def __init__(self,parameters,title="test"):
self.snapOn = False
self.lastEvent = None
self.lock = False
self.parameters = parameters
self.parameters.define(id='name',desc='Nom du tutorial',type='string',default='snap')
self.parameters.define(id='title',desc='Titre du tutorial',type='string',default='snap tutorial')
self.parameters.define(id="description", desc="Description du tutorial (markdown)",type="string", default="")
self.parameters.define(id='autoDelay',desc='Delai entre les capture auto (en s)',type='float',default=0.5)
self.parameters.define(id='toggleKey',desc='Touche debut/arrêt prise de snapshots', type='string', default='twosuperior')
self.parameters.define(id='followActive',desc='Observer la fenêtre active uniquement', type='boolean', default=True)
self.parameters.define(id='cropL',desc="Correction Left (crop)", type='integer',default=0)
self.parameters.define(id='cropR',desc="Correction Right (crop)", type='integer',default=0)
self.parameters.define(id='cropT',desc="Correction Top (crop)", type='integer',default=0)
self.parameters.define(id='cropB',desc="Correction Bottom (crop)", type='integer',default=0)
self.parameters.define(id='diffPct',desc="Ecart toléré entre les images (en %)", type='float',default=1)
self.setProfile('default')
self.init(title)
self.km = KMEvents()
self.km.bindCallback(('mousePressLeft', 'mouseReleaseLeft','mouseSlide',
'mousePressRight','mouseReleaseRight',
'mousePressMiddle','mouseReleaseMiddle',
'mouseWheelUp','mouseWheelDown'), self.takeSnap)
self.km.bindCallback(('mouseMove'), self.cancelTimedSnap)
#self.km.start()
self.parameters.setHook('toggleKey',self.reload)
class Snapshot():
def __init__(self,parameters,title="test"):
self.snapOn = False
self.lastEvent = None
self.lock = False
self.parameters = parameters
self.parameters.define(id='name',desc='Nom du tutorial',type='string',default='snap')
self.parameters.define(id='title',desc='Titre du tutorial',type='string',default='snap tutorial')
self.parameters.define(id="description", desc="Description du tutorial (markdown)",type="string", default="")
self.parameters.define(id='autoDelay',desc='Delai entre les capture auto (en s)',type='float',default=0.5)
self.parameters.define(id='toggleKey',desc='Touche debut/arrêt prise de snapshots', type='string', default='twosuperior')
self.parameters.define(id='followActive',desc='Observer la fenêtre active uniquement', type='boolean', default=True)
self.parameters.define(id='cropL',desc="Correction Left (crop)", type='integer',default=0)
self.parameters.define(id='cropR',desc="Correction Right (crop)", type='integer',default=0)
self.parameters.define(id='cropT',desc="Correction Top (crop)", type='integer',default=0)
self.parameters.define(id='cropB',desc="Correction Bottom (crop)", type='integer',default=0)
self.parameters.define(id='diffPct',desc="Ecart toléré entre les images (en %)", type='float',default=1)
self.setProfile('default')
self.init(title)
self.km = KMEvents()
self.km.bindCallback(('mousePressLeft', 'mouseReleaseLeft','mouseSlide',
'mousePressRight','mouseReleaseRight',
'mousePressMiddle','mouseReleaseMiddle',
'mouseWheelUp','mouseWheelDown'), self.takeSnap)
self.km.bindCallback(('mouseMove'), self.cancelTimedSnap)
#self.km.start()
self.parameters.setHook('toggleKey',self.reload)
def reload(self):
print "reload %s" % self.params.toggleKey
self.km.setToggleKey('keyPress%s' % self.params.toggleKey)
def setProfile(self,profile):
self.params = self.parameters.profile(profile)
def init(self,title):
self.i = 0
self.seq = 0
self.starttime = None
self.timeline = []
self.scenario = []
self.lastCall = time.time()
self.lastSnap = None
self.title = title
self.cancelSnap = False
def status(self):
return {'n':len(self.timeline),'on':self.snapOn}
def captureToggleKey(self):
return {'key': self.km.captureToggleKey() }
def start(self):
self.snapOn = True
self.km.start()
self.timer = Timer(self.params.autoDelay,self.takeTimedSnap,())
self.timer.start()
self.seq += 1
if not self.starttime:
self.starttime = time.time()
def takeTimedSnap(self):
if not self.cancelSnap:
x,y = self.km.getMouseXY()
self.takeSnap(Event(type="timed",x=x,y=y,activeWindow=self.km.getActiveWindowGeometry()),force=True)
else:
print 'cancelsnap'
self.cancelSnap = False
if self.snapOn:
Timer(self.params.autoDelay,self.takeTimedSnap,()).start()
def cancelTimedSnap(self,event=None):
self.cancelSnap = True
def stop(self):
self.snapOn = False
self.cancelSnap = True
self.km.end()
def toggle(self,event=None):
if self.snapOn:
self.stop()
else:
self.start()
def takeSnap(self,event=None,force=False):
if not self.km.capture:
return
self.cancelTimedSnap()
now = time.time()
self.waiting = 0
if not self.lock:
self.lock = True
self.img = ImageGrab.grab()
if self.lastSnap and self.diffImage(self.img,self.lastSnap)<0.1:
self.img = self.lastSnap
self.lock = False
else:
self.waiting += 1
while self.lock:
pass
if event.type != 'timed' or self.waiting == 0:
self.timeline.append(dict(timestamp=now,event=event,image=self.img,active=event.activeWindow))
self.waiting -= 1
def saveTimeline(self):
import os
self.savepath = os.path.join('snap',"%s" % self.params.title)
if not os.path.exists(self.savepath):
os.makedirs(self.savepath)
last = None
imnum = 0
sorttl = sorted(self.timeline, key=lambda k: k['timestamp'])
for i,elt in enumerate(sorttl):
current = elt['image']
active=elt['active']
if self.params.followActive:
currentcrop = current.crop((active['x'],active['y'],active['x']+active['w'],active['y']+active['h']))
elt['imagecrop'] = currentcrop
event = elt['event']
if last:
diff = self.diffImage(current,lastimage)
if self.params.followActive:
diffcrop = self.diffImage(currentcrop,lastimagecrop)
else:
diff = 100
diffcrop = 100
if (diff>self.params.diffPct) and (not self.params.followActive
or (self.params.followActive and diffcrop>self.params.diffPct )): #or (last['active'] != active):# or ('Press' in elt['event'].type)
imnum += 1
elt['iname'] = 'im%d' % imnum
lastimage = current
lastimagecrop = currentcrop
#elt['image'].save(os.path.join(self.savepath,"tmp%d.png" % imnum),'PNG')
else:
elt['iname'] = last['iname']
last = elt
self.imagesnames = {}
count = 0
self.imsaved = 0
self.lastimage = ""
def save(elt):
self.imsaved += 1
active = elt['active']
crop = elt['image'].crop((active['x']+self.params.cropL,active['y']+self.params.cropT,active['x']+active['w']+self.params.cropR,active['y']+active['h']+self.params.cropB))
crop.save(os.path.join(self.savepath,"%s-%03d-a.png" % (self.params.title,self.imsaved)),'PNG')
impath = os.path.join(self.savepath,"%s-%03d.png" % (self.params.title,self.imsaved))
elt['image'].save(impath,'PNG')
self.imagesnames[elt['iname']] = impath
self.lastevt = sorttl[0]
self.last = None
def compare(t1,t2):
if not t1 or not t2:
return True
return ((t1['iname']!=t2['iname'])
and (
((not self.params.followActive) and self.diffImage(t1['image'],t2['image'])>self.params.diffPct)
or (self.params.followActive and self.diffImage(t1['imagecrop'],t2['imagecrop'])>self.params.diffPct)
)
)
steps = []
prevstep = []
scenario = dict(name=self.params.name,title=self.params.title,desc=self.params.description,steps=[])
currentzoom = []
anchorid = 0
for i,tlelt in enumerate(sorttl):
if (tlelt['event'].type!='timed'):
t = tlelt['timestamp']-self.starttime
if 'Press' in tlelt['event'].type:
steps.append(dict(action="anchor",id="a%d" % anchorid,title="Step %d" % anchorid,image=""))
#steps.append(dict(action="loadImage",image=""))
anchorid += 1
if compare(self.lastevt,self.last):
if not self.lastevt['iname'] in self.imagesnames.keys():
save(self.lastevt)
steps[-1]['image'] = self.imagesnames[self.lastevt['iname']]
self.last = self.lastevt
if compare(tlelt,self.last):
if not tlelt['iname'] in self.imagesnames.keys():
save(tlelt)
showimage = True
self.last = tlelt
else:
showimage = False
if 'Press' in tlelt['event'].type and count==0:
if (tlelt['active'] != currentzoom):
steps.append(dict(action='zoom',
x=tlelt['active']['x'],
y=tlelt['active']['y'],
w=tlelt['active']['w'],
h=tlelt['active']['h'],
mask=True
))
step = dict(action='click',
button=tlelt['event'].button,
x=tlelt['event'].x,
y=tlelt['event'].y,
count=tlelt['event'].count
)
if showimage:
step['image'] = self.imagesnames[tlelt['iname']];
steps.append(step)
count = tlelt['event'].count
if 'Release' in tlelt['event'].type:
count -= 1
if showimage:
steps.append(dict(action='loadImage',image=self.imagesnames[tlelt['iname']]))
self.lastevt = tlelt
if compare(self.last,self.lastevt):
save(self.lastevt)
steps.append({
"action": "zoom",
"h": -1,
"mask": True,
"w": -1,
"x": 0,
"y": 0
})
steps.append(dict(action='loadImage',
image=self.imagesnames[self.lastevt['iname']]))
# anchor=dict(id="a%d" % anchorid,title="Step %d" % anchorid),
# message=dict(type="markdown",content="# End of tuto")))
steps.append(dict(action='zoom',x=0,y=0,w=-1,h=-1,mask=True,message=dict(type="markdown",content="# End of tuto")))
steps[0]['message'] = dict(type='markdown',content="# Start of tuto")
scenario['steps'] = steps
scenario['image'] = dict(name=steps[0]['image'])
import json
js = "var sce=%s;" % json.dumps(scenario,sort_keys=True, indent=4, separators=(',', ': '))
with open("data.js",'w') as f:
f.write(js)
self.init(self.title)
def diffImage(self,image1,image2):
diff = ImageChops.difference(image1,image2).histogram()
diff = 100-float(100*diff.count(0))/len(diff)
return diff