def test_can_read_and_parse_data_from_a_log_file(self):
hourslist = hours_input.readfromlog(r"Tests\TestLog.log")
assert len(hourslist) == 2
assert hourslist[0].date == datetime.date(2012, 06, 12)
assert hourslist[0].start == datetime.time(9, 01)
assert hourslist[0].end == datetime.time(17, 10)
assert hourslist[1].date == datetime.date(2012, 06, 13)
assert hourslist[1].start == datetime.time(8, 13)
assert hourslist[1].end == datetime.time(16, 14)
def test_can_read_and_parse_data_from_a_log_file(self):
hourslist = hours_input.readfromlog(r"Tests\TestLog.log")
assert len(hourslist) == 2
assert hourslist[0].date == datetime.date(2012, 06, 12)
assert hourslist[0].start == datetime.time(9, 01)
assert hourslist[0].end == datetime.time(17, 10)
assert hourslist[1].date == datetime.date(2012, 06, 13)
assert hourslist[1].start == datetime.time(8, 13)
assert hourslist[1].end == datetime.time(16, 14)
def generate_estimated_hours(logfile):
# logfile variable loaded from executing host
hours = hours_input.readfromlog(logfile)
hours = hours_feed.calculate_estimated_hours(datetime.datetime.today(), hours)
hours = hours_estimator.get_estimated_hours(hours)
# TODO: Seperate this view processing from the estimated hours model later.
# Sort by date
hours = sorted(hours, cmp=lambda lhs, rhs: lhs.date > rhs.date)
weeks = hours_aggregation.group_hours_by_week(hours)
# Print
for weekindex in range(len(weeks)):
print "Week %s" % weeks[weekindex][0].date.isocalendar()[1]
for day in weeks[weekindex]:
print day
return weeks
def generate_estimated_hours(logfile):
# logfile variable loaded from executing host
hours = hours_input.readfromlog(logfile)
hours = hours_feed.calculate_estimated_hours(datetime.datetime.today(),
hours)
hours = hours_estimator.get_estimated_hours(hours)
# TODO: Seperate this view processing from the estimated hours model later.
# Sort by date
hours = sorted(hours, cmp=lambda lhs, rhs: lhs.date > rhs.date)
weeks = hours_aggregation.group_hours_by_week(hours)
#Print
for weekindex in range(len(weeks)):
print "Week %s" % weeks[weekindex][0].date.isocalendar()[1]
for day in weeks[weekindex]:
print day
return weeks
def read_hours():
logFile = os.environ['USERPROFILE'] + r"\Documents\Timesheet.log"
return hours_input.readfromlog(logFile)
def read_hours():
logFile = os.environ['USERPROFILE'] + r"\Documents\Timesheet.log"
return hours_input.readfromlog(logFile)
# Script for MVC WebApp
import System
from System import Environment
import datetime
import sys
sys.path.append(r"C:\Users\carmitage\Dropbox\hg\Timesheet-Moose\MoosePy")
sys.path.append(r"C:\Python27\Lib")
from workinghours import hours_feed
from workinghours import hours_input
from workinghours import hours_estimator
logfile = Environment.GetFolderPath(
Environment.SpecialFolder.MyDocuments) + r"\Timesheet.log"
hours = hours_input.readfromlog(logfile)
#hours = reversed(hours)
hours = hours_feed.calculate_estimated_hours(datetime.datetime.today(), hours)
hours = hours_estimator.get_estimated_hours(hours)
# Script for MVC WebApp import System from System import Environment import datetime import sys sys.path.append(r"C:\Users\carmitage\Dropbox\hg\Timesheet-Moose\MoosePy") sys.path.append(r"C:\Python27\Lib") from workinghours import hours_feed from workinghours import hours_input from workinghours import hours_estimator logfile = Environment.GetFolderPath(Environment.SpecialFolder.MyDocuments) + r"\Timesheet.log" hours = hours_input.readfromlog(logfile) #hours = reversed(hours) hours = hours_feed.calculate_estimated_hours(datetime.datetime.today(), hours) hours = hours_estimator.get_estimated_hours(hours)
