c4d539db44
The WM runs on the HAL direct shell: own cursor, per-output modes with try/confirm/revert, Extended and Mirror (optimise for a screen), pacing setting, a redesigned Display menu with a snapping scale slider, a lower dock whose hits reach the screen edge, clicks only to the topmost window, and asking the AI hub for GPU memory under pressure. Hosted apps state their wire protocol (stale ones are rebuilt), and phone builds list only mobile apps with live home tiles. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
39 lines
2 KiB
Python
39 lines
2 KiB
Python
"""No sudden size jumps: run the shelf drag scenarios on a hidden WM and fail if the shown
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width/height of the window changes by more than max(40 px, 8%) between consecutive frames.
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usage: python3 jumpcheck.py <root> [app]"""
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import sys, os, re, time
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sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
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from rig_lib import Rig
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root=sys.argv[1]; app=sys.argv[2] if len(sys.argv)>2 else "notes"
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# where each app's caption is when launched (hidden 1280x800 session)
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GRAB={"notes":(555,87),"amp":(330,87),"clock":(600,87),"code":(600,100)}.get(app,(555,87))
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rig=Rig(root,"jump"+app,env={"MAKEPAD_WM_TRACE_WARP":"1"}).up()
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PAT=re.compile(r"warp: client (\d+) logical .*?shown LRect \{ x: ([-\d.]+), y: ([-\d.]+), w: ([\d.]+), h: ([\d.]+) \}")
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def frames(since):
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out=[]
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for l in open(rig.log,errors="replace").readlines()[since:]:
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m=PAT.search(l)
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if m: out.append(tuple(float(v) for v in m.groups()[1:]))
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return out
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def mark(): return sum(1 for _ in open(rig.log,errors="replace"))
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def path(pts,dt,hold=0.3):
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rig.m("move",*pts[0]); time.sleep(0.4); rig.m("down",*pts[0])
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for p in pts[1:]: rig.m("move",*p); time.sleep(dt)
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time.sleep(hold); rig.m("up",*pts[-1]); time.sleep(1.5)
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bad=[]
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def check(name,fr):
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for a,b in zip(fr,fr[1:]):
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for i,label in ((2,"w"),(3,"h")):
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lim=max(40.0,0.08*max(a[i],b[i]))
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if abs(b[i]-a[i])>lim: bad.append((name,label,round(a[i]),round(b[i])))
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print(name,len(fr),"frames, max step",round(max([abs(b[2]-a[2]) for a,b in zip(fr,fr[1:])]+[0])))
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try:
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rig.launch(app); time.sleep(3)
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m=mark(); path([(GRAB[0]+(2-GRAB[0])*j//90,GRAB[1]+(300-GRAB[1])*j//90) for j in range(91)]+[(0,300)],0.03,hold=0.9); time.sleep(0.8); check("park",frames(m))
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time.sleep(1)
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m=mark(); path([(40+j*14,300-j*2) for j in range(30)],0.05); check("pull-out",frames(m))
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m=mark(); path([(446-j*4,242+j*1) for j in range(110)]+[(0,320)],0.03,hold=0.9); check("drag back to the edge",frames(m))
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finally:
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rig.down()
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print("JUMPS:",bad if bad else "none")
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sys.exit(1 if bad else 0)
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