def testCommand(args, options):
problemName = args[0]
directory = os.path.join(os.getcwd(), problemName)
if not os.path.exists(problemName):
promptToFetch(args, options)
return
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(args[1])
if args[1:] else selectProgramFile(problemName))
if programFile == -1:
return
print("🔎 Running tests on " + programFile["name"])
if shouldCompile(programFile):
if compile(programFile, directory) == -1:
return
inFiles, ansFiles = getTestFiles(problemName)
passed = True
command = getRunCommand(programFile)
if command == -1:
return
for inF, ansF in zip(inFiles, ansFiles):
result = runSingleTest(command, directory, inF, ansF)
if not result:
passed = False
if passed and "archive" in options:
archiveCommand(args, options)
def watchCommand(args, options):
problemName = args[0]
directory = os.path.join(os.getcwd(), problemName)
if not os.path.exists(problemName):
promptToFetch(args, options)
return
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(args[1])
if args[1:] else selectProgramFile(problemName))
if programFile == -1:
return
event_handler = KatWatchEventHandler(problemName, programFile)
observer = Observer()
observer.schedule(event_handler, directory)
observer.start()
print("🕵️ Watching " + programFile["relativePath"] + " for changes")
try:
while True:
time.sleep(1)
except KeyboardInterrupt:
observer.stop()
observer.join()
def watchCommand(data):
problemName = data["problem"]
directory = os.path.join(os.getcwd(), problemName)
if not os.path.exists(problemName):
promptToFetch(problemName)
return
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(data["file"]) if "file" in data
and data['file'] else selectProgramFile(problemName))
if not programFile:
return
observer = Observer()
event_handler = KatWatchEventHandler(
{
**data, "file": programFile["relativePath"]
}, observer)
observer.schedule(event_handler, directory)
observer.start()
print("🕵️ Watching " + programFile["relativePath"] +
" for changes. Press Ctrl+C to terminate.")
try:
while True:
time.sleep(1)
except KeyboardInterrupt:
observer.stop()
observer.join()
def archive(problemName, folder=".archive/"):
if os.path.exists(folder + problemName):
return
if not os.path.exists(problemName):
promptToFetch(problemName)
return
shutil.move(problemName, folder + problemName)
print("📦 Moved problem", problemName, "to " + folder[:-1])
def unarchive(problemName):
folder = findProblemLocation(problemName)
if folder is None:
print("️️⚠️ You do not have this problem in your files")
promptToFetch(problemName)
if not folder:
return
shutil.move(folder + problemName, problemName)
print("📦 Moved problem", problemName, "to main folder")
def unarchive(problemName, folder=None):
if folder is None:
folder = findProblemLocation(problemName)
if folder is None:
print("️️⚠️ You do not have this problem in your files")
promptToFetch(problemName)
if not folder:
return
try:
shutil.move(folder + problemName, problemName)
print(f"📦 Moved problem, {problemName}, to main folder from {folder}")
except FileNotFoundError:
print(f'Error: Problem "{problemName}" was not found in {folder}')
def testCommand(args, options):
problemName = args[0]
testIndice = args[1:] # gets test indexes for singulartests
singularTest = len(testIndice) > 0 # bool for singulartests
directory = os.path.join(os.getcwd(), problemName)
# if it's a range of numbers (1-4) convert to list [1,2,3,4]
# otherwise, convert to ints
if singularTest:
if not testIndice[0].isdigit():
rangeIs = testIndice[0].split("-")
testIndice = list(range(int(rangeIs[0]), int(rangeIs[1]) + 1))
else:
testIndice = [int(x) for x in testIndice]
if not os.path.exists(problemName):
promptToFetch(args, options)
return
# if programFile is not given, we will attempt to guess it
programFile = selectProgramFile(problemName)
if programFile == -1:
return
print("🔎 Running tests on " + programFile["name"])
if shouldCompile(programFile):
if compile(programFile, directory) == -1:
return
inFiles, ansFiles = getTestFiles(problemName)
passed = True
command = getRunCommand(programFile)
if command == -1:
return
for i, (inF, ansF) in enumerate(zip(inFiles, ansFiles)):
if singularTest:
if i + 1 in testIndice:
result = runSingleTest(command, directory, inF, ansF)
else:
result = True
else:
result = runSingleTest(command, directory, inF, ansF)
if not result:
passed = False
if passed and "archive" in options:
archiveCommand(args, options)
def submitCommand(data):
problemName: str = data["problem"]
checkCorrectDomain(problemName, "submit")
if not os.path.exists(problemName):
promptToFetch(problemName)
return Response.Error
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(data.get("file"))
if data.get("file") else selectProgramFile(problemName))
if programFile == None:
raise Exception("Could not guess programFile")
if "force" not in data or not data.get('force'):
response = confirm(problemName, programFile)
if not response: return Response.Aborted
try:
session = requests.Session()
print("📨 Submitting " + problemName + "...")
id = postSubmission(session, problemName, programFile)
print(
f"📬 Submission Successful (url {getConfigUrl('submissionsurl', 'submissions')}/{id})"
)
if id == None:
return False
response = Response.Failure
try:
response = printUntilDone(id, problemName, session)
except:
pass
if data.get('sound'):
if response == Response.Success:
winsound()
elif response == Response.Failure:
losesound()
if response == Response.Success:
if data.get('archive'):
archive(problemName, ".solved/")
return response
except requests.exceptions.ConnectionError:
print("Connection error: Please check your connection")
return Response.Error
def submitCommand(args, options):
problemName = args[0]
directory = os.path.join(os.getcwd(), problemName)
if not os.path.exists(problemName):
promptToFetch(args, options)
return Response.Error
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(args[1])
if args[1:] else selectProgramFile(problemName))
if programFile == -1:
raise Exception("Could not guess programFile")
if "force" not in options:
response = confirm(problemName, programFile)
if not response: return Response.Aborted
config = getConfig()
session = requests.Session()
print("📨 Submitting " + problemName + "...")
id = postSubmission(config, session, problemName, programFile)
print("📬 Submission Successful (url https://open.kattis.com/submissions/" +
id + ")")
if id == -1:
return False
response = Response.Failure
try:
response = printUntilDone(id, problemName, config, session, options)
except:
pass
if "sound" in options:
if response == Response.Success:
winsound()
elif response == Response.Failure:
losesound()
if response == Response.Success:
if "archive" in options:
archiveCommand(problemName, options, ".solved/")
return response
def submitCommand(data):
problemName = data["problem"]
if not os.path.exists(problemName):
promptToFetch(problemName)
return Response.Error
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(data.get("file"))
if data.get("file") else selectProgramFile(problemName))
if programFile == -1:
raise Exception("Could not guess programFile")
if "force" not in data or not data.get('force'):
response = confirm(problemName, programFile)
if not response: return Response.Aborted
session = requests.Session()
print("📨 Submitting " + problemName + "...")
id = postSubmission(session, problemName, programFile)
print("📬 Submission Successful (url " +
getConfigUrl("submissionsurl", "submissions") + "/" + id + ")")
if id == -1:
return False
response = Response.Failure
try:
response = printUntilDone(id, problemName, session)
except:
pass
if data.get('sound'):
if response == Response.Success:
winsound()
elif response == Response.Failure:
losesound()
if response == Response.Success:
if data.get('archive'):
archive(problemName, ".solved/")
return response
def testCommand(data: dict):
problemName = data['problem']
directory = os.path.join(os.getcwd(), problemName)
if not os.path.exists(problemName):
promptToFetch(problemName)
return
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(data["file"])
if data.get('file') else selectProgramFile(problemName))
if not programFile:
return
print("🔎 Running tests on " + programFile["name"])
if shouldCompile(programFile):
if compile(programFile, directory) == -1:
return
inFiles, ansFiles = getTestFiles(problemName)
command = getRunCommand(programFile)
if command == -1:
return
testsToRun = data.get('interval')
passed = True
times = []
for i, (inF, ansF) in enumerate(zip(inFiles, ansFiles)):
if testsToRun and i not in testsToRun:
continue
result, time = runSingleTest(command, directory, inF, ansF)
if not result:
passed = False
else:
times.append(time)
times.sort()
if passed:
if len(times) == 1:
print(f"🕑 Test took {times[0]:0.2f} seconds")
else:
print(
f"🕑 Tests took from {times[0]:0.2f} to {times[-1]:0.2f} seconds"
)
shouldEnd = None
if passed:
if data.get('submit'):
submitCommand({
"problem": problemName,
"file": programFile['relativePath']
})
shouldEnd = True
if data.get('archive'):
archive(problemName)
shouldEnd = True
if shouldEnd:
return shouldEnd
def testCommand(data: dict):
problemName = data['problem']
directory = os.path.join(os.getcwd(), problemName)
if not os.path.exists(problemName):
promptToFetch(problemName)
return
# if programFile is not given, we will attempt to guess it
programFile = (formatProgramFile(data["file"])
if data.get('file') else selectProgramFile(problemName))
if not programFile:
return
command = getAndPrepareRunCommand(programFile)
if command == None:
return
print("🔎 Running tests on " + programFile["name"])
inFiles, ansFiles = getTestFiles(problemName)
if not inFiles and not ansFiles:
print("This problem doesn't seem to have any tests...")
print("Will not test.")
return
testsToRun = data.get('interval')
passed = True
times = []
try:
for i, (inF, ansF) in enumerate(zip(inFiles, ansFiles)):
if testsToRun and i not in testsToRun:
continue
result, time = runSingleTest(command, directory, inF, ansF)
if not result:
passed = False
else:
times.append(time)
except KeyboardInterrupt:
print('Ending tests due to keyboard interrupt...')
return
times.sort()
if passed:
if len(times) == 1:
print(f"🕑 Test took {times[0]:0.2f} seconds")
else:
print(
f"🕑 Tests took from {times[0]:0.2f} to {times[-1]:0.2f} seconds"
)
shouldEnd = None
if passed:
if data.get('submit'):
submitCommand({
"problem": problemName,
"file": programFile['relativePath'],
"archive": data.get('archive')
})
shouldEnd = True
elif data.get('archive'):
archive(problemName)
shouldEnd = True
if shouldEnd:
return shouldEnd
