def OnTimer(self, id):
ageSDL = PtGetAgeSDL()
if (id == 1):
if (ageSDL[sdlCanQuake.value][0] == 0):
print 'dsntQuake.OnTimer: A quake would happen, but Esher is speaking.'
self.NextQuakeDelay()
else:
self.QuakeStart()
elif (id == 2):
peakStrength = whrandom.uniform(peakStrengthMin, peakStrengthMax)
print 'OnTimer: The quake peak of ',
print peakStrength,
print ' starts.'
rampUpTarget = peakStrength
self.RampUp()
respPeakStart.run(self.key)
elif (id == 3):
baseStrength = whrandom.uniform(baseStrengthMin, baseStrengthMax)
print 'OnTimer: The quake peak ends. Ramping down to a base of ',
print baseStrength
rampDownTarget = baseStrength
self.RampDown()
respPeakStop.run(self.key)
elif (id == 4):
self.QuakeStop()
elif (id == 5):
self.RampUp()
elif (id == 6):
self.RampDown()
def random (m, n=None):
"""
returns an uniformly generated integer in [m,n)
or in [0,m) if n is not supplied.
"""
if not n:
return int(uniform (0, m))
else:
return int(uniform (m, n))
def QuakeStart(self):
global quaking
global rampUpTarget
quaking = true
baseStrength = whrandom.uniform(baseStrengthMin, baseStrengthMax)
print '##'
print 'dsntQuake: The quake starts with a base strength of ',
print baseStrength
rampUpTarget = baseStrength
#self.RampUp()
prob = whrandom.uniform(0, 1)
if (prob < peakProb):
peakDelay = whrandom.uniform(peakDelayMin, peakDelayMax)
print '\tA Peak will occur ',
print peakDelay,
print ' seconds later.'
PtAtTimeCallback(self.key, peakDelay, 2)
peakDuration = whrandom.uniform(peakDurationMin, peakDurationMax)
print '\tThe peak will last for ',
print peakDuration,
print ' seconds.'
PtAtTimeCallback(self.key, (peakDelay + peakDuration), 3)
Duration = ((whrandom.uniform(minDuration, maxDuration) + peakDelay) + peakDuration)
else:
print '\tA Peak will NOT occur.'
Duration = whrandom.uniform(minDuration, maxDuration)
print '\tThe quake will last for ',
print Duration,
print ' seconds.'
PtAtTimeCallback(self.key, Duration, 4)
respBaseStart.run(self.key)
def loadinc(name, mb, f, printstat=0, max=99999999, wait=1):
from ZODB.POSException import ConflictError
from time import sleep
from whrandom import uniform
import Zope, sys
rconflicts=wconflicts=0
i=0
message=mb.next()
body=message.fp.read()
headers=list(message.headers)
while i < max:
# sys.stderr.write("%s " % i)
# sys.stdout.flush()
if wait: sleep(uniform(0,wait))
jar=Zope.DB.open()
app=jar.root()['Application']
mdest=getattr(app, name)
if i%100 == 0 and printstat:
sys.stdout.write("\t%s\t%s\t\r" % (i, f.tell()))
sys.stdout.flush()
did=str(i)
try:
loadmessage(mdest, message, did, body, headers)
doc=mdest[did]
app.cat.catalog_object(doc)
except ConflictError, v:
# print v.args
rconflicts=rconflicts+1
get_transaction().abort()
else:
try:
get_transaction().commit()
i=i+1
message=mb.next()
body=message.fp.read()
headers=list(message.headers)
except ConflictError:
wconflicts=wconflicts+1
get_transaction().abort()
doc=app=mdest=0
jar.close()
def incedit(edits, wait, ndel=20, nins=20):
import Zope, whrandom, string, time
from ZODB.POSException import ConflictError
rconflicts=wconflicts=0
did=str(edits.pop())
while edits:
if wait: time.sleep(whrandom.uniform(0,wait))
jar=Zope.DB.open()
app=jar.root()['Application']
doc=getattr(app.mail, did)
text=string.split(doc.raw)
n=whrandom.randint(0,ndel*2)
for j in range(n):
if len(text) < 2: break
j=whrandom.randint(0,len(text)-1)
#del text[j]
n=whrandom.randint(0,nins*2)
for j in range(n):
word=whrandom.choice(words)
text.append(word)
doc.raw=string.join(text)
try: app.cat.catalog_object(doc)
except ConflictError, v:
#print v.args
rconflicts=rconflicts+1
get_transaction().abort()
else:
try:
get_transaction().commit()
did=str(edits.pop())
except ConflictError:
wconflicts=wconflicts+1
get_transaction().abort()
doc=app=0
jar.close()
import whrandom # same as random print(whrandom.random()) print(whrandom.choice([1, 2, 3, 5, 9])) print(whrandom.uniform(10, 20)) print(whrandom.randint(100, 1000)) ## 0.113412062346 ## 1 ## 16.8778954689 ## 799
import whrandom # same as random print whrandom.random() print whrandom.choice([1, 2, 3, 5, 9]) print whrandom.uniform(10, 20) print whrandom.randint(100, 1000) ## 0.113412062346 ## 1 ## 16.8778954689 ## 799