def _get_greatest_timeline(self, upstream, downstream): versions = VersionTree(upstream) greatest = Timeline(default="0") for date in downstream: version = downstream[date] greatest[date] = versions.max(greatest[-1],version) return greatest
def get_greatest_timeline(self): versions = VersionTree(self.timeline) greatest = Timeline(default="0") for date in self.timeline: versions.add_release(date, self.timeline[date]) greatest[date] = versions.max(greatest[-1], self.timeline[date]) return greatest
def _get_greatest_timeline(self, upstream, downstream):
versions = VersionTree(upstream)
greatest = Timeline(default="0")
for date in downstream:
version = downstream[date]
greatest[date] = versions.max(greatest[-1], version)
return greatest
def get_greatest_timeline(self):
versions = VersionTree(self.timeline)
greatest = Timeline(default="0")
for date in self.timeline:
versions.add_release(date, self.timeline[date])
greatest[date] = versions.max(greatest[-1], self.timeline[date])
return greatest
def _compute_package_age(self, upstream, downstream):
ms = timedelta(microseconds=1)
versions = VersionTree()
age = ConnectedTimeline(default=timedelta())
greatest_downstream = "0"
u = 0
d = 0
#print
#print "interleave"
#interleave the dates
while u + d < len(upstream) + len(downstream):
version = None
date = None
if u < len(upstream) and (
len(downstream) == d
or upstream.keys()[u] <= downstream.keys()[d]):
if VERBOSE:
print "upstream", upstream.keys()[u], upstream[u]
date = upstream.keys()[u]
version = upstream[u]
versions.add_release(date, version)
if greatest_downstream != "0":
age[date] = versions.compute_lag(date, greatest_downstream)
u += 1
else:
version = downstream[d]
date = downstream.keys()[d]
if VERBOSE:
print "downstream", date, version
if VERBOSE:
print greatest_downstream, version
if greatest_downstream != "0":
age[date] = versions.compute_lag(date, greatest_downstream)
greatest_downstream = versions.max(greatest_downstream,
version)
if VERBOSE:
print greatest_downstream
age[date + ms] = versions.compute_lag(date,
greatest_downstream)
d += 1
#print
#print "age"
now = self._now
if now == None:
now = datetime.now()
if greatest_downstream != None:
age[now] = versions.compute_lag(now, greatest_downstream)
if VERBOSE or VERBOSE_RESULT:
for a in age:
print a, age[a]
print
return age
def _compute_package_age(self, upstream, downstream): ms = timedelta(microseconds=1) versions = VersionTree() age = ConnectedTimeline(default=timedelta()) greatest_downstream = "0" u = 0 d = 0 #print #print "interleave" #interleave the dates while u+d < len(upstream)+len(downstream): version = None date = None if u<len(upstream) and (len(downstream)==d or upstream.keys()[u]<=downstream.keys()[d]): if VERBOSE: print "upstream",upstream.keys()[u],upstream[u] date = upstream.keys()[u] version = upstream[u] versions.add_release(date,version) if greatest_downstream != "0": age[date] = versions.compute_lag(date, greatest_downstream) u+=1 else: version = downstream[d] date = downstream.keys()[d] if VERBOSE: print "downstream", date, version if VERBOSE: print greatest_downstream, version if greatest_downstream != "0": age[date] = versions.compute_lag(date, greatest_downstream) greatest_downstream = versions.max(greatest_downstream,version) if VERBOSE: print greatest_downstream age[date+ms] = versions.compute_lag(date, greatest_downstream) d+=1 #print #print "age" now = self._now if now==None: now = datetime.now() if greatest_downstream!=None: age[now] = versions.compute_lag(now, greatest_downstream) if VERBOSE or VERBOSE_RESULT: for a in age: print a,age[a] print return age