def action(self):
project = issues.get_project()
self.prompt_all_args()
issue = project.get_issue(self.argument_values.name)
issue.set_value("state","closed")
issue.set_value("actual",self.normalize_time(self.argument_values.time))
project.save_issue(issue)
def console_output(self):
project = issues.get_project()
if self.argument_values.release!="":
release = project.get_release(self.argument_values.release)
release_name = release.name()
print("Release: {0}".format(release.name()))
else:
release_name = ""
print("{0}".format("Unassigned Issues:"))
for issue in project._issues:
if release_name == issue.release:
print(issue.summary())
if self.argument_values.release!="":
release = project.get_release(self.argument_values.release)
stats = release.statistics()
print("\nOverall:")
print(" * Total Estimated Work: {0}h".format(stats[0]+stats[1]))
print(" * Estimated Work Completed: {0}h".format(stats[0]))
print(" * Actual Work Time: {0}h".format(stats[2]))
print(" * Estimated Remaining Work: {0}h".format(stats[1]))
print(" * Probable Remaining Time: {0}h".format(stats[3]))
for owner in release.owners():
stats = release.statistics(owner)
print("\n{0}:".format(owner))
print(" * Total Estimated Work: {0}h".format(stats[0]+stats[1]))
print(" * Estimated Work Completed: {0}h".format(stats[0]))
print(" * Actual Work Time: {0}h".format(stats[2]))
print(" * Estimated Remaining Work: {0}h".format(stats[1]))
print(" * Probable Remaining Time: {0}h".format(stats[3]))
def action(self):
project = issues.get_project()
self.prompt_all_args()
release = project.add_release()
release.set_value("name",self.argument_values.name)
release.set_value("description",self.argument_values.description)
project.save_release(release)
def action(self):
project = issues.get_project()
self.prompt_all_args()
issue = project.get_issue(self.argument_values.name)
issue.set_value("estimate",self.argument_values.time)
project.save_issue(issue)
def action(self):
project = issues.get_project()
releases = [r for r in project.releases]
def get_name(r):
return natsort_key(r.name())
releases.sort(key=get_name)
for release in releases:
print release.name()
def dokuwiki_output(self):
project = issues.get_project()
if self.argument_values.release!="":
release = project.get_release(self.argument_values.release)
release_name = release.name()
print("====== {0} ======".format(release.name()))
stats = release.statistics()
print("\n**Totals:**")
print(" * Total Estimated Work: {0}h".format(stats[0]+stats[1]))
print(" * Estimated Work Completed: {0}h".format(stats[0]))
print(" * Actual Work Time: {0}h".format(stats[2]))
print(" * Estimated Remaining Work: {0}h".format(stats[1]))
print(" * Probable Remaining Time: {0}h".format(stats[3]))
for owner in release.owners():
stats = release.statistics(owner)
print("\n**{0}:**".format(owner))
print(" * Total Estimated Work: {0}h".format(stats[0]+stats[1]))
print(" * Estimated Work Completed: {0}h".format(stats[0]))
print(" * Actual Work Time: {0}h".format(stats[2]))
print(" * Estimated Remaining Work: {0}h".format(stats[1]))
print(" * Probable Remaining Time: {0}h".format(stats[3]))
print("===== Description =====")
print(release.description)
else:
release_name = ""
print("====== {0} ======".format("Unassigned Issues"))
print("===== Issues =====")
print("==== Summary ====")
print "^ID ^Title ^ Owner ^ Status ^ Estimated Time(h) ^Actual Time(h) ^ "
for issue in project._issues:
if release_name == issue.release:
print("|[[#{id}|{id}]] |{title} |{owner} |{status} | {estimate} | {actual} |".format(id=issue.name,
title=issue.title,
status = issue.state,
estimate = issue.estimate,
owner = issue.owner,
actual = issue.actual if issue.state == "closed" else " "))
print("==== Descriptions ====")
for issue in project._issues:
if release_name == issue.release:
print("==={id}===".format(id=issue.name))
print("**{title}**".format(title = issue.title))
if issue.description!="":
print("")
print(issue.description)
print("")
if issue.owner !="":
print(" * Owner:{0}".format(issue.owner))
print(" * Status:{0}".format(issue.state))
print(" * Estimate:{0}".format(issue.estimate))
if issue.state == "closed":
print(" * Actual(h):{0}".format(issue.actual))
def action(self):
project = issues.get_project()
self.cond_prompt_arg("name")
issue = project.get_issue(self.argument_values.name)
file_name = issue._filename
try:
editor = os.environ['EDITOR']
except KeyError:
editor = 'nano'
subprocess.call([editor, file_name])
def action(self):
project = issues.get_project()
self.prompt_all_args()
issue = project.add_issue()
issue.set_value("title",self.argument_values.title)
issue.set_value("description",self.argument_values.description)
issue.set_value("estimate",self.argument_values.estimate)
issue.set_value("release",self.argument_values.release)
issue.set_value("owner",self.argument_values.owner)
issue.set_value("state","open")
project.save_issue(issue)
def action(self):
display = self.argument_values.display
if display == None:
display = 'o'
owner = self.argument_values.owner
project = issues.get_project()
for issue in project._issues:
if self.argument_values.release == None or self.argument_values.release == issue.release:
if display =="a" or (issue.state.lower()[0] == display.lower()[0]):
if owner == None or owner.lower() == issue.owner.lower():
print issue.summary()
def prompt_all_args(self):
"""prompt for the values of all outstanding arguments"""
#A little hacky. ok, very hacky. because we need the project
#before we even get this far, the command line argument for
#specifying issues_config_dir is already resolved or can be
#figured out, but we need to trick the command line argument
#prompter that's it was specified.
project = issues.get_project()
self.argument_values.issues_config_dir = project.get_root_folder()
for arg in self.arguments + self.global_arguments:
self.cond_prompt_arg(arg.name)
def action(self):
project = issues.get_project()
self.cond_prompt_arg("release")
release = project.get_release(self.argument_values.release)
t = tempfile.NamedTemporaryFile(delete=False)
t.write(release.get_value('description'))
t.close()
try:
editor = os.environ['EDITOR']
except KeyError:
editor = 'nano'
subprocess.call([editor, t.name])
t = open(t.name)
raw_val = t.read()
release.set_value('description',raw_val)
project.save_release(release)
def action(self):
project = issues.get_project()
self.prompt_all_args()
issue = project.get_issue(self.argument_values.name)
project.remove_issue(issue)
def action(self):
project = issues.get_project()
project.set_issue_master_names()
def action(self):
project = issues.get_project()
self.prompt_all_args()
issue = project.get_issue(self.argument_values.name)
sys.stdout.write(issue._guid)
def action(self):
project = issues.get_project()
self.prompt_all_args()
issue = project.get_issue(self.argument_values.issue)
issue.set_value("owner",self.argument_values.owner)
project.save_issue(issue)
def action(self):
project = issues.get_project()
self.cond_prompt_arg("name")
issue = project.get_issue(self.argument_values.name)
print(issue.detailed_summary())
