bkamapantula

from numpy import*

col1_array = []
col2_array = []
col1_array_index = 1
col2_array_index = 1

for row in file("2columns.txt"):
	row = row.split()
	col1 = row[0]

bkamapantula

# First three commands reads the data in to a file variable
set fp [open "2columns.txt" r]
set content [read $fp]
close $fp

# Next two commands reads all rows
set records [split $content "\n"]
set count 0

# Next commands parses each row where two columns are separated by a white-space

bkamapantula

#include <stdio.h>

//Stores line
char row[4];

void main()
{

// File variable to open file
	FILE *file_pointer = fopen("2columns.txt", "r");

bkamapantula

#Accepts text file with two columns and prints each column

open(input_file, "2columns.txt");

while(<input_file>)
{
	# You will need it if there is whitespace at the end of line
	#chomp;

	#Splits the line by White-Space

bkamapantula

1 3
4 5
9 2
6 7

bkamapantula

# read file with two columns in Ruby

input_file = File.new("2columns.txt", "r")

while(line = input_file.gets)
	col1, col2 = line.split(' ')
	puts col1
	puts col2
end

bkamapantula

<?php
$input_file = fopen("2columns.txt", "r");

while(true)
{
	$row = fgets($input_file);
	if($row == null)
		break;
	echo $input_file;
}

bkamapantula

BEGIN{
# Defining variables
arr_index = 0;
arr_max = 4;
}

{
	# Stores first and second columns respectively for each row
	col1[arr_index] = $1;
	col2[arr_index] = $2;

bkamapantula

from numpy import*

values = []

#after operations using values array, we write the output to a text file

with open("appendLines.txt", "a") as newf:
	newf.write('\n')
	newf.write(str(len(values)))
	newf.write('\t')

bkamapantula

from numpy import*
import networkx as nx

line_count = 0
G = nx.Graph()

f = open("deleted_motif_edges.txt", "w")

for row in file('100ecoliadjusted.txt'):
    row.split()