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# flags: --minimum-version=3.10
# Cases sampled from PEP 636 examples
match command.split():
case [action, obj]:
... # interpret action, obj
match command.split():
case [action]:
... # interpret single-verb action
case [action, obj]:
... # interpret action, obj
match command.split():
case ["quit"]:
print("Goodbye!")
quit_game()
case ["look"]:
current_room.describe()
case ["get", obj]:
character.get(obj, current_room)
case ["go", direction]:
current_room = current_room.neighbor(direction)
# The rest of your commands go here
match command.split():
case ["drop", *objects]:
for obj in objects:
character.drop(obj, current_room)
# The rest of your commands go here
match command.split():
case ["quit"]:
pass
case ["go", direction]:
print("Going:", direction)
case ["drop", *objects]:
print("Dropping: ", *objects)
case _:
print(f"Sorry, I couldn't understand {command!r}")
match command.split():
case ["north"] | ["go", "north"]:
current_room = current_room.neighbor("north")
case ["get", obj] | ["pick", "up", obj] | ["pick", obj, "up"]:
... # Code for picking up the given object
match command.split():
case ["go", ("north" | "south" | "east" | "west")]:
current_room = current_room.neighbor(...)
# how do I know which direction to go?
match command.split():
case ["go", ("north" | "south" | "east" | "west") as direction]:
current_room = current_room.neighbor(direction)
match command.split():
case ["go", direction] if direction in current_room.exits:
current_room = current_room.neighbor(direction)
case ["go", _]:
print("Sorry, you can't go that way")
match event.get():
case Click(position=(x, y)):
handle_click_at(x, y)
case KeyPress(key_name="Q") | Quit():
game.quit()
case KeyPress(key_name="up arrow"):
game.go_north()
case KeyPress():
pass # Ignore other keystrokes
case other_event:
raise ValueError(f"Unrecognized event: {other_event}")
match event.get():
case Click((x, y), button=Button.LEFT): # This is a left click
handle_click_at(x, y)
case Click():
pass # ignore other clicks
def where_is(point):
match point:
case Point(x=0, y=0):
print("Origin")
case Point(x=0, y=y):
print(f"Y={y}")
case Point(x=x, y=0):
print(f"X={x}")
case Point():
print("Somewhere else")
case _:
print("Not a point")
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