def setUpClass(cls):
#----------------------
# set up db
#----------------------
cls.db = ks_db_settings.connect()
cls.ks_fh = filehandler(cls.db)
cls.ks_fh.reset()
cls.company_id = 1
register_raw_filesCsvPy("Sales_new_version",cls.company_id, cls.db)
register_raw_filesCsvPy("CurrencyV2",cls.company_id, cls.db)
register_raw_filesCsvPy("ComissionTax_new_version",cls.company_id, cls.db)
register_raw_filesCsvPy("CountryRegion",cls.company_id, cls.db)
sql = 'update files set file_name = "./tests/data2/version/Sales.csv" where file_name = "./tests/data2/Sales.csv"'
cls.db.cursor().execute(sql)
sql = 'update files set file_name = "./tests/data2/version/ComissionTax.csv" where file_name = "./tests/data2/ComissionTax.csv"'
cls.db.cursor().execute(sql)
ks_precompute = precompute(cls.db)
ks_precompute.reset()
#precompute
load_precompute_normalize_CsvPy(cls.company_id, cls.db)
newBigTable = "BigTable"+ str(ks_precompute.getMaxBigTableIdForCompany(cls.company_id))
cls.ks_analytics = analytics(cls.db)
#clean up
sql ="update %s set TaxRate = TaxRate/100;"%("analytics."+newBigTable)
cls.db.cursor().execute(sql)
# ProductType changed from D to M see documentation of test case
sql ="update %s set ProductType = 'M' where VendorId='0268_20140114_SOFA_ENGLIS' and DownloadDate='6/1/14';"%("analytics."+newBigTable)
cls.db.cursor().execute(sql)
cls.ks_analytics.addFactUsingBinaryOpAPI("NET_REVENUE", "Units", "RoyaltyPrice", "*", newBigTable)
cls.ks_analytics.addFactUsingBinaryOpAPI("TAXES", "NET_REVENUE","TaxRate","*", newBigTable)
cls.ks_analytics.addFactUsingBinaryOpAPI("REVENUE_AFTER_TAX", "NET_REVENUE","TAXES","-", newBigTable)
cls.ks_fh.registerFormula("", "Plus", "Plus", "Units+RoyaltyPrice", "sum")
cls.ks_fh.registerFormula("", "Mult", "Mult", "Units*RoyaltyPrice", "sum")
cls.ks_fh.registerFormula("", "Individual_Tax", "Individual_Tax", "RoyaltyPrice*TaxRate", "sum")
cls.ks_fh.registerFormula("", "NET_REVENUE", "NET_REVENUE", "Units*RoyaltyPrice", "sum")
cls.ks_fh.registerFormula("", "SumPlus", "SumPlus", "Sum(Units)+Sum(RoyaltyPrice)", "sum")
cls.ks_fh.registerFormula("", "SumMult", "SumMult", "Sum(Units)*Sum(RoyaltyPrice)", "sum")
cls.ks_fh.registerFormula("", "Individual_TaxSum", "Individual_TaxSum", "Sum(RoyaltyPrice)*Sum(TaxRate)", "sum")
cls.ks_fh.registerFormula("", "NonsenseSum", "Individual_Tax", "Sum(RoyaltyPrice)+Sum(TaxRate)", "sum")
cls.ks_fh.registerFormula("", "Nonsense", "Individual_Tax", "RoyaltyPrice+TaxRate", "sum")
cls.ks_fh.registerFormula("", "REVENUE_AFTER_TAX", "REVENUE_AFTER_TAX", "", "sum")
def setUpClass(cls):
#----------------------
# set up db
#----------------------
cls.db = ks_db_settings.connect()
cls.ks_fh = filehandler(cls.db)
cls.ks_fh.reset()
cls.company_id = 1
register_raw_filesCsvPy("Sales",cls.company_id, cls.db)
register_raw_filesCsvPy("CurrencyV2",cls.company_id, cls.db)
register_raw_filesCsvPy("ComissionTax",cls.company_id, cls.db)
register_raw_filesCsvPy("CountryRegion",cls.company_id, cls.db)
ks_precompute = precompute(cls.db)
ks_precompute.reset()
#precompute
load_precompute_normalize_CsvPy(cls.company_id, cls.db)
newBigTable = "BigTable"+ str(ks_precompute.getMaxBigTableIdForCompany(cls.company_id))
cls.ks_analytics = analytics(cls.db)
cls.ks_fh.registerFormula("", "UnitsSUM", "UnitsSUM", "sum(Units)", "sum")
def setUpClass(cls):
#----------------------
# set up db
#----------------------
cls.db = ks_db_settings.connect()
cls.ks_fh = filehandler(cls.db)
cls.ks_fh.reset()
cls.company_id = 1
register_raw_filesCsvPy("Salesfreq",cls.company_id, cls.db)
#register_raw_filesCsvPy("CurrencyV2",cls.company_id, cls.db)
register_raw_filesCsvPy("ComissionTax",cls.company_id, cls.db)
register_raw_filesCsvPy("CountryRegion",cls.company_id, cls.db)
ks_precompute = precompute(cls.db)
ks_precompute.reset()
#precompute
load_precompute_normalize_CsvPy(cls.company_id, cls.db)
newBigTable = "BigTable"+ str(ks_precompute.getMaxBigTableIdForCompany(cls.company_id))
cls.ks_analytics = analytics(cls.db)
cls.ks_analytics.addFactUsingBinaryOpAPI("NET_REVENUE", "Units", "RoyaltyPrice", "*", newBigTable)
cls.ks_analytics.addFactUsingBinaryOpAPI("TAXES", "NET_REVENUE","TaxRate","*", newBigTable)
cls.ks_analytics.addFactUsingBinaryOpAPI("REVENUE_AFTER_TAX", "NET_REVENUE","TAXES","-", newBigTable)
cls.ks_fh.registerFormula("", "Plus", "Plus", "Units+RoyaltyPrice", "sum")
cls.ks_fh.registerFormula("", "Mult", "Mult", "Units*RoyaltyPrice", "sum")
cls.ks_fh.registerFormula("", "Individual_Tax", "Individual_Tax", "RoyaltyPrice*TaxRate", "sum")
cls.ks_fh.registerFormula("", "NET_REVENUE", "NET_REVENUE", "Units*RoyaltyPrice", "sum")
cls.ks_fh.registerFormula("", "SumPlus", "SumPlus", "Sum(Units)+Sum(RoyaltyPrice)", "sum")
cls.ks_fh.registerFormula("", "SumMult", "SumMult", "Sum(Units)*Sum(RoyaltyPrice)", "sum")
cls.ks_fh.registerFormula("", "Individual_TaxSum", "Individual_TaxSum", "Sum(RoyaltyPrice)*Sum(TaxRate)", "sum")
cls.ks_fh.registerFormula("", "NonsenseSum", "Individual_Tax", "Sum(RoyaltyPrice)+Sum(TaxRate)", "sum")
cls.ks_fh.registerFormula("", "Nonsense", "Individual_Tax", "RoyaltyPrice+TaxRate", "sum")
cls.ks_fh.registerFormula("", "REVENUE_AFTER_TAX", "REVENUE_AFTER_TAX", "", "sum")
# import API
from register_raw_files import register_raw_filesCsvPy
from load_precompute_normalize import load_precompute_normalize_CsvPy
def MeasureName2MeasureIds(name):
measure_id = ks_fh.getMeasureID(name)
measure_ids = []
measure_ids.append(measure_id)
return measure_ids
#----------------------
# set up db
#----------------------
db = ks_db_settings.connect()
ks_fh = filehandler(db)
ks_fh.reset()
company_id = 1
register_raw_filesCsvPy("Sales",company_id, db)
register_raw_filesCsvPy("CurrencyV2",company_id, db)
register_raw_filesCsvPy("ComissionTax",company_id, db)
register_raw_filesCsvPy("CountryRegion",company_id, db)
ks_precompute = precompute(db)
ks_precompute.reset()
#precompute
load_precompute_normalize_CsvPy(company_id, db)
newBigTable = "BigTable"+ str(ks_precompute.getMaxBigTableIdForCompany(company_id))