我认为这行得通

 open_file1 = open("E:\\test.txt",'r')
 read_it1 = open_file1.read()
 myline1 = []
 for line1 in read_it1.splitlines():
 myline1.append(line1)
 print myline1[0]

file = '/path/to/file_to_be_read.txt'
with open(file) as f:
    print f.readlines()[26]
    print f.readlines()[30]

使用with语句打开文件，打印第26行和第30行，然后关闭文件。简单!

with open("test.txt", "r") as fp:
   lines = fp.readlines()
print(lines[3])

Test.txt是文件名 打印test.txt中的第4行

其中一些很可爱，但可以做得更简单:

start = 0 # some starting index
end = 5000 # some ending index
filename = 'test.txt' # some file we want to use

with open(filename) as fh:
    data = fin.readlines()[start:end]

print(data)

这将使用简单的列表切片，它加载整个文件，但大多数系统将适当地最小化内存使用，它比上面给出的大多数方法都快，并且适用于我的10G+数据文件。好运！

您可以使用一种最简单的逻辑将字符串拆分为数组或List。

f = open('filepath')
r = f.read()
s = r.split("\n")
n = [linenumber1, linenumber2] # [26, 29] in your 
                               #case
for x in n:
  print(s[x-1])
f.close()

打印第3行，

line_number = 3

with open(filename,"r") as file:
current_line = 1
for line in file:
    if current_line == line_number:
        print(file.readline())
        break
    current_line += 1

原作者:Frank Hofmann