"""
#NEW Damages script to be used until efinity supplier communications are automated.
#This script reads all damaged stock processed by Spree QC teams.
#Script must be scheduled to run on a daily basis at 23:45.
import pandas as pd
from pandas import DataFrame
from datetime import date, timedelta
from pandas import ExcelWriter
import MyFunx, gdocs
today = date.today()
#Import Efinity bad stock
pw = 'Spr33Pops101'
PODetail = MyFunx.sql_import("vw_PurchaseOrderItems","PurchaseOrderDate", pw)
PODetail = PODetail[['PurchaseOrderNumber','SimpleSKU','SimpleName','SupplierName','Email','AlternateEmail']]
Stock = MyFunx.sql_import("vw_Inventory","Date", pw)
QCed = Stock[['Date','BrandName','SimpleSKU','QualityControlBadQuantity']]
QCed.rename(columns={'Date': 'Date QCed','QualityControlBadQuantity':'QC_Damaged'}, inplace=True)
#Reading from Oversupply google doc
c = gdocs.authenticate_gdocs()
sheet = c.open('Oversupply')
ws = sheet.worksheet('Sheet1')
if ws.cell(2,1).value == "":
print "No oversupply scanned"
OS = DataFrame(columns = ['SKU','Oversupply'])
l = 0
else:
writer.save()
#Deleting all data from google doc
clean1 = worksht.range('A2:C' + str(lgth + 5))
for cl in clean1:
cl.value = ""
worksht.update_cells(clean1)
clean2 = ws.range('A2:C' + str(l + 5))
for cl in clean2:
cl.value = ""
ws.update_cells(clean2)
#Email Spree output file
doc_name = 'Daily Damages & Oversupply '
part = '03_Damages_OS\\Damages_OS ' + str(today) + '.xlsx'
message = 'Daily Damages and Oversupply'
maillist = 'MailList_Damages.txt'
MyFunx.send_message(doc_name, message, part, maillist)
#Create rolling damages doc
dmgs.columns = ['SKU','Reason for damage','QC Responsible','Date']
dmgmrg = pd.merge(dmgs, BPdetail, on='SKU', how = 'left')
dmgmrg = dmgmrg[['Date','Order ID','SKU','Reason for damage','QC Responsible']]
dmgmrg.to_csv('RollingDamages.txt', sep=';',index=False, encoding = 'utf-8')
#Create rolling oversupply doc
Oversup = DayCount[["Date","Supplier","PO","SKU","Oversupply"]]
Oversup = Oversup[Oversup.Oversupply.isnull() == False]
Oversup.to_csv('RollingOversupply.txt', sep=';',index=False, encoding = 'utf-8')
#Split entries with multiple POs
x = df['POs'].str.split('\n|/ |, | ').apply(Series, 1).stack()
x = x.map(lambda y: y.strip(" ()#abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ-&:.%"))
x.index = x.index.droplevel(-1)
x.name = 'POs'
del df['POs']
m = df.join(x)
#Create Supplier Contacts output files
S = m[['Date','Event','POs','Supplier','Brand','Client name','Client email']]
S = S[S['POs'].isnull() == False]
path = '03_Damages_OS'
DataName = S
DocName = 'Supplier Contacts'
DaysCounting = 70
MyFunx.data_history( DataName, DocName, DaysCounting, path )
#Select tomorrow's date
dates = []
for d in m['Date']:
if today.weekday() == 4:
if d.date() == today + timedelta(3):
d = d.strftime('%Y/%m/%d')
else:
d = 0
elif d.date() == today + timedelta(1):
d = d.strftime('%Y/%m/%d')
else:
d = 0
dates.append(d)
m["Date"] = dates
from pandas import ExcelWriter
import MyFunx
team = raw_input('What is your Team Letter (A, B, C, S (S = SAMPLES))? ')
shift = datetime.today().strftime('%Y-%m-%d %H:%M')
#Import Brightpearl Detail Report
columns = ["Order ID", "Ref", "Status", "Contact", "SKU", "Name", "Quantity"]
BP = pd.read_csv('BPdetail.csv', header = 0, usecols = columns)
#Lulu1 = pd.ExcelFile('Z:\\Python Scripts\\00_UPDATE\\Lulu1.xlsx')
#Planned = Lulu1.parse('Sheet4', skiprows = 0, index = None, parse_cols = (36,46))
#Connect to MSSQL to get Lulu data
pw = "Spr33Pops101"
Lulu = MyFunx.sql_import("vw_ProcurementPipeline","ActualGoLiveDate",pw)
Planned = Lulu[['SimpleSKU','ProcurementProductCategoryL3']]
Planned.drop_duplicates(inplace = True, take_last = True)
#Reading from StockCount google docs
c = gspread.Client(auth=('*****@*****.**', 'spreeapp'))
c.login()
#==============================================================================
# Details for SAMPLES processing
#==============================================================================
if team == 'S':
sht = c.open('SamplesCount')
worksheet = sht.worksheet('Team' + team)
#Parameters for total samples count doc
def InboundData(lastmonth, nextmonth, today):
import numpy as np
import pandas as pd
from pandas import DataFrame
import gspread
import MyFunx, gdocs
#==============================================================================
# Import from all required data sources
#==============================================================================
#Import Brightpearl Detail Report data
columns = [u"Order ID", u"Ref", u"SKU", u"Status", u"Quantity"]
BPdetail = pd.read_csv('BPdetail.csv', header = 0, usecols = columns, encoding = 'iso-8859-1')
BPdetail['Order ID'] = BPdetail['Order ID'].map(lambda x: unicode(x))
BPdetail.rename(columns={'Order ID': u'POs', 'Quantity': u'BP Qty'}, inplace=True)
BPdet = BPdetail[BPdetail['Status'].str.contains('Cancel PO')==False]
BPdet = pd.pivot_table(BPdet, values = [u'BP Qty'], index = [u'SKU',u'POs',u'Ref',u'Status'], aggfunc=np.sum)
BPdet.reset_index(inplace=True)
CancelledPOs = BPdetail[BPdetail['Status']=='Cancel PO']
CancelledPOs = CancelledPOs.groupby('POs').agg({'SKU':'count'})
#Import Brightpearl PO Report data
columns = ["Order ID", "Delivery due"]
BPreport = pd.read_csv('BPreport.csv', header = 0, usecols = columns, parse_dates = [1])
BPreport = BPreport.dropna(axis = 0,how = 'all') #removes empty rows
BPreport['Order ID'] = BPreport['Order ID'].map(lambda x: x.strip('PO#')) #removes text in front of PO number
BPreport.rename(columns={'Order ID': 'POs', 'Delivery due':'DeliveryDue'}, inplace=True)
BP = pd.merge(BPdet, BPreport, on = 'POs', how = 'left', sort = False)
#Import Epping Receiving Report data
c = gdocs.authenticate_gdocs()
sht = c.open('Epping Receiving Report')
worksheet = sht.worksheet('Booked')
info = worksheet.get_all_values()
headers = info.pop(0)
B_R = DataFrame(data = info, columns = headers)
Bookd = B_R[[u'POs',u'Date booked']]
Bookd = Bookd.replace('',np.nan)
Bookd = Bookd.dropna(subset = [u'Date booked'], thresh = 1)
Bookd = Bookd.drop_duplicates(subset = [u'POs'], take_last = False)
Bookd = Bookd.loc[Bookd.POs != ""]
Bookd[u'Date booked'] = pd.to_datetime(Bookd[u'Date booked'], infer_datetime_format = True)
Receivd = B_R[['POs', 'Partial delivery', 'Date received']]
Receivd = Receivd.replace('',np.nan)
Receivd = Receivd.dropna(subset = ['Date received'], thresh = 1)
Receivd = Receivd.drop_duplicates(subset = ['POs'], take_last = True)
Receivd = Receivd.loc[Receivd.POs != ""]
Receivd['Date received'] = pd.to_datetime(Receivd['Date received'], infer_datetime_format = True)
#Import Rolling Stock data
Stock = pd.ExcelFile('Z:\\SUPPLY CHAIN\\Python Scripts\\02_StockCount\\Rolling Stock.xlsx')
QCed = Stock.parse('Sheet1', skiprows = 0, index = None, parse_cols = (1,3,4,5), encoding = 'utf-8')
QCed.rename(columns={'Date': u'LastQCed', 'PO':u'POs','ProductID':u'SKU'}, inplace=True)
poqc = [unicode(p) for p in QCed['POs']]
QCed['POs'] = poqc
QCed = QCed.groupby(['POs','SKU']).agg({'Qty Counted':np.sum, 'LastQCed':np.max})
QCed.reset_index(inplace=True)
#Import Rolling Damages
Damages = pd.ExcelFile('03_Damages_OS\\Rolling Damages.xlsx')
Damages = Damages.parse('Sheet1', skiprows = 0, index = None, encoding = 'utf-8')
SKU = Damages['SKU'].value_counts()
Damagd = DataFrame(data = SKU)
Damagd.reset_index(level=0, inplace=True)
Damagd.columns = [u'SKU', u'Qty Damaged']
#Import Lulu Assortment Plans
## table = "vw_ProcurementPipeline"
## dateparse = "ActualGoLiveDate"
pw = raw_input("Enter SQL Server database password: "******"vw_ProcurementPipeline",["ActualGoLiveDate","PlannedGoLiveDate"], pw)
Planned = Lulu[['PlannedGoLiveDayOfWeek','PlannedGoLiveMonth','PlannedGoLiveYear','PlannedGoLiveDate','BuyerPlanName','BuyerPlanStatus','EmployeeFirstName','PlannedUnitCostExclTax','PlannedTotalQuantity','PlannedTotalCostExclTax','SimpleSKU','SimpleName','ConfigName','ConfigSKU','ProcurementStatus','ProcurementProductCategoryL3','ActualGoLiveDate','Supplier','Designer','EANNumber','BarCode']]
#Merge EAN, BarCode information with SKU
Planned.loc[Planned.EANNumber == "",'EANNumber'] = None
SKU = Planned['EANNumber'].combine_first(Planned['SimpleSKU'])
Planned.loc[:,'SKU'] = Planned['BarCode'].combine_first(SKU)
Planned.drop_duplicates(subset = ['SKU','PlannedGoLiveMonth'], inplace = True, take_last = True)
if lastmonth == 11 | 12:
Planned = Planned[((Planned.PlannedGoLiveMonth >= lastmonth) & (Planned.PlannedGoLiveYear == today.year)) | ((Planned.PlannedGoLiveMonth <= nextmonth) & (Planned.PlannedGoLiveYear == today.year))]
else:
Planned = Planned[((Planned.PlannedGoLiveMonth >= lastmonth) & (Planned.PlannedGoLiveYear == today.year)) & ((Planned.PlannedGoLiveMonth <= nextmonth) & (Planned.PlannedGoLiveYear == today.year))]
Planned.rename(columns={'PlannedGoLiveDayOfWeek':'GLDay','PlannedGoLiveMonth':'GLMonth','PlannedGoLiveYear':'GLYear','PlannedGoLiveDate':'GLDate', 'EmployeeFirstName':'Buyer','ProcurementProductCategoryL3':'Category', 'PlannedUnitCostExclTax':'UnitCost','PlannedTotalQuantity':'TotalUnits','PlannedTotalCostExclTax':'TotalCost'}, inplace=True)
Planned = Planned[Planned['TotalCost'] > 0]
Planned.loc[Planned.ProcurementStatus == 'Deleted', ['TotalUnits','TotalCost']] = ""
#Import Dynaman IBOI1003 Inbound Order Received Messages
## table = "vw_WarehouseInboundItemsReceived"
## dateparse = "Timestamp"
IBOI1003 = MyFunx.sql_import("vw_WarehouseInboundItemsReceived","Timestamp",pw)
IBOI1003 = IBOI1003[['MessageReference','ItemCode','QuantityReceived','Timestamp']]
TaknIn = IBOI1003.groupby(['MessageReference','ItemCode']).agg({'QuantityReceived':np.sum, 'Timestamp':np.max})
TaknIn.reset_index(inplace=True)
TaknIn.columns = ['POs','SKU','OTDLastReceived','Qty Received']
TaknIn['POs'] = TaknIn['POs'].apply(lambda x: x if len(x) < 7 else 0)
TaknIn = TaknIn[TaknIn['POs'] != 0]
#Import Dynaman ITMI1002
## table = "vw_WarehouseStockAvailability"
## dateparse = "Timestamp"
ITMI1002 = MyFunx.sql_import("vw_WarehouseStockAvailability","Timestamp",pw)
ITMI1002 = ITMI1002[['ITEM_CODE','QTY']]
PutAway = pd.pivot_table(ITMI1002, values = ['QTY'], index = ['ITEM_CODE'], aggfunc=np.sum)
PutAway.reset_index(inplace=True)
PutAway.columns = ['SKU','Qty PutAway']
Merge = pd.merge(Planned, BP, on = 'SKU', how = 'left', sort = False)
Merge1 = pd.merge(Merge, Bookd, on = 'POs', how = 'left', sort = False)
Merge2 = pd.merge(Merge1, Receivd, on = 'POs', how = 'left', sort = False)
Merge3 = pd.merge(Merge2, QCed, on = ['SKU','POs'], how = 'left', sort = False)
Merge4 = pd.merge(Merge3, Damagd, on = 'SKU', how = 'left', sort = False)
Merge5 = pd.merge(Merge4, TaknIn, on = ['SKU','POs'], how = 'left', sort = False)
Visibility = pd.merge(Merge5, PutAway, on = 'SKU', how = 'left')
Visibility.drop_duplicates(inplace = True)
#remove duplicates that are in Draft PO status,assuming that these POs are outdated
Visibility.loc[Visibility['Ref'].str.contains("sample|Sample|SAMPLE|samples|Samples|OS|Os|OVERSUPPLY|fraud")==True,['TotalUnits','TotalCost','Qty PutAway']] = ""
Visibility['Oversupply'] = ""
Visibility.loc[Visibility['Ref'].str.contains("OS|Os|OVERSUPPLY")==True, 'Oversupply'] = Visibility['BP Qty']
V0 = Visibility.loc[Visibility.TotalUnits == "",]
Vn0 = Visibility.loc[Visibility.TotalUnits != "",]
Va = Vn0[Vn0.duplicated(subset = ['SKU'], take_last = False)==False]
Vb = Vn0[Vn0.duplicated(subset = ['SKU'], take_last = False)==True]
Vb.loc[:, ['TotalUnits','TotalCost','Qty PutAway']] = ""
Vc = Vb[Vb['Status']!='Draft PO']
Visibility = Va.append([Vc,V0], ignore_index = True)
Visibility.replace("", np.nan, inplace = True)
return Visibility
#Split entries with multiple POs
x = df['POs'].str.split('\n|/ |, | ').apply(Series, 1).stack()
x = x.map(lambda y: y.strip(" ()#abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ-&:.%"))
x.index = x.index.droplevel(-1)
x.name = 'POs'
del df['POs']
m = df.join(x)
#Create Supplier Contacts output files
S = m[['Date','Event','POs','Supplier','Brand','Client name','Client email']]
S = S[S['POs'].isnull() == False]
path = '03_Damages_OS'
DataName = S
DocName = 'Supplier Contacts'
DaysCounting = 70
MyFunx.data_history( DataName, DocName, DaysCounting, path )
#Select tomorrow's date
dates = []
for d in m['Date']:
if today.weekday() == 4:
if d.date() == today + timedelta(3):
d = d.strftime('%Y/%m/%d')
elif d.date() == today + timedelta(1):
d = d.strftime('%Y/%m/%d')
else:
d = 0
dates.append(d)
m["Date"] = dates
#Clean up date and time values
#This script keeps an audit trail of samples sent from WH to Sample Room, Studio and back to WH
import pandas as pd
from pandas import DataFrame
from datetime import date, datetime, timedelta
from pandas import ExcelWriter
import MyFunx, gdocs
shift = datetime.today().strftime('%Y-%m-%d %H:%M')
today = date.today()
#==============================================================================
# Read Samples Plan master data
#==============================================================================
pw = "Spr33Pops101"
Lulu = MyFunx.sql_import("vw_ProcurementPipeline","ActualGoLiveDate", pw)
Planned = Lulu[['PlannedGoLiveDayOfWeek','PlannedGoLiveMonth','PlannedGoLiveYear','BuyerPlanName','BuyerPlanStatus','EmployeeFirstName','PlannedUnitCostExclTax','PlannedTotalQuantity','PlannedTotalCostExclTax','SimpleSKU','SimpleName','ConfigName','ConfigSKU','ProcurementStatus','ProcurementProductCategoryL3','ActualGoLiveDate','Supplier','Designer','EANNumber','BarCode']]
Planned.rename(columns = {'PlannedGoLiveDayOfWeek':'GLDay','PlannedGoLiveMonth':'GLMonth','PlannedGoLiveYear':'GLYear','EmployeeFirstName':'Buyer','SimpleSKU':'ProductID'}, inplace = True)
Planned.drop_duplicates(subset = ['ProductID','GLMonth'], inplace = True, take_last = True)
Planned = Planned[Planned['PlannedTotalCostExclTax'] > 0]
Stock = pd.ExcelFile('Z:\\SUPPLY CHAIN\\Python Scripts\\02_StockCount\\Rolling Stock.xlsx')
QCed = Stock.parse('Sheet1', skiprows = 0, index = None, parse_cols = (0,1,4), parse_dates = True)
QCed.rename(columns={'Date': 'Date QCed'}, inplace=True)
SamplesPlan = pd.merge(Planned, QCed, on = 'ProductID', how = 'left', sort = False)
SamplesPlan.drop_duplicates(subset = ['ConfigSKU'],take_last = True, inplace = True)
SamplesPlan = SamplesPlan[(SamplesPlan.GLMonth >= today.month - 2) & (SamplesPlan.GLMonth <= today.month + 2) & (SamplesPlan.GLYear == today.year)]
#==============================================================================
# Read data from Google docs
