def moduly(self):
self.zmienne()
modulesource = open(self.src_file).read()
# wyslanie kodu JAKO MODUL (import):
flame.sendmodule(self.dest_name, modulesource)
# uruchomienie wyslanego kodu z podanymi argumentami
result = flame.module(self.dest_name).doSomething("Marcin", 42)
print("\nresult from uploaded module:", result)
def main(args):
#location = "localhost:9999"
location = "192.168.1.2:9999"
flame = Pyro4.core.Proxy("PYRO:%s@%s" %
(Pyro4.constants.FLAME_NAME, location))
#flame._pyroHmacKey = "FOO"
flame._pyroBind()
# print something to the remote server output
#flame.builtin("print")("Hello there, remote server stdout!")
if len(args) < 2:
args.append('help') # you need help
# remote console
if args[1] == 'console':
with flame.console() as console:
console.interact()
elif args[1] == 'send':
flame.evaluate(
"setattr(sys.modules['deltabar'], 'has_error', True)"
) # HACK FIXME TODO, this pauses acUpdate while we reload the module
time.sleep(0.1) # HACK
# sys.exit(1) # FIXME
for filename in ("sim_info.py", "config.py", "lap.py",
"lap_serialize.py", "statusbox.py",
"deltabar_lib.py"):
modulename = filename[:filename.rindex(".py")]
modulesource = open("deltabar_lib/" + filename).read()
flame.sendmodule("deltabar_lib." + modulename, modulesource)
# lame, this is not exposed:
# flame.createModule(modulename, modulesource, filename=filename)
time.sleep(0.1) # HACK
flame.evaluate("setattr(sys.modules['deltabar'], 'has_error', False)")
elif args[1] in ('error', 'errors', 'watch'):
while True:
logged_errors = flame.evaluate(
"sys.modules['deltabar'].logged_errors")
# print(logged_errors)
# sys.exit(0)
# delta = flame.module('deltabar')
# print(list(delta.logged_errors))
# import code
# foo = globals().copy()
# foo.update(locals())
# code.InteractiveConsole(locals=foo).interact()
for error in logged_errors:
print(error)
if args[1] == 'watch':
time.sleep(1)
print()
else:
break
else:
print("use 'console', 'send', or 'errors' command")
sys.exit(1)
def main(args):
# EDIT your AC host IP address here
#location = "localhost:9999"
location = "192.168.1.77:9999"
flame = Pyro4.core.Proxy("PYRO:%s@%s" % (Pyro4.constants.FLAME_NAME, location))
#flame._pyroHmacKey = "FOO"
flame._pyroBind()
# print something to the remote server output
#flame.builtin("print")("Hello there, remote server stdout!")
if len(args) < 2:
args.append('help') # you need help
# remote console
if args[1] == 'console':
with flame.console() as console:
console.interact()
elif args[1] == 'send':
# This pauses acUpdate while we reload the module
flame.evaluate("setattr(sys.modules['%s'], 'has_error', True)" % (APP_MODULE,))
time.sleep(0.1) # wait for another frame to pass
for filename in SOURCE_FILES:
modulename = filename[:filename.rindex(".py")]
modulesource = open(os.path.join(APP_LIBDIR, filename)).read()
flame.sendmodule('.'.join((APP_LIBDIR, modulename)), modulesource)
# Allow acUpdate to run again
time.sleep(0.1)
flame.evaluate("setattr(sys.modules['%s'], 'has_error', False)" % (APP_MODULE,))
elif args[1] in ('error', 'errors', 'watch'):
while True:
logged_errors = flame.evaluate("sys.modules['%s'].logged_errors" % (APP_MODULE,))
# print(logged_errors)
# sys.exit(0)
# delta = flame.module(APP_MODULE)
# print(list(delta.logged_errors))
# import code
# foo = globals().copy()
# foo.update(locals())
# code.InteractiveConsole(locals=foo).interact()
for error in logged_errors:
print(error)
if args[1] == 'watch':
time.sleep(1)
print()
else:
break
else:
print("use 'console', 'send', or 'errors' command")
sys.exit(1)
# basic stuff
socketmodule = flame.module("socket")
osmodule = flame.module("os")
print("remote host name=", socketmodule.gethostname())
print("remote server current directory=", osmodule.getcwd())
flame.execute("import math")
root = flame.evaluate("math.sqrt(500)")
print("calculated square root=", root)
try:
print("remote exceptions also work...", flame.evaluate("1//0"))
except ZeroDivisionError:
print("(caught ZeroDivisionError)")
# print something to the remote server output
flame.builtin("print")("Hello there, remote server stdout!")
# upload a module source and call a function, on the server, in this new module
modulesource = open("stuff.py").read()
flame.sendmodule("flameexample.stuff", modulesource)
result = flame.module("flameexample.stuff").doSomething("hello", 42)
print("\nresult from uploaded module:", result)
# remote console
with flame.console() as console:
print(
"\nStarting a remote console. Enter some commands to execute remotely. End the console as usual."
)
console.interact()
print("Console session ended.")
# basic stuff
socketmodule = flame.module("socket")
osmodule = flame.module("os")
print("remote host name=", socketmodule.gethostname())
print("remote server current directory=", osmodule.getcwd())
flame.execute("import math")
root = flame.evaluate("math.sqrt(500)")
print("calculated square root=", root)
try:
print("remote exceptions also work...", flame.evaluate("1//0"))
except ZeroDivisionError:
print("(caught ZeroDivisionError)")
# print something to the remote server output
flame.builtin("print")("Hello there, remote server stdout!")
# upload a module source and call a function, on the server, in this new module
modulesource = open("stuff.py").read()
flame.sendmodule("flameexample.stuff", modulesource)
result = flame.module("flameexample.stuff").doSomething("hello", 42)
print("\nresult from uploaded module:", result)
# remote console
with flame.console() as console:
print("\nStarting a remote console. Enter some commands to execute remotely. End the console as usual.")
console.interact()
print("Console session ended.")