def __init__(self, apiserver, entryPoints, username, password, filter):
self.links = list()
self.todo = dict()
self.done = dict()
self.skipped = dict()
self.j = JiraAPI(apiserver, username, password)
self.filter = filter
issues = list()
for entryPoint in entryPoints.split(','):
if( entryPoint.find('-') != -1 ):
i = self.j.fetchIssue(entryPoint)
if( self.filter.useIssue( i ) ):
issues.append( i )
else:
for i in self.j.fetchIssuesFromProject(entryPoint):
if( self.filter.useIssue( i ) ):
issues.append( i )
for issue in issues:
if( self.filter.useIssue( issue ) ):
self.todo[issue.key] = issue
else:
self.skipped[issue.key] = issue
#each execution of this loop will expand
#the graph by one link in all directions
while( not self.expand() ):
pass
#compact data for API caller and destroy temporaries
# for issueKey in self.done:
# del self.done[issueKey].links
self.issues = self.done
del self.done
del self.skipped
del self.todo
del self.j
#!/usr/bin/python
from jiraapi import JiraAPI
#test config
j = JiraAPI("https://jira.atlassian.com", None, None ) #set up connection
issuename="CEP-154" #a single issue to test
projectname="CEP" #a project to iterate
print "Test:Fetching",issuename
i = j.fetchIssue(issuename)
if( i.key == issuename ):
print "","(",i.status,":",i.priority,")",i
else:
print "","Key Mismatch!", i.key, "vs", issuename
print "Test:Enumerate issues from",projectname
jissues = j.fetchIssuesFromProject(projectname)
for issue in jissues:
i = j.fetchIssue(issue.key)
if( issue.key == i.key ):
print "","(",i.status,":",i.priority,")",i
else:
print "","Key Mismatch!", issue.key, "vs", i.key
for l in i.links:
print "","",l
print "Test:Fetching enumerated issues individually from",projectname
for issue in jissues:
i = j.fetchIssue(issue.key)
class JiraWalk:
"""walk a Jira server collecting map of issues"""
def expand( self ):
"""expand graph by one link in all directions. Return true if done"""
done = True
thispass = self.todo
self.todo = dict()
for issueKey in thispass.keys():
issue = thispass[issueKey]
link_list = issue.links
for link in link_list:
if( link.inwardKey == issueKey ):
otherKey = link.outwardKey
else:
otherKey = link.inwardKey
if( otherKey in self.todo ):
otherIssue = self.todo[otherKey]
elif( otherKey in self.done ):
otherIssue = self.done[otherKey]
elif( otherKey in self.skipped ):
continue
elif( otherKey in thispass ):
otherIssue = thispass[otherKey]
else:
otherIssue = self.j.fetchIssue( otherKey )
if( self.filter.useIssue( otherIssue ) ):
self.todo[otherKey] = otherIssue
else:
self.skipped[otherKey] = otherIssue
continue
if( link not in self.links ):
if( self.filter.useLink( link ) ):
self.links.append( link )
self.done.update( thispass )
return len(self.todo) == 0
def __init__(self, apiserver, entryPoints, username, password, filter):
self.links = list()
self.todo = dict()
self.done = dict()
self.skipped = dict()
self.j = JiraAPI(apiserver, username, password)
self.filter = filter
issues = list()
for entryPoint in entryPoints.split(','):
if( entryPoint.find('-') != -1 ):
i = self.j.fetchIssue(entryPoint)
if( self.filter.useIssue( i ) ):
issues.append( i )
else:
for i in self.j.fetchIssuesFromProject(entryPoint):
if( self.filter.useIssue( i ) ):
issues.append( i )
for issue in issues:
if( self.filter.useIssue( issue ) ):
self.todo[issue.key] = issue
else:
self.skipped[issue.key] = issue
#each execution of this loop will expand
#the graph by one link in all directions
while( not self.expand() ):
pass
#compact data for API caller and destroy temporaries
# for issueKey in self.done:
# del self.done[issueKey].links
self.issues = self.done
del self.done
del self.skipped
del self.todo
del self.j