def start():
searchColumn = "transactionDate"
findTables(KpiMeta.targetTables, searchColumn)
print "==================="
findTables(KpiMeta.targetTablesWeekly, searchColumn)
print "==================="
findTables(KpiMeta.targetTablesMonthly, searchColumn)
print "==================="
findTables(KpiMeta.targetTablesYearly, searchColumn)
print "==================="
KpiMeta.closeConnection(db)
def start():
print "=============DAILY==============="
# truncateTables(KpiMeta.targetTables)
checkKpiTables(KpiMeta.targetTables)
print "=============WEEKLY==============="
# truncateTables(KpiMeta.targetTablesWeekly)
# checkKpiTables(KpiMeta.targetTablesWeekly)
print "=============MONTHLY==============="
# truncateTables(KpiMeta.targetTablesMonthly)
# checkKpiTables(KpiMeta.targetTablesMonthly)
print "=============YEARLY==============="
# truncateTables(KpiMeta.targetTablesYearly)
# checkKpiTables(KpiMeta.targetTablesYearly)
KpiMeta.closeConnection(db)
import sys
import KpiMeta
# Open database connection
# db = MySQLdb.connect("localhost","root","root","test" )
db = KpiMeta.getDatabase()
cursor = db.cursor()
def findTables(list, column):
print "Total : %d " % len(list)
inList = []
notInList = []
for table in list :
# print "TABLE[%d]:::: %s" % (idx, table)
# Prepare SQL query to INSERT a record into the database.
sql = "SELECT * FROM %s" % (table )
try:
# Execute the SQL command
cursor.execute(sql)
field_names = [i[0] for i in cursor.description]
found = "FALSE"
for field in field_names:
if field == column:
found = "TRUE"
break;
