The File I'm editing
45940736:1330:0.266667:1602990684:10023084.555000
48545806:16000000:0.000000:9999999999:0.000000
1191125008:1185:37.408333:1602991293:10282893.310000
116776982:1811:0.637500:1602990076:10022476.137000
My Code
f = open("values", "r+")
lines = f.readlines()
for i in lines:
if str(IDS) in i:
spl = i.split(":")
asset_id = spl[0]
value = spl[1]
volume = spl[2]
updated = spl[3]
item_age = spl[4]
new_line = asset_id + ":" + "this is a test" + ":"+ volume + ":" + updated + ":" + item_age
old_line = i
print(new_line)
How would I replace the line while in the for loop instead of doing
lines[0] = new_line
ff = open('values', 'w')
ff.writelines(lines)
I can't do that because some files will have 2k values and I need to change all of them.
Use enumerate() so you get the index in the list, so you can replace the element.
for index, i in enumerate(lines):
if str(IDS) in i:
spl = i.split(":")
asset_id = spl[0]
value = spl[1]
volume = spl[2]
updated = spl[3]
item_age = spl[4]
new_line = asset_id + ":" + "this is a test" + ":"+ volume + ":" + updated + ":" + item_age
old_line = i
lines[index] = new_line
Related
I have a text file from which I need to extract some values, but several times I get more than one value between the beginning and the last line that starts with 0089 (CONVENIO) in the quadrant.
With my code I can only make it write in the txt the title I defined and it keeps repeating the first agreement found, but I need it to scroll through the text and bring me new information from the other quadrants.
I need the loop as it can have multiple covenants, for this reason I can't directly "anchor" the lines in a size forecast.
import re
import os
inicio = (' YM-INFRA-CASH MANAGMENT DEST.: 001-0001-CENTRAL ')
lista = []
contador = 3
banco = ' 0089'
convenio = ''
with open(caminho + '/Downloads/TESTE.txt', 'r') as arquivo:
for line in arquivo:
if line.strip() == inicio.strip():
localizar = arquivo.readlines()
inicio = localizar[contador]
van = inicio[13:17]
nomevan = inicio[20:50].strip()
inicio = localizar[contador + 1]
ag = inicio[13:17]
nomeag = inicio[20:50].strip()
inicio = localizar[contador + 2]
cliente = inicio[13:50].strip()
contadorum = 9
while localizar[contadorum][1:5] == '0033':
convenio = localizar[contadorum][1:22].strip()
narqrem = localizar[contadorum][22:34].strip()
bytesrem = localizar[contadorum][34:51].strip()
narqret = localizar[contadorum][51:63].strip()
bytesret = localizar[contadorum][63:81].strip()
totalbytes = localizar[contadorum][81:99].strip()
percrateio = localizar[contadorum][99:112].strip()
print(van, nomevan)
print(ag, nomeag)
print(cliente)
print(convenio, narqrem, bytesrem, narqret, bytesret, totalbytes, percrateio)
lista.append(convenio + narqrem + bytesrem + narqret + bytesret + totalbytes + percrateio +'\n')
with open(caminho + '/Downloads/testefim.txt', 'w') as consolidado:
consolidado.write('CONVENIO' + ';' + 'N ARQ REMES' + ';' + 'BYTES REMES' + ';' + 'N ARQ.RET.' + ';' + 'BYTES RET.' + ';' + 'TOTAL BYTES' + ';' + '% RATEIO' + '\n')
for linha in lista:
consolidado.write(convenio + ';' + narqrem + ';' + bytesrem + ';' + narqret + ';' + bytesret + ';' + totalbytes + ';' + percrateio + '\n')
consolidado.close()
else:
pass
arquivo.close()
I have an array that I need to convert to a JSON file. There is a text file that holds the data. But I don't understand why it only adds one record.
import collections
list = []
with open("file.txt") as f:
for line in f:
info = line.split()
lists = ("ip" + " " + info[0].replace(":", " ").split()[0] + " " + "port" + " " + info[0].replace(":", " ").split()[1] + " " + "region" + " " + info[1].replace("-", " ").split()[0]).split()
list.append(lists)
d = collections.defaultdict(dict)
for l in list:
d[l[0]] = l[1]
d[l[2]] = l[3]
d[l[4]] = l[5]
print(json.dumps(d))
with open("proxy.json", "w") as f:
f.write(json.dumps(d))
Example of a text file:
154.0.5.178:8080 ZA-N-S! -
119.28.156.115:3128 KR-N -
207.144.111.230:8080 US-H -
3.20.236.208:49205 US-H-S -
217.60.194.43:8080 IR-N! -
190.61.41.106:999 CO-N-S +
What I get:
enter image description here
info[1].replace("-", " ").split()[0]
will always return a single value! Try this:
import json
alist = []
with open("file.txt") as f:
for line in f:
info = line.split()
data = {"ip": info[0].split(":")[0], "port": info[0].split(":")[1],"region": info[1].split("-")}
alist.append(data)
print(json.dumps(alist))
with open("proxy.json", "w") as f:
f.write(json.dumps(alist))
This is my code to create a hashtag file. The issue is it does not put the # for the first hashtag and at he end it puts a double hashtag like below.
passiveincome, #onlinemarketing, #wahmlife, #cash, #entrepreneurlifestyle, #makemoneyonline, #makemoneyfast, #entrepreneurlifestyle, #mlm, #mlm
How do I get the code to remove the double output and put the # at the beginning?
import random, os, sys
basepath = os.path.dirname(sys.argv[0]) + "/"
outputpath = "C:/Users/matth/OneDrive/Desktop/Create hashtags/"
paragraphsmin = 9
paragraphsmax = 9
sentencemin = 1
sentencemax = 1
keywords = []
for line in open(basepath + "/base.txt", "r"):
keywords.append(line.replace("\n",""))
keywordlist = []
keyword = open(basepath + "/text-original.txt", "r")
for line in keyword:
keywordlist.append(line.replace("\n", "\n"))
def type(name):
value = name[random.randint(0,len(name)-1)]
return value
"""
def xyz(num):
s1 = '' + type(keywordlist).strip()
return eval('s' + str(num))
"""
def s1():
return '' + type(keywordlist).strip()
def randomSentence():
sent = eval("s" + str(random.randint(1,1)) + "()")
return sent
for keyword in keywords:
outputfile = open(outputpath + keyword.replace(" ", " ") + ".txt", "w")
outputfile.write('')
for p in range(1,random.randint(paragraphsmin,paragraphsmax) + 1):
outputfile.write('')
for s in range(1,random.randint(sentencemin,sentencemax) + 1):
sentence = randomSentence()
if str(sentence)[0] == "\"":
outputfile.write("" + str(sentence)[0] + str(sentence)[1] + str(sentence)[2:] + " ")
else:
outputfile.write("" + str(sentence)[0] + str(sentence)[1:] + ", #")
outputfile.write('')
outputfile.write(sentence.replace("", "") + "")
outputfile.close()
Try replacing
outputfile.write("" + str(sentence)[0] + str(sentence)[1:] + ", #")
with
outputfile.write("#" + str(sentence)[0] + str(sentence)[1:] + ", ")
I can use with open in Python to iterate through a Comma Sep text file but I wish to add another level of complexity.
I need to return the value at index[0] of a row where a string is found.
For example, I have a text file containing:
00:00,19.90,990.49,59.16,11.78,No
01:00,19.92.991.00,59.75,11.90,Yes
02:00,19.76,991.21,58.87,10.95,No
03:00,19.34,989.97,57.00,10.64,Yes
now I use:
MaxTemp = -float('inf')
MinTemp = +float('inf')
with open (YdPath + yFileDate + '.txt', 'r') as DailyData:
for lines in DailyData:
temp = float(lines.strip().split(',')[1])
if MaxTemp < temp:
MaxTemp = temp
if MinTemp > temp:
MinTemp = temp
and output would be:
MaxTemp = 19.92
MinTemp = 19.34
now though I wish to get the index[0] value that relates to these entries, i.e.
MaxTemp needs to find that the entry 19.92 in in the row starting with index[0] of 01:00 & be displayed as such, using variable tTime as index[0] value:
print 'The Max Temp was ' + MaxTemp + ' recorded at ' + tTime
Thanks for looking
UPDATE
thanks goes to Henry Heath for the help & pointers.
Needed 2 time variables as the MaxTemp & MinTemp were returning the exact same time using tTime here is the correct working code:
MaxTemp = -float('inf')
MinTemp = +float('inf')
with open (YdPath + yFileDate + '.txt', 'r') as DailyData:
for line in DailyData:
line = line.strip().split(',')
temp = float(line[1])
if MaxTemp < temp:
MaxTemp = temp
MXtTime = line[0]
if MinTemp > temp:
MinTemp = temp
MNtTime = line[0]
MaxTemps = '%.1f' %MaxTemp
MinTemps = '%.1f' %MinTemp
print('The Max Temp was ' + MaxTemps + ' recorded at ' + MXtTime)
print('The Min Temp was ' + MinTemps + ' recorded at ' + MNtTime)
This might be easier if you use the csv library
MaxTemp = -float('inf')
MinTemp = +float('inf')
with open (YdPath + yFileDate + '.txt', 'r') as DailyData:
for line in DailyData:
line = line.strip().split(',')
temp = float(line[1])
if MaxTemp < temp:
MaxTemp = temp
tTime = line[0]
if MinTemp > temp:
MinTemp = temp
Following up on #henry-heath ’s suggestion:
import csv
from decimal import Decimal
# n.b., this implementation uses a sort for the brevity of
# implementation. However, the original iterative approach
# will be much faster (O(n) compared to O(n log n)) than
# the version below
with open (YdPath + yFileDate + '.txt', 'r') as f:
reader = csv.reader(f)
lines = [line for line in reader]
lines.sort(key=lambda x: Decimal(x[1]))
print 'The Max Temp was ' + lines[-1][1] + ' recorded at ' + lines[-1][0]
print 'The Min Temp was ' + lines[0][1] + ' recorded at ' + lines[0][0]
Iterative version:
import csv
from decimal import Decimal
with open (YdPath + yFileDate + '.txt', 'r') as f:
reader = csv.reader(f)
line = reader.next()
line[1] = Decimal(line[1])
min_temp, max_temp = line, line
for x in reader:
x[1] = Decimal(x[1])
if x[1] < min_temp[1]: min_temp = x
if x[1] > max_temp[1]: max_temp = x
print 'The Max Temp was ' + max_temp[1] + ' recorded at ' + max_temp[0]
print 'The Min Temp was ' + min_temp[1] + ' recorded at ' + min_temp[0]
Very long and annoying question, ill try to do my best to explain it.
I have a file containing data such as
Sarah;Brown;s.brown#gmail.com;0715123451;1;24;0;0
Joe;Blogg;j.bloggs#gmail.com;0749814574;1;60;0;0
Andrew;Smith;a.smith#gmail.com;0718451658;1;45;0;0
Ray;Charles;r.charles#gmail.com;0715451589;1;40;0;0
Kevin;White;k.white#gmail.com;0749858748;1;20;0;0
Samantha;Collins;s.collins#gmail.com;0715243568;1;10;0;0
Frank;Jones;f.jones#gmail.com;0719487516;2;10;0;0
Liam;Blair;l.blair#gmail.com;0729857614;2;4;0;0
Pat;Phillips;p.phillips#gmail.com;071574216;2;17;0;0
John;Brown;j.brown#gmail.com;0798452648;2;11;0;0
Peter;Bond;p.bond#gmail.com;0798415758;6;4;0;0
Edward;Costello;e.costello#gmail.com;0712474588;2;45;0;0
Iain;Wilkins;i.wilkins#gmail.com;0715497211;2;23;0;0
Time;Pratchett;t.pratchett#gmail.com;0784975135;3;48;0;0
Eleanor;House;e.house#gmail.com;0799871542;3;9;0;0
Gergory;Davies;g.davies#gmail.com;0719475847;3;22;0;0
Tina;Turner;t.turner#gmail.com;0749857123;3;17;0;0
Sally;Stevens;s.stevens#gmail.com;077154198;3;30;0;0
John;Lennon;j.lennon#gmail.com;0704910874;3;29;0;0
The first element is the name, second is surname, third is email address, 4rth is phone number, 5th is division number, 6th is points scored, the remaining two don't matter for this issue.
What I have been asked to do is to check the top two scorers (6ths element) and the bottom two scorers in a division (5th element). When they have been identified, the top two should be promoted (go up a division), the bottom 2 should be demoted (go down a division). I have written this piece of crap:
def rollDivision2():
lst = [line.strip().split(';') for line in open('players.txt','r').readlines()] # creates nested list
totalPoints = []
for i in range(len(lst)):
if lst[i][4] == "2": # checking divisions this is why i need 6 different function
totalPoints.append(int(lst[i][5])) # creates lists from all scores for the division chosen
#----------------------------------------------- figuring out best two scores and writing
maxPoints = max(totalPoints)
for person in lst:
if person[4] == "2" and person[5] == str(maxPoints): #this is why i need 6 different function
biggest = person # creating variable with name of person that has the biggest score
biggestStr = biggest[0] + ";" + biggest[1] + ";" + biggest[2] + ";" + biggest[3] + ";" + biggest[4] + ";" + biggest[5] + ";" + biggest[6] + ";" + biggest[7] + "\n" #puts that lists into a string
break #personWithMostPoints is the whole line of player with most points
secondMaxPoints = secondLargest(totalPoints) #this is why i need 6 different function
for person in lst:
if person[4] == "2" and person[5] == str(secondMaxPoints): #checking for most points in the division
secondBiggest = person
secondBiggestStr = secondBiggest[0] + ";" + secondBiggest[1] + ";" + secondBiggest[2] + ";" + secondBiggest[3] + ";" + secondBiggest[4] + ";" + secondBiggest[5] + ";" + secondBiggest[6] + ";" + secondBiggest[7] + "\n"
break
lineToWriteBiggest = biggest[0] + ";" + biggest[1] + ";" + biggest[2] + ";" + biggest[3] + ";" + "1" + ";" + biggest[5] + ";" + biggest[6] + ";" + biggest[7] + "\n"
lineToWriteSecondBiggest = secondBiggest[0] + ";" + secondBiggest[1] + ";" + secondBiggest[2] + ";" + secondBiggest[3] + ";" + "1" + ";" + secondBiggest[5] + ";" + secondBiggest[6] + ";" + secondBiggest[7] + "\n"
#----------------------------------------------- figuring out best two scores
#----------------------------------------------- figuring out worst two scores
minPoints = min(totalPoints)
for person in lst:
if person[4] == "2" and person[5] == str(minPoints): #this is why i need 6 different function
least = person
leastStr = least[0] + ";" + least[1] + ";" + least[2] + ";" + least[3] + ";" + least[4] + ";" + least[5] + ";" + least[6] + ";" + least[7] + "\n"
break #personWithMostPoints is the whole line of player with most points
secondLeastPoints = secondSmallest(totalPoints) #method defined in utility functions
for person in lst:
if person[4] == "2" and person[5] == str(secondLeastPoints): #this is why i need 6 different function
secondLeast = person
secondLeastStr = secondLeast[0] + ";" + secondLeast[1] + ";" + secondLeast[2] + ";" + secondLeast[3] + ";" + secondLeast[4] + ";" + secondLeast[5] + ";" + secondLeast[6] + ";" + secondLeast[7] + "\n"
break
lineToWriteLeast = least[0] + ";" + least[1] + ";" + least[2] + ";" + least[3] + ";" + "3" + ";" + least[5] + ";" + least[6] + ";" + least[7] + "\n"
lineToWriteSecondLeast = secondLeast[0] + ";" + secondLeast[1] + ";" + secondLeast[2] + ";" + secondLeast[3] + ";" + "3" + ";" + secondLeast[5] + ";" + secondLeast[6] + ";" + secondLeast[7] + "\n"
f = open("players.txt","a")
f.write(lineToWriteBiggest)
f.write(lineToWriteSecondBiggest)
f.write(lineToWriteLeast)
f.write(lineToWriteSecondLeast)
f.close()
f = open("players.txt",'r') # Input file
t = open("temp.txt", 'w') #Temp output file
for line in f:
if line != biggestStr and line != secondBiggestStr and line != leastStr and line != secondLeastStr and line != "\n":
t.write(line) #writes all lines apart from the original line (one that needs to be deleted)
f.close()
t.close()
os.remove("players.txt") #deletes players
os.rename('temp.txt', 'players.txt') #new file with modified info is renamed to players
It is very ugly and impractical, moreover, I have to have 6 of these functions (as there are 6 divisions) which makes the program ridiculously overweight.
If anyone could help me, whether it be how I could use this function just once to check all 6 division instead of having to write 6 individual ones.
I'm sorry you had to see this, I just don't know what else to do at this point.
Any help would be very appreciated.
Many thanks
lines = list(open("some.txt"))
for division,items in itertools.groupby(lines,lambda line:int(line.split(";")[4])):
sorted_people = sorted(items,key=lambda item:int(item.split(";")[-1])
print "DIVISION:",division
print "TOP TWO:",sorted_people[-2:]
print "BOTTOM TWO:",sorted_people[:2]
Check this out -
def convert(arr):
return [int(x) if x.isnumeric() else x for x in arr]
def find_top_two(division):
cur_div = [x for x in arr if x[4] == division]
cur_div.sort(key = lambda T : T[5], reverse = True)
return cur_div[:2]
def find_bottom_two(division):
cur_div = [x for x in arr if x[4] == division]
cur_div.sort(key = lambda T : T[5])
return cur_div[:2]
with open('players.txt', 'r') as f:
arr = f.readlines()
arr = [convert(s.strip('\n').split(';')) for s in arr]
print('Top 2 of division 2 :\n', find_top_two(2))
print('Bottom 2 of division 2 :\n', find_bottom_two(2))
Output -
Top 2 of division 2 :
[['Edward', 'Costello', 'e.costello#gmail.com', 712474588, 2, 45, 0, 0], ['Iain', 'Wilkins', 'i.wilkins#gmail.com', 715497211, 2, 23, 0, 0]]
Bottom 2 of division 2 :
[['Liam', 'Blair', 'l.blair#gmail.com', 729857614, 2, 4, 0, 0], ['Frank', 'Jones', 'f.jones#gmail.com', 719487516, 2, 10, 0, 0]]
Not the best and most efficient code, but this should work. I'll leave you to fill in the blanks.
def getPlayersOfDivision(playerInfo, division):
result = []
for player in playerInfo:
if int(player[4]) == division:
result.append(player)
def findPlayer(playerInfo, firstName, lastName):
for i,player in enuemrate(playerInfo):
if player[0] == firstName and player[1] = lastName:
return i
def get2BestPlayers(playerInfo):
pass
def get2WorstPlayers(playerInfo):
pass
def changePlayerDivision(playerInfo, pos, upOrDown):
pass
with open('players.txt', 'r') as f:
playerInfo = f.readlines()
playerInfo = [line.strip().split(';') for line in playerInfo]
numDivisions = ???
for i in range(numDivisions):
divisionPlayers = getPlayersOfDivision(playerInfo, i)
bestPlayers = get2BestPlayers(divisionPlayers)
worstPlayers = get2WorstPlayers(divisionPlayers)
newPlayerInfo = changePlayerDivision(playerInfo, findPlayer(playerInfo, divisionPlayer[bestPlayers[0]][0], divisionPlayer[bestPlayers[0]][1]), +1)
newPlayerInfo = changePlayerDivision(playerInfo, findPlayer(playerInfo, divisionPlayer[bestPlayers[1]][0], divisionPlayer[bestPlayers[1]][1]), +1)
newPlayerInfo = changePlayerDivision(playerInfo, findPlayer(playerInfo, divisionPlayer[worstPlayers[0]][0], divisionPlayer[worstPlayers[0]][1]), -1)
newPlayerInfo = changePlayerDivision(playerInfo, findPlayer(playerInfo, divisionPlayer[worstPlayers[1]][0], divisionPlayer[worstPlayers[1]][1]), -1)