def testNumbersAgainstExpected(datFile, expectedFile):
ii = 0
needLabels = 1
jj = 0
input = list()
keys = list()
expected = list()
try:
INPUT = open(datFile, "r")
try:
sys.stdout.write(
"\n--- Testing the output against the expected file " +
expectedFile + " ---\n\n")
# get results from inputfile
line = INPUT.readline()
while line:
RE = re.compile('^\-\-\-\-\-\-\-\-\-')
RESULT = RE.match(line)
if RESULT != None:
break
RE = re.compile('^#Res\s+(.*)')
RESULT = RE.match(line)
if (RESULT != None) and (needLabels == 1):
keys = line.split('/\s+/')
needLabels = 0
RE = re.compile('^\s*\D')
RESULT = RE.match(line)
if RESULT != None:
continue
RE = re.compile('^\s*\d')
RESULT = RE.match(line)
if RESULT != None:
input[ii] = [line.split('/\s/')]
ii = ii + 1
finally:
INPUT.close()
except IOerror:
pass
# get results from expected file
ii = 0
try:
EXPECTED = open(expectedFile, "r")
try:
line = EXPECTED.readline()
while line:
RE = re.compile('^\-\-\-\-\-\-\-\-\-')
RESULT = RE.match(line)
# exit input if ------ is detected
if RESULT != None:
break
RE = re.compile('^\s*\D')
RESULT = RE.match(line)
# disregard lines starting with non-Digits
if RESULT != None:
continue
RE = re.comile('^\s*\d')
RESULT = RE.match(line)
if RESULT != None:
expected[ii] = [line.split('/\sa/')]
ii = ii + 1
finally:
EXPECTED.close()
except IOError:
pass
for index, item in enumerate(input):
if item != expected[index]:
sys.stdout.write(
"Error: The expected file \n\"" + expectedFile +
"\nhas a different number of results than the test file \n\"" +
datFile +
"\nso the results testing can't be done.\nRemove argument '-againstExpected' to not check the resulting errors agains the expected file.\n"
)
sys.exit(1)
error = 0.0
r_error = 0.0
r_tol = 0.05
sys.stdout.write("relative tolerance is set to " + r_tol + "%\n")
for ii in range(0, len(input)):
for jj in range(1, len(keys)):
error = abs(input[ii][jj] - expected[ii][jj])
r_error = 100 * (error / expected[ii][jj])
if r_error > r_tol:
sys.stdout.write("Results of " + keys[jj - 1] +
" differs by " + r_error + "\n")
# This is to verbose be could be useful to understand error
else:
sys.stdout.write("Results of " + keys[jj - 1] + " are " +
r_error)
sys.stdout.write("All values within tolerance\n")
sys.stdout.write(
"\n-- Finished testing the output against the expected file ---\n")
def testNumbersAgainstExpected( datFile, expectedFile ): ii = 0 needLabels = 1 jj = 0 input = list() keys = list() expected = list() try: INPUT = open( datFile, "r" ) try: sys.stdout.write( "\n--- Testing the output against the expected file " + expectedFile + " ---\n\n" ) # get results from inputfile line = INPUT.readline() while line: RE = re.compile( '^\-\-\-\-\-\-\-\-\-' ) RESULT = RE.match( line ) if RESULT != None: break RE = re.compile( '^#Res\s+(.*)' ) RESULT = RE.match( line ) if (RESULT != None) and (needLabels == 1): keys = line.split( '/\s+/' ) needLabels = 0 RE = re.compile( '^\s*\D' ) RESULT = RE.match( line ) if RESULT != None: continue RE = re.compile( '^\s*\d' ) RESULT = RE.match( line ) if RESULT != None: input[ii] = [ line.split( '/\s/' ) ]; ii = ii + 1 finally: INPUT.close() except IOerror: pass # get results from expected file ii = 0 try: EXPECTED = open( expectedFile, "r" ) try: line = EXPECTED.readline() while line: RE = re.compile( '^\-\-\-\-\-\-\-\-\-' ) RESULT = RE.match( line ) # exit input if ------ is detected if RESULT != None: break RE = re.compile( '^\s*\D' ) RESULT = RE.match( line ) # disregard lines starting with non-Digits if RESULT != None: continue RE = re.comile( '^\s*\d' ) RESULT = RE.match( line ) if RESULT != None: expected[ii] = [ line.split( '/\sa/' ) ] ii = ii + 1 finally: EXPECTED.close() except IOError: pass for index, item in enumerate( input ): if item != expected[ index ]: sys.stdout.write( "Error: The expected file \n\"" + expectedFile + "\nhas a different number of results than the test file \n\"" + datFile + "\nso the results testing can't be done.\nRemove argument '-againstExpected' to not check the resulting errors agains the expected file.\n" ) sys.exit(1) error = 0.0 r_error = 0.0 r_tol = 0.05 sys.stdout.write( "relative tolerance is set to " + r_tol + "%\n" ) for ii in range( 0, len(input) ): for jj in range( 1, len(keys) ): error = abs( input[ii][jj] - expected[ii][jj] ) r_error = 100 * ( error / expected[ii][jj] ) if r_error > r_tol: sys.stdout.write( "Results of " + keys[jj-1] + " differs by " + r_error + "\n" ) # This is to verbose be could be useful to understand error else: sys.stdout.write( "Results of " + keys[jj-1] + " are " + r_error ) sys.stdout.write( "All values within tolerance\n" ) sys.stdout.write( "\n-- Finished testing the output against the expected file ---\n" )
import re
re_digits = re.comile(r'(\d+)')
def embedded_numbers(s):
pieces = re_digits.split(s)
pieces[1::2]=map(int,pieces[1::2])
return pieces
def sort_strings_with_embedded_numbers(alist):
aux=[(embedded_numbers(s),s) for s in alist]
aux.sort()
return [s for __, s in aux]
'''return sorted(alist,key=embedded_numbers)'''
print ''.join(sort_strings_with_embedded_numbers(files))
# encoding: utf-8
import re
import time
import requests
import urllib3
from httprunner import logger
from httprunner.exception import ParamsError
from requests import Request, Response
from requests.exceptions import (InvalidSchema, InvalidURL, MissingSchema,
RequestException)
urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning)
absolute_http_url_regexp = re.comile(r"^https?://", re.I)
class ApiResPonse(Response):
def raise_for_status(self):
if hasattr(self):
raise self.error
Response.raise_for_status(self)
class HttpSession(requests.Session):
"""
Class for performing HTTP requests and holding (session-) cookies between requests (in order
to be able to log in and out of websites). Each request is logged so that HttpRunner can
display statistics.
def __init__(self):
for key, value in self.__matches.iteritems():
self.__recomp[key] = re.comile(value)