def __init__(self, parser):
'''
Constructor
'''
self.parser = parser
log.info(self.__class__.__name__ + " initialized")
try:
k = parser.options.key
jira = jira_authenticate(parser.options.jiraURL, parser.options.jiraUsername, parser.options.jiraPassword)
# Get an issue.
issue = jira.issue(k)
# Get its valid transitions
transitions = jira.transitions(issue)
log.info("Issue Key : " + k)
log.info("Current Status : " + str(issue.fields.status))
if str(issue.fields.status) in 'Resolved' and get_string_from_list(transitions, 'name', 'Deploy'):
jira.transition_issue(issue, u'Deploy')
log.info("New Status : " + 'Ready To Test')
elif str(issue.fields.status) in 'Resolved' and get_string_from_list(transitions, 'name', 'Deploy Issue'):
jira.transition_issue(issue, u'Deploy Issue')
log.info("New Status : " + 'Ready To Test')
elif str(issue.fields.status) in 'Ready for Release':
jira.transition_issue(issue, u'Deploy on UAT')
log.info("New Status : " + 'Deploy on UAT')
else:
log.debug("Ticket can only do the following transitions:")
for t in transitions:
log.debug(t['name'])
log.warn("Exiting without transition")
except:
raise
def __init__(self, parser):
'''
Constructor
'''
self.parser = parser
log.info(self.__class__.__name__ + " initialized")
try:
k = parser.options.key
s = parser.options.status
jira = jira_authenticate(parser.options.jiraURL, parser.options.jiraUsername, parser.options.jiraPassword)
# Get an issue.
issue = jira.issue(k)
# Get its valid transitions
transitions = jira.transitions(issue)
log.info("Issue Key : " + k)
log.info("Current Status : " + str(issue.fields.status))
log.info("Requested Status: " + str(s))
if get_string_from_list(transitions, 'name', s):
jira.transition_issue(issue, s)
log.info("New Status : " + s)
else:
log.debug("Ticket can only do the following transitions:")
for t in transitions:
log.debug(t['name'])
log.warn("Exiting without transition")
except:
raise
def run_name(dn):
try:
whois.query(dn)
log.debug("[TAKEN] " + dn)
except Exception:
log.info("[FREE] " + dn)
whois.query(dn)
log.debug("[TAKEN] " + dn)
except Exception:
log.info("[FREE] " + dn)
log.info("Permutations are " + str(calculate_permutations(ascii_lowercase, int(parser.options.length))))
# Setup pool
p = Pool(int(parser.options.workers))
for e in PermutationIterator(ascii_lowercase, int(parser.options.length)):
domain_name = str("".join(e) + parser.options.tld)
result = None
log.debug("Trying: " + domain_name)
try:
# Give it to an available worker
p.apply(run_name, args=(domain_name,))
except KeyboardInterrupt:
p.terminate()
# End the busy indicator
stop_busy_indicator(bi)
# Salute!
log.info("Bye bye! :-)")
if parser.options.path == os.getcwd() and (parser.options.install
or parser.options.skip
or parser.options.profile):
die("You tried to run espedite from within its own folder. Please cd to your code folder instead and run it from there."
)
# Remove any compiled files
remove_files_by_ext_recursively(parser.options.path,
properties.binaryCodeExtension)
# Read timestamp
if check_file_exists(timestamp_file):
with open(timestamp_file, 'r') as f:
timestamp = f.readline().strip()
log.debug("Last execution was on {} (UNIX Timestamp: {}) ".format(
timestamp_to_human_readable(timestamp), str(timestamp)))
log.info("Running script in path '{}'".format(parser.options.path))
check_executable_exists("ampy", True)
if parser.options.connect:
check_executable_exists("picocom", True)
modified_relative_files = get_modified_files(parser.options.path, timestamp,
True)
if parser.options.skip:
# READ SKIPFILE
log.info("Reading skip file '{}' ....".format(parser.options.skip))
skip_files = read_file_to_list(parser.options.path +
properties.osDirSeparator +
def __init__(self, parser):
'''
Constructor
'''
self.parser = parser
log.info(self.__class__.__name__ + " initialized")
try:
# Input File
self.input_file = parser.options.input_file
# Estimate To Complete
self.estimate_to_complete = parser.options.estimate_to_complete
# Time spent
_effort_actual_md = 0.0
# Check if input file exists
if check_file_exists(self.input_file) == 1:
die("File '" + self.input_file + "' doesn't exist. Fatal.")
self.euro_sign_encoded = u" \u20AC"
self.euro = " eur"
self.project_name = read_property_from_file("project_name", "project", self.input_file)
self.baseline_md = read_property_from_file("baseline_md", "project", self.input_file)
self.date_format = read_property_from_file("date_format", "project", self.input_file)
# Datelimit
self.date_limit = None
if parser.options.date_limit is not None:
self.date_limit = datetime.strptime(parser.options.date_limit, self.date_format) + timedelta(hours=23,
minutes=59,
seconds=59)
# Project related values
self.kick_off_date = datetime.strptime(
read_property_from_file("kick_off_date", "project", self.input_file), self.date_format).date()
self.uat_start_baseline = datetime.strptime(
read_property_from_file("uat_start_baseline", "project", self.input_file), self.date_format).date()
self.uat_start_actual = datetime.strptime(
read_property_from_file("uat_start_actual", "project", self.input_file), self.date_format).date()
self.go_live_baseline = datetime.strptime(
read_property_from_file("go_live_baseline", "project", self.input_file), self.date_format).date()
self.go_live_actual = datetime.strptime(
read_property_from_file("go_live_actual", "project", self.input_file), self.date_format).date()
self.issue_jql = list(ast.literal_eval(read_property_from_file("issue_jql", "project", self.input_file)))
self.output_path = read_property_from_file("output_path", "project", self.input_file)
self.output_filename = read_property_from_file("output_filename", "project", self.input_file)
# Add the date limit in the filename
if self.date_limit is not None:
self.output_location_datelimit = str(self.output_path
+ "latest_DL"
+ self.date_limit.strftime("%Y%m%d")
+ "_"
+ self.output_filename)
else:
# Add "latest" in the filename
self.output_location_latest = str(self.output_path
+ "latest_"
+ self.output_filename)
self.revenue_offer = read_property_from_file("revenue_offer", "project", self.input_file)
self.md_rate_offer = read_property_from_file("md_rate_offer", "project", self.input_file)
self.md_rate_internal = read_property_from_file("md_rate_internal", "project", self.input_file)
self.other_costs_baseline = read_property_from_file("other_costs_baseline", "project", self.input_file)
self.other_costs_actual = read_property_from_file("other_costs_actual", "project", self.input_file)
jira = jira_authenticate(parser.options.jiraURL, parser.options.jiraUsername, parser.options.jiraPassword)
log.info("--------------------------------------------------------")
log.info("| " + self.project_name)
log.info("--------------------------------------------------------")
log.info("Kick-off : " + str(self.kick_off_date))
log.info("UAT Start (Baseline) : " + str(self.uat_start_baseline))
log.info("UAT Start (Actual) : " + str(self.uat_start_actual))
log.info("GoLive (Baseline) : " + str(self.go_live_baseline))
log.info("GoLive (Actual) : " + str(self.go_live_actual))
log.info("Effort (Baseline) : " + str(self.baseline_md) + " md")
#############################################
# TIME SPENT
#############################################
_effort_spent_in_future_sec = 0.0
# Iterate JQL Filters
for f in self.issue_jql:
log.debug("Processing JQL: " + f)
r = jira.search_issues(f, 0, False)
# Iterate Issues in each JQL
for k in r:
# Get each issue from filter
issue = jira.issue(k)
# log.debug("Working on issue: " + issue.key)
# Iterate Workogs in each Issue
for worklog in jira.worklogs(issue.key):
# log.debug(issue.key + ": " + str(worklog.id))
# pprint (vars(worklog))
# Get datetime that the worklog is about
_started = datetime.strptime(worklog.started[:10], "%Y-%m-%d")
# Check entries against date limit from the command line
if self.date_limit is not None and _started <= self.date_limit:
log.debug(
"Issue [" + str(issue.key) + "] Worklog [" + str(worklog.id) + "] with date " + str(
_started) + " will be counted because date limit is " + str(self.date_limit))
_effort_actual_md = _effort_actual_md + worklog.timeSpentSeconds
elif self.date_limit is not None and _started > self.date_limit:
log.warn(
"Issue [" + str(issue.key) + "] Worklog [" + str(worklog.id) + "] with date " + str(
_started) + " will be added to EFFORT REMAINING because date limit is " + str(
self.date_limit))
_effort_spent_in_future_sec = _effort_spent_in_future_sec + worklog.timeSpentSeconds
elif self.date_limit is None:
log.debug(
"Issue [" + str(issue.key) + "] Worklog [" + str(worklog.id) + "] with date " + str(
_started) + " will be counted because date limit hasn't been provided")
_effort_actual_md = _effort_actual_md + worklog.timeSpentSeconds
# Get issue's timespent in seconds and add it to the overall sum
# if issue.fields.timespent is not None:
# _effort_actual_md = _effort_actual_md + issue.fields.timespent
log.debug("Time spent so far is : " + str(("%.2f" % ((_effort_actual_md / 3600) / 8))))
# Switch timespent to md and round it off to 2 digits
_effort_actual_md = "%.2f" % ((_effort_actual_md / 3600) / 8)
log.info("Effort (Actual) : " + str(_effort_actual_md) + " md")
#############################################
# ESTIMATE TO COMPLETE
#############################################
_effort_remaining_md = 0.0 #
if float(_effort_actual_md) > float(self.baseline_md) and self.estimate_to_complete is None:
die("Time spent " + str(
_effort_actual_md) + " md is higher than the baseline " + self.baseline_md + " md so an estimate to complete calculation cannot take place, please use -e switch to provide a manual E.t.C.")
elif self.estimate_to_complete is None:
_effort_remaining_md = _effort_remaining_md + (float(self.baseline_md) - float(_effort_actual_md))
else:
_effort_remaining_md = ((_effort_spent_in_future_sec / 3600) / 8) + float(self.estimate_to_complete)
log.info("Effort (Remaining) : " + str("%.2f" % _effort_remaining_md) + " md")
if _effort_spent_in_future_sec > 0.0:
log.warn("(Effort remaining contains time spent in the future: " + "%.2f" % (
(_effort_spent_in_future_sec / 3600) / 8) + " md)")
#############################################
# EFFORT AT COMPLETION
#############################################
# Calculate Estimate At Completion
_effort_at_completion_md = float(_effort_actual_md) + float(_effort_remaining_md)
log.info("Effort (At Completion) : " + str(_effort_at_completion_md) + " md")
#############################################
# ON TIME
#############################################
_a = self.go_live_actual - self.kick_off_date
_b = self.go_live_baseline - self.kick_off_date
# On Time
_on_time = (_a.total_seconds() / _b.total_seconds())
#############################################
# IN EFFORT
#############################################
# In Effort
_in_effort = _effort_at_completion_md / float(self.baseline_md)
#############################################
# BUDGET
#############################################
log.info("Revenue : " + str(self.revenue_offer) + self.euro_sign_encoded)
log.info("md Rate (Offer) : " + str(self.md_rate_offer) + self.euro_sign_encoded)
log.info("md Rate (Internal) : " + str(self.md_rate_internal) + self.euro_sign_encoded)
_md_cost_baseline = float(self.md_rate_internal) * float(self.baseline_md)
log.info("md Cost (Baseline) : " + str(_md_cost_baseline) + self.euro_sign_encoded)
_md_cost_eac = float(self.md_rate_internal) * float(_effort_at_completion_md)
log.info("md Cost (At Completion) : " + str(_md_cost_eac) + self.euro_sign_encoded)
log.info("Other Costs (Baseline) : " + str(self.other_costs_baseline) + self.euro_sign_encoded)
log.info("Other Costs (Actual) : " + str(self.other_costs_actual) + self.euro_sign_encoded)
_pnl_baseline = ((float(self.revenue_offer) - float(_md_cost_baseline) - float(
self.other_costs_baseline)) / float(self.revenue_offer)) * 100
log.info("PnL (Baseline) : " + str("%.2f" % _pnl_baseline) + "%")
_pnl_eac = ((float(self.revenue_offer) - float(_md_cost_eac) - float(self.other_costs_actual)) / float(
self.revenue_offer)) * 100
log.info("PnL (At Completion) : " + str("%.2f" % _pnl_eac) + "%")
#############################################
# IN BUDGET
#############################################
_in_budget = 1 + (float(_pnl_baseline / 100) - float(_pnl_eac / 100))
log.info("--------------------------------------------------------")
log.info("On Time : " + str("%.2f" % _on_time))
log.info("In Effort : " + str("%.2f" % _in_effort))
log.info("In Budget : " + str("%.2f" % _in_budget))
log.info("--------------------------------------------------------")
html_code = self.export_to_html(self.project_name,
self.kick_off_date.strftime(self.date_format),
self.uat_start_baseline.strftime(self.date_format),
self.uat_start_actual.strftime(self.date_format),
self.go_live_baseline.strftime(self.date_format),
self.go_live_actual.strftime(self.date_format),
"%.2f" % _on_time,
self.baseline_md,
_effort_actual_md,
_effort_remaining_md,
_effort_at_completion_md,
"%.2f" % _in_effort,
str(self.revenue_offer) + self.euro,
str(self.md_rate_offer) + self.euro,
str(self.md_rate_internal) + self.euro,
str(_md_cost_baseline) + self.euro,
str(_md_cost_eac) + self.euro,
str(self.other_costs_baseline) + self.euro,
str(self.other_costs_actual) + self.euro,
str("%.2f" % _pnl_baseline) + "%",
str("%.2f" % _pnl_eac) + "%",
str("%.2f" % _in_budget),
str(" ".join(sys.argv)))
# Output in either location
if self.date_limit is not None:
with open(self.output_location_datelimit, "w") as text_file:
text_file.write(html_code)
log.debug("Output added to " + self.output_location_datelimit)
else:
with open(self.output_location_latest, "w") as text_file:
text_file.write(html_code)
log.debug("Output added to " + self.output_location_latest)
except:
raise
#! /usr/bin/env python
import sys
import util.opt_parser as parser
from util.toolkit import log, generate_guid, ab_path_to_class, ab_subclass_path_from_action, start_busy_indicator, \
stop_busy_indicator
bi = None
try:
# Begin the Busy indicator
bi = start_busy_indicator("")
# Print execution command
log.debug("Executed command '" + " ".join(sys.argv) + "'")
# Generate a unique execution id
guid = generate_guid()
log.info("Unique PyJi execution ID generated: '" + guid + "'")
# Instantiate specified ActionBundle class (from string)
ab = ab_path_to_class(ab_subclass_path_from_action(parser.action), parser)
except (Exception, KeyboardInterrupt):
# Show error
log.error(str(sys.exc_info()[0]) + " " + str(sys.exc_info()[1]))
raise
finally:
# End the busy indicator
