def compile_tool():
global tool
path('tools/' + tool).remove()
proc = Process(target=monitor)
proc.start()
os.system('bjam gcc debug -a %s.o' % tool)
proc.terminate()
def test_bes(filename, equation_count, term_size = 2):
txtfile = filename + '.txt'
besfile = filename + '.bes'
answerfile = 'temp.answer'
p = make_bes(equation_count, term_size)
path(txtfile).write_text('%s' % p)
os.system('txt2bes %s %s' % (txtfile, besfile))
def add_tool_dir(toolname):
if mcrl2_tool_options.tooldir != '':
guess = path(mcrl2_tool_options.tooldir) / toolname / toolname
if os.path.isfile(guess):
return guess
return path(mcrl2_tool_options.tooldir) / 'bin' / toolname
return toolname
def remove_temporary_files():
for filename in mcrl2_tool_options.files_to_be_removed.keys():
if path(filename).exists():
if mcrl2_tool_options.verbose:
print 'removing', filename
path(filename).remove()
mcrl2_tool_options.files_to_be_removed.clear()
def compile_tools():
toolsdir = path('tools')
if not toolsdir.exists():
toolsdir.mkdir()
global tool
for file in path('../include/mcrl2/pbes/tools').files('*.h'):
tool = file.namebase
compile_tool()
def compile_tools():
toolsdir = path("tools")
if not toolsdir.exists():
toolsdir.mkdir()
global tool
for file in path("../source").files("*.cpp"):
tool = file.namebase
compile_tool()
def mem_usage(process_name):
global tool
stdout, stderr, returncode = run(["top", "-n1", "-b"])
lines = stdout.split("\n")
for line in lines:
if re.search(process_name, line) != None and len(line) >= 20:
print line
path("tools/" + tool).write_text(line + "\n", append=True)
def mem_usage(process_name):
global tool
stdout, stderr, returncode = run(['top', '-n1', '-b'])
lines = stdout.split('\n')
for line in lines:
if re.search(process_name, line) != None and len(line) >= 20:
print line
path('tools/' + tool).write_text(line + '\n', append = True)
def run_examples(exampledir):
for dir in path(exampledir).dirs():
os.chdir(dir)
if path('myrun.py').exists():
os.system('echo ---------------------------------------------------------------------------')
os.system('echo --- {} ---'.format(dir))
os.system('echo ---------------------------------------------------------------------------')
os.system('python myrun.py')
os.chdir(cwd)
def save_counter_example(self):
txtfile = '%s_counter_example_%d.txt' % (self.name, self.counter)
pbesfile = '%s_counter_example_%d.pbes' % (self.name, self.counter)
path(txtfile).write_text(str(self.pbes))
run_txt2pbes(txtfile, pbesfile)
text = run_pbespp(pbesfile)
path(txtfile).write_text(text)
print '--- %s counter example ---' % self.name
print text
self.counter = self.counter + 1
def make_return_continuous_path(x0,xf,y0,yf,tf,rx,ry,N):
x0,xf = xf,x0
y0,yf = yf,y0
def path(x0,xf,rx):
f = np.poly1d(poly3(x0,xf,0,tf,rx,rx))
return f(np.linspace(0,tf,N))
path_x = path(x0,xf,rx)
path_y = path(y0,yf,ry)
p = np.vstack((path_x,path_y))
return p
def test_pbes_solvers(p, filename):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
pbesfile = filename + '.pbes'
run_txt2pbes(txtfile, pbesfile)
answer1 = run_pbes2bool(pbesfile)
answer2 = run_pbespgsolve(pbesfile)
print filename, answer1, answer2
if answer1 == None or answer2 == None:
return True
return answer1 == answer2
def test_pbesstategraph(p, filename):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
testfile = '../random/tests/pbesstategraph.yml'
inputfiles = [txtfile]
reporterrors = True
settings = dict()
settings['verbose'] = False
settings['toolpath'] = '../../tools/bin'
result = run_replay(testfile, inputfiles, reporterrors, settings)
print filename, result
return result
def make_return_continuous_path(x0, xf, y0, yf, tf, rx, ry, N):
x0, xf = xf, x0
y0, yf = yf, y0
def path(x0, xf, rx):
f = np.poly1d(poly3(x0, xf, 0, tf, rx, rx))
return f(np.linspace(0, tf, N))
path_x = path(x0, xf, rx)
path_y = path(y0, yf, ry)
p = np.vstack((path_x, path_y))
return p
def test_pbesabsinthe(p, filename, strategy):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
pbesfile1 = filename + 'a.pbes'
pbesfile2 = filename + 'b.pbes'
run_txt2pbes(txtfile, pbesfile1)
run_pbesabsinthe(pbesfile1, pbesfile2, strategy)
answer1 = run_pbes2bool(pbesfile1)
answer2 = run_pbes2bool(pbesfile2)
print filename, answer1, answer2
if answer1 == None or answer2 == None:
return True
return answer1 == answer2
def test_alphabet(p, filename):
txtfile = filename + ".mcrl2"
path(txtfile).write_text("%s" % p)
lpsfile1 = filename + "a.lps"
lpsfile2 = filename + "b.lps"
ltsfile1 = filename + "a.lts"
ltsfile2 = filename + "b.lts"
run_mcrl22lps(txtfile, lpsfile1)
run_mcrl22lps(txtfile, lpsfile2, "--no-alpha")
run_lps2lts(lpsfile1, ltsfile1)
run_lps2lts(lpsfile2, ltsfile2)
answer_text = run_ltscompare(ltsfile1, ltsfile2, "-ebisim")
answer = answer_text.find("LTSs are strongly bisimilar") != -1
return answer
def test_pbesinst(p, filename):
txtfile = filename + ".txt"
path(txtfile).write_text("%s" % p)
pbesfile = filename + ".pbes"
besfile = filename + ".bes"
run_txt2pbes(txtfile, pbesfile)
if run_pbesinst(pbesfile, besfile, strategy="lazy"):
answer1 = run_pbes2bool(pbesfile)
answer2 = run_bessolve(besfile)
print filename, answer1, answer2
if answer1 == None or answer2 == None:
return True
return answer1 == answer2
return True
def test_pbesinst_finite(p, filename):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
pbesfile1 = filename + '.pbes'
pbesfile2 = filename + 'a.pbes'
run_txt2pbes(txtfile, pbesfile1)
if run_pbesinst(pbesfile1, pbesfile2, strategy = 'finite', selection = '*(*:Bool)'):
answer1 = run_pbes2bool(pbesfile1)
answer2 = run_pbes2bool(pbesfile2)
print filename, answer1, answer2
if answer1 == None or answer2 == None:
return True
return answer1 == answer2
return True
def test_pbesrewr1(p, filename, pbes_rewriter):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
pbesfile1 = filename + '1.pbes'
pbesfile2 = filename + '2.pbes'
run_txt2pbes(txtfile, pbesfile1)
run_pbesrewr(pbesfile1, pbesfile2, pbes_rewriter)
run_txt2pbes(txtfile, pbesfile1)
answer1 = run_pbes2bool(pbesfile1)
answer2 = run_pbes2bool(pbesfile2)
print filename, pbes_rewriter, answer1, answer2
if answer1 == None or answer2 == None:
return True
return answer1 == answer2
def make_report():
text = ""
for file in sorted(path("tools").files("*")):
if file.endswith(".txt"):
continue
mem = []
time = []
for line in file.lines():
items = line.split()
mem.append(items[4])
time.append(items[10])
mem = sorted(mem, key=memunit)
text = text + "%-20s time = %7s memory = %s\n" % (file.namebase, time[-1], mem[-1])
path("tools/report.txt").write_text(text)
print text
def test_pbesabstract(p, filename, abstraction_value):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
pbesfile1 = filename + 'a.pbes'
pbesfile2 = filename + 'b.pbes'
run_txt2pbes(txtfile, pbesfile1)
run_pbesabstract(pbesfile1, pbesfile2, abstraction_value)
answer1 = run_pbes2bool(pbesfile1)
answer2 = run_pbes2bool(pbesfile2)
print filename, answer1, answer2, 'abstraction value =', abstraction_value
if answer1 == None or answer2 == None:
return True
if abstraction_value != answer2:
return answer1 == answer2
return True
def make_report():
text = ''
for file in sorted(path('tools').files('*')):
if file.endswith('.txt'):
continue
mem = []
time = []
for line in file.lines():
items = line.split()
mem.append(items[4])
time.append(items[10])
mem = sorted(mem, key=memunit)
text = text + '%-15s time = %7s memory = %s\n' % (file.namebase, time[-1], mem[-1])
path('tools/report.txt').write_text(text)
print text
def test_lps2pbes_structured(p, filename):
mcrl2file = filename + '.mcrl2'
path(mcrl2file).write_text('%s' % p)
lpsfile = filename + '.lps'
ltsfile = filename + '.lts'
mcffile = 'nodeadlock.mcf'
pbesfile = filename + '.pbes'
path(mcffile).write_text('[true*]<true>true')
add_temporary_files(mcffile)
run_mcrl22lps(mcrl2file, lpsfile, '--no-alpha')
text = run_lps2lts(lpsfile, ltsfile, '-D')
answer1 = text.find('deadlock-detect: deadlock found') != -1
run_lpspbes(lpsfile, mcffile, pbesfile, '--structured')
answer2 = not run_pbes2bool(pbesfile)
print answer1, answer2
return answer1 == answer2
def configure(self, noconfigure):
target = self.dir / "etc" / "grid" / "config.xml"
if noconfigure:
log.warn("Target %s already exists, skipping.", target)
self.configure_ports()
return # Early exit!
if not self.cfg.exists():
log.info("%s not found. Copying old files", self.cfg)
from path import path
old_grid = path(self.args.sym) / "etc" / "grid"
old_cfg = old_grid / "config.xml"
if os.path.samefile(old_cfg, target):
# This likely is caused by the symlink being
# created early on an initial install.
pass
else:
old_cfg.copy(target)
else:
self.cfg.copy(target)
# TODO: Unneeded if copy old?
self.run(["config", "set", "omero.web.server_list", self.args.web])
log.debug('Configuring JVM memory')
templates = self.dir / "etc" / "grid" / "templates.xml"
for line in fileinput.input([templates], inplace=True):
line = line.replace("Xmx512M", self.args.mem)
line = line.replace("Xmx256M", self.args.mem)
print line,
self.configure_ports()
def read_disk(self, pathlist, depth, callback_dir=None):
"""
to read the DirTree from the disk.
"""
# creation of the root ElementTree:
self.et = ET.Element(TAG_DIRTREE)
#print self.et.tag
if pathlist:
self.rootpath = path(pathlist[0])
level = pathlist[1]
# name attribute = rootpath
self.et.set(ATTR_NAME, self.rootpath)
# time attribute = time of scan
self.et.set(ATTR_TIME, str(time.time()))
#e = ET.SubElement(self.et, TAG_DIR)
#e.set(ATTR_NAME, self.rootpath)
try:
self._scan_dir(self.rootpath, level, depth, self.et, callback_dir)
if self.et.get(ATTR_NAME) == "":
#print self.tree.getroot()
#self.et=ET.Element("a")
pass
except Exception as e:
print(" Error : unable to scan the directory %s %s " %
(self.rootpath, e))
raise
def pathdict(self, relpath):
"""
to create a dictionary which indexes all objects by their paths.
"""
self.dict = collections.OrderedDict()
# self.dict = {}
self._pathdict_dir(path(relpath), self.et)
def __init__(self, _pop_count=0, _n=0, _height=0, _width=0):
self.paths = []
#self.paths = [path(_n, _height, _width) for _ in range(_pop_count)]
for i in range(0, _pop_count):
self.insert(path(_n, _height, _width))
for i in range(0, len(self.paths)):
print self.paths[i].cost
def add_path(self, path_list, target): try: new_path = path(path_list, target) self.game_state.paths.append(new_path) self.game_state.movable.discard(path_list[0]) if self.check_path(new_path): self.step_path(new_path) except: pass
def add_path(self, path_list, target):
try:
new_path = path(path_list, target)
self.game_state.paths.append(new_path)
if self.check_path(new_path):
#self.logger.debug("Add paths %s", new_path)
self.step_path(new_path)
except:
self.logger.debug("Add paths error: print_exc(): %s", traceback.format_exc())
def __init__(self, rootpath="", isStop=None):
"""
DirTree constructor.
"""
self.rootpath = path(rootpath)
if isStop == None:
self.isStop = threading.Event()
else:
self.isStop = isStop
def test_bessolve(p, filename):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
besfile = filename + '.bes'
run_txt2bes(txtfile, besfile)
# bessolve gauss
answer1 = run_bessolve(besfile, strategy = 'gauss')
# bessolve spm
answer2 = run_bessolve(besfile, strategy = 'spm')
# pbes2bool
answer3 = run_pbes2bool(besfile)
print filename, answer1, answer2, answer3
if answer1 == None or answer2 == None or answer3 == None:
return True
return answer1 == answer2 and answer1 == answer3
def make_tool_jamfile(tool):
print '---', tool
d = path('d:/mcrl2/tools') / tool
jamfile = d / 'Jamfile.v2'
files = d.files('*.cpp')
sources = [x.basename() for x in files]
text = JAMFILE
text = re.sub('<TOOL>', tool, text)
text = re.sub('<SOURCES>', '\n '.join(sources), text)
jamfile.write_text(text)
def test_symbolic_exploration(p, filename):
txtfile = filename + '.txt'
path(txtfile).write_text('%s' % p)
pbesfile1 = filename + '.pbes'
pbesfile2 = filename + '_optimized_clustered.pbes'
pbesfile3 = filename + '_optimized_not_clustered.pbes'
pbesfile4 = filename + '_not_optimized_clustered.pbes'
pbesfile5 = filename + '_not_optimized_not_clustered.pbes'
run_txt2pbes(txtfile, pbesfile1)
run_symbolic_exploration(pbesfile1, pbesfile2, '-o1 -c')
run_symbolic_exploration(pbesfile1, pbesfile3, '-o1')
run_symbolic_exploration(pbesfile1, pbesfile4, '-o0 -c')
run_symbolic_exploration(pbesfile1, pbesfile5, '-o0')
answer1 = run_pbes2bool(pbesfile1)
answer2 = run_pbes2bool(pbesfile2)
answer3 = run_pbes2bool(pbesfile3)
answer4 = run_pbes2bool(pbesfile4)
answer5 = run_pbes2bool(pbesfile5)
answers = [answer1, answer2, answer3, answer4, answer5]
print filename, answer1, answer2, answer3, answer4, answer5
return not (True in answers and False in answers)
def read_recovery_file(self, filename):
""" Creates a directory tree from the top level recovery file, reads the directory depth and scans the other
recovery files """
dirlist = []
try:
tree = ET.parse(filename)
root = tree.getroot()
rootpath = path(root.get(ATTR_NAME))
depth = int(path(root.get('depth', '2')))
#print rootpath
while depth > 1:
try:
level = 0
if len(root) > 0:
for child in root.iter('file'):
#print child.text
f = path(child.text)
g = os.path.join(rootpath, f)
#recfilelist.append(g)
tree1 = ET.parse(g)
root1 = tree1.getroot()
rootpath1 = path(root1.get(ATTR_NAME))
#print rootpath1
dirlist.append((rootpath1, level))
level += 1
depth -= 1
else:
dirlist.append(
(rootpath, 0)) # catch no folders in root
except IOError: # a recovery file may be missing
msg = "Missing recovery file %s - defaulting to full scan" % f
raise IOError(msg)
return dirlist
except Exception as e:
raise (e)
def call(converter_id, filename, extra_args=[]):
format_params = [filename] + extra_args
converter = converters.get(converter_id, None)
if converter:
command = converter.command
tmp_dir = tempfile.mkdtemp(prefix="tmp")
try:
virtualenv_aware_path = os.path.dirname( sys.executable)+':'+os.environ.get('PATH')
response = subprocess.check_output(
command.format(*format_params),
stderr=subprocess.STDOUT,
cwd=tmp_dir,
env=dict(os.environ,
SCRIPTS=path(os.getcwd()) / 'bin',
LIB=path(os.getcwd()) / 'lib',
TMPDIR = tmp_dir,
TEMP = tmp_dir,
TMP = tmp_dir,
PATH=virtualenv_aware_path),
shell=True)
return response
except subprocess.CalledProcessError as exp:
cexp = ConversionError()
cexp.output = exp.output
message = ('[CONVERSION ERROR]\n'
'converter id: %s\n'
'output: %s')
try:
exp.output.decode('ascii')
except UnicodeDecodeError:
conversion_log.warning(message %(converter_id,
'[unable to display]\n')
)
else:
conversion_log.warning(message %(converter_id, exp.output))
raise cexp
finally:
path(tmp_dir).rmtree()
else:
raise NotImplementedError
def process_dir(year, author, dir, ext):
for file in path(dir).walkfiles(ext):
old_text = file.text()
assert file.startswith(dir)
filename = re.sub(r"\\", r"/", file[len(dir) + 1 :])
print filename
text = old_text
text = remove_license(text)
text = replace_include_guards(text, file)
text = add_license(text, filename, year, author)
if text != old_text:
file.write_text(text)
def solve(self, delay: float = None):
paths = deque([path(self.start)])
while paths:
cur = paths.popleft()
case = cur.move(self)
if delay is not None:
print('\n'*10)
self.show(cur)
time.sleep(delay)
if case == 'solved':
self.solution = cur
break
elif case == 'fork':
unchecked = [i for i in self.validDirections(cur.end) if cur.end.move(i) != cur.prev]
paths.extend([cur + i for i in unchecked])
def parse_mcrl2_syntax(filename):
result = []
text = path(filename).text()
sections = map(string.strip, text.split(r'//---', re.S | re.M))[1:]
for section in sections:
paragraphs = re.split('\n\s*\n', section)
title = paragraphs[0].strip()
# skip the identifiers and whitespace sections
if title in ['Identifiers', 'Whitespace']:
continue
productions = paragraphs[1:]
result.append((title, map(parse_production, productions)))
return result
def resetbyRegexp(expr):
"""
Re-initialisation of sent files logged in the XML file using a regexp pattern
Consult the python howto regexp for the syntax
Examples:
.* : all files
.*\.txt$ : all files with extension ".txt"
monrep\\.* : all files containing the phrase monrep
"""
def _checkresetregexTags(DRef):
DRef.pathdict(directory)
NbFile=0
NbReinitFile=0
pattern=re.compile(expr)
for myfile in DRef.dict:
if(DRef.dict[myfile].tag == xfl.TAG_FILE):
NbFile+=1
res=pattern.match(str(myfile))
if res!=None:
NbFile+=1
NbReinitFile+=1
print (" %s" % myfile)
for attr in (ATTR_LASTSEND, ATTR_NBSEND):
DRef.dict[myfile].set(attr, str(0))
debugprint(u'Initialisation of %d file(s) on %d.' % (NbReinitFile, NbFile))
"""
DRef = xfl.DirTree() #ref directory
DRef.read_file(XFLFile)
DRef.pathdict()
"""
DRef = xfl.DirTree()
if not path(XFLFile).isfile():
return
dirlist=DRef.read_recovery_file(XFLFile)
dircount=0
sessionFile=XFLFile
sessRoot,ext=os.path.splitext(sessionFile)
while dircount < len(dirlist):
directory=dirlist[dircount][0]# get the directory name for this iteration
dirlevel=dirlist[dircount][1]# and the directory level
XFLFile1=sessRoot+'_'+str(dircount)+ext # create the session file to index the iteration files
filelist=DRef.read_file(XFLFile1)
NbReinitFile=_checkresetregexTags(DRef)
if NbReinitFile > 0:
DRef.write_file(XFLFile)
dircount+=1
print (u"Finished scan, %d files re-initialised" %NbreinitFile)
def sanitize(filename):
"""
Walks the directory recursively and sanitizes filenames that match the given pattern.
"""
for f in path(".").walkfiles(filename):
source = f.text()
if re.search("[\t ]+\n", source):
print "/".join((f.parent, f.name)) + " has whitespace before a newline"
if re.search("[ ]+\t", source):
print "/".join((f.parent, f.name)) + " has tabs after spaces"
sanitized = re.sub("[\t ]+\n", "\n", source)
sanitized = re.sub("([ ]+)\t", "\\1 ", sanitized)
f.write_text(sanitized)
def configure(self, _):
target = self.dir / "etc" / "grid" / "config.xml"
if target.exists():
print "Target %s already exists. Skipping..." % target
return # Early exit!
if not self.cfg.exists():
print "%s not found. Copying old files" % self.cfg
from path import path
old_grid = path("OMERO-CURRENT") / "etc" / "grid"
old_cfg = old_grid / "config.xml"
old_cfg.copy(target)
else:
self.cfg.copy(target)
_(["config", "set", "omero.web.server_list", WEB]) # TODO: Unneeded if copy old?
for line in fileinput.input([self.dir / "etc" / "grid" / "templates.xml"], inplace=True):
print line.replace("Xmx512M", self.mem).replace("Xmx256M", self.mem),
def read_file(self, filename):
"""
to read the DirTree from an XML file.
"""
flist = []
self.tree = ET.parse(filename)
self.et = self.tree.getroot()
self.rootpath = self.et.get(ATTR_NAME)
if "AROWsynchro.xml" in filename:
dirs = self.et.findall('file')
for f in path(self.rootpath).files("AROWsynchro_*"):
found = False
for dirt in dirs:
if os.path.split(f)[1] == dirt.text:
#f= path(child.tag)
#g=os.path.join(self.rootpath,f)
found = True
flist.append(f)
if not found:
os.remove(f)
return flist
def resetbyDate(ResetDate,XFLFile):
"""
Initialisation within the XML file by date
Use file timestamp within the tree structure to easily identify the time of non-transmission
"""
def _checkresetdateTags(DRef):
DRef.pathdict(directory)
NbFile=0
NbReinitFile=0
for myfile in DRef.dict:
if(DRef.dict[myfile].tag == xfl.TAG_FILE):
NbFile+=1
if float(DRef.dict[myfile].get(ATTR_LASTSEND)) > ResetDate:
#if float(DRef.dict[myfile].get(bftp.ATTR_LASTSEND)) > ResetDate:
NbReinitFile+=1
print (" %s sent earlier than %s \n" % (myfile,ResetDate))
for attr in (ATTR_LASTSEND, ATTR_NBSEND):
#for attr in (bftp.ATTR_LASTSEND, bftp.ATTR_NBSEND):
DRef.dict[myfile].set(attr, str(0))
debugprint('Initialisation of %d file(s) on %d.' % (NbReinitFile, NbFile))
return NbReinitFile
DRef = xfl.DirTree()
if not path(XFLFile).isfile():
return
dirlist=DRef.read_recovery_file(XFLFile)
dircount=0
sessionFile=XFLFile
sessRoot,ext=os.path.splitext(sessionFile)
while dircount < len(dirlist):
directory=dirlist[dircount][0]# get the directory name for this iteration
dirlevel=dirlist[dircount][1]# and the directory level
XFLFile1=sessRoot+'_'+str(dircount)+ext # create the session file to index the iteration files
filelist=DRef.read_file(XFLFile1)
NbReinitFile=_checkresetdateTags(DRef)
if NbReinitFile > 0:
DRef.write_file(XFLFile1)
dircount+=1
print (u"Finished scan, %d files re-initialised" %NbReinitFile)
def configure(self, copyold, prestartfile):
def samecontents(a, b):
# os.path.samefile is not available on Windows
try:
return os.path.samefile(a, b)
except AttributeError:
with open(a) as fa:
with open(b) as fb:
return fa.read() == fb.read()
target = self.dir / "etc" / "grid" / "config.xml"
if copyold:
from path import path
old_grid = path(self.args.sym) / "etc" / "grid"
old_cfg = old_grid / "config.xml"
log.info("Copying old configuration from %s", old_cfg)
if not old_cfg.exists():
raise Stop(40, 'config.xml not found')
if target.exists() and samecontents(old_cfg, target):
# This likely is caused by the symlink being
# created early on an initial install.
pass
else:
old_cfg.copy(target)
else:
if target.exists():
log.info('Deleting configuration file %s', target)
target.remove()
if prestartfile:
for f in prestartfile:
log.info('Loading prestart file %s', f)
ftype, fpath = fileutils.get_as_local_path(f, 'backup')
if ftype != 'file':
raise Stop(50, 'Expected file, found: %s %s' % (ftype, f))
self.run(['load', fpath])
rom django.urls import include,path
from rest_framework import routers
from . import views
#router=routers.DefaultRouter()
#router.register(r'listassets',views.userViewSet.as_view({'get':'list'}),basename='listassets')
urlpatterns=[
#path('',include(router.urls)),
path('user/',views.userViewSet.as_view({'get':'list','post':'create'})),
path('user/<int:pk>/',views.userViewSet.as_view({'delete':'destroy'})),
path('deposit/',views.depositViewSet.as_view({'get':'list','post':'create'})),
path('deposit/<int:pk>/',views.depositViewSet.as_view({'delete':'destroy'})),
path('withdraw/',views.withdrawViewSet.as_view({'get':'list','post':'create'})),
path('withdraw/<int:pk>/',views.withdrawViewSet.as_view({'delete':'destroy'})),
path('api-auth/', include('rest_framework.urls' , namespace='rest_framework')),
]
def multiparm_path(node, parm):
path_var = path.vm_filename_plane(node, parm)
path(node, path_var)
rom django.urls import path
from book.views import index
urlpatterns = [
path('index/',index)
]
rom django.urls import path
import adminapp.views as adminapp
app_name = 'adminapp'
urlpatterns = [
# url(r'^users/create/$', adminapp.user_create, name='user_create'),
# url(r'^users/read/$', adminapp.users, name='users'),
# url(r'^users/update/(?P<pk>\d+)/$', adminapp.user_update, name='user_update'),
# url(r'^users/delete/(?P<pk>\d+)/$', adminapp.user_delete, name='user_delete'),
# url(r'^categories/create/$', adminapp.category_create,name='category_create'),
# url(r'^categories/read/$', adminapp.categories, name='categories'),
# url(r'^categories/update/(?P<pk>\d+)/$', adminapp.category_update, name='category_update'),
# url(r'^categories/delete/(?P<pk>\d+)/$', adminapp.category_delete, name='category_delete'),
path('products/create/', adminapp.ProductCreateView.as_view(), name='product_create'),
path('products/read/', adminapp.ProductListView.as_view(), name='products'),
path('products/read/category/<int:category_pk>/', adminapp.ProductListView.as_view(), name='products_by_category'),
path('products/read/<int:pk>/', adminapp.ProductDetailView.as_view(), name='product_read'),
path('products/update/<int:pk>/', adminapp.ProductUpdateView.as_view(), name='product_update'),
path('products/delete/<int:pk>/', adminapp.ProductDeleteView.as_view(), name='product_delete'),
]
def callback_file_print(file, element):
"""
sample callback function to print file path.
"""
print(" - " + file)
#--- MAIN ---------------------------------------------------------------------
if __name__ == "__main__":
if len(sys.argv) < 3:
print(__doc__)
print(u"usage: python %s <root path> <xml file> [previous xml file]" %
path(sys.argv[0]).name)
sys.exit(1)
d = DirTree()
d.read_disk(sys.argv[1], callback_dir_print, callback_file_print)
d.write_file(sys.argv[2])
if len(sys.argv) > 3:
d2 = DirTree()
d2.read_file(sys.argv[3])
same, different, only1, only2 = compare_DT(d, d2)
print("\nSAME:")
for f in sorted(same):
print(" " + f)
print(u"\nDIFFERENT:")
for f in sorted(different):
print(" " + f)
print(u"\nNEW:")
import os
from path import *
for file in path('../games/fail').walkfiles('*.pdn'):
print file
os.system('cat "%s" | ../dparser/pdn' % file)
for file in path('../games/succeed').walkfiles('*.pdn'):
print file
os.system('cat "%s" | ../dparser/pdn' % file)
import os
from path import *
from pdn_reading_tpg import *
for file in path('../games').walkfiles('*.pdn'):
print file
text = path(file).text()
pdn_parse(text)
The `urlpatterns` list routes URLs to views. For more information please see:
https://docs.djangoproject.com/en/2.0/topics/http/urls/
Examples:
Function views
1. Add an import: from my_app import views
2. Add a URL to urlpatterns: path('', views.home, name='home')
Class-based views
1. Add an import: from other_app.views import Home
2. Add a URL to urlpatterns: path('', Home.as_view(), name='home')
Including another URLconf
1. Import the include() function: from django.urls import include, path
2. Add a URL to urlpatterns: path('blog/', include('blog.urls'))
"""
from django.contrib import admin
from django.urls import path
from home.views import homepage
urlpatterns = [
path('admin/', admin.site.urls),
path('', homepage),
]
U
I1°_Nã@sLdZddlmZddlmZmZedejjƒededƒƒededƒƒgZd S)
approject URL Configuration
The `urlpatterns` list routes URLs to views. For more information please see:
https://docs.djangoproject.com/en/3.1/topics/http/urls/
Examples:
Function views
1. Add an import: from my_app import views
2. Add a URL to urlpatterns: path('', views.home, name='home')
Class-based views
1. Add an import: from other_app.views import Home
2. Add a URL to urlpatterns: path('', Home.as_view(), name='home')
Including another URLconf
1. Import the include() function: from django.urls import include, path
2. Add a URL to urlpatterns: path('blog/', include('blog.urls'))
é)Úadmin)ÚpathÚincludezadmin/zcatalog/z catalog.urlszblog/z blog.urlsN) Ú__doc__Zdjango.contribrÚ django.urlsrrÚsiteÚurlsÚ urlpatterns©r
r
ú(/home/azaliya/AK/project/project/urls.pyÚ<module>s ý
{#Code Mostly from Code Insitute#}
from django.urls import path
from . import views
urlpatterns = [
path('', views.all_products, name='products'),
path('<product_id>', views.product_detail, name='product_detail'),
]
зfrom django.urls import path
from mon_app.api.competitor_products_api import api_productcompetitor_id, api_productcompetitor
from mon_app.api.my_products_api import api_productmy_id, api_productmy
from mon_app.api.match_api import api_match_id, api_match
from .views import index, parsing, support
urlpatterns = [
path('', index, name='index_url'),
path('parsing/', parsing, name='parsing_url'),
path('support/', support, name='support_url'),
path('api/productcompetitor/<id>', api_productcompetitor_id, name='api_productcompetitor_id_url'),
path('api/productcompetitor/', api_productcompetitor, name='api_productcompetitor_url'),
path('api/productmy/<id>', api_productmy_id, name='api_productmy_id_url'),
path('api/productmy/', api_productmy, name='api_productmy_url'),
path('api/match/<id>', api_match_id, name='api_match_id_url'),
path('api/match/', api_match, name='api_match_url')
]
sfrom django.urls import path
from blog.views import (AboutView,
PostListView,
PostDetailView,
CreatePostView,
PostUpdateView,
PostDeleteView,
DraftListView,
add_comment_to_post,
comment_approve,
comment_remove,
post_publish,signupview)
urlpatterns = [
path('',PostListView.as_view(),name='post_list'),
path('about/',AboutView.as_view(),name='aboutview'),
path('post/<int:pk>',PostDetailView.as_view(),name='post_detail'),
path('post/new/',CreatePostView.as_view(),name='new_post'),
path('post/<int:pk>/edit/',PostUpdateView.as_view(),name='post_edit'),
path('post/<int:pk>/remove/',PostDeleteView.as_view(),name='post_remove'),
path('drafts/',DraftListView.as_view(),name='post_draft_list'),
path('post/<int:pk>/comments/',add_comment_to_post,name='add_comment_to_post'),
path('comment/<int:pk>/approve/',comment_approve,name='comment_approve'),
path('comment/<int:pk>/remove/',comment_remove,name='comment_remove'),
path('post/<int:pk>/publish/',post_publish,name='post_publish'),
path('signup/',signupview,name='signup'),
]
TrackerListViewfrom django.urls import path
from blog.views import general, category, subcategory, affiliate_program, affiliate_tag, top_money_post, top_money_product
app_name = 'blog'
urlpatterns = [
path('manage/', general.BlogManage.as_view(), name='manage'),
# CATEGORY URLS
path('categories/', category.CategoryListView.as_view(), name='category-list'),
path('category/<int:pk>/subcategories/', category.CategoryDetailListView.as_view(), name='category-detail-list'),
path('category-create/', category.CategoryCreateView.as_view(), name='category-create'),
path('category-update/<int:pk>/', category.CategoryUpdateView.as_view(), name='category-update'),
path('category-delete/<int:pk>/', category.CategoryDeleteView.as_view(), name='category-delete'),
# SUBCATEGORY URLS
path('subcategories/', subcategory.SubCategoryListView.as_view(), name='subcategory-list'),
path('subcategory/<int:pk>/posts/', subcategory.SubCategoryDetailListView.as_view(), name='subcategory-detail-list'),
path('subcategory-create/', subcategory.SubCategoryCreateView.as_view(), name='subcategory-create'),
path('subcategory-update/<int:pk>/', subcategory.SubCategoryUpdateView.as_view(), name='subcategory-update'),
path('subcategory-delete/<int:pk>/', subcategory.SubCategoryDeleteView.as_view(), name='subcategory-delete'),
# AFFILIATE PROGRAM URLS
path('affiliate-programs/', affiliate_program.AffiliateProgramListView.as_view(), name='affiliate-program-list'),
path('affiliate-program/<int:pk>/', affiliate_program.AffiliateProgramDetailView.as_view(), name='affiliate-program-detail'),
path('affiliate-program-create/', affiliate_program.AffiliateProgramCreateView.as_view(), name='affiliate-program-create'),
path('affiliate-program-update/<int:pk>/', affiliate_program.AffiliateProgramUpdateView.as_view(), name='affiliate-program-update'),
path('affiliate-program-delete/<int:pk>/', affiliate_program.AffiliateProgramDeleteView.as_view(), name='affiliate-program-delete'),
# AFFILIATE TAG URLS
path('affiliate-tags/', affiliate_tag.AffiliateTagListView.as_view(), name='affiliate-tag-list'),
path('affiliate-tag/<int:pk>/', affiliate_tag.AffiliateTagDetailView.as_view(), name='affiliate-tag-detail'),
#!/usr/bin/env python import tf import rospy import roslib import math import numpy as np import time from controller import * from path import * #pull path info and create path p1 = path() #get path path = p1.get_path() #send path to controller to move jorge cont = controller(path, True) #second arg determines whether it gives output
"""step_tours URL Configuration
The `urlpatterns` list routes URLs to views. For more information please see:
https://docs.djangoproject.com/en/3.0/topics/http/urls/
Examples:
Function views
1. Add an import: from my_app import views
2. Add a URL to urlpatterns: path('', views.home, name='home')
Class-based views
1. Add an import: from other_app.views import Home
2. Add a URL to urlpatterns: path('', Home.as_view(), name='home')
Including another URLconf
1. Import the include() function: from django.urls import include, path
2. Add a URL to urlpatterns: path('blog/', include('blog.urls'))
"""
import path as path
from django.contrib import admin
from django.urls import path
from tours.views import MainView, DepartureView, TourView
urlpatterns = [
path('', MainView.as_view(), name='main'),
path('departure/<str:departure>/',
DepartureView.as_view(),
name='departure'),
path('tour/<int:id>/', TourView.as_view(), name='tour'),
path('admin/', admin.site.urls),
]
rom django.urls import path
from . import views
urlpatterns = [
path('/login/', views.login , name='accounts-login_user_view'),
, path('/createaccount/', views.create_account, name='accounts-createaccount')
, path()
]