os.popen

All Samples(3393) | Call(3248) | Derive(0) | Import(145)

popen(command [, mode='r' [, bufsize]]) -> pipe

Open a pipe to/from a command returning a file object.

src/p/r/practice_python-HEAD/bookexample/src/bvista/b15_1_rewho.py practice_python(Download)

 
'''
 
from os import popen
from re import split
 
f = popen('dir','r')

src/g/a/galateia-HEAD/WebScraper/oldcode/originalcode.py galateia(Download)

from random import *
import string
import re
from myscraper import MyScraper
import process
from os import popen
from os import path

def activeSample(testfiles, model, testdata):
 
  popen("rm FEATURES.txt")
  filelist = string.join(testfiles, " ")
 
  for file in testfiles:
    text = popen("cat " + file).read()
    features = extractFeatures(text, "test") + "\n\n\n"
    popen('echo "' + features + '" >> FEATURES.txt')

def evaluate(testfiles, model, testdata):
  popen("rm FEATURES.txt")
  filelist = string.join(testfiles, " ")
 
  taglist = ['content','headline','date']
 
  for file in testfiles:
    text = popen("cat " + file).read()
    features = extractFeatures(text, "test") + "\n\n\n"
 
    popen('echo "' + features + '" >> FEATURES.txt')

    file.close()
 
 
    popen(buildmodel % ("models/Random/model0", "models/Random/traindata.txt"))
 
    accuracies = []

      file.close()
 
      # rebuild the model with the new, larger set
      popen(buildmodel % ("models/Random/model"+str(iteration+1), "models/Random/traindata.txt"))
 
      set.append(filename)

    file.close()
 
 
    popen(buildmodel % ("models/Random/model0", "models/Random/traindata.txt"))
 
    accuracies = []

      file.close()
 
      # rebuild the model with the new, larger set
      popen(buildmodel % ("models/Random/model"+str(iteration+1), "models/Random/traindata.txt"))
 
      set.append(filename)

    # the list to hold the accuracies as the model gets bigger
    accuracies = []
 
    popen(buildmodel % ("models/ActiveLearning/model0", "models/ActiveLearning/traindata.txt"))
 
    output = comparetags(ufiles, "models/ActiveLearning/model0", testdata)

        file.close()
 
	# rebuild the model
	popen(buildmodel % ("models/ActiveLearning/model"+str(iteration+1), "models/ActiveLearning/traindata.txt"))
 
	# remove the newly added training file from the development as it is added to the training set.
	tfiles.remove(filepath)

  randomFscores = [0]*size
  ALfscores = [0]*size
  for i in range(repeat):
    popen("rm FEATURES.txt")
 
    popen("echo '" + str(i) + "\n' >> iteration.txt")

    trainingfile.close()
 
 
    popen(buildmodel % ("models/ActiveLearning/model0", "models/ActiveLearning/traindata.txt"))
 
    accuraciesAL = []
    accuraciesRandom = []

      trainingfile.write(trainingtext)
      trainingfile.close()
 
      popen(buildmodel % ("models/ActiveLearning/model"+str(iteration+1), "models/ActiveLearning/traindata.txt"))
 
      output = evaluate(testfiles, "models/ActiveLearning/model"+str(iteration+1), "TESTEST")

    trainingfile.close()
 
 
    popen(buildmodel % ("models/Random/model0", "models/Random/traindata.txt"))
 
    accuracies = []

      trainingfile.write(origtraintext)
      trainingfile.close()
 
      popen(buildmodel % ("models/Random/model"+str(iteration+1), "models/Random/traindata.txt"))
 
      output = evaluate(testfiles, "models/Random/model"+str(iteration+1), "TESTEST")

def build(folder, modelname):
  popen("rm ../data/HUGEGERMAN.txt ../data/GERMANFEATURES.txt")
  files = map(string.strip, popen("find "+ folder + "*-t").readlines())
  print files
  #sublists = splitlist(files,1000)
 
  for file in files:
    #print "moo"
    #filestring = string.join(l, " ")
    popen("cat " + file + ">> ../data/HUGEGERMAN.txt")
    popen('echo "' + "\nNEW PAGE\n" + '" >> ../data/HUGEGERMAN.txt')

  for page in pages:
    page = page.strip()
    features = extractFeatures(page, "train")
    popen('echo "' + features + "\n\n\n" + '" >> ../data/GERMANFEATURES.txt')
  popen(buildmodel % (modelname, "../data/GERMANFEATURES.txt"))
 
 
 
 
 
 
def tagFileList(files, model, testdata):
 
  popen("rm ../data/HUGE.txt ../data/FEATURES.txt")

  for l in sublists:
 
    filestring = string.join(l, " ")
    popen("cat " + filestring + ">> ../data/HUGE.txt")
 
  #for path in files:

  for page in pages:
    page = page.strip()
    features = extractFeatures(page, "train")
    popen('echo "' + features + "\n\n\n" + '" >> ../data/FEATURES.txt')
    #output += features + "\n\nNEW\n\n"
 
  testfiles = map(string.strip, output.split("NEW"))

def tagConcatFiles(folder, model, testdata):
 
  popen("rm ../data/HUGE.txt ../data/FEATURES.txt")
 
  files = map(string.strip,popen("find " + folder + " -name '*.html'").readlines())
 
  orig = copy.copy(files)

  for l in sublists:
 
    filestring = string.join(l, " ")
    popen("cat " + filestring + ">> ../data/HUGE.txt")
 
  #for path in files:

  for page in pages:
    page = page.strip()
    features = extractFeatures(page, "train")
    popen('echo "' + features + "\n\n\n" + '" >> ../data/FEATURES.txt')
    #output += features + "\n\nNEW\n\n"
 
  testfiles = map(string.strip, output.split("NEW"))

src/g/a/galateia-HEAD/WebScraper/oldcode/features2.py galateia(Download)

from random import *
import string
import re
from myscraper import MyScraper
import process
from os import popen
from os import path

def activeSample(testfiles, model, testdata):
 
  popen("rm FEATURES.txt")
  filelist = string.join(testfiles, " ")
 
  for file in testfiles:
    text = popen("cat " + file).read()
    features = extractFeatures(text, "test") + "\n\n\n"
    popen('echo "' + features + '" >> FEATURES.txt')

def evaluate(testfiles, model, testdata):
  popen("rm FEATURES.txt")
  filelist = string.join(testfiles, " ")
 
  taglist = ['content','headline','date']
 
  for file in testfiles:
    text = popen("cat " + file).read()
    features = extractFeatures(text, "test") + "\n\n\n"
 
    popen('echo "' + features + '" >> FEATURES.txt')

    file.close()
 
 
    popen(buildmodel % ("models/Random/model0", "models/Random/traindata.txt"))
 
    accuracies = []

      file.close()
 
      # rebuild the model with the new, larger set
      popen(buildmodel % ("models/Random/model"+str(iteration+1), "models/Random/traindata.txt"))
 
      set.append(filename)

    file.close()
 
 
    popen(buildmodel % ("models/Random/model0", "models/Random/traindata.txt"))
 
    accuracies = []

      file.close()
 
      # rebuild the model with the new, larger set
      popen(buildmodel % ("models/Random/model"+str(iteration+1), "models/Random/traindata.txt"))
 
      set.append(filename)

    # the list to hold the accuracies as the model gets bigger
    accuracies = []
 
    popen(buildmodel % ("models/ActiveLearning/model0", "models/ActiveLearning/traindata.txt"))
 
    output = comparetags(ufiles, "models/ActiveLearning/model0", testdata)

        file.close()
 
	# rebuild the model
	popen(buildmodel % ("models/ActiveLearning/model"+str(iteration+1), "models/ActiveLearning/traindata.txt"))
 
	# remove the newly added training file from the development as it is added to the training set.
	tfiles.remove(filepath)

  randomFscores = [0]*size
  ALfscores = [0]*size
  for i in range(repeat):
    popen("rm FEATURES.txt")
 
    popen("echo '" + str(i) + "\n' >> iteration.txt")

    trainingfile.close()
 
 
    popen(buildmodel % ("models/ActiveLearning/model0", "models/ActiveLearning/traindata.txt"))
 
    accuraciesAL = []
    accuraciesRandom = []

      trainingfile.write(trainingtext)
      trainingfile.close()
 
      popen(buildmodel % ("models/ActiveLearning/model"+str(iteration+1), "models/ActiveLearning/traindata.txt"))
 
      output = evaluate(testfiles, "models/ActiveLearning/model"+str(iteration+1), "TESTEST")

    trainingfile.close()
 
 
    popen(buildmodel % ("models/Random/model0", "models/Random/traindata.txt"))
 
    accuracies = []

      trainingfile.write(origtraintext)
      trainingfile.close()
 
      popen(buildmodel % ("models/Random/model"+str(iteration+1), "models/Random/traindata.txt"))
 
      output = evaluate(testfiles, "models/Random/model"+str(iteration+1), "TESTEST")

def build(folder, modelname):
  popen("rm ../data/HUGEGERMAN.txt ../data/GERMANFEATURES.txt")
  files = map(string.strip, popen("find "+ folder + "*-t").readlines())
  print files
  #sublists = splitlist(files,1000)
 
  for file in files:
    #print "moo"
    #filestring = string.join(l, " ")
    popen("cat " + file + ">> ../data/HUGEGERMAN.txt")
    popen('echo "' + "\nNEW PAGE\n" + '" >> ../data/HUGEGERMAN.txt')

  for page in pages:
    page = page.strip()
    features = extractFeatures(page, "train")
    popen('echo "' + features + "\n\n\n" + '" >> ../data/GERMANFEATURES.txt')
  popen(buildmodel % (modelname, "../data/GERMANFEATURES.txt"))
 
 
 
 
 
 
def tagFileList(files, model, testdata):
 
  popen("rm ../data/HUGE.txt ../data/FEATURES.txt")

  for l in sublists:
 
    filestring = string.join(l, " ")
    popen("cat " + filestring + ">> ../data/HUGE.txt")
 
  #for path in files:

  for page in pages:
    page = page.strip()
    features = extractFeatures(page, "train")
    popen('echo "' + features + "\n\n\n" + '" >> ../data/FEATURES.txt')
    #output += features + "\n\nNEW\n\n"
 
  testfiles = map(string.strip, output.split("NEW"))

def tagConcatFiles(folder, model, testdata):
 
  popen("rm ../data/HUGE.txt ../data/FEATURES.txt")
 
  files = map(string.strip,popen("find " + folder + " -name '*.html'").readlines())
 
  orig = copy.copy(files)

  for l in sublists:
 
    filestring = string.join(l, " ")
    popen("cat " + filestring + ">> ../data/HUGE.txt")
 
  #for path in files:

  for page in pages:
    page = page.strip()
    features = extractFeatures(page, "train")
    popen('echo "' + features + "\n\n\n" + '" >> ../data/FEATURES.txt')
    #output += features + "\n\nNEW\n\n"
 
  testfiles = map(string.strip, output.split("NEW"))

src/s/a/sage-HEAD/trunk/local/lib/python2.4/site-packages/Gnuplot/gp_unix.py sage(Download)

 
# ############ End of configuration options ############################
 
from os import popen
 
 
def test_persist():

 
    if GnuplotOpts.recognizes_persist is None:
        import string
        g = popen('echo | %s -persist 2>&1' % GnuplotOpts.gnuplot_command, 'r')
        response = g.readlines()
        g.close()
        GnuplotOpts.recognizes_persist = (

            if not test_persist():
                raise ('-persist does not seem to be supported '
                       'by your version of gnuplot!')
            self.gnuplot = popen('%s -persist' % GnuplotOpts.gnuplot_command,
                                 'w')
        else:
            self.gnuplot = popen(GnuplotOpts.gnuplot_command, 'w')

src/s/a/sage-HEAD/trunk/local/lib/python2.4/site-packages/Gnuplot/gp_macosx.py sage(Download)

 
# ############ End of configuration options ############################
 
from os import popen
 
 
def test_persist():

 
    if GnuplotOpts.recognizes_persist is None:
        import string
        g = popen('echo | %s -persist 2>&1' % GnuplotOpts.gnuplot_command, 'r')
        response = g.readlines()
        g.close()
        GnuplotOpts.recognizes_persist = (

            if not test_persist():
                raise ('-persist does not seem to be supported '
                       'by your version of gnuplot!')
            self.gnuplot = popen('%s -persist' % GnuplotOpts.gnuplot_command,
                                 'w')
        else:
            self.gnuplot = popen(GnuplotOpts.gnuplot_command, 'w')

src/s/a/sage-HEAD/local/lib/python2.4/site-packages/Gnuplot/gp_unix.py sage(Download)

 
# ############ End of configuration options ############################
 
from os import popen
 
 
def test_persist():

 
    if GnuplotOpts.recognizes_persist is None:
        import string
        g = popen('echo | %s -persist 2>&1' % GnuplotOpts.gnuplot_command, 'r')
        response = g.readlines()
        g.close()
        GnuplotOpts.recognizes_persist = (

            if not test_persist():
                raise ('-persist does not seem to be supported '
                       'by your version of gnuplot!')
            self.gnuplot = popen('%s -persist' % GnuplotOpts.gnuplot_command,
                                 'w')
        else:
            self.gnuplot = popen(GnuplotOpts.gnuplot_command, 'w')

src/s/a/sage-HEAD/local/lib/python2.4/site-packages/Gnuplot/gp_macosx.py sage(Download)

 
# ############ End of configuration options ############################
 
from os import popen
 
 
def test_persist():

 
    if GnuplotOpts.recognizes_persist is None:
        import string
        g = popen('echo | %s -persist 2>&1' % GnuplotOpts.gnuplot_command, 'r')
        response = g.readlines()
        g.close()
        GnuplotOpts.recognizes_persist = (

            if not test_persist():
                raise ('-persist does not seem to be supported '
                       'by your version of gnuplot!')
            self.gnuplot = popen('%s -persist' % GnuplotOpts.gnuplot_command,
                                 'w')
        else:
            self.gnuplot = popen(GnuplotOpts.gnuplot_command, 'w')

src/g/a/galateia-HEAD/WebScraper/extract.py galateia(Download)

import os
 
import string
from os import popen
from os import path
from os import makedirs
from os import environ

def fileTest(folder):
  popen("rm ../HUGE.txt")
  files = map(string.strip,popen("find "+folder+" -name '*.html'").readlines())
  print "Number of files : " + str(len(files))
 
  cmd = "%s -cp MozillaHtmlParser/lib/dom4j-1.6.1.jar:MozillaHtmlParser/lib/commons-httpclient-3.1-rc1.jar:MozillaHtmlParser/lib/junit-4.1.jar:MozillaHtmlParser/lib/tagsoup-1.0.1.jar:MozillaHtmlParser: ParseExample ondisk files" % javaloc
  #cmd = "%s -cp MozillaHtmlParser/lib/dom4j-1.6.1.jar;MozillaHtmlParser/lib/commons-httpclient-3.1-rc1.jar;MozillaHtmlParser/lib/junit-4.1.jar;MozillaHtmlParser/lib/tagsoup-1.0.1.jar;MozillaHtmlParser; ParseExample ondisk files" % javaloc

 
  docs = []
  current = []
  popen("rm ./features.txt")
  featurefile = open("./features.txt","a")
  count = 0
  bar = ProgressBar(len(files))

def tagFiles(pages, model, testdata):
 
  popen("rm %s" % featurelocation )
 
  print "Extracting features..."
  count = 0

  trainingfile.write(trainingtext)
  trainingfile.close()
 
  popen(buildmodel % (javaloc, model, "./trainingdata.txt"))
 
 
def buildModel(folder,model):

  trainingfile.write(trainingtext)
  trainingfile.close()
 
  popen(buildmodel % (javaloc, model, "./traindata.txt"))

src/g/n/gnuplot-py-HEAD/trunk/gp_unix.py gnuplot-py(Download)

 
# ############ End of configuration options ############################
 
from os import popen
 
 
def test_persist():

 
    if GnuplotOpts.recognizes_persist is None:
        import string
        g = popen('echo | %s -persist 2>&1' % GnuplotOpts.gnuplot_command, 'r')
        response = g.readlines()
        g.close()
        GnuplotOpts.recognizes_persist = (

            if not test_persist():
                raise ('-persist does not seem to be supported '
                       'by your version of gnuplot!')
            self.gnuplot = popen('%s -persist' % GnuplotOpts.gnuplot_command,
                                 'w')
        else:
            self.gnuplot = popen(GnuplotOpts.gnuplot_command, 'w')

src/g/n/gnuplot-py-HEAD/trunk/gp_macosx.py gnuplot-py(Download)

 
# ############ End of configuration options ############################
 
from os import popen
 
 
def test_persist():

 
    if GnuplotOpts.recognizes_persist is None:
        import string
        g = popen('echo | %s -persist 2>&1' % GnuplotOpts.gnuplot_command, 'r')
        response = g.readlines()
        g.close()
        GnuplotOpts.recognizes_persist = (

            if not test_persist():
                raise ('-persist does not seem to be supported '
                       'by your version of gnuplot!')
            self.gnuplot = popen('%s -persist' % GnuplotOpts.gnuplot_command,
                                 'w')
        else:
            self.gnuplot = popen(GnuplotOpts.gnuplot_command, 'w')

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