/
run_exec.py
702 lines (648 loc) · 18.7 KB
/
run_exec.py
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import re, turtle, math, sys, random
from memory import Memory
from error_exec import senderror
read = 1
ip = 0
pattn_string = r'\".*?\"'
pattn_float = r'\d+\.\d*'
pattn_int = r'\d+'
directory = dict()
constants = dict()
quad = list()
memoria = Memory()
#Transforma el string de parametros en objeto lista
def listParams(lista):
if lista == '[]':
return None
nvlista = lista[1:-1]
temp = nvlista.split(",")
i = 0
for t in temp:
temp[i] = temp[i][1:-1]
i = i + 1
return temp
def addDirData(num, data):
#print "addDirData--", num, data
if num >= 42000:
memoria.addLocalPointer(num, data)
elif num >= 40000:
memoria.addGlobalPointer(num, data)
elif num >= 36000:
memoria.addLocalBoolTemp(num, data)
elif num >= 34000:
memoria.addLocalFloatTemp(num, data)
elif num >= 32000:
memoria.addLocalIntTemp(num, data)
elif num >= 26000:
memoria.addGlobalBoolTemp(num, data)
elif num >= 24000:
memoria.addGlobalFloatTemp(num, data)
elif num >= 22000:
memoria.addGlobalIntTemp(num, data)
elif num >= 16000:
memoria.addLocalBool(num, data)
elif num >= 14000:
memoria.addLocalFloat(num, data)
elif num >= 12000:
memoria.addLocalInt(num, data)
elif num >= 6000:
memoria.addGlobalBool(num, data)
elif num >= 4000:
memoria.addGlobalFloat(num, data)
elif num >= 2000:
memoria.addGlobalInt(num, data)
def getDirData(num):
if num >= 42000:
return memoria.getLocalPointer(num)
elif num >= 40000:
return memoria.getGlobalPointer(num)
elif num >= 36000:
return memoria.getLocalBoolTemp(num)
elif num >= 34000:
return memoria.getLocalFloatTemp(num)
elif num >= 32000:
return memoria.getLocalIntTemp(num)
elif num >= 26000:
return memoria.getGlobalBoolTemp(num)
elif num >= 24000:
return memoria.getGlobalFloatTemp(num)
elif num >= 22000:
return memoria.getGlobalIntTemp(num)
elif num >= 16000:
return memoria.getLocalBool(num)
elif num >= 14000:
return memoria.getLocalFloat(num)
elif num >= 12000:
return memoria.getLocalInt(num)
elif num >= 6000:
return memoria.getGlobalBool(num)
elif num >= 4000:
return memoria.getGlobalFloat(num)
elif num >= 2000:
return memoria.getGlobalInt(num)
elif num >= 100:
return constants[num]
def addParamData(num, data):
#print "addDirData--", num, data
if num >= 16000:
memoria.addParamBool(num, data)
elif num >= 14000:
memoria.addParamFloat(num, data)
elif num >= 12000:
memoria.addParamInt(num, data)
def getColor(color):
if color == "red":
return "#d03832"
elif color == "yellow":
return "#e1c81d"
elif color == "green":
return "#31ad29"
elif color == "blue":
return "#2734a4"
elif color == "black":
return "#000000";
elif color == "white":
return "#ffffff"
elif color == "orange":
return "#ee7c15"
elif color == "purple":
return "#740fd5"
elif color == "cyan":
return "#23c5ef"
def getDarkColor(color):
if color == "red":
return "#7c1d1c"
elif color == "yellow":
return "#b2a713"
elif color == "green":
return "#147517"
elif color == "blue":
return "#2e2c57"
elif color == "black":
return "#ffffff";
elif color == "white":
return "#000000"
elif color == "orange":
return "#a06911"
elif color == "purple":
return "#4a0b69"
elif color == "cyan":
return "#0f698e"
f = open('sample.smo', 'r')
for line in f:
string = line.split("|")
last = string[-1].split("\n")
string[-1] = last[0]
#print string;
if string[0] == '%%%%':
read = read + 1
else:
if read == 1:
#list_param = string[1]
list_param = listParams(string[1])
if string[5] == 'None':
quad_init = None
else:
quad_init = int(string[5])
cont_int = int(string[2])
cont_float = int(string[3])
cont_bool = int(string[4])
cont_tint = int(string[6])
cont_tfloat = int(string[7])
cont_tbool = int(string[8])
cont_p = int(string[9])
tipo_return = string[10]
directory[string[0]] = [list_param, quad_init, cont_int, cont_float, cont_bool, cont_tint, cont_tfloat, cont_tbool, cont_p, tipo_return]
if string[0] == "*work*":
memoria.setGlobalMemory(cont_int, cont_float, cont_bool, cont_tint, cont_tfloat, cont_tbool, cont_p)
if read == 2:
esint = re.compile(pattn_int)
esfloat = re.compile(pattn_float)
esstring = re.compile(pattn_string)
if re.match(esstring, string[0]):
key = string[0]
elif re.match(esfloat, string[0]):
key = float(string[0])
elif re.match(esint, string[0]):
key = int(string[0])
constants[int(string[1])]=key
if read == 3:
temp = [string[1], string[2], string[3], string[4]]
quad.append([int(string[0]),temp])
f.close()
#print quad[0][0]
#print constants
current_scope = "*work*"
parametros = list()
num_parametros = 0
paramint = 12000
paramfloat = 14000
parambool = 16000
turtle.title("Project SAMPLE by Python Turtle")
turtle.bgcolor("#727678")
turtle.seth(90)
turtle.color("darkgreen", "black")
turtle.pendown()
while quad[ip][1][0] != 'end':
qactual = quad[ip][1]
turtle.seth(90)
turtle.color("darkgreen", "black")
turtle.pendown()
#print qactual
if ip == 9-1:
#print getDirData(int(qactual[1])), getDirData(int(qactual[2]))
#memoria.echoGlobal()
#memoria.echoLocal()
#memoria.echoEndMemory()
#print constants
pass
if qactual[0] == '+':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 + operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '-':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 - operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '*':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 * operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '/':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
try:
tmp = operador1 / operador2
except ZeroDivisionError:
senderror(1)
else:
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '=':
#print "=", getDirData(int(qactual[1])), qactual[1], int(qactual[3])
if int(qactual[1]) >= 40000:
tmp = getDirData(getDirData(int(qactual[1])))
else:
tmp = getDirData(int(qactual[1]))
if int(qactual[3]) >= 40000:
data = getDirData(int(qactual[3]))
else:
data = int(qactual[3])
addDirData(data, tmp)
elif qactual[0] == '==':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 == operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '<>':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 <> operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '>=':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 >= operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '<=':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 <= operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '>':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 > operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == '<':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 < operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == 'and':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 and operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == 'or':
if int(qactual[1]) >= 40000:
operador1 = getDirData(getDirData(int(qactual[1])))
else:
operador1 = getDirData(int(qactual[1]))
if int(qactual[2]) >= 40000:
operador2 = getDirData(getDirData(int(qactual[2])))
else:
operador2 = getDirData(int(qactual[2]))
tmp = operador1 or operador2
addDirData(int(qactual[3]), tmp)
elif qactual[0] == 'sample1':
prevSample = True
if int(qactual[1]) >= 40000:
linew = getDirData(getDirData(int(qactual[1])))
else:
linew = getDirData(int(qactual[1]))
color = getColor(qactual[2])
ip = ip + 1; qactual = quad[ip][1]
if int(qactual[3]) >= 40000:
tmp = getDirData(getDirData(int(qactual[3])))*5
else:
tmp = getDirData(int(qactual[3]))*5
print qactual[0], qactual[1], qactual[2], getDirData(int(qactual[3])), linew, color
turtle.pendown()
turtle.pensize(linew); turtle.pencolor(color)
if qactual[2] == 'up':
turtle.seth(90)
turtle.forward(tmp)
elif qactual[2] == 'down':
turtle.seth(270)
turtle.forward(tmp)
elif qactual[2] == 'left':
turtle.seth(180)
turtle.forward(tmp)
elif qactual[2] == 'right':
turtle.seth(0)
turtle.forward(tmp)
elif qactual[0] == 'sample':
print qactual[0], qactual[1], qactual[2], getDirData(int(qactual[3]))
prevSample = True
if int(qactual[3]) >= 40000:
tmp = getDirData(getDirData(int(qactual[3])))*5
else:
tmp = getDirData(int(qactual[3]))*5
turtle.penup()
if qactual[2] == 'up':
turtle.seth(90)
turtle.forward(tmp)
elif qactual[2] == 'down':
turtle.seth(270)
turtle.forward(tmp)
elif qactual[2] == 'left':
turtle.seth(180)
turtle.forward(tmp)
elif qactual[2] == 'right':
turtle.seth(0)
turtle.forward(tmp)
elif qactual[0] == 'arc':
print qactual[0], getDirData(int(qactual[1])), getDirData(int(qactual[2])), qactual[3]
if int(qactual[1]) >= 40000:
size = getDirData(getDirData(int(qactual[1])))*5
else:
size = getDirData(int(qactual[1]))*5
if int(qactual[2]) >= 40000:
angle = getDirData(getDirData(int(qactual[2])))
else:
angle = getDirData(int(qactual[2]))
turtle.pencolor(getColor(qactual[3]));
turtle.pensize(2)
turtle.circle(size,angle)
prevSample = False
elif qactual[0] == 'oval':
print qactual[0], getDirData(int(qactual[1])), getDirData(int(qactual[2])), qactual[3]
if int(qactual[1]) >= 40000:
dmenor = getDirData(getDirData(int(qactual[1])))/5
else:
dmenor = getDirData(int(qactual[1]))/5
if int(qactual[2]) >= 40000:
dmayor = getDirData(getDirData(int(qactual[2])))/5
else:
dmayor = getDirData(int(qactual[2]))/5
turtle.pencolor(getDarkColor(qactual[3]))
turtle.penup()
turtle.forward((dmenor+0.5)*10)
turtle.seth(180)
turtle.forward((dmayor+0.5)*10)
turtle.seth(90)
turtle.shape("circle")
turtle.shapesize(dmenor+0.5,dmayor+0.5,1)
turtle.fillcolor(getDarkColor(qactual[3]))
turtle.stamp()
turtle.shapesize(dmenor,dmayor,1)
turtle.fillcolor(getColor(qactual[3]))
turtle.stamp()
turtle.shapesize(1,1,1)
turtle.fillcolor("black")
turtle.shape('classic')
turtle.penup()
turtle.seth(0)
turtle.forward((dmayor+0.5)*10)
turtle.seth(90)
turtle.backward((dmenor+0.5)*10)
prevSample = False
elif qactual[0] == 'trio':
print qactual[0], getDirData(int(qactual[1])), getDirData(int(qactual[2])), qactual[3]
if int(qactual[1]) >= 40000:
b = getDirData(getDirData(int(qactual[1])))*5
else:
b = getDirData(int(qactual[1]))*5
if int(qactual[2]) >= 40000:
h = getDirData(getDirData(int(qactual[2])))*5
else:
h = getDirData(int(qactual[2]))*5
ang = math.degrees(math.atan(h/(b/2)))
l = math.sqrt(h**2 + (b/2)**2)
turtle.pensize(5);
turtle.pencolor(getDarkColor(qactual[3]))
turtle.fillcolor(getColor(qactual[3]))
turtle.fill(True)
turtle.seth(90)
turtle.left(90-ang)
turtle.forward(l)
turtle.left(ang*2)
turtle.forward(l)
turtle.left(180-ang)
turtle.forward(b)
turtle.fill(False)
prevSample = False
elif qactual[0] == 'quad':
print qactual[0], getDirData(int(qactual[1])), getDirData(int(qactual[2])), qactual[3]
if int(qactual[1]) >= 40000:
base = getDirData(getDirData(int(qactual[1])))*5
else:
base = getDirData(int(qactual[1]))*5
if int(qactual[2]) >= 40000:
height = getDirData(getDirData(int(qactual[2])))*5
else:
height = getDirData(int(qactual[2]))*5
turtle.pensize(5);
turtle.pencolor(getDarkColor(qactual[3]))
turtle.fillcolor(getColor(qactual[3]))
turtle.fill(True)
for _ in range(2):
turtle.forward(height)
turtle.left(90)
turtle.forward(base)
turtle.left(90)
turtle.fill(False)
prevSample = False
elif qactual[0] == 'arr' or qactual[0] == 'mat':
#print qactual[0], int(qactual[1]), 0, qactual[3]
ini = int(qactual[1])
if ini >= 6000:
data = False
elif ini >= 4000:
data = 0.0
elif ini >= 2000:
data = 0
i = 0
while i < int(qactual[3]):
addDirData(int(qactual[1])+i, data)
i = i + 1
elif qactual[0] == 'ver':
#print ip+1, qactual[0], getDirData(int(qactual[1])), qactual[2], qactual[3]
tmp = getDirData(int(qactual[1]))
if tmp < 0 or tmp > int(qactual[3]):
senderror(2)
elif qactual[0] == 'input':
#print "=", getDirData(int(qactual[1])), qactual[1], int(qactual[3])
i = raw_input('input> ')
if qactual[1] == 'int':
try:
i = int(i)
except ValueError:
senderror(4, qactual[1])
elif qactual[1] == 'float':
try:
i = float(i)
except ValueError:
senderror(4, qactual[1])
elif qactual[1] == 'bool':
try:
i = bool(i)
except ValueError:
senderror(4, qactual[1])
if int(qactual[3]) >= 40000:
data = getDirData(int(qactual[3]))
else:
data = int(qactual[3])
addDirData(data, i)
elif qactual[0] == 'random':
#print "=", getDirData(int(qactual[1])), qactual[1], int(qactual[3])
if int(qactual[2]) >= 40000:
limite = getDirData(getDirData(int(qactual[2])))
else:
limite = getDirData(int(qactual[2]))
if qactual[1] == 'int':
val = random.randrange(0, limite)
elif qactual[1] == 'float':
val = round(random.uniform(0, limite),2)
if int(qactual[3]) >= 40000:
data = getDirData(int(qactual[3]))
else:
data = int(qactual[3])
addDirData(data, val)
elif qactual[0] == 'echo':
if int(qactual[1]) >= 40000:
tmp = getDirData(getDirData(int(qactual[1])))
else:
tmp = getDirData(int(qactual[1]))
tmp1 = str(tmp)
esstring = re.compile(pattn_string)
if re.match(esstring, tmp1):
tmp1 = tmp.split("\"")
print "----->", tmp1[1]
else:
print "----->", tmp
elif qactual[0] == '+dir':
tmp = getDirData(int(qactual[1])) + int(qactual[2])
addDirData(int(qactual[3]), tmp)
elif qactual[0] == 'goTo':
#print qactual[0], qactual[3]
ip = int(qactual[3]) - 2
elif qactual[0] == 'goToF':
#print qactual[0], getDirData(int(qactual[1])), qactual[3]
if getDirData(int(qactual[1])) == False:
ip = int(qactual[3]) - 2
elif qactual[0] == 'era':
#print qactual[0], qactual[1]
actual = directory[qactual[1]]
#print "ERA--", actual
memoria.newLocalMemory(actual[2], actual[3], actual[4], actual[5], actual[6], actual[7], actual[8])
if directory[qactual[1]][0] != None:
parametros = directory[qactual[1]][0]
else:
parametros = []
num_parametros = 0
paramint = 12000
paramfloat = 14000
parambool = 16000
elif qactual[0] == 'param':
#print qactual[0], qactual[1]
if int(qactual[1]) >= 40000:
tmp = getDirData(getDirData(int(qactual[1])))
else:
tmp = getDirData(int(qactual[1]))
if parametros[num_parametros] == 'int':
addParamData(paramint, tmp)
paramint = paramint + 1
elif parametros[num_parametros] == 'float':
addParamData(paramfloat, tmp)
paramfloat = paramfloat + 1
elif parametros[num_parametros] == 'bool':
addParamData(parambool, tmp)
parambool = parambool + 1
num_parametros += 1
elif qactual[0] == 'gosub':
#print qactual[0], qactual[1]
if current_scope != "*work*":
memoria.sleepLocalMemory()
memoria.addIP([ip, current_scope])
memoria.setLocalMemory()
current_scope = qactual[1]
direcmod = directory[qactual[1]][1]
ip = direcmod - 2
elif qactual[0] == 'ret':
memoria.freeLocalMemory()
ipscope = memoria.getIP()
if ipscope[1] != "*work*":
memoria.awakeLocalMemory()
ip = ipscope[0]
current_scope = ipscope[1]
elif qactual[0] == 'return':
if int(qactual[1]) >= 40000:
tmp = getDirData(getDirData(int(qactual[1])))
else:
tmp = getDirData(int(qactual[1]))
if int(qactual[3]) >= 40000:
data = getDirData(int(qactual[3]))
else:
data = int(qactual[3])
addDirData(data, tmp)
memoria.freeLocalMemory()
ipscope = memoria.getIP()
if ipscope[1] != "*work*":
memoria.awakeLocalMemory()
ip = ipscope[0]
current_scope = ipscope[1]
if (turtle.pos()[0] < -turtle.screensize()[0]):
turtle.hideturtle()
turtle.penup()
turtle.goto(turtle.screensize()[0], turtle.pos()[1])
turtle.showturtle()
elif (turtle.pos()[0] > turtle.screensize()[0]):
turtle.hideturtle()
turtle.penup()
turtle.goto(-turtle.screensize()[0], turtle.pos()[1])
turtle.showturtle()
elif (turtle.pos()[1] > turtle.screensize()[1]):
turtle.hideturtle()
turtle.penup()
turtle.goto(turtle.pos()[0], -turtle.screensize()[1])
turtle.showturtle()
elif (turtle.pos()[1] < -turtle.screensize()[1]):
turtle.hideturtle()
turtle.penup()
turtle.goto(turtle.pos()[0], turtle.screensize()[1])
turtle.showturtle()
#print "IP-", ip+2
ip = ip + 1
turtle.hideturtle()
turtle.done()
#memoria.echoGlobal()