def callback(ch, method, properties, body):
print " [x] Received judge request %r" % (body,) # for debug
s = Sub()
try:
s.getSub(body)
c = Compile()
c.compile(s)
except Exception, e:
print 'compile err| ', Exception, ':', e # for debug
def callback(ch, method, properties, body):
print " [x] Received judge request %r" % (body, ) # for debug
s = Sub()
try:
s.getSub(body)
c = Compile()
c.compile(s)
except Exception, e:
print 'compile err| ', Exception, ':', e # for debug
def act(self, token):
word = token.word
if word == ':':
if self.compile:
print('Already in compile mode!')
return False
self.compile = Compile()
elif word == ';':
if not self.compile:
print('Not in compile mode!')
return False
self.compile.finish(self)
self.compile = None
elif self.compile:
try:
self.compile.take(token)
except CompileException as e:
print(e)
self.compile = None
elif word == 'variable':
if self.lex:
name = next(self.lex)
if name.isstringliteral:
raise ForthException('Expected name, not string')
name = name.word
index = self.memory.create_var(name)
self.on(name, lambda s: s.istack.push(index))
else:
raise ForthException("No name variable name given")
elif word == 'constant':
if self.lex:
name = next(self.lex)
if name.isstringliteral:
raise ForthException('Expected name, not string')
name = name.word
n1 = self.istack.pop()
self.on(name, lambda s: s.istack.push(n1))
else:
raise ForthException("No name variable name given")
elif isInt(word):
self.istack.push(int(word))
elif isFloat(word):
self.fstack.push(float(word))
elif token.isstringliteral:
print(word, end='')
elif word in self.dict:
self.dict[word](self)
else:
raise ForthException('Unknown Token: ' + word)
return True
def __init__(self, comp=False, conf=False):
'''
Initiate the diagnosis finder.
Parameters:
comp - Recompiles the data files if set to True
conf - Supply a Conf object
'''
if(conf):
self.conf=conf
else:
self.conf=Conf()
self.compiler=Compile(conf)
if(comp):
self.compiler.compile()
self.index=Index(conf)
def generate(self):
for dep in self.deps:
api_object = ApiObject()
self.generated_api[dep.__name__]= Compile.generate(dep)
response = {}
for k,v in self.generated_api.iteritems():
response[k] = []
for data in self.generated_api[k]:
response[k].append(data.__dict__)
with open('data.txt', 'wb') as outfile:
json.dump(response, outfile)
return self.conf
def __init__(self, comp=False, conf=False):
"""
Initiate the diagnosis finder.
Parameters:
comp - Recompiles the data files if set to True
conf - Supply a Conf object
"""
if conf:
self.conf = conf
else:
self.conf = Conf()
self.compiler = Compile(conf)
if comp:
self.compiler.compile()
self.index = Index(conf)
def BuildAndDeploy(contractName):
Compile(contractName)
try:
os.system("punica deploy --avm " +
os.path.join(GetBuildFolderPath(), contractName) +
".avm --config " +
os.path.join(GetContractsFolderPath(), contractName) +
"-config.json")
except:
print(sys.exc_info()[0])
with open(GetDestAbiFilePath(contractName), "r") as f:
dict_abi = json.loads(f.read())
contract_address_tmp = dict_abi['hash'].replace('0x', '')
contract_address = [
contract_address_tmp[i:i + 2]
for i in range(0, len(contract_address_tmp), 2)
]
return contract_address
class DDStorm:
""" Provides the class for finding differential diagnosis. """
conf = False
def __init__(self, comp=False, conf=False):
"""
Initiate the diagnosis finder.
Parameters:
comp - Recompiles the data files if set to True
conf - Supply a Conf object
"""
if conf:
self.conf = conf
else:
self.conf = Conf()
self.compiler = Compile(conf)
if comp:
self.compiler.compile()
self.index = Index(conf)
def dd(self, symptoms):
"""
Find the differential diagnosis list.
Parameter:
symptom - list of strings containing symptoms
Return value:
List of strings containing the differential diagnosis
"""
# Return empty list if symptom list is empty
if not symptoms:
return
# Find DD of first symptom and discard it
diff1 = self._getDiff(symptoms.pop(0))
# Loop through the rest of the list
for s in symptoms:
# Find DD of the current item in the list
diff2 = self._getDiff(s)
# List for temporary holding the DDs
temp = []
# Make both lists the same length by appending empty strings to the end
if len(diff1) > len(diff2):
diff2 += [""] * (len(diff1) - len(diff2))
elif len(diff2) > len(diff1):
diff1 += [""] * (len(diff2) - len(diff1))
# Loop over both lists
for (s1, s2) in zip(diff1, diff2):
# Add s1 to temp if s1 or any of its upstream ancestor is common to both list
if (s1 not in temp) and (len(s1) > 0):
if s1 in diff2:
temp.append(s1)
else:
us = self.index.upstream(s1)
for i in us:
if i in diff2:
temp.append(i)
# Add s2 to temp if s2 or any of its upstream ancestor is common to both list
if (s2 not in temp) and (len(s2) > 0):
if s2 in diff1:
temp.append(s2)
else:
us = self.index.upstream(s2)
for i in us:
if i in diff1:
temp.append(i)
# Copy temp to first list
diff1 = list(temp)
return diff1
def _getDiff(self, symptom):
""" Return differential diagnosis for a single symptom """
diff = []
symptom = symptom.lower().replace("_", " ").replace("-", " ")
if os.path.isfile(self.conf.get("module_path") + symptom + ".module"):
with open(self.conf.get("module_path") + symptom + ".module", "r") as mf:
for line in mf:
diff.append(line.strip())
return diff
def symptoms(self):
"""
Return a full list of available symptoms
Return value:
List of string containing symptoms
"""
symp = []
for n in os.listdir(self.conf.get("module_path")):
symp.append(os.path.splitext(os.path.basename(n))[0].capitalize())
return symp
def start_compile(path: str, *args, **kwargs) -> None:
Compile(path)
dest="compiler",
help="Specify the C compiler to use")
parser.add_argument("-o", dest="output", help="Specify the output dir")
args = parser.parse_args()
session = Tokenizer(args.inputFiles, args.debug, args.verbose)
if args.verbose:
print("Scanning %s..." % args.inputFiles)
session.scanFiles()
if args.verbose:
print("Found %s files to parse" % str(len(session.jobs)))
session.tokenizeFiles()
if args.debug:
session.writeFiles()
lex = Lexer(session.jobs)
session.jobs = lex.processJobs()
transpile = Transpiler(session.jobs, args.verbose)
transpile.processJobs()
files = transpile.writeFiles()
compiler = "gcc"
if args.compiler:
compiler = args.compiler
if len(files) > 0 and args.output:
c = Compile(files, args.output, compiler)
c.compile()
#!/usr/bin/env python
import time
from compile import Compile
from sub import Sub
from judge import Judge
c = Compile()
s = Sub()
s.sid = 1
s.lang = 'g++'
c.compile(s)
print 'ce:'+s.ce
print 'status:'+str(s.status)
s.pid = 15
s.case_cnt = 1
s.time_lim = 1000
s.mem_lim = 10240
s.case_lim = [{'time':1000, 'mem':4000},]
j = Judge()
j.judge(s)
print 'status:'+str(s.status)
print s.case_res
#!/usr/bin/env python3 # -*- coding: utf-8 -*- """ Created on Fri Aug 14 19:56:56 2020 @author: aishit """ from generate_latex import Gen_Latex from compile import Compile Gen_Latex() Compile()
class State:
def __init__(self):
self.istack = Stack()
self.rstack = Stack()
self.fstack = Stack()
self.memory = Memory()
self.lex = None
self.dict = {}
self.compile = None
def on(self, word, action):
self.dict[word] = action
def act_all(self, tokens):
for token in tokens:
if callable(token):
token(self)
elif type(token) == type([]):
self.act_all(token)
else:
self.act(token)
def act(self, token):
word = token.word
if word == ':':
if self.compile:
print('Already in compile mode!')
return False
self.compile = Compile()
elif word == ';':
if not self.compile:
print('Not in compile mode!')
return False
self.compile.finish(self)
self.compile = None
elif self.compile:
try:
self.compile.take(token)
except CompileException as e:
print(e)
self.compile = None
elif word == 'variable':
if self.lex:
name = next(self.lex)
if name.isstringliteral:
raise ForthException('Expected name, not string')
name = name.word
index = self.memory.create_var(name)
self.on(name, lambda s: s.istack.push(index))
else:
raise ForthException("No name variable name given")
elif word == 'constant':
if self.lex:
name = next(self.lex)
if name.isstringliteral:
raise ForthException('Expected name, not string')
name = name.word
n1 = self.istack.pop()
self.on(name, lambda s: s.istack.push(n1))
else:
raise ForthException("No name variable name given")
elif isInt(word):
self.istack.push(int(word))
elif isFloat(word):
self.fstack.push(float(word))
elif token.isstringliteral:
print(word, end='')
elif word in self.dict:
self.dict[word](self)
else:
raise ForthException('Unknown Token: ' + word)
return True
def parse_text(self, text):
self.lex = iter(Lexer(text))
for token in self.lex:
if not self.act(token):
self.lex = None
return False
self.lex = None
return True
class DDStorm:
''' Provides the class for finding differential diagnosis. '''
conf=False
def __init__(self, comp=False, conf=False):
'''
Initiate the diagnosis finder.
Parameters:
comp - Recompiles the data files if set to True
conf - Supply a Conf object
'''
if(conf):
self.conf=conf
else:
self.conf=Conf()
self.compiler=Compile(conf)
if(comp):
self.compiler.compile()
self.index=Index(conf)
def dd(self, symptoms):
'''
Find the differential diagnosis list.
Parameter:
symptom - list of strings containing symptoms
Return value:
List of strings containing the differential diagnosis
'''
# Return empty list if symptom list is empty
if(not symptoms):
return
# Find DD of first symptom and discard it
diff1=self._getDiff(symptoms.pop(0))
# Loop through the rest of the list
for s in symptoms:
# Find DD of the current item in the list
diff2=self._getDiff(s)
# List for temporary holding the DDs
temp=[]
# Make both lists the same length by appending empty strings to the end
if(len(diff1)>len(diff2)):
diff2+=[""]*(len(diff1)-len(diff2))
elif(len(diff2)>len(diff1)):
diff1+=[""]*(len(diff2)-len(diff1))
# Loop over both lists
for (s1, s2) in zip(diff1, diff2):
# Add s1 to temp if s1 or any of its upstream ancestor is common to both list
if((s1 not in temp) and (len(s1)>0)):
if(s1 in diff2):
temp.append(s1)
else:
us=self.index.upstream(s1)
for i in us:
if(i in diff2):
temp.append(i)
# Add s2 to temp if s2 or any of its upstream ancestor is common to both list
if((s2 not in temp) and (len(s2)>0)):
if(s2 in diff1):
temp.append(s2)
else:
us=self.index.upstream(s2)
for i in us:
if(i in diff1):
temp.append(i)
# Copy temp to first list
diff1=list(temp)
return diff1
def _getDiff(self, symptom):
''' Return differential diagnosis for a single symptom '''
diff=[]
symptom=symptom.lower().replace("_"," ").replace("-", " ")
if(os.path.isfile(self.conf.get("module_path")+symptom+".module")):
with open(self.conf.get("module_path")+symptom+".module", "r") as mf:
for line in mf:
diff.append(line.strip())
return diff
def symptoms(self):
'''
Return a full list of available symptoms
Return value:
List of string containing symptoms
'''
symp=[]
for n in os.listdir(self.conf.get("module_path")):
symp.append(os.path.splitext(os.path.basename(n))[0].capitalize())
return symp
#!/usr/bin/env python
import time
from compile import Compile
from sub import Sub
from judge import Judge
c = Compile()
s = Sub()
s.sid = 1
s.lang = 'g++'
c.compile(s)
print 'ce:' + s.ce
print 'status:' + str(s.status)
s.pid = 15
s.case_cnt = 1
s.time_lim = 1000
s.mem_lim = 10240
s.case_lim = [
{
'time': 1000,
'mem': 4000
},
]
j = Judge()
j.judge(s)
print 'status:' + str(s.status)
print s.case_res