def check(next,yourpath):
if next == 'cd':
return os.chdir(os.path.abspath(os.path.join(yourpath, os.pardir)))
if next[:2] == 'cd' and len(next) > 2:
if os.path.exists(next[3:]):
return os.chdir(next[3:])
if next == 'ls':
ls = os.listdir()
ls = list(set(ls))
rls = []
for el in ls:
rls += ls
rls = list(set(rls))
for el in rls:
if rls.index(el) != len(rls)-1:
print(el,end = ' ; ')
else:
print(el)
if next[:5] == 'touch' and len(next) > 5:
try:
touch.touch(next[6:])
except:
print("This File Could Not Be Made")
if next[:3] == 'rmv' and len(next) > 3:
if os.path.exists(next[4:]):
os.remove(next[4:])
return None
def main(arguments):
args = parse_args(arguments)
if args.wordnet:
assert_lang_supported_by_wordnet(args.lang)
touch(args.out_file)
main_graph = build_lexicon(
args.words,
args.lang,
args.depth,
nlp_model_paths=args.nlp_model_paths,
wolf_path=args.wolf_path,
wordnet=args.wordnet,
web=args.web,
strict=args.strict,
)
if args.format == "txt":
main_graph.to_text_file(args.out_file)
elif args.format == "xlsx":
main_graph.to_xlsx_file(args.out_file)
elif args.format == "ttl":
with open(args.out_file, "w") as f:
print(main_graph, file=f)
logging.info(f"{args.out_file}")
logging.info(f"done. {len(main_graph)} related words found")
def test_holdouts_tempered():
clear_all_cache(results_directory="results", cache_dir="holdouts")
np.random.seed(10)
generator = cached_holdouts_generator(np.random.randint(100,
size=(100, 100)),
holdouts=random_holdouts([0.1],
[10]),
cache_dir="holdouts")
list(generator(results_directory="results"))
paths = glob("holdouts/holdouts/*.pickle.gz")
path = paths[0]
os.remove(path)
touch(path)
with pytest.raises(ValueError):
list(generator())
clear_invalid_cache(cache_dir="holdouts")
assert set(glob("holdouts/holdouts/*.pickle.gz")) == set(paths[1:])
list(generator(results_directory="results"))
paths = glob("holdouts/holdouts/*.pickle.gz")
path = paths[0]
os.remove(path)
with pytest.raises(ValueError):
list(generator())
clear_invalid_cache(cache_dir="holdouts")
assert set(glob("holdouts/holdouts/*.pickle.gz")) == set(paths[1:])
list(generator(results_directory="results"))
clear_all_cache(results_directory="results", cache_dir="holdouts")
def to_text_file(self, out_file=None):
"""write the graph to the path provided.
Args:
out_file (str, optional): The outfile path. If None, returns the string
Example of file:
.. code:: python
book # the root word
Bible # a 1st rank synonym, linked to 'book'
Holy_Writ # a 2nd rank synonym, linked to 'Bible'
Scripture # a 2nd rank synonym, linked to 'Bible'
Word # a 2nd rank synonym, linked to 'Bible'
Epistle # a 1st rank synonym, linked to 'book'
letter # a 2nd rank synonym, linked to 'Epistle'
missive # a 2nd rank synonym, linked to 'Epistle'
"""
touch(out_file) # None can be touch ! ??
def rec_search(uri, str_=None, dep=None, uri_used=[]):
q_words = ("""SELECT ?uri ?pref ?dep WHERE {
?uri <http://www.w3.org/2004/02/skos/core#prefLabel> ?pref ;
<urn:default:baseUri:#depth> ?dep .
?uri ?relation <""" + uri + "> } ORDER BY ASC (?pref) ")
if not str_:
str_ = ""
res = [r for r in self.query(q_words)]
for new_uri, word, dep in res:
new_uri = str(new_uri)
word = str(word)
dep = int(dep)
assert type(dep) == int
assert type(word) == type(new_uri) == str
if new_uri in uri_used:
continue
uri_used.append(new_uri)
str_ += "\t" * dep + word + "\n"
str_ = rec_search(new_uri, str_, dep, uri_used=uri_used)
return str_
if not hasattr(self, "root_words") or not getattr(self, "root_words"):
self._set_root_word_attribute()
text = rec_search(self.root_word_uri,
"\n".join(self.root_words) + "\n")
if out_file:
with open(out_file, "w") as f:
print(text, file=f)
else:
return text
logging.info(f"out file is: '{out_file}'")
def test_gifsicle_exceptions():
with pytest.raises(ValueError):
gifsicle("non_existent_gif.gif")
png = "existent_png.png"
gif = "existent_gif.gif"
touch(png)
touch(gif)
with pytest.raises(ValueError):
gifsicle(png)
with pytest.raises(ValueError):
gifsicle(gif, png)
os.remove(png)
os.remove(gif)
def add_work_in_progress(results_directory: str,
holdout_key: str,
hyper_parameters: Dict = None):
"""Sign given holdout holdout_key as under processing for given results directory.
results_directory: str, directory where results are stored.
holdout_key: str, holdout_key identifier of holdout.
hyper_parameters: Dict, hyper parameters to check for.
"""
if skip(holdout_key, hyper_parameters, results_directory):
raise ValueError(
"Given holdout_key {holdout_key} for given directory {results_directory} is already work in progress or completed!"
.format(holdout_key=holdout_key,
results_directory=results_directory))
touch(
work_in_progress_path(results_directory, holdout_key,
hyper_parameters))
def __init__(self):
"""
Name: __init__
Input: None
Output: None
Description: Sets initial variables in use by the many other functions. Builds the initial
history index based off existing ~/.history.txt file if it exists, if it doesn't, it
creates it.
"""
self.currentIndex = 0
self.fullHistory = []
self.shellStorePath = os.path.expanduser("~") + '.shellhistory.txt'
try:
historyFile = open(self.shellStorePath)
for line in historyFile:
self.currentIndex += 1
self.fullHistory.append(line)
except:
touch(path=[os.path.expanduser("~")], params=['.shellhistory.txt'])
def parse_depth_image(context, snapshot):
'''
Parses the depth image from the snapshot.
(deletes the raw data file and and writes to disk a new jpg file representing the depth image.
Uses matplotlib. Returns the image's path.)
:param context: the context object representing the folders
:type context: utils.Context
:param snapshot: the snapshot data to be parsed (in json format)
:type snapshot: str
:return: the result of the parser (in json format)
:rtype: str
'''
path = context.path('depth_image.jpg')
snap_dict = json.loads(snapshot)
w, h = snap_dict['depth_image']['width'], snap_dict['depth_image'][
'height']
raw_file = snap_dict['depth_image']['data']
float_vals = np.load(raw_file)
float_matrix = []
for i in range(h):
float_matrix.append(float_vals[w * i:w * (i + 1)])
float_np = np.array(float_matrix)
im = plt.imshow(float_np)
touch.touch(path)
plt.savefig(path)
os.remove(raw_file)
result = {}
result['depth_image'] = path.as_posix()
result['user_id'] = snap_dict['user_id']
result['parser'] = 'depth_image'
result['datetime'] = snap_dict['datetime']
return json.dumps(result)
def setUp(self):
# self.res = get_synonyms_from_scrappers(
# "test", self.lang, self.depth, merge_graph=False
# )
self.merged_graph = Graph()
for g in self.res:
self.merged_graph += g
with open(self.out_ttl_file, "w") as f:
print(self.merged_graph, file=f)
self.words = []
for g in self.res:
self.words += g.to_list()
self.words = set(self.words)
touch(self.out_text_file)
touch(self.out_ttl_file)
touch(self.out_ttl_file_2)
self.anb = anb_small.replace('a', 'A')
except ValueError:
self.anb = None
self.path = mkpath(self.filename, wd=source_dir)
# ### Do the job ###
'''
# emptying directories, for debug purpose - TODO add option
rm(to_keep_dir)
rm(to_trash_dir)
'''
# recreate .gitkeep
touch([mkpath(".gitkeep", wd=to_keep_dir)])
images = [Picture(i) for i in ls_source_dir]
# NOTE debug
logs = mkpath("logs")
debug = open(logs, 'w')
'''
for item in images:
debug.write("%s\n" % item.filename)
'''
for pic in images:
if pic.anb in articles_list or not pic.anb:
try:
dest_path = mkpath(pic.filename, wd=to_keep_dir)
def genrate():
try:
if path.get() != "":
a = path.get()
lab_filecreated.config(text="File Created Successfully")
if filextention.get() != "Select E-mail File Extention":
if filename.get() != "":
if filextention.get(
) == "Outlook Express e-mail message file" and filename.get(
) != "":
touch.touch(a +
"/{}.email".format(filename.get()))
if filextention.get(
) == "E-mail message file" and filename.get(
) != "":
touch.touch(a +
"/{}.eml".format(filename.get()))
if filextention.get(
) == "Apple Mail e-mail file" and filename.get(
) != "":
touch.touch(a +
"/{}.emlx".format(filename.get()))
if filextention.get(
) == "Microsoft Outlook e-mail message file" and filename.get(
) != "":
touch.touch(a +
"/{}.msg".format(filename.get()))
if filextention.get(
) == "Microsoft Outlook e-mail template file" and filename.get(
) != "":
touch.touch(a +
"/{}.oft".format(filename.get()))
if filextention.get(
) == "Microsoft Outlook offline e-mail storage file" and filename.get(
) != "":
touch.touch(a +
"/{}.ost".format(filename.get()))
if filextention.get(
) == "Microsoft Outlook e-mail storage file" and filename.get(
) != "":
touch.touch(a +
"/{}.pst".format(filename.get()))
if filextention.get(
) == "E-mail contact file" and filename.get(
) != "":
touch.touch(a +
"/{}.vcf".format(filename.get()))
else:
tkinter.messagebox.showerror(
"Error", "Please write a proper filename")
else:
tkinter.messagebox.showerror(
"Error", "Please choose an extension ")
else:
tkinter.messagebox.showerror("Error",
"Please choose path first")
except Exception as e:
print(e)
def mtouch():
for i in range(1, 99):
t.touch("dir_patht%s" % i)
## enhancement: filter out short mapped backbones
# Create a dict with lists of SimpleRead using referenceName as key. Only good quality backbone matches are recorded.
myDict = collections.defaultdict(list)
for read in samFile:
# Remove matches that suck
try:
alnErr = sum(x[1] for x in read.cigartuples if x[0] in [1,2])
if alnErr/float(read.reference_end) < 0.2:
if (read.reference_end - read.reference_start) > 150:
#read.reference_start + read.infer_query_length(always=True)
myDict[read.reference_name].append((read.reference_start,read.reference_end,read.flag&(1<<4)>0,read.query_name))
except TypeError as e:
# if there is no matching reads in sam file
touch.touch(ins_outFile)
touch.touch(bb_outFile)
touch.touch(stats_outFile)
exit()
# Combine matches per read
sortedKeys =list( myDict.keys())
sortedKeys.sort()
for key in sortedKeys:
myDict[key].sort()
# print(key,myDict[key])
# exit()
# Work through the fastq file
with open(in_fasta_path,'r') as fasta_file, open(ins_outFile,'w') as dumpFile, \
open(bb_outFile,'w') as dump_bb_File, open(stats_outFile,'w') as statFile:
def genrate():
try:
if path.get() != "":
a = path.get()
lab_filecreated.config(text="File Created Successfully")
if filextention.get() != "Select Video File Extention":
if filename.get() != "":
if filextention.get(
) == "3GPP2 multimedia file" and filename.get(
) != "":
touch.touch(a +
"/{}.3g2".format(filename.get()))
if filextention.get(
) == "3GPP multimedia file" and filename.get(
) != "":
touch.touch(a +
"/{}.3gp".format(filename.get()))
if filextention.get(
) == "AVI file" and filename.get() != "":
touch.touch(a +
"/{}.avi".format(filename.get()))
if filextention.get(
) == "Adobe Flash file" and filename.get() != "":
touch.touch(a +
"/{}.flv".format(filename.get()))
if filextention.get(
) == "H.264 video file" and filename.get() != "":
touch.touch(a +
"/{}.h264".format(filename.get()))
if filextention.get(
) == "Apple MP4 video file" and filename.get(
) != "":
touch.touch(a +
"/{}.m4v".format(filename.get()))
if filextention.get(
) == "Matroska Multimedia Container" and filename.get(
) != "":
touch.touch(a +
"/{}.mkv".format(filename.get()))
if filextention.get(
) == "Apple QuickTime movie file" and filename.get(
) != "":
touch.touch(a +
"/{}.mov".format(filename.get()))
if filextention.get(
) == "MPEG4 video file" and filename.get() != "":
touch.touch(a +
"/{}.mp4".format(filename.get()))
if filextention.get(
) == "MPEG video file" and filename.get() != "":
touch.touch(a +
"/{}.mpg".format(filename.get()))
if filextention.get(
) == "RealMedia file" and filename.get() != "":
touch.touch(a +
"/{}.rm".format(filename.get()))
if filextention.get(
) == "Shockwave flash file" and filename.get(
) != "":
touch.touch(a +
"/{}.swf".format(filename.get()))
if filextention.get(
) == "DVD Video Object" and filename.get() != "":
touch.touch(a +
"/{}.vob".format(filename.get()))
if filextention.get(
) == "Windows Media Video file" and filename.get(
) != "":
touch.touch(a +
"/{}.wmv".format(filename.get()))
else:
tkinter.messagebox.showerror(
"Error", "Please write a proper filename")
else:
tkinter.messagebox.showerror(
"Error", "Please choose an extension ")
else:
tkinter.messagebox.showerror("Error",
"Please choose path first")
except Exception as e:
print(e)
def genrate():
try:
if path.get() != "":
a = path.get()
lab_filecreated.config(text="File Created Successfully")
if filextention.get() != "Select Image File Extention":
if filename.get() != "":
if filextention.get(
) == "Adobe Illustrator file" and filename.get(
) != "":
touch.touch(a +
"/{}.ai".format(filename.get()))
if filextention.get(
) == "Bitmap image" and filename.get() != "":
touch.touch(a +
"/{}.bmp".format(filename.get()))
if filextention.get(
) == "GIF image" and filename.get() != "":
touch.touch(a +
"/{}.gif".format(filename.get()))
if filextention.get(
) == "Icon file" and filename.get() != "":
touch.touch(a +
"/{}.ico".format(filename.get()))
if filextention.get(
) == "JPEG image" and filename.get() != "":
touch.touch(a +
"/{}.jpg".format(filename.get()))
if filextention.get(
) == "PNG image" and filename.get() != "":
touch.touch(a +
"/{}.png".format(filename.get()))
if filextention.get(
) == "PostScript file" and filename.get() != "":
touch.touch(a +
"/{}.ps".format(filename.get()))
if filextention.get(
) == "PSD image" and filename.get() != "":
touch.touch(a +
"/{}.psd".format(filename.get()))
if filextention.get(
) == "Scalable Vector Graphics file" and filename.get(
) != "":
touch.touch(a +
"/{}.svg".format(filename.get()))
if filextention.get(
) == "TIFF image" and filename.get() != "":
touch.touch(a +
"/{}.tiff".format(filename.get()))
else:
tkinter.messagebox.showerror(
"Error", "Please write a proper filename")
else:
tkinter.messagebox.showerror(
"Error", "Please choose an extension ")
else:
tkinter.messagebox.showerror("Error",
"Please choose path first")
except Exception as e:
print(e)
#importing touch
import touch
#calling touch class from touch
touch.touch("Hello.py")
touch.touch("Hello.js")
touch.touch("Hello.html")
touch.touch("Hello.txt")
def create_all_files(destdir, methods, apifile="app.py"):
if os.path.isdir(destdir) == False:
os.mkdir(destdir)
destdir = re.sub(r'/$', r'', destdir)
apifileout = "{destdir}/imports.{apifile}".format(destdir=destdir,
apifile=apifile)
savefiles = {}
for method in methods:
# only create files when method has no error
if method['error'] != False:
print(method['error'])
continue
if DEBUG == True:
pprint.pprint(method)
tree = get_tree(method['operationId'])
fileout = ''
if len(tree) > 0:
destdir_module = []
destdir_n = 0
if DEBUG == True:
pprint.pprint(tree)
tree_dirs = tree[:-1]
if len(tree_dirs) > 0:
tree_dirs_path = destdir
tree_dirs_n = 0
for d in tree_dirs:
tree_dirs_path = tree_dirs_path + "/" + d
if tree_dirs_n + 1 < len(tree_dirs):
if os.path.exists(tree_dirs_path) == False:
print("creating dir {tree_dirs_path}".format(
tree_dirs_path=tree_dirs_path))
os.mkdir(tree_dirs_path)
if os.path.exists(tree_dirs_path +
"/__init__.py") == False:
print("creating file {tree_dirs_path}/__init__.py".
format(tree_dirs_path=tree_dirs_path))
touch.touch(tree_dirs_path + "/__init__.py")
tree_dirs_n += 1
if len(tree) > 1:
fileout = destdir + "/" + "/".join(tree_dirs) + ".py"
else:
fileout = apifileout
tree_verb = tree[-1]
if DEBUG:
print("verb: ", tree_verb)
verb_text = create_verb(verb=tree_verb,
params=method['parameters'])
add_savefiles(savefiles, fileout, "verb", verb_text)
if len(tree_dirs) > 0:
import_text = "import " + ".".join(tree_dirs)
add_savefiles(savefiles, apifileout, "import", import_text)
write_savefiles(savefiles)
if os.name != 'nt':
print("You are not using Windows.Termulator is for Windows systems only")
exit(1)
user = os.getlogin()
while 1:
try:
q = input(user + '$')
q = q.split()
print(q)
except KeyboardInterrupt:
exit(1)
try:
if q[0] == 'pwd':
pwd.pwd()
elif q[0] == "ls":
ls.ls()
elif q[0] == "clear":
clear.clear()
elif q[0] == "cd":
cd.cd(q)
elif q[0] == "cp":
cp.cp(q)
elif q[0] == "mv":
mv.mv(q)
elif q[0] == "touch":
touch.touch(q)
else:
print(q[0] + " is not a recognizable command") # default
except IndexError:
continue
def genrate():
try:
if path.get() != "":
a = path.get()
lab_filecreated.config(text="File Created Successfully")
if filextention.get(
) != "Select Executable File Extention":
if filename.get() != "":
if filextention.get(
) == "Android package file" and filename.get(
) != "":
touch.touch(a +
"/{}.apk".format(filename.get()))
if filextention.get(
) == "Batch file" and filename.get() != "":
touch.touch(a +
"/{}.bat".format(filename.get()))
if filextention.get(
) == "Binary file" and filename.get() != "":
touch.touch(a +
"/{}.bin".format(filename.get()))
if filextention.get(
) == "Perl script file" and filename.get() != "":
touch.touch(a +
"/{}.pl".format(filename.get()))
if filextention.get(
) == "MS-DOS command file" and filename.get(
) != "":
touch.touch(a +
"/{}.com".format(filename.get()))
if filextention.get(
) == "Executable file" and filename.get() != "":
touch.touch(a +
"/{}.exe".format(filename.get()))
if filextention.get(
) == "Windows gadget" and filename.get() != "":
touch.touch(
a + "/{}.gadget".format(filename.get()))
if filextention.get(
) == "Java Archive file" and filename.get() != "":
touch.touch(a +
"/{}.jar".format(filename.get()))
if filextention.get(
) == "Windows installer package" and filename.get(
) != "":
touch.touch(a +
"/{}.msi".format(filename.get()))
if filextention.get(
) == "Python file" and filename.get() != "":
touch.touch(a +
"/{}.py".format(filename.get()))
if filextention.get(
) == "Windows Script File" and filename.get(
) != "":
touch.touch(a +
"/{}.wsf".format(filename.get()))
else:
tkinter.messagebox.showerror(
"Error", "Please write a proper filename")
else:
tkinter.messagebox.showerror(
"Error", "Please choose an extension ")
else:
tkinter.messagebox.showerror("Error",
"Please choose path first")
except Exception as e:
print(e)
# touch module using Python
import touch
touch.touch("file1.java")
touch.touch("file2.py")
touch.touch("file3.js")
touch.touch("file4.html")
touch.touch("file5.css")
touch.touch("file6.cpp")
csvfile = file
name = csvfile.replace(".csv", "")
fullpath = (root + '\\Archive' + '\\' + csvfile)
dt = datetime.fromtimestamp(os.stat(fullpath).st_ctime)
today = datetime.now()
date_diff = today - dt
print(csvfile)
print(name)
print(fullpath)
print(date_diff)
if date_diff.days > 9:
print("File greater than 9 Days")
connection = psycopg2.connect(user=User,
password=Password,
host=Host,
port=Port,
database=Database)
cursor = connection.cursor()
cursor.execute('Drop table ' + name)
connection.commit()
print("Table dropped PostgreSQL ")
cursor.close()
connection.close()
os.remove(fullpath)
else:
print("File less than 9 days")
touch.touch(root + '\\landing\\' + 'Database_Governance.trig')
def setUp(self):
self.g = Graph()
touch(self.txt_out_file)
touch(self.xlsx_out_file)
def genrate():
try:
if path.get() != "":
a = path.get()
lab_filecreated.config(text="File Created Successfully")
if filextention.get() != "Select Data File Extention":
if filename.get() != "":
if filextention.get(
) == "Comma separated value file" and filename.get(
) != "":
touch.touch(a +
"/{}.csv".format(filename.get()))
if filextention.get(
) == "Data file" and filename.get() != "":
touch.touch(a +
"/{}.dat".format(filename.get()))
if filextention.get(
) == "Database file" and filename.get() != "":
touch.touch(a +
"/{}.db".format(filename.get()))
if filextention.get(
) == "Microsoft Access database file" and filename.get(
) != "":
touch.touch(a +
"/{}.mdb".format(filename.get()))
if filextention.get(
) == "Save file (e.g., game save file)" and filename.get(
) != "":
touch.touch(a +
"/{}.sav".format(filename.get()))
if filextention.get(
) == "SQL database file" and filename.get() != "":
touch.touch(a +
"/{}.sql".format(filename.get()))
if filextention.get(
) == "Linux / Unix tarball file archive" and filename.get(
) != "":
touch.touch(a +
"/{}.tar".format(filename.get()))
if filextention.get(
) == "XML file" and filename.get() != "":
touch.touch(a +
"/{}.xml".format(filename.get()))
else:
tkinter.messagebox.showerror(
"Error", "Please write a proper filename")
else:
tkinter.messagebox.showerror(
"Error", "Please choose an extension ")
else:
tkinter.messagebox.showerror("Error",
"Please choose path first")
except Exception as e:
print(e)
def setUp(self):
touch(self.out_file)
touch(self.out_file_xlsx)
def genrate():
try:
if path.get() != "":
a = path.get()
lab_filecreated.config(text="File Created Successfully")
if filextention.get() != "Select System File Extention":
if filename.get() != "":
if filextention.get(
) == "Backup file" and filename.get() != "":
touch.touch(a +
"/{}.bak".format(filename.get()))
if filextention.get(
) == "Windows Cabinet file" and filename.get(
) != "":
touch.touch(a +
"/{}.cab".format(filename.get()))
if filextention.get(
) == "Configuration file" and filename.get() != "":
touch.touch(a +
"/{}.cfg".format(filename.get()))
if filextention.get(
) == "Windows Control panel file" and filename.get(
) != "":
touch.touch(a +
"/{}.cpl".format(filename.get()))
if filextention.get(
) == "Windows cursor file" and filename.get(
) != "":
touch.touch(a +
"/{}.cur".format(filename.get()))
if filextention.get(
) == "DLL file" and filename.get() != "":
touch.touch(a +
"/{}.dll".format(filename.get()))
if filextention.get(
) == "Dump file" and filename.get() != "":
touch.touch(a +
"/{}.dmp".format(filename.get()))
if filextention.get(
) == "Device driver file" and filename.get() != "":
touch.touch(a +
"/{}.drv".format(filename.get()))
if filextention.get(
) == "macOS X icon resource file" and filename.get(
) != "":
touch.touch(a +
"/{}.icns".format(filename.get()))
if filextention.get(
) == "Icon file" and filename.get() != "":
touch.touch(a +
"/{}.ico".format(filename.get()))
if filextention.get(
) == "Initialization file" and filename.get(
) != "":
touch.touch(a +
"/{}.ini".format(filename.get()))
if filextention.get(
) == "Windows shortcut file" and filename.get(
) != "":
touch.touch(a +
"/{}.lnk".format(filename.get()))
if filextention.get(
) == "Windows shortcut file" and filename.get(
) != "":
touch.touch(a +
"/{}.lnk".format(filename.get()))
if filextention.get(
) == "Windows installer package" and filename.get(
) != "":
touch.touch(a +
"/{}.msi".format(filename.get()))
if filextention.get(
) == "Windows system file" and filename.get(
) != "":
touch.touch(a +
"/{}.sys".format(filename.get()))
if filextention.get(
) == "Temporary file" and filename.get() != "":
touch.touch(a +
"/{}.tmp".format(filename.get()))
else:
tkinter.messagebox.showerror(
"Error", "Please write a proper filename")
else:
tkinter.messagebox.showerror(
"Error", "Please choose an extension ")
else:
tkinter.messagebox.showerror("Error",
"Please choose path first")
except Exception as e:
print(e)
def func3():
touch.touch()