def add(self, npiid, npiName, newAddrM, newAddrP, msg):
highScoreAndAddr = (0, None, '-')
#print (npiName)
#print (newAddr)
for origAddr in self.origAddrList:
adM = Distance(newAddrM, origAddr).ad
adP = Distance(newAddrP, origAddr).ad
if newAddrM == newAddrP:
if adM > highScoreAndAddr[0]:
highScoreAndAddr = (adM, newAddrM, 'Both')
else:
if adM > highScoreAndAddr[0]:
highScoreAndAddr = (adM, newAddrM, 'Mail')
if adP > highScoreAndAddr[0]:
highScoreAndAddr = (adP, newAddrP, 'Prct')
knd, detail = strDistance(npiName, self.origName)
if knd <= lowestScore:
return
self.nameDistanceMap[npiid] = (knd, highScoreAndAddr[0], npiName,
highScoreAndAddr[1],
highScoreAndAddr[2], detail, msg)
def testReturnFirmName(self):
print('testReturnFirmName')
addr = Address('DEPT 52519 PO BOX 950123', '', 'LOUISVILLE', 'KY',
'402950000')
print(addr)
aa, msg, alt = verify_by_google.reqGoogle(addr)
for ga in alt:
print(ga)
print(Distance(addr, ga))
def testFirmNameAndCity(self):
print('testFirmNameAndCity')
addr = Address('DIAGNOSTIC IMAGING SO NV', '', 'LAS VEGAS', 'NV',
'89121')
print(addr)
aa, msg, alt = verify_by_google.reqGoogle(addr)
for ga in alt:
print(ga)
print(Distance(addr, ga))
def testName(self):
for a in addresses:
print()
ws = a.split(',')
addr = Address(ws[0], ws[1], ws[2], ws[3], ws[4])
print(addr)
aa, msg, alt = verify_by_google.reqGoogle(addr)
for ga in alt:
print(ga)
print(Distance(addr, ga))
pass
def testFirmName2(self):
print('testFirmName2')
addr = Address('6644 BAYWOOD AVE', '', 'MESA', 'AZ', '85206')
print(addr)
aa, msg, alt = verify_by_google.reqGoogle(addr)
for ga in alt:
print(ga)
print(Distance(addr, ga).detail())
print('placeid :', ga.placeid)
verify_by_google.reqPlaceDetail(ga.placeid)
verify_by_google.reqSearch(ga.lat, ga.lng,
'BANNER BAYWOOD MEDICAL')
def testDistance(self):
print('testDistance')
a1 = Address('a', 'b', 'c', 's', 'z', 'n')
a2 = Address('a', 'b', 'c', 's', 'z', 'n')
dist = Distance(a1, a2)
self.assertTrue(dist.isMatched())
a1 = Address('7500 SMOKE RANCH RD STE 200', '', 'LASVEGAS', 'NV',
'891280000')
a2 = Address('500 SMOKE RANCH RD', 'STE 200', 'LAS VEGAS', 'NV',
'89128,0373')
dist = Distance(a1, a2)
print(dist.detail())
self.assertTrue(dist.isMatched())
def testPOBOXDistance(self):
print('testPOBOXDistance')
a1 = Address('PO BOX 12345', '', 'c', 's', 'z', 'n')
self.assertTrue(a1.isPOBox())
a2 = Address('PO BOX 67890', '', 'c', 's', 'z', 'n')
self.assertTrue(a1.isPOBox())
dist = Distance(a1, a2)
print(dist.detail())
a1 = Address('PO BOX 12345', '', 'c', 's', 'z', 'n')
self.assertTrue(a1.isPOBox())
a2 = Address('PO BOX 92345', '', 'c', 's', 'z', 'n')
self.assertTrue(a1.isPOBox())
dist = Distance(a1, a2)
print(dist.detail())
def testAddrDistance(self):
print('testAddrDistance')
a1 = Address('488 SAINT LUKES DR', '', 'MONTGOMERY', 'AL', '361170000')
a2 = Address('488 SAINT LUKES DR', '', 'MONTGOMERY', 'AL', '361177104')
print(Distance(a1, a2).detail())
allReturnName = []
for r in resp['results']:
allReturnName.append(r['name'])
return (allReturnName, 'OK')
if __name__ == '__main__':
statReport = Reporter()
conn = npidb.getConnection()
r = npidb.fetchBlank(conn, '', 10)
for row in r:
va, oa = npidb.createAddrFromRow(row)
print()
print(row[22], row[24])
print(oa)
if oa.isPOBox():
print('is a Post Mail Box')
statReport.report('Post Mail Box')
continue
a2, msg, alt = reqGoogle(oa)
statReport.report(len(alt))
for ga in alt:
print(ga)
print(Distance(oa, ga))
statReport.showStat()
def testAddrDistance(self):
a1 = Address('90 MEMORIAL DR', '', 'PINEHURST', 'NC', '28374')
a2 = Address('205 PAGE RD', '', 'PINEHURST', 'NC', '28374')
print(Distance(a1, a2).detail())
uspsAddr, msg = verify_by_usps.reqUSPS(newAddr)
if uspsAddr == None :
continue;
return uspsAddr, newAddr, rewriteMothedName[index]
else :
return None, newAddr, msg;
if __name__ == '__main__':
statReport = Reporter()
r = npidb.fetchBlank('1467455782', 300);
for row in r:
va, oa = npidb.createAddrFromRow(row)
print();
print(row[22], row[24]);
print (oa)
a2, la, msg = verify(oa);
if a2 != None:
statReport.report(msg)
print (la)
print (a2);
print(Distance(oa, a2))
else:
print (la);
statReport.report(':'.join(msg))
statReport.showStat()
pass