def __init__(self):
'''
Constructor
'''
self._keywords = ["BEGIN", "DO", "ELSE", "END", "INSTRUCTION",
"IF", "IS", "PROGRAM", "THEN", "WHILE"]
self._conditions = ["next-is-empty", "next-is-not-empty",
"next-is-enemy", "next-is-not-enemy",
"next-is-friend", "next-is-not-friend",
"next-is-wall", "next-is-not-wall",
"random", "true"]
self._states = enum("EMPTY", "ERROR", "WHITESPACE", "COND_KEY_ID",
"COMMENT")
self._types = enum("ERROR", "WHITESPACE", "CONDITION", "KEYWORD",
"IDENTIFIER", "COMMENT")
self._buffer = ""
self._bufferState = self._states.EMPTY
self._readyToDispense = 0
def __init__(self):
'''
Constructor
'''
self._keywords = [
"BEGIN", "DO", "ELSE", "END", "INSTRUCTION", "IF", "IS", "PROGRAM",
"THEN", "WHILE"
]
self._conditions = [
"next-is-empty", "next-is-not-empty", "next-is-enemy",
"next-is-not-enemy", "next-is-friend", "next-is-not-friend",
"next-is-wall", "next-is-not-wall", "random", "true"
]
self._states = enum("EMPTY", "ERROR", "WHITESPACE", "COND_KEY_ID",
"COMMENT")
self._types = enum("ERROR", "WHITESPACE", "CONDITION", "KEYWORD",
"IDENTIFIER", "COMMENT")
self._buffer = ""
self._bufferState = self._states.EMPTY
self._readyToDispense = 0
'''
Created on Nov 7, 2011
@author: Calvin
'''
from Enum import enum
import sys
WIDTH = 20
HEIGHT = 20
_grid = [[0 for row in range(WIDTH)] for col in range(HEIGHT)]
states = enum("EMPTY", "ENEMY", "FRIEND", "WALL")
def get_pos(pos):
'''
Returns empty, wall, or a reference to the bug at the given position.
'''
if pos[0] < 0 or pos[1] < 0 or pos[0] > HEIGHT - 1 or pos[1] > WIDTH - 1:
return states.WALL
else:
return _grid[pos[0]][pos[1]]
def set_pos(pos, bug):
'''
Sets the given position in the grid.
'''
"""
Created on Nov 7, 2011
@author: Calvin
"""
from Enum import enum
import sys
WIDTH = 20
HEIGHT = 20
_grid = [[0 for row in range(WIDTH)] for col in range(HEIGHT)]
states = enum("EMPTY", "ENEMY", "FRIEND", "WALL")
def get_pos(pos):
"""
Returns empty, wall, or a reference to the bug at the given position.
"""
if pos[0] < 0 or pos[1] < 0 or pos[0] > HEIGHT - 1 or pos[1] > WIDTH - 1:
return states.WALL
else:
return _grid[pos[0]][pos[1]]
def set_pos(pos, bug):
"""
Sets the given position in the grid.
"""
# from enum import Enum
from Enum import enum as enum
# class UserStatus(Enum):
#
# USER_INVITED = 0
# USER_AWAITING_TURN = 1
# USER_TURN = 2
# USER_MATCH_COMPLETED = 3
UserStatus = enum(
USER_INVITED='USER_INVITED',
USER_AWAITING_TURN='USER_AWAITING_TURN',
USER_TURN='USER_TURN',
USER_MATCH_COMPLETED='USER_MATCH_COMPLETED',
)
'''
Created on Nov 1, 2011
@author: Calvin
'''
from Enum import enum
_conditions_text = [
"next-is-empty", "next-is-not-empty", "next-is-enemy", "next-is-not-enemy",
"next-is-friend", "next-is-not-friend", "next-is-wall", "next-is-not-wall",
"random", "true"
]
_kinds = enum("WHILE", "IF", "IFELSE", "CALL", "BLOCK")
_types = enum("ERROR", "WHITESPACE", "CONDITION", "KEYWORD", "IDENTIFIER",
"COMMENT")
_calls = ["infect", "move", "skip", "turnright", "turnleft"]
codes = enum("MOVE", "TURNLEFT", "TURNRIGHT", "INFECT", "SKIP", "HALT", "JUMP",
"JUMP_IF_NOT_NEXT_IS_EMPTY", "JUMP_IF_NOT_NEXT_IS_NOT_EMPTY",
"JUMP_IF_NOT_NEXT_IS_ENEMY", "JUMP_IF_NOT_NEXT_IS_NOT_ENEMY",
"JUMP_IF_NOT_NEXT_IS_FRIEND", "JUMP_IF_NOT_NEXT_IS_NOT_FRIEND",
"JUMP_IF_NOT_NEXT_IS_WALL", "JUMP_IF_NOT_NEXT_IS_NOT_WALL",
"JUMP_IF_NOT_RANDOM", "JUMP_IF_NOT_TRUE", "RETURN",
"JUMP_TO_INSTR")
'''
Created on Nov 4, 2011
@author: Calvin
'''
import Constants
from random import randint
from Enum import enum
from Debug import debug
import Grid
_facing = enum("UP", "DOWN", "LEFT", "RIGHT")
class Bug(object):
'''
Represents one Bug game object with PC and stack for code execution.
'''
def __init__(self, pos, facing, team):
'''
Constructor takes a starting pc and a reference to code array.
'''
self.team = team
self._pc = team.bugCode[0]
self._code = team.bugCode
self._stack = []
self._pos = pos
self._direction = facing
# Indicate where we've placed the bug is taken
'''
Created on Nov 4, 2011
@author: Calvin
'''
import Constants
from random import randint
from Enum import enum
from Debug import debug
import Grid
_facing = enum("UP", "DOWN", "LEFT", "RIGHT")
class Bug(object):
'''
Represents one Bug game object with PC and stack for code execution.
'''
def __init__(self, pos, facing, team):
'''
Constructor takes a starting pc and a reference to code array.
'''
self.team = team
self._pc = team.bugCode[0]
self._code = team.bugCode
self._stack = []
self._pos = pos
self._direction = facing
# Indicate where we've placed the bug is taken
# from enum import Enum
#
#
# class MatchResult(Enum):
#
# MATCH_RESULT_WIN = 0
# MATCH_RESULT_LOSS = 1
# MATCH_RESULT_TIE = 2
# MATCH_RESULT_NONE = 3
# MATCH_RESULT_DISCONNECT = 4
# MATCH_RESULT_DISAGREED = 5
from Enum import enum as enum
MatchResult= enum(MATCH_RESULT_WIN='MATCH_RESULT_WIN',
MATCH_RESULT_LOSS='MATCH_RESULT_LOSS',
MATCH_RESULT_TIE='MATCH_RESULT_TIE',
MATCH_RESULT_NONE='MATCH_RESULT_NONE',
MATCH_RESULT_DISCONNECT='MATCH_RESULT_DISCONNECT',
MATCH_RESULT_DISAGREED='MATCH_RESULT_DISAGREED')
'''
Created on Nov 1, 2011
@author: Calvin
'''
from Enum import enum
_conditions_text = ["next-is-empty", "next-is-not-empty",
"next-is-enemy", "next-is-not-enemy",
"next-is-friend", "next-is-not-friend",
"next-is-wall", "next-is-not-wall",
"random", "true"]
_kinds = enum("WHILE", "IF", "IFELSE", "CALL", "BLOCK")
_types = enum("ERROR", "WHITESPACE", "CONDITION", "KEYWORD",
"IDENTIFIER", "COMMENT")
_calls = ["infect", "move", "skip", "turnright", "turnleft"]
codes = enum("MOVE", "TURNLEFT", "TURNRIGHT", "INFECT",
"SKIP", "HALT", "JUMP", "JUMP_IF_NOT_NEXT_IS_EMPTY",
"JUMP_IF_NOT_NEXT_IS_NOT_EMPTY", "JUMP_IF_NOT_NEXT_IS_ENEMY",
"JUMP_IF_NOT_NEXT_IS_NOT_ENEMY", "JUMP_IF_NOT_NEXT_IS_FRIEND",
"JUMP_IF_NOT_NEXT_IS_NOT_FRIEND", "JUMP_IF_NOT_NEXT_IS_WALL",
"JUMP_IF_NOT_NEXT_IS_NOT_WALL", "JUMP_IF_NOT_RANDOM",
"JUMP_IF_NOT_TRUE", "RETURN", "JUMP_TO_INSTR")
#
# from enum import Enum
#
#
# class ParticipantStatus(Enum):
#
# PARTICIPANT_NOT_INVITED_YET = 0
# PARTICIPANT_INVITED = 1
# PARTICIPANT_JOINED = 2
# PARTICIPANT_DECLINED = 3
# PARTICIPANT_LEFT = 4
# PARTICIPANT_FINISHED = 5
# PARTICIPANT_UNRESPONSIVE = 6
from Enum import enum as enum
ParticipantStatus = enum(
PARTICIPANT_NOT_INVITED_YET='PARTICIPANT_NOT_INVITED_YET',
PARTICIPANT_INVITED='PARTICIPANT_INVITED',
PARTICIPANT_JOINED='PARTICIPANT_JOINED',
PARTICIPANT_DECLINED='PARTICIPANT_DECLINED',
PARTICIPANT_LEFT='PARTICIPANT_LEFT',
PARTICIPANT_FINISHED='PARTICIPANT_FINISHED',
PARTICIPANT_UNRESPONSIVE='PARTICIPANT_UNRESPONSIVE')
from Enum import enum as enum
# def enum(**enums):
# return type('Enum', (), enums)
MatchStatus = enum(MATCH_AUTO_MATCHING='MATCH_AUTO_MATCHING',
MATCH_ACTIVE='MATCH_ACTIVE',
MATCH_COMPLETE='MATCH_COMPLETE',
MATCH_EXPIRED='MATCH_EXPIRED',
MATCH_DELETED='MATCH_DELETED')
#
# class MatchStatus(Enum):
#
# MATCH_AUTO_MATCHING = 0
# MATCH_ACTIVE = 1
# MATCH_COMPLETE = 2
# MATCH_CANCELLED = 3
# MATCH_EXPIRED = 4
# MATCH_DELETED = 5
#
# def __str__(self):
# if self.value == 0:
# return 'MATCH_AUTO_MATCHING'
