def verify(fn):
'''
verify the implementation of rename()
Returns: True, if the implementation is as specified
False, otherwise
'''
failed = False
try:
rename(fn)
except:
print("The function rename() raised an Exception:\n======")
traceback.print_exc()
print("======")
return False
with open(fn, 'r') as f:
for i,line in enumerate(f):
lc = l2n(line)
expectedname = "%02d_" % (i,) + lc
if not os.path.exists(expectedname):
print(" * the file '{}' does not exist in directory '{}'".format(expectedname, os.getcwd()))
failed = True
if os.path.exists(lc):
print(" * the file '{}' still exists in directory '{}'".format(lc, os.getcwd()))
failed = True
return not failed
def img_actions(keyword):
img_dir = os.path.dirname(
os.path.abspath(__file__)) + "/downloads/" + keyword
count = 250
download.download(keyword, count, img_dir)
rename.rename(keyword, img_dir)
convert.convert(img_dir)
convert.downscale(img_dir)
def rename(self, src, line, col, newname):
try:
createPackageStructure("pass",src)
rename(pkgstructureFile2,line,col,newname)
save()
return file(pkgstructureFile2).read()
finally:
removePackageStructure()
def renameMethod(self, src, line, col, newname):
try:
createPackageStructure(src,MethodTestdata)
rename(pkgstructureFile2,line,col,newname)
save()
return file(pkgstructureFile1).read()
finally:
removePackageStructure()
def rename(self, src, line, col, newname):
try:
createPackageStructure("pass",src)
rename(pkgstructureFile2,line,col,newname)
save()
return file(pkgstructureFile2).read()
finally:
removePackageStructure()
def renameMethod(self, src, line, col, newname):
try:
createPackageStructure(src,MethodTestdata)
rename(pkgstructureFile2,line,col,newname)
save()
return file(pkgstructureFile1).read()
finally:
removePackageStructure()
def helper(self, src, classsrc, line, col, newname):
try:
createPackageStructure(src, classsrc)
rename(pkgstructureFile1, line, col, newname)
# modify me once save is moved
#return readFile(filename)
from bike.transformer.save import outputqueue
return outputqueue[pkgstructureFile1]
finally:
removePackageStructure()
def helper(self, src, classsrc, line, col, newname):
try:
createPackageStructure(src,classsrc)
filename = pkgstructureFile1
rename(filename,line,col,newname)
# modify me once save is moved
#return readFile(filename)
from bike.transformer.save import outputqueue
return outputqueue[filename]
finally:
removePackageStructure()
def train(self):
print("Image Preprocessing...")
rename()
print("Re-naming images complete!")
resize()
print("Re-sizing images complete!")
print("Training KNN classifier...")
classifier = train("../FakeImageDetection/train",
model_save_path="trained_knn_model.clf",
n_neighbors=1)
print("Training complete!")
def update(args):
archive_cfg = read_subcmd_config('archive')
rename_cfg = read_subcmd_config('rename')
args.archive_dir = args.archive_dir or archive_cfg['archive_dir']
if not os.path.isdir(args.archive_dir):
raise RuntimeError("archive-dir {} is not a directory".format(
args.archive_dir))
files = filter(tarfile.is_tarfile, collect_files(args.archive_dir))
latest = natsorted(files, reverse=True)[0]
args.archive = [latest]
args.extract_dir = None
archive.extract(args)
rename.rename(args)
args.path = [rename_cfg['out_dir']]
archive.archive(args)
def get_block(filename, a, b):
global block
global block_str
block, k, block_str = rename.rename(filename)
# for str in block_str:
# print str
build_dependency_graph(k)
compute_priority(a, b)
#build_graphviz()
schedule()
print_iloc()
def test_rename(self):
test_dir = "rename"
file_names = ["abc.txt",
"bcd.mpg",
"(20090101)abc.divx",
"(20090102) bcd.mpg",
"(20090103) efg.mp4",
"[20090101]abc.divx",
"[20090102] bcd.mpg",
"[20090103] efg.mp4",
"[drama] abc (2009.03.22 1440x1080i x264).mp4",
"(drama) abc (2009.03.22 1440x1080i x264).mp4",
"Nodame Cantabile in Europe SP2 (2009 Version) [720p x.264 AAC][Ueno Juri].mkv",
"2009.Shanghai.Super.Concert.091224.SDTV.XViD-DokGoDie.avi",
"2009...Shanghai.Super.Concert.091224.SDTV.XViD-DokGoDie.avi",
"2009.10.Shanghai.Super.Concert.091224.SDTV.XViD-DokGoDie.avi",
"Abc Def (2009.01.01).mp4",
"のだめカンタービレ（第5話）「さよなら巨匠!恋の学園祭オケ対決!!」[1920x1080p x.264 AAC].mkv",
"(TV バラエティ お笑い) 20091213 スクール革命 #35 東国原知事＆神戸蘭子宮崎グルメ旅で大暴走 アンタ山崎・オードリー 内村光良.avi",
"【TV バラエティ お笑い】 20091216 #30 爆笑レッドシアター ジョセフィーヌ登場！狩野アゲハに超災難 内村光良 (20091216)",
"London Hearts (2009.12.22).mp4",
"Asami Mitsuhiko ep09 finale (1280x720 x264).mp4",
"Tunnels no Minasan no Okagedeshita [XviD 704x396 mp3].avi"
]
os.mkdir(test_dir)
for file_name in file_names:
f = open(os.path.join(test_dir, file_name), "w")
f.close()
for (root, dirs, files) in os.walk(test_dir):
for file in files:
rename.rename(root, file, False)
for file_name in file_names:
os.remove(os.path.join(test_dir, file_name))
os.rmdir(test_dir)
def GetScriptResultByListItemIdx(self,
listIdx,
itemIdx,
count=0,
script=None):
if script is None:
script = self.parent.EditorPanel.TextCtrl.GetValue()
command = "thisItem.%s = self.parent.ListBox.GetItemValueByColumnKey(itemIdx, '%s', listIdx)"
thisItem = Struct()
for v in self.GetScriptVars():
exec(command % (v[1], v[0]))
oldpath = thisItem.FILEPATH
thisItem.COUNT = count + 1
syspath = sys.path
import rename
result = rename.rename(thisItem, script, [self.GetScriptPath()])
syspath = sys.path
return thisItem, result
def GetScriptResult(self, script=None):
if script is None:
script = self.EditorPanel.TextCtrl.GetValue()
# scriptpath = self.GetScriptPath()
scriptvars = self.GetScriptVars()
# listIdx = self.ListBox.GetSelectedListIdx()
command = "thisItem.%s = self.ListBox.GetItemValueByColumnKey(itemIdx, '%s', listIdx)"
self.preview_result = list()
for count, itemIdx in enumerate(self.ListBox.GetSelectedItems()):
thisItem = Struct()
for v in scriptvars:
exec(command % (v[1], v[0]))
thisItem.COUNT = count + 1
# syspath = sys.path
import rename
self.preview_result += [
rename.rename(thisItem, script, [self.GetScriptPath()])
]
# syspath = sys.path
return self.preview_result
def renameMethod(self, src, line, col, newname):
createPackageStructure(src, MethodTestdata)
rename(pkgstructureFile1,line,col,newname,self.callback)
save()
return file(pkgstructureFile1).read()
#!/usr/bin/env python
import test_tweepy
import rename
# import make_video
import vision
import os
test_tweepy.get_twitter_images('lanadelrey')
print("Successfully get images from Twitter!")
rename.rename()
vision.label_images()
mkv_cmd = 'ffmpeg -r 1 -i pic%d.jpg -vcodec mpeg4 test.avi'
# read_make_video = make_video.read()
mkv_cmd_exe = os.popen(mkv_cmd, 'r', 1)
print("Successfully make the video!")
def renameClass(self, src, newname):
createPackageStructure(src,TheClassTestdata)
rename(pkgstructureFile2,1,6, newname)
save()
return file(pkgstructureFile1).read()
from rename import rename from param import IMGDIR, NAMEFILE rename(IMGDIR, NAMEFILE)
def task_auto_rename(doc, lines):
print
print 'TASK: Automatically Renaming Single-Letter Variables'
print '==================================================='
small_vars = analyze.get_small_vars(doc, 1)
N = len(small_vars)
if N==1:
print
print 'There are no single-letter variables!'
print 'Auto-renaming will abort'
return
#first, create new names for vars
new_names=[]
new_safe=[]
n=0
for var in small_vars:
n+=1
#new_names.append('%s__%d'%\
# (var.getAttribute('name'), n))
new_names.append('%s'%\
(var.getAttribute('name')*2))
new_safe.append( analyze.check_var_free(var, new_names[-1]) )
#this loop is used while the user is manually renaming the vars
char=''
while 1:
#print vars. to be renamed
last_block=''
n=0
print
print ' The following variables will be renamed'
print ' ---------------------------------------'
print
for var in small_vars:
n+=1
block=var.parentNode.getAttribute('name')
if block!=last_block:
print ' %s %s'%\
(blocks_name[int(var.parentNode.getAttribute('type'))],
block)
last_block=block
name = var.getAttribute('name')
new_name = new_names[n-1]
if not new_safe[n-1]:
new_name += '*'
print ' %5s %s -> %-3s :: %s'%\
('[%d]'%(n), name, new_name,\
var.getAttribute('type'))
if not all(new_safe):
print
print ' (* variable name already used)'
print
print ' Choose one option:'
print ' m - manually configure the name of one variable'
print ' A - accept options and rename'
print ' q - cancel task'
char = raw_input(' ')
if char=='q': return
elif char=='A':
if not all(new_safe):
print ' Note: some varible names are already being used.'
if raw_input(' Continue [y/n]? ').lower()!='y':
continue
break #leave loop and fix vars
elif char== 'm': pass #we will continue later
else: continue
#if got here, configure name of variable
n=-1
while (n<0 or n>N):
char = raw_input(' Choose variable to rename [1-%d, other value to cancel]: '%(N))
try:
n = int(char)
except:
n = 0
if n==0: continue
v_name = small_vars[n-1].getAttribute('name')
new_name = raw_input(' Enter name for variable %s (leave it empty to cancel): '%(v_name))
if len(new_name):
new_names[n-1] = new_name
new_safe[n-1] = analyze.check_var_free(var, new_name)
#rename
renames = dict(zip(small_vars, new_names))
rename.rename(lines, doc, renames)
print
print ' Rename complete!'
#save
import os.path
fname = doc.childNodes[0].nodeName
(head,tail) = os.path.split(fname)
tail = 'doendo_'+tail
new_fname = os.path.join(head,tail)
print ' Writing %s'%(new_fname)
fout = open(new_fname,'w')
fout.write(''.join(lines))
fout.close()
def renameMethod(self, src, line, col, newname):
createPackageStructure(src, MethodTestdata)
rename(pkgstructureFile1,line,col,newname,self.callback)
save()
return file(pkgstructureFile1).read()
def rename(self, src, line, col, newname):
writeTmpTestFile(src)
rename(tmpfile,line,col, newname)
save()
return file(tmpfile).read()
#!/usr/bin/env python
import re
import sys
import xml.dom.minidom
import analyze
import rename
if len(sys.argv)<5:
print 'Usage: %s file scope orig_var new_var'%(sys.argv[0])
sys.exit(1)
fname = sys.argv[1]
scope = sys.argv[2]
orig_var = sys.argv[3]
new_var = sys.argv[4]
fin = open(fname)
lines = fin.readlines()
fin.close()
data = ''.join(lines)
#analyze
doc = analyze.analyze(fname, data)
#rename
rename.rename(lines, doc, scope, {orig_var:new_var})
print ''.join(lines)
def renameClass(self, src, newname):
createPackageStructure(src, TheClassTestdata)
rename(pkgstructureFile2, 1, 6, newname)
save()
return file(pkgstructureFile1).read()
def rename(self, src, line, col, newname):
createPackageStructure(src, "pass")
rename(pkgstructureFile1, line, col, newname)
save()
return file(pkgstructureFile1).read()
def copy(string):
rename.rename(string, copy=True)
'3) Resize input',
'4) Transcode input into an output with another codec'
]),
]
exercise = inquirer.prompt(menu)['menu']
if '1)' in exercise:
getData()
elif '2)' in exercise:
print('Enter the path of the file you want to rename:')
input_file = str(input())
print('\nEnter the new name:')
new_name = str(input())
rename(input_file, new_name)
elif '3)' in exercise:
print('Enter the path of the input you want to resize:')
input_file = str(input())
print(
'\nDefine the width and height as (360x240) or the resolution as (720p):'
)
while 1:
size = str(input())
if 'p' in size or 'x' in size:
print('\nSize: ', size)
resize(size, input_file)
break
else:
print('Invalid option, choose another size')
def sentsavedata(file_name, temp_file, url, vers):
createfile('temp.csv')
line = 0
with open(file_name, 'r') as inp, open(temp_file, 'a') as out:
writer = csv.writer(out)
for row in csv.reader(inp):
print(line)
if line != 0:
data = {
"uvid":
row[0],
"slave":
row[1],
"pv1_voltage":
row[2],
"pv2_voltage":
row[3],
"pv3_voltage":
row[4],
"pv1_current":
row[5],
"pv2_current":
row[6],
"pv3_current":
row[7],
"pv1_power":
row[8],
"pv2_power":
row[9],
"pv3_power":
row[10],
"daily_energy":
row[11],
"total_energy":
row[12],
"annual_energy":
0,
"other":
str({
"month_0": row[13],
"month_1": row[14],
"month_2": row[15],
"month_3": row[16],
"month_4": row[17],
"month_5": row[18],
"month_6": row[19],
"month_7": row[20],
"month_8": row[21],
"month_9": row[22],
"month_10": row[23],
"month_11": row[24],
"month_12": row[25],
"apparent_power": row[26],
"vers": row[27]
}),
"offline":
1,
"recordedAt":
row[28],
}
headers = {'Content-type': 'application/json'}
try:
print(data)
if not GSM:
r = requests.post(url,
data=json.dumps(data),
headers=headers,
timeout=1)
else:
r = gsm.requests.post(url=url, data=json.dump(data))
print(r)
print(r.content)
time.sleep(2)
except requests.ConnectionError:
writer.writerow(row)
print('no net')
except requests.exceptions.ReadTimeout:
writer.writerow(row)
print('timeout')
line += 1
delete.delete(file_name)
rename(temp_file, file_name)
#!/usr/bin/env python
# -*- coding: utf-8 -*-
# """
# 更新順・時間順でpdfの作成を行う
# dファイルを作成しなければならない
#
#
# """
from img2pdf import img2pdf
from file_order import order
from remove import rmPdf, rmJpg
from rename import rename
from pdfmerge import pdfmerge
import os
if __name__ == '__main__':
os.chdir('./d')
rename()
img2pdf('./')
order('./','p')
pdfmerge('./p','01')
os.chdir('./p')
rmJpg()
rmPdf()
os.chdir('../')
os.rmdir('./p')
def rename(self, src, line, col, newname):
createPackageStructure(src,"pass")
rename(pkgstructureFile1,line,col, newname)
save()
return file(pkgstructureFile1).read()
def handleUserInput(userInput, prevDir, prevCommand, clipboard, recursiveTransfer):
handleOutput = 0
passedInput = ""
passedOutput = ""
shouldForwardData = False
if userInput == "?":
out.displayHelp()
elif userInput == "?clip":
out.displayClipboardHelp()
elif userInput == "?ren":
out.displayRenamingHelp()
elif userInput == ":-":
if len(prevCommand) == 0:
print("No shell command previously executed")
else:
result = cmd.executeCommandWithStatus(prevCommand, True)
shouldForwardData = True
elif userInput == ":":
result = cmd.editAndExecPrevCmd(prevCommand) if prevCommand != "" else cmd.editAndExecPrevCmd()
handleOutput = 2 if result[0] == 0 else handleOutput
shouldForwardData = True
elif userInput == ":clearcommands":
cmd.clearCommandHistory()
elif userInput == ":<":
result = cmd.visitCommandMenu("--execute", previousCommand = prevCommand)
handleOutput = 2 if result[0] == 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
elif len(userInput) > 2 and userInput[0:2] == ":<":
result = cmd.visitCommandMenu("--execute", userInput[2:], prevCommand)
handleOutput = 2 if result[0] == 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
elif userInput == "::":
result = cmd.visitCommandMenu("--edit", previousCommand = prevCommand)
handleOutput = 2 if result[0] == 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
elif len(userInput) > 2 and userInput[0:2] == "::":
result = cmd.visitCommandMenu("--edit", userInput[2:], prevCommand)
handleOutput = 2 if result[0] == 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
elif userInput == "<":
result = nav.executeGoToFromMenu("-h", prevDir, previousCommand = prevCommand)
handleOutput = 4 if result[0] <= 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
if result[0] == -1:
recursiveTransfer.setTargetDir(result[1])
elif userInput == ">":
result = nav.executeGoToFromMenu("-f", prevDir, previousCommand = prevCommand)
handleOutput = 4 if result[0] <= 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
if result[0] == -1:
recursiveTransfer.setTargetDir(result[1])
elif len(userInput) >= 2 and userInput[0:2] == "<<":
if (len(userInput) == 2):
print("No filter keyword entered. Cannot filter navigation history.")
else:
result = nav.executeGoToFromMenu("-fh", prevDir, userInput[2:], prevCommand)
handleOutput = 4 if result[0] <= 0 else 1 if result[0] == 1 else handleOutput
shouldForwardData = True
if result[0] == -1:
recursiveTransfer.setTargetDir(result[1])
elif len(userInput) > 1 and userInput[0] == "<":
result = nav.executeGoToFromMenu("-h", prevDir, userInput[1:])
handleOutput = 4 if result[0] == 0 else 1 if (result[0] == 1 or result[0] == 4) else handleOutput #forward user input if history menu is empty and the user enters <[entry_nr] (result == 4)
shouldForwardData = True
elif len(userInput) > 1 and userInput[0] == ">":
result = nav.executeGoToFromMenu("-f", prevDir, userInput[1:])
handleOutput = 4 if result[0] == 0 else 1 if (result[0] == 1 or result[0] == 4) else handleOutput #forward user input if favorites menu is empty and the user enters >[entry_nr] (result == 4)
shouldForwardData = True
elif userInput == ",":
result = nav.goTo(prevDir, os.getcwd())
handleOutput = 4 if result[0] == 0 else handleOutput
shouldForwardData = True
elif userInput == "+>":
nav.addDirToFavorites()
elif userInput == "->":
result = nav.removeDirFromFavorites()
handleOutput = 1 if result[0] == 1 else handleOutput
shouldForwardData = True
elif userInput == ":clearnavigation":
nav.clearVisitedDirsMenu()
elif userInput == ":c":
clipboard.createAction()
elif userInput == ":m":
clipboard.createAction(False)
elif userInput == ":y":
clipboard.applyAction()
elif userInput == ":ec":
clipboard.erase(True)
elif userInput == ":dc":
clipboard.display()
elif userInput == ":td":
recursiveTransfer.setTargetDir()
elif userInput == ":M":
recursiveTransfer.transferItemsToTargetDir(False)
elif userInput == ":C":
recursiveTransfer.transferItemsToTargetDir()
elif userInput == ":etd":
recursiveTransfer.eraseTargetDir(True)
elif userInput == ":dtd":
recursiveTransfer.displayTargetDir()
elif userInput.startswith(":") and userInput[1:] in renaming_commands:
rn.rename(renaming_translations[userInput[1:]])
elif len(userInput) > 1 and userInput[len(userInput)-1] == ":":
print("Input cancelled, no action performed!")
elif userInput == "!":
print("You exited the navigation app.")
print("")
print("Last visited directory: " + os.getcwd())
print("Last executed shell command: ", end='')
print(prevCommand) if len(prevCommand) > 0 else print("none")
print("")
else:
if userInput != "" and userInput[0] == ":":
result = cmd.executeCommandWithStatus(userInput[1:])
handleOutput = 2
else:
result = nav.goTo(userInput, prevDir)
handleOutput = 4 if result[0] == 0 else handleOutput
shouldForwardData = True
if shouldForwardData:
passedInput = result[1]
passedOutput = result[2]
return (handleOutput, passedInput, passedOutput)
def renameFunction(self, src, newname):
createPackageStructure(src,FunctionTestdata)
rename(pkgstructureFile2,1,4, newname)
save()
return file(pkgstructureFile1).read()
print("\n\n\t*** Select Function ***")
if menu == 1:
menu = correlation_test
elif menu == 2:
print("1. train")
print("2. test")
menu = int(input("\nSelect > "))
if menu == 1:
menu = SVM_train
elif menu == 2:
menu = SVM_test
else:
raise ValueError("Invalid menu number!")
elif menu == 3:
print("1. train")
print("2. test")
menu = int(input("\nSelect > "))
if menu == 1:
menu = MLP_train
elif menu == 2:
menu = MLP_test
else:
raise ValueError("Invalid menu number!")
model, log = menu("")
rename(model, log)
except Exception as ex:
_, _, tb = sys.exc_info()
print("[main:" + str(tb.tb_lineno) + "] " + str(ex) + "\n\n")
# Revisar archivos ya leidos
server.select('INBOX')
typ, [response] = server.search(None, 'SEEN')
if typ != 'OK':
raise RuntimeError(response)
# Copiar los mensajes a 2019 y validar
typ, create_response = server.create('2019')
msg_ids = ','.join(response.split(' '))
if not msg_ids:
print('No hay facturas nuevas')
else:
server.copy(msg_ids, '2019')
server.select('2019')
typ, [response] = server.search(None, 'ALL')
print 'COPIED:', msg_ids, ' to folder 2019'
# Correos a eliminar de Inbox?
server.select('INBOX', readonly=False)
typ, [msg_ids] = server.search(None, 'ALL')
msg_ids = ','.join(msg_ids.split(' '))
typ, response = server.store(msg_ids, '+FLAGS', r'(\Deleted)')
typ, response = server.expunge()
print 'Correos eliminados de Inbox:', response
zextract.zextract()
rename.rename(SAVED_DIR)
# TODO: extraccion de *.zip
# TODO: separar carpetas por mes en correo y hd
import rename dir = '/Users/michaelishmael/Dev/Projects/baby-flashcard-app/media/ipadretina' find = r'*.jpg' replace = r'_ipadr' rename.rename(dir, find, replace)
