def fCreate_PaymentsToAccount(pMonth):
#---------------------------------------------------#
myTools.sectionStartTimeStamp("paystoaccount" + str(pMonth))
logging.debug('Create_PaysToAccount: ' + str(pMonth))
allClients = names_Init.fInit_Clients()
count = 0
myTools.getFocus()
# open funds list
type("f",KeyModifier.CTRL)
myTools.waitForFundsList()
# create PTA for first 5 clients and then every 6th client
for oneClient in allClients:
count += 1
if (count in range(6)) or ((count + pMonth) % 6 == 0):
ptaAmount = 25 + pMonth/float(100)
fCreate_OnePayToAccount(oneClient,count,pMonth,ptaAmount)
else:
logging.debug('-- skip: ' + str(pMonth) + "-" + oneClient)
type(Key.F4,KeyModifier.CTRL)
time.sleep(1)
type(Key.F4,KeyModifier.CTRL)
myTools.sectionEndTimeStamp()
myTools.checkProcesses()
def fCreate_FinanceCharges(pMonth):
#---------------------------------------------------#
myTools.sectionStartTimeStamp("finance" + str(pMonth))
logging.debug('Create_FinanceCharges: ' + str(pMonth))
allClients = names_Init.fInit_Clients()
count = 0
myTools.getFocus()
# client list
type("i",KeyModifier.CTRL)
for oneClient in allClients:
count += 1
# always create finance charge for first 5 clients
# then create finance charge for 1 out of 35 next clients
if (count in range(6)) or ((count + pMonth) % 35 == 0):
financeCharge = str(count) + ".99"
fCreate_OneFinanceCharge(oneClient,count,pMonth,financeCharge)
else:
logging.debug('-- skip: ' + str(pMonth) + "-" + oneClient)
type(Key.F4,KeyModifier.CTRL)
myTools.sectionEndTimeStamp()
def fCreate_CreditsForMonth(pMonth):
# ---------------------------------------------------#
myTools.sectionStartTimeStamp("credits" + str(pMonth))
logging.debug("Create_CreditsForMonth: " + str(pMonth))
allClients = names_Init.fInit_Clients()
count = 0
myTools.getFocus()
# open a/r tran list
type("t", KeyModifier.CTRL)
myTools.waitForTransList()
for oneClient in allClients:
count += 1
# always create credits for first 5 clients
# then create credits for 1 out of 9 next clients
if (count in range(6)) or ((count + pMonth) % 9 == 0):
creditAmount = pMonth + pMonth / float(100)
fCreate_OneCredit(oneClient, count, pMonth, creditAmount)
else:
logging.debug("-- skip: " + str(pMonth) + "-" + oneClient)
type(Key.F4, KeyModifier.CTRL)
time.sleep(1)
type(Key.F4, KeyModifier.CTRL)
myTools.sectionEndTimeStamp()
myTools.checkProcesses()
def Create_Slips(tmslips,exslips):
#---------------------------------------------------#
clients = names_Init.fInit_Clients()
timekeepers = names_Init.fInit_Timekeepers()
tasks = names_Init.fInit_Tasks()
expenses = names_Init.fInit_Expensess()
count = 0
Open_SlipList()
for slip in range(tmslips):
Create_OneSlip("t",timekeepers[count%len(timekeepers)],tasks[count%len(tasks)],clients[count%len(clients)],count+1)
count += 1
Close_SlipUI()
Open_SlipList()
Open_LastSlip()
for slip in range(exslips):
Create_OneSlip("e",timekeepers[count%len(timekeepers)],expenses[count%len(expenses)],clients[count%len(clients)],count+1)
count += 1
Close_SlipUI()
Open_SlipList()
Open_LastSlip()
for slip in range(tmslips):
Create_OneSlip("t",timekeepers[count%len(timekeepers)],tasks[count%len(tasks)],clients[count%len(clients)],count+1)
count += 1
Close_SlipUI()
Open_SlipList()
Open_LastSlip()
for slip in range(exslips):
Create_OneSlip("e",timekeepers[count%len(timekeepers)],expenses[count%len(expenses)],clients[count%len(clients)],count+1)
count += 1
Close_SlipUI()
#---------------------------------------------------#
backup_Data.Backup_Checkpoint("slips")
def fCreate_PaymentsForMonth(pMonth):
#---------------------------------------------------#
myTools.sectionStartTimeStamp("payments" + str(pMonth))
logging.debug('Create_PaymentsForMonth: ' + str(pMonth))
allClients = names_Init.fInit_Clients()
transferClients = ["East.Bridgewater","North.Adams","West.Boylston"]
transferFundsClients = ["East.Brookfield","North.Andover","West.Bridgewater"]
count = 0
myTools.getFocus()
# open a/r tran list
type("t",KeyModifier.CTRL)
myTools.waitForTransList()
for oneClient in allClients:
count += 1
# always create payments for first 5 clients
# then create payments for 1 out of 5 next clients
# always create payments for certain projects
if (count in range(6)) or ((count + pMonth) % 5 == 0) or (oneClient in transferClients) or (oneClient in transferFundsClients):
payAmount = 100 + int(count) + pMonth/float(100) # calc amount first, so we can log it
fCreate_OnePayment(oneClient,count,pMonth,payAmount)
else:
logging.debug('-- skip: ' + str(pMonth) + "-" + oneClient)
type(Key.F4,KeyModifier.CTRL)
time.sleep(1)
type(Key.F4,KeyModifier.CTRL)
myTools.sectionEndTimeStamp()
myTools.checkProcesses()
def Create_Slips(tmslips,exslips):
#---------------------------------------------------#
myTools.sectionStartTimeStamp("init names")
logging.debug('Init Names')
clients = names_Init.fInit_Clients()
timekeepers = names_Init.fInit_Timekeepers()
tasks = names_Init.fInit_Tasks()
expenses = names_Init.fInit_Expensess()
count = 0
myTools.sectionEndTimeStamp()
myTools.sectionStartTimeStamp("create time slips")
Open_SlipList()
for slip in range(tmslips):
Create_OneSlip("t",timekeepers[count%len(timekeepers)],tasks[count%len(tasks)],clients[count%len(clients)],count+1)
count += 1
Close_SlipUI()
Import_TimeSlips()
myTools.sectionStartTimeStamp("create expense slips")
# increase count to account for imported slips
count += 692
Open_SlipList()
Open_LastSlip()
for slip in range(exslips):
Create_OneSlip("e",timekeepers[count%len(timekeepers)],expenses[count%len(expenses)],clients[count%len(clients)],count+1)
count += 1
Close_SlipUI()
Import_ExpenseSlips()
#---------------------------------------------------#
# remove this later
#
# myTools.sectionStartTimeStamp("create time slips")
# Open_SlipList()
# Open_LastSlip()
#
# for slip in range(tmslips):
# Create_OneSlip("t",timekeepers[count%len(timekeepers)],tasks[count%len(tasks)],clients[count%len(clients)],count+1)
# count += 1
# Close_SlipUI()
#
# myTools.sectionStartTimeStamp("create expense slips")
# Open_SlipList()
# Open_LastSlip()
#
# for slip in range(exslips):
# Create_OneSlip("e",timekeepers[count%len(timekeepers)],expenses[count%len(expenses)],clients[count%len(clients)],count+1)
# count += 1
# Close_SlipUI()
#---------------------------------------------------#
backup_Data.fBackup_Checkpoint("slips")