions']:
g=r['geometry'];x=int(g['x']+g['width']/2);y=int(g['y']+g['height']/2)
assert base.getpixel((x,y))!=shown.getpixel((x,y)),(m['name'],r)
g=m['geometry'];p=(int(g['x']+g['width']/2),int(g['y']+g['height']/2));assert base.getpixel(p)==shown.getpixel(p)
assert zones()['visible'];ipc('grid/snap-zones',{'visible':True,'owner':'another'},fail=True)
assert zones(visible=False,owner='another')['visible'];assert not zones(visible=False,owner='test')['visible']
time.sleep(.1);hidden=shot('hidden-again');assert hidden.size==base.size and hidden.tobytes()==base.tobytes()
print('PASS overlay visible on every member, clean removal, owner isolation',flush=True)
zones(visible=True,owner='test');time.sleep(2.8);assert not zones()['visible']
assert shot('expired').tobytes()==base.tobytes()
print('PASS compositor removes abandoned overlay automatically',flush=True)
# Overlay must not intercept dragging or change the existing preview/drop.
a,aid=spawn_at('zone-drag',2);prepare(aid,2);zones(visible=True,owner='test')
begin(aid);move(642,1);expected_rect=rect(660,44,300,328);preview(expected_rect);end(aid,expected_rect)
zones(visible=False,owner='test');print('PASS overlay is input-transparent to physical corner drag',flush=True)
# Compare the advertised regions with real pointer previews on each member.
for m in [1,2,3]:
prepare(aid,m);begin(aid);move((m-1)*640+638,718)
target=rect((m-1)*640+320,372,300,328);preview(target);end(aid,target)
print('PASS advertised monitor targets agree with actual corner drops',flush=True)
a.terminate();a.wait(timeout=3);bar.terminate();bar.wait(timeout=3)
t=apply({'core/stitch_enabled':'false','core/default_output':'HEADLESS-1','output:HEADLESS-2/position':'640,100'});confirm(t);time.sleep(1.2)
state=zones();check_partition(state);assert any(m['geometry']['y']==100 for m in state['monitors'])
print('PASS independent output offsets',flush=True)
for data in [{'scope':'wrong'},{'visible':'true','owner':'x'},{'visible':True},{'visible':True,'owner':''}]:ipc('grid/snap-zones',data,fail=True)
print('PASS malformed requests rejected without changing configuration',flush=True)
print('ALL PASS',flush=True)
finally:
for p,f in clients:
if p.poll() is None:p.terminate()
p.wait(timeout=3);f.close()
process.terminate();process.wait(timeout=5);log.close()
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