def increasing_signal(state):
pullData = open("my_file.txt", "r").read()
dataArray = pullData.rspilt("/n")
for eachline in dataArray:
if (len(eachline) > 1):
state.draw(float(eachline))
myModule.fib(1)
def increasing_signal(state):
while True:
global count
if (count == len(arr) - 1):
print("entered quit")
exit()
state.draw(arr[count])
myModule.fib(1)
count = count + 1
def call_c_extension(val):
val = int(val)
if val > 15: #taking too long so return error
return 'Taking too long due to high value', 401
res = myModule.fib(val)
#python string
my_string = 'myModule.fib(' + str(val) + ')'
my_string_py = 'fib(' + str(val) + ')'
print('call')
#call timeit
t_c_func = timeit.timeit(my_string, setup='import myModule', number=1000)
python_time_comp = timeit.timeit(my_string_py,
setup='from fib_comp import fib',
number=1000)
return json.dumps({
'result': str(res),
'c_time': str(t_c_func),
'py_time': str(python_time_comp)
}).encode('utf-8'), 200
import myModule
import time
def fib(n):
if n < 2:
return n
else:
return fib(n - 1) + fib(n - 2)
if __name__ == '__main__':
s1 = time.time()
print(myModule.fib(33))
c_time = time.time() - s1
print(f'C took = {c_time}')
s2 = time.time()
print(fib(33))
python_time = time.time() - s2
print(f'Python took = {python_time}')
print(f'C was {python_time/c_time} times faster than Python')
import myModule
import importlib
print(mod_dir)
myScript = "/Users/<Username>/Print-er-/PyCodeMod/myScript.py"
def run(script, args):
sys.argv = args
exec(compile(open(script).read(), script, 'exec'))
oldClass = myModule.myClass()
newClass = myModule.myClass()
fibArr = [0, 1]
while(1):
importlib.reload(myModule)
prevClass = newClass
newClass = myModule.myClass()
newClass.update(prevClass)
print("New myClass class:")
newClass.sayHi()
newClass.fib(4)
print("Module function:")
fibArr = myModule.fib(fibArr, 4)
print("Executing Script:")
run(myScript, newClass.fibNums)
print("-------------------- --------------------")
time.sleep(10)
def testFirst():
wanted_result = 0
test_result = myModule.fib(0)
assert (wanted_result == test_result), "Test Failed"
import myModule myModule.helloworld() print([myModule.fib(i) for i in range(10)])
#!/usr/bin/env python3
import myModule
print(myModule.helloworld())
help(myModule.helloworld)
x = 3
print("myModule.fib({})== {}".format(x, myModule.fib((x))))
def hello_world():
print(myModule.fib(10))
print(myModule.version())
return "<strong>Hello world!</strong>"
import myModule as a print(a.fib(10))
import myModule
import time
import sys
n = int(sys.argv[1])
x = int(sys.argv[2])
y = int(sys.argv[3])
print(myModule.fib(x))
start_time = time.time()
myModule.TOH(n)
time_taken = time.time() - start_time
print("Time_Taken:", time_taken)
start_time = time.time()
print(myModule.fac(y))
time_taken = time.time() - start_time
print("Time_Taken:", time_taken)
import myModule print(myModule.fib(10)) print(myModule.version())
def Main():
print(myModule.fib(10))
print(myModule.version())
import myModule print(myModule.fib(13)) print(myModule.version()) #python3 setup.py build #python3 setup.py install
import myModule
# print(myModule)
for _a in dir(myModule):
print(_a)
print(myModule.fib(2))
print(myModule.helloworld())
def testSmall():
wanted_result = 4181
test_result = myModule.fib(19)
assert (wanted_result == test_result), "Test Failed"
def testMedium():
wanted_result = 317811
test_result = myModule.fib(28)
assert (wanted_result == test_result), "Test Failed"
import myModule
myModule.helloworld()
print(myModule.fib(10))
print(myModule.error)
print(myModule.plus(10, 15))
print(myModule.system("ls -lsa"))
print(myModule.system("apt get install sadasdas"))
print(myModule.system("ls -lsa"))
myModule.set_callback(print, ("hi", "hello", 1))
myModule.call_callback()
def testLarge():
wanted_result = 102334155
test_result = myModule.fib(40)
assert (wanted_result == test_result), "Test Failed"
import importlib
print(mod_dir)
myScript = "/Users/<Username>/Print-er-/PyCodeMod/myScript.py"
def run(script, args):
sys.argv = args
exec(compile(open(script).read(), script, 'exec'))
oldClass = myModule.myClass()
newClass = myModule.myClass()
fibArr = [0, 1]
while (1):
importlib.reload(myModule)
prevClass = newClass
newClass = myModule.myClass()
newClass.update(prevClass)
print("New myClass class:")
newClass.sayHi()
newClass.fib(4)
print("Module function:")
fibArr = myModule.fib(fibArr, 4)
print("Executing Script:")
run(myScript, newClass.fibNums)
print("-------------------- --------------------")
time.sleep(10)
def test_A():
assert myModule.fib(3) == 2
