def jumpifneqs_i(interpret: i.Interpret, instruction):
label_name = list(instruction)[0].text
if label_name not in interpret.label_dict.keys():
exit(52)
symb2_type, symb2_value = interpret.data_stack.pop()
if len(interpret.data_stack) == 0:
exit(56)
symb1_type, symb1_value = interpret.data_stack.pop()
if symb1_value is None or symb2_value is None:
exit(56)
if symb1_type == 'nil' or symb2_type == 'nil':
if symb1_type != symb2_type:
interpret.inst_index = interpret.label_dict[label_name]
elif symb1_type != symb2_type:
exit(53)
elif symb1_type == 'bool':
if str(symb1_value) != str(symb2_value):
interpret.inst_index = interpret.label_dict[label_name]
elif symb1_type == 'string':
symb1_value = replace_escape_sequences(symb1_value)
symb2_value = replace_escape_sequences(symb2_value)
if symb1_value != symb2_value:
interpret.inst_index = interpret.label_dict[label_name]
elif symb1_type == 'int':
if symb1_value != symb2_value:
interpret.inst_index = interpret.label_dict[label_name]
else:
exit(53)
def eq_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_value = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_value is None or symb2_value is None:
exit(56)
if symb1_type == 'nil' or symb2_type == 'nil':
if symb1_type == symb2_type:
var_frame[var_name] = tuple(['bool', True])
else:
var_frame[var_name] = tuple(['bool', False])
elif symb1_type != symb2_type:
exit(53)
elif symb1_type == 'bool':
var_frame[var_name] = tuple(
['bool', str(symb1_value) == str(symb2_value)])
elif symb1_type == 'string':
symb1_value = replace_escape_sequences(symb1_value)
symb2_value = replace_escape_sequences(symb2_value)
var_frame[var_name] = tuple(['bool', symb1_value == symb2_value])
elif symb1_type == 'int':
var_frame[var_name] = tuple(['bool', symb1_value == symb2_value])
else:
exit(53)
def popframe_i(interpret: i.Interpret, instruction):
if len(interpret.frame_stack) == 0:
exit(55)
interpret.tmp_frame = interpret.frame_stack.pop()
if len(interpret.frame_stack) != 0:
interpret.local_frame = interpret.frame_stack[-1]
else:
interpret.local_frame = None
def concat_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_value = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_value is None or symb2_value is None:
exit(56)
if symb1_type != 'string' or symb2_type != 'string':
exit(53)
var_frame[var_name] = tuple([symb1_type, symb1_value + symb2_value])
def mul_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_val = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_val = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_val is None or symb2_val is None:
exit(56)
if symb1_type != 'int' or symb2_type != 'int':
exit(53)
result = symb1_val * symb2_val
var_frame[var_name] = tuple([symb1_type, result])
def setup(self):
#os.chdir(r"C:\Program Files (x86)\Google\Chrome\Application")
os.chdir(config.chrome_install_path)
cmd = "chrome.exe --remote-debugging-port=9222"
os.popen(cmd)
time.sleep(1)
self.chrome = PyChromeDevTools.ChromeInterface()
self.options = webdriver.ChromeOptions()
self.options._debugger_address = "localhost:9222"
self.driver = webdriver.Chrome(chrome_options=self.options)
Interpret.replace_driver(self.actions, self.driver)
Interpret.replace_chrome(self.actions, self.chrome)
self.chrome.Profiler.enable()
self.chrome.Profiler.startPreciseCoverage()
def getchar_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_value = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_value is None or symb2_value is None:
exit(56)
if symb1_type != 'string' or symb2_type != 'int':
exit(53)
if 0 > symb2_value or symb2_value > len(symb1_value) - 1:
exit(58)
var_frame[var_name] = tuple([symb1_type, symb1_value[symb2_value]])
def __init__(self):
self.driver = webdriver
self.interpret = Interpret()
self.casename = ''
self.actions = []
self.testcases = []
self.case_factroy()
def move_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
if symb1_value is None:
exit(56)
var_frame[var_name] = tuple([symb1_type, symb1_value])
def stri2int_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_value = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_value is None or symb2_value is None:
exit(56)
if symb1_type != 'string' or symb2_type != 'int':
exit(53)
if 0 > symb2_value or symb2_value > len(symb1_value) - 1:
exit(58)
try:
var_frame[var_name] = tuple(['int', ord(symb1_value[symb2_value])])
except:
exit(58) # mozna jiny kod, neni specifikovano jak se ma ukoncit
def strlen_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_val = interpret.get_type_and_value_of_symb(
list(instruction)[1])
if symb1_val is None:
exit(56)
if symb1_type != 'string':
exit(53)
var_frame[var_name] = tuple(['int', len(symb1_val)])
def setchar_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
var_type, var_value = interpret.get_type_and_value_of_var(
list(instruction)[0])
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_value = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_value is None or symb2_value is None or var_value is None:
exit(56)
if symb1_type != 'int' or symb2_type != 'string' or var_type != 'string':
exit(53)
if 0 > symb1_value or symb1_value > len(var_value) - 1 or len(
symb2_value) == 0:
exit(58)
symb2_value = replace_escape_sequences(symb2_value)
result = var_value[:symb1_value] + symb2_value[0] + var_value[symb1_value +
1:]
var_frame[var_name] = tuple([symb2_type, result])
def exit_i(interpret: i.Interpret, instruction):
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[0])
if symb1_value is None:
exit(56)
if symb1_type != 'int':
exit(53)
if 0 <= symb1_value <= 49:
exit(symb1_value)
else:
exit(57)
def jumpifeq_i(interpret: i.Interpret, instruction):
label_name = list(instruction)[0].text
if label_name not in interpret.label_dict.keys():
exit(52)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
symb2_type, symb2_value = interpret.get_type_and_value_of_symb(
list(instruction)[2])
if symb1_value is None or symb2_value is None:
exit(56)
if symb1_type == 'nil' or symb2_type == 'nil':
if symb1_type == symb2_type:
interpret.inst_index = interpret.label_dict[label_name]
elif symb1_type != symb2_type:
exit(53)
elif symb1_type == 'bool':
if str(symb1_value) == str(symb2_value):
interpret.inst_index = interpret.label_dict[label_name]
elif symb1_type == 'string':
symb1_value = replace_escape_sequences(symb1_value)
symb2_value = replace_escape_sequences(symb2_value)
if symb1_value == symb2_value:
interpret.inst_index = interpret.label_dict[label_name]
elif symb1_type == 'int':
if symb1_value == symb2_value:
interpret.inst_index = interpret.label_dict[label_name]
else:
exit(53)
def int2char_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
if symb1_value is None:
exit(56)
if symb1_type != 'int':
exit(53)
try:
symb1_value = chr(symb1_value)
except:
exit(58)
var_frame[var_name] = tuple(['string', symb1_value])
def type_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_val = interpret.get_type_and_value_of_symb(
list(instruction)[1])
if symb1_type in ['int', 'nil', 'bool']:
symb1_val = symb1_type
elif symb1_val is None:
symb1_val = ''
else:
symb1_val = 'string'
var_frame[var_name] = tuple(['string', symb1_val])
def dprint_i(interpret: i.Interpret, instruction):
symb_type, symb_value = interpret.get_type_and_value_of_symb(
list(instruction)[0])
if symb_value is None:
exit(56)
if symb_type == 'nil':
print('', file=sys.stderr, end='')
elif symb_type == 'bool':
print(str(symb_value).lower(), file=sys.stderr, end='')
elif symb_type == 'string':
symb_value = replace_escape_sequences(symb_value)
print(symb_value, file=sys.stderr, end='')
else:
print(symb_value, file=sys.stderr, end='')
def read_i(interpret: i.Interpret, instruction):
var_frame, var_name = var_prepare(instruction, interpret)
symb1_type, symb1_value = interpret.get_type_and_value_of_symb(
list(instruction)[1])
if symb1_value is None:
exit(56)
if symb1_type != 'type' or symb1_value not in ['int', 'bool', 'string']:
exit(53)
if interpret.input_data is not None:
try:
read_input = interpret.input_data.pop(0)
read_input = read_input.rstrip('\n\r')
except:
symb1_value = 'nil'
read_input = 'nil'
else:
try:
read_input = input()
except:
symb1_value = 'nil'
read_input = 'nil'
try:
if symb1_value == 'int':
try:
read_input = int(read_input)
except:
read_input = 'nil'
symb1_value = 'nil'
elif symb1_value == 'string':
try:
read_input = str(read_input)
except:
read_input = 'nil'
symb1_value = 'nil'
elif symb1_value == 'bool':
read_input = read_input.lower()
if read_input == 'true':
read_input = True
else:
read_input = False
except:
symb1_value = 'nil'
read_input = 'nil'
var_frame[var_name] = tuple([symb1_value, read_input])
def defvar_i(interpret: i.Interpret, instruction):
regex = re.match(r'^([GLT]F)@([\-$&%*!?a-zA-Z_][\-$&%*!?\w]*$)+',
list(instruction)[0].text)
if regex is None or regex.lastindex != 2:
exit(32)
frame = regex.group(1)
variable = regex.group(2)
if frame == 'GF':
if interpret.get_frame_of_var(variable, 'GF') is not None:
exit(52)
interpret.global_frame[variable] = tuple([None, None])
elif frame == 'LF':
if interpret.get_frame_of_var(variable, 'LF') is not None:
exit(52)
interpret.local_frame[variable] = tuple([None, None])
elif frame == 'TF':
if interpret.get_frame_of_var(variable, 'TF') is not None:
exit(52)
interpret.tmp_frame[variable] = tuple([None, None])
def stateA():
ser.write("?A\r\n")
a=ser.readline()
print a
def stateB():
ser.write("?B\r\n")
a=ser.readline()
print a
if __name__=="__main__":
# Incialitzem el port serie.
ser=serial.Serial('/dev/ttyACM0',9600)
# Cridem la classe interpet.
I= Interpret()
# Afegim les ordres.
I.afegeix_ordre("ajuda",ajuda)
I.afegeix_ordre("start",start)
I.afegeix_ordre("stop",stop)
I.afegeix_ordre("estat_A",stateA)
I.afegeix_ordre("estat_B",stateB)
I.afegeix_ordre("force_A",forceA)
I.afegeix_ordre("force_B",forceB)
I._prompt="***"
print "Inicializant el Interpret... \n"
time.sleep(1.5)
I.run()
ser.close()
"""
print "Gracies per utilitzar el PARKING 'CARLE'"
def begining():
print "\n\t\t\t PARKING 'CARLE'"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -reset\n -consulta 'NOM'\n -esborra 'NOM'\n -insereix 'NOM' 'DNI' 'DATA'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__=="__main__":
I= Interpret()
I._prompt="=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("info",info)
I.afegeix_ordre("reset",buidar)
I.afegeix_ordre("consulta",cerca)
I.afegeix_ordre("llistat_buides",llistat)
#I.afegeix_ordre("consulta",consulta)
I.afegeix_ordre("esborra",sortir)
#I.afegeix_ordre("ocupar_primera",ocupar_first)
I.afegeix_ordre("insereix",ocupa)
I.run()
#buidar()
"""
print "Gracies per utilitzar el PARKING 'CARLE'"
def begining():
print "\n\t\t\t PARKING 'CARLE'"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -reset\n -cerca 'DNI'\n -llistat_buides\n -sortir 'DNI'\n -ocupar 'DNI' 'NOM' 'DATA'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__=="__main__":
I= Interpret()
I._prompt="=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("info",info)
I.afegeix_ordre("reset",buidar)
I.afegeix_ordre("cerca",cerca)
I.afegeix_ordre("llistat_buides",llistat)
#I.afegeix_ordre("consulta",consulta)
I.afegeix_ordre("sortir",sortir)
#I.afegeix_ordre("ocupar_primera",ocupar_first)
I.afegeix_ordre("ocupar",ocupa)
I.run()
#buidar()
"""
print "Gracies per utilitzar la xarxa social 'CARLE'"
def begining():
print "\n\t\t\t Xarxa Social CARLE"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -crear_db \n -Create_Account 'email' 'nom' 'cognom' 'poblacio' 'data de neixement' 'imatge de perfil'(opcional) \n -mostrar_usuaris \n -mostrar_amistats \n -info_usuari 'nom' 'cognom' \n -mostrar_amics 'nom' 'cognom' \n -Friend_request 'email1' 'email2' \n -Check_requests 'email' \n -Block_friend 'email1' 'email2' \n -Unblock_friend 'email1' 'email2' \n Funcions de debug \n -debug_pass 'nom' 'cognom' \n -debug_accounts 'path'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__=="__main__":
I= Interpret()
I._prompt="=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("crear_db",nova_base_de_dades)
I.afegeix_ordre("Create_Account",Create_Account)
I.afegeix_ordre("mostrar_usuaris",mostrar_usuaris)
I.afegeix_ordre("mostrar_amistats",mostrar_amistats)
I.afegeix_ordre("info_usuari",info_usuari)
I.afegeix_ordre("mostrar_amics",mostrar_amics)
I.afegeix_ordre("Friend_request",enviar_peticio_amistat)
I.afegeix_ordre("Check_requests",comprovar_peticions_amistat)
I.afegeix_ordre("Block_friend",bloquejar_amistat)
I.afegeix_ordre("Unblock_friend",desbloquejar_amistat)
I.afegeix_ordre("debug_pass",debug_show_pass)
I.afegeix_ordre("debug_accounts",debug_insert_accounts_file)
"""
print "Gracies per utilitzar el PARKING 'CARLE'"
def begining():
print "\n\t\t\t PARKING 'CARLE'"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -cerca 'matricula'\n -llistat_buides\n -consulta 'plaça'\n -sortir 'matricula'\n -ocupar_primera 'matricula'\n -ocupar 'plaça' 'matricula'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__ == "__main__":
I = Interpret()
I._prompt = "=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("info", info)
I.afegeix_ordre("cerca", cerca)
I.afegeix_ordre("llistat_buides", llistat)
I.afegeix_ordre("consulta", consulta)
I.afegeix_ordre("sortir", sortir)
I.afegeix_ordre("ocupar_primera", ocupar_first)
I.afegeix_ordre("ocupar", ocupa)
I.run()
def clears_i(interpret: i.Interpret, instruction):
interpret.data_stack = []
"""
Funcio que s'executa quan sortim del programa.
"""
print "Gracies per utilitzar els serveis de 'CARLE'"
def begining():
print "\n\t\t\t TAULA 'CARLE'"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -reset\n -consulta 'NOM'\n -esborra 'NOM' 'DNI'\n -insereix 'NOM' 'DNI' 'DATA'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__ == "__main__":
I = Interpret()
I._prompt = "=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("info", info)
I.afegeix_ordre("reset", buidar)
I.afegeix_ordre("consulta", cerca)
I.afegeix_ordre("esborra", sortir)
I.afegeix_ordre("insereix", ocupa)
I.run()
def createframe_i(interpret: i.Interpret, instruction):
interpret.tmp_frame = {}
"""
==========
Mòdul Main
==========
El mòdul main no conté cap doctest, de totes formes, es pot solicitar l'acces al Github del projecte a la seguent direccio: github.com/Ateles84/TECPRO_PT2
"""
from interpret import Interpret
from xarxaSocial import iTicApp
if __name__ == '__main__':
xxss = iTicApp()
i = Interpret()
i.setPrompt("~: ")
i.setBegin(xxss.obre)
i.setEnd(xxss.desa)
i.afegeixOrdre("usuari", xxss.afegeixUsuari)
i.afegeixOrdre("hashtag", xxss.afegeixHashtag)
i.afegeixOrdre("publicar", xxss.publicarPost)
i.afegeixOrdre("print", "cyka blyat")
i.afegeixOrdre("ajuda", "rush b fast")
i.afegeixOrdre("users", xxss.users)
i.afegeixOrdre("posts", xxss.posts)
i.afegeixOrdre("posts-user", xxss.llistarPostsUser)
i.afegeixOrdre("hashtags", xxss.hashtags)
i.afegeixOrdre("desa", xxss.desa)
i.run()
print('---------------\nNOM: '+str(c)+'\nDNI: '+str(b)+'\nDATA: '+str(h)+'\n----------------')
def ending():
"""
Funcio que s'executa quan sortim del programa.
"""
print "Gracies per utilitzar els serveis de 'CARLE'"
def begining():
print "\n\t\t\t TAULA 'CARLE'"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -reset\n -consulta 'NOM'\n -esborra 'NOM' 'DNI'\n -insereix 'NOM' 'DNI' 'DATA'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__=="__main__":
I= Interpret()
I._prompt="=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("info",info)
I.afegeix_ordre("reset",buidar)
I.afegeix_ordre("consulta",cerca)
I.afegeix_ordre("esborra",sortir)
I.afegeix_ordre("insereix",ocupa)
I.run()
def pushs_i(interpret: i.Interpret, instruction):
symb_type, symb_value = interpret.get_type_and_value_of_symb(
list(instruction)[0])
if symb_value is None:
exit(56)
interpret.data_stack.append(tuple([symb_type, symb_value]))
def return_i(interpret: i.Interpret, instruction):
if len(interpret.call_stack) == 0:
exit(56)
interpret.inst_index = interpret.call_stack.pop()
Funcio que s'executa quan sortim del programa.
"""
print "Gracies per utilitzar el PARKING 'CARLE'"
def begining():
print "\n\t\t\t PARKING 'CARLE'"
info()
def info():
"""
Et mostra el conjunt de comandes que pots utilitzar en l'interpret.
"""
print "Les comanandes són:\n -info\n -exit\n -cerca 'matricula'\n -llistat_buides\n -consulta 'plaça'\n -sortir 'matricula'\n -ocupar_primera 'matricula' 'color' 'marca'\n -ocupar 'plaça' 'matricula' 'color' 'marca'"
print "*Aquells noms entre cometes simples '' indiquen el nom de la variable"
if __name__=="__main__":
I= Interpret()
I._prompt="=> "
I.set_end(ending)
I.set_begin(begining)
I.afegeix_ordre("info",info)
I.afegeix_ordre("cerca",cerca)
I.afegeix_ordre("llistat_buides",llistat)
I.afegeix_ordre("consulta",consulta)
I.afegeix_ordre("sortir",sortir)
I.afegeix_ordre("ocupar_primera",ocupar_first)
I.afegeix_ordre("ocupar",ocupa)
I.run()
def pushframe_i(interpret: i.Interpret, instruction):
if interpret.tmp_frame is None:
exit(55)
interpret.frame_stack.append(interpret.tmp_frame)
interpret.local_frame = interpret.frame_stack[-1]
interpret.tmp_frame = None
def setup(self):
self.driver = webdriver.Chrome()
self.driver.maximize_window()
Interpret.replace_driver(self.actions, self.driver)
def jump_i(interpret: i.Interpret, instruction):
if list(instruction)[0].text not in interpret.label_dict.keys():
exit(52)
interpret.inst_index = interpret.label_dict[list(instruction)[0].text]
def call_i(interpret: i.Interpret, instruction):
if list(instruction)[0].text not in interpret.label_dict.keys():
exit(52)
interpret.call_stack.append(interpret.inst_index)
interpret.inst_index = interpret.label_dict[list(instruction)[0].text]
def stop():
ser.write('S')
b=ser.readline()
if b == "SHUTDOWN\n":
print "SHUTDOWN"
else:
print "Error : La comanda stop només es pot utilitzar si el semafor està ences"
def ajuda():
print " Les comanandes són : start , stop , emergency"
def emergency():
ser.write('E')
a=ser.readline()
if a== "EMERGENCY\n":
print "EMERGENCY"
else:
print "Error : La comanda emergency no es pot utilitzar com inicialitzador ni com a restart després d'un stop "
if __name__=="__main__":
# Incialitzem el port serie.
ser=serial.Serial('/dev/ttyACM0',9600)
# Cridem la classe interpet.
I= Interpret()
# Afegim les ordres.
I.afegeix_ordre("ajuda",ajuda)
I.afegeix_ordre("start",start)
I.afegeix_ordre("stop",stop)
I.afegeix_ordre("emergency",emergency)
I._prompt="***"
I.run()
ser.close()
