def get_vals(ws):
w = etl.pull_wb("/Users/ewanog/Downloads/ward.xlsx", "local")
cur_y = 47
found = True
vals = []
#dist = 'A'
#vdc = 'F'
ward = 'A'
pop = 'D'
hh = 'B'
dist = ws['A44'].value.split()[2]
#
while found:
vdc = ws['F'+str(cur_y-3)].value.split()[2]
if ws['F'+str(cur_y-3)].value.split()[3][0]!='[':
vdc+= ' ' + ws['F'+str(cur_y-3)].value.split()[3]
i = 0
while isinstance(ws['A'+str(cur_y)].value,int):
vals.append([dist, vdc, ws[ward+str(cur_y)].value,ws[pop+str(cur_y)].value,ws[hh+str(cur_y)].value])
cur_y+=1
cur_y+=7
if ws['A'+str(cur_y)].value != 1 and vdc != 'Bhusafeda':
found = False
else:
vdc = ws['F'+str(cur_y-3)].value.split()[2]
return vals
def match_vdcs():
#notes...
#1651 VDCs without exact match
w = etl.pull_wb("/Users/ewanog/Downloads/ward_level_data.xlsx", "local")
#w = etl.pull_wb("/Users/ewanog/Downloads/test.xlsx", "local")
#from cbs: col 1 (dist), col 2 (vdc), col 3 (ward)
#from new: H (dist), N (VDC), O (ward)
cbs = w.get_sheet_by_name("cbs")
new = w.get_sheet_by_name("new")
cbs_dist = etl.get_values(cbs.columns[0][1:])
cbs_vdc = etl.get_values(cbs.columns[1][1:])
cbs_ward = etl.get_values(cbs.columns[2][1:])
new_dist = etl.get_values(new.columns[7][1:])
new_vdc = etl.get_values(new.columns[13][1:])
new_ward = etl.get_values(new.columns[14][1:])
ns = set(new_vdc)
#see vdc matches
cb_zip = zip(cbs_dist, cbs_vdc)
new_zip = zip(new_dist, new_vdc)
print len(set(etl.colvals_notincol(cbs,'B',new,'N')))
print len(set(cbs_vdc))
for v in set(etl.colvals_notincol(cbs,'B',new,'N')):
r = process.extract(v, [r for r in new_zip if r[1] == ])
print r[0][1]
if __name__ == '__main__':
read = False
if read:
for ws in w.worksheets:
if ws['A44'].value:
r = get_vals(ws)
print r[-1][0]
#pr(r)
else:
match_vdcs()
def insert_data(path):
"""iterate over each row and add to db"""
path = "/Users/ewanog/tmp/simp.xlsx"
ws = etl.pull_wb(path, 'local').get_sheet_by_name('Distributions')
locs = get_locs(ws)
conn = engine.connect()
ins = Base.metadata.tables['distributions'].insert()
c=0
for r in ws.rows[1:]:
conn.execute(
ins,
priority=r[locs["priority"]-1].value,
access_method=r[locs["access_method"]-1].value,
hub=r[locs["hub"]-1].value,
as_of=r[locs["as_of"]-1].value,
dist_code=r[locs["dist_code"]-1].value,
vdc_code=r[locs["vdc_code"]-1].value,
act_cat=r[locs["act_cat"]-1].value,
imp_agency=r[locs["imp_agency"]-1].value,
source_agency=r[locs["source_agency"]-1].value,
local_partner=r[locs["local_partner"]-1].value,
contact_name=r[locs["contact_name"]-1].value,
contact_email=r[locs["contact_email"]-1].value,
contact_phone=r[locs["contact_phone"]-1].value,
district=r[locs["district"]-1].value,
vdc=r[locs["vdc"]-1].value,
ward=r[locs["ward"]-1].value,
act_type=r[locs["act_type"]-1].value,
act_desc=r[locs["act_desc"]-1].value,
targeting=r[locs["targeting"]-1].value,
quantity=r[locs["quantity"]-1].value,
total_hh=r[locs["total_hh"]-1].value,
avg_hh_cost=r[locs["avg_hh_cost"]-1].value,
fem_hh=r[locs["fem_hh"]-1].value,
vuln_hh=r[locs["vuln_hh"]-1].value,
act_status=r[locs["act_status"]-1].value,
start_dt=r[locs["start_dt"]-1].value,
comp_dt=r[locs["comp_dt"]-1].value,
comments=r[locs["comments"]-1].value,
pk=gen_pk(r, locs))
def insert_data(path):
"""iterate over each row and add to db"""
path = "/Users/ewanog/tmp/simp.xlsx"
ws = etl.pull_wb(path, 'local').get_sheet_by_name('Distributions')
locs = get_locs(ws)
conn = engine.connect()
ins = Base.metadata.tables['distributions'].insert()
c = 0
for r in ws.rows[1:]:
conn.execute(ins,
priority=r[locs["priority"] - 1].value,
access_method=r[locs["access_method"] - 1].value,
hub=r[locs["hub"] - 1].value,
as_of=r[locs["as_of"] - 1].value,
dist_code=r[locs["dist_code"] - 1].value,
vdc_code=r[locs["vdc_code"] - 1].value,
act_cat=r[locs["act_cat"] - 1].value,
imp_agency=r[locs["imp_agency"] - 1].value,
source_agency=r[locs["source_agency"] - 1].value,
local_partner=r[locs["local_partner"] - 1].value,
contact_name=r[locs["contact_name"] - 1].value,
contact_email=r[locs["contact_email"] - 1].value,
contact_phone=r[locs["contact_phone"] - 1].value,
district=r[locs["district"] - 1].value,
vdc=r[locs["vdc"] - 1].value,
ward=r[locs["ward"] - 1].value,
act_type=r[locs["act_type"] - 1].value,
act_desc=r[locs["act_desc"] - 1].value,
targeting=r[locs["targeting"] - 1].value,
quantity=r[locs["quantity"] - 1].value,
total_hh=r[locs["total_hh"] - 1].value,
avg_hh_cost=r[locs["avg_hh_cost"] - 1].value,
fem_hh=r[locs["fem_hh"] - 1].value,
vuln_hh=r[locs["vuln_hh"] - 1].value,
act_status=r[locs["act_status"] - 1].value,
start_dt=r[locs["start_dt"] - 1].value,
comp_dt=r[locs["comp_dt"] - 1].value,
comments=r[locs["comments"] - 1].value,
pk=gen_pk(r, locs))
import os
import shutil
import etl
from openpyxl import Workbook
files = ['/Users/ewanog/Downloads/tm/'+f for f in \
os.listdir('/Users/ewanog/Downloads/tm/') if '.xlsx' in f and '~' not in f and 'merge.xlsx' not in f]
print files
d = []
t = []
it = 0
for f in files:
w = etl.pull_wb(f, 'local',True)
d.append(etl.get_all_values_from_ws(w.get_sheet_by_name('Distributions'), 'r'))
t.append(etl.get_all_values_from_ws(w.get_sheet_by_name('Training'), 'r'))
w = Workbook()
w.create_sheet(1,'Distributions')
w.create_sheet(2,'Training')
sum = 0
print 'Dist'
s = w.get_sheet_by_name('Distributions')
s.append(d[0][0])
for entry in d:
print len(entry) - 1
sum += len(entry) - 1
import openpyxl
import etl
from datetime import datetime
import csv
s = etl.pull_wb("/Users/ewanog/Documents/tmp/date_test.xlsx", "local", True).active
for r in s.rows[1:]:
for v in r:
rv = v.value
if rv is not None:
first = int(rv.split("/")[0])
second = int(rv.split("/")[1])
third = int(rv.split("/")[2])
if third in [15, 16, 17]:
third = "20" + str(third)
if second < 4 and first < 25:
t = first
first = second
second = t
v.value = str(first) + "/" + str(second) + "/" + str(third)
try:
v.value = etl.convert_date(v.value, "%d/%m/%Y", "%d/%m/%Y")
except:
try:
v.value = etl.convert_date(v.value, "%d/%m/%y", "%d/%m/%Y")
except:
