How to use __copy__ method in hypothesis

Best Python code snippet using hypothesis

HeavyABPlayer.py

Source:HeavyABPlayer.py Github

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...78 # TODO: add here the utility, succ, and perform_move functions used in AlphaBeta algorithm79 def succ_phase1_player(self, state):80 states = []81 soldier_to_place = 9 - state.playerSoldiersToPlace82 save_state_pre_dir = state.__copy__()83 for pos in range(24):84 if state.board[pos] == 0:85 state.board[pos] = 186 state.playerPositions[soldier_to_place] = pos87 state.playerSoldiersToPlace -= 188 state.playerSoldiersRemaining += 189 if self.is_mill(position=pos, board=state.board):90 save_state_pre_kill = state.__copy__()91 for rival in range(9 - state.rivalSoldiersToPlace):92 if state.rivalPositions[rival] >= 0:93 tmp = state.rivalPositions[rival]94 state.board[tmp] = 095 state.rivalPositions[rival] = -296 state.rivalSoldiersRemaining -= 197 if state.direction is None:98 state.direction = (pos, soldier_to_place, tmp)99 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills, \100 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)101 states.append(state.__copy__())102 state = save_state_pre_kill.__copy__()103 else:104 if state.direction is None:105 state.direction = (pos, soldier_to_place, -1)106 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills, \107 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)108 states.append(state.__copy__())109 state = save_state_pre_dir.__copy__()110 return states111 def succ_phase1_rival(self, state):112 states = []113 soldier_to_place = np.where(state.rivalPositions == -1)114 save_state_pre_dir = state.__copy__()115 for pos in range(24):116 if state.board[pos] == 0:117 state.board[pos] = 2118 state.rivalPositions[soldier_to_place] = pos119 state.rivalSoldiersToPlace -= 1120 state.rivalSoldiersRemaining += 1121 if self.is_mill(pos, state.board):122 save_state_pre_kill = state.__copy__()123 for player in range(9 - state.playerSoldiersToPlace):124 if state.playerPositions[player] >= 0:125 tmp = state.playerPositions[player]126 state.board[tmp] = 0127 state.playerPositions[player] = -2128 state.playerSoldiersRemaining -= 1129 if state.direction is None:130 state.direction = (pos, soldier_to_place, tmp)131 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills, \132 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)133 states.append(state.__copy__())134 state = save_state_pre_kill.__copy__()135 else:136 if state.direction is None:137 state.direction = (pos, soldier_to_place, -1)138 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills, \139 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)140 states.append(state.__copy__())141 state = save_state_pre_dir.__copy__()142 return states143 def succ_phase2_player(self, state):144 states = []145 save_state_pre_sold = state.__copy__()146 for soldier in range(9):147 soldier_pos = state.playerPositions[soldier]148 if soldier_pos >= 0:149 save_state_pre_dir = state.__copy__()150 for pos in self.directions(soldier_pos):151 if state.board[pos] == 0:152 state.playerPositions[soldier] = pos153 state.board[soldier_pos] = 0154 state.board[pos] = 1155 if self.is_mill(pos, state.board):156 save_state_pre_kill = state.__copy__()157 for rival in range(9 - state.rivalSoldiersToPlace):158 if state.rivalPositions[rival] >= 0:159 tmp = state.rivalPositions[rival]160 state.board[tmp] = 0161 state.rivalPositions[rival] = -2162 state.rivalSoldiersRemaining -= 1163 if state.direction is None:164 state.direction = (pos, soldier, tmp)165 state.playerIncompleteMills, state.playerAvailableMoves, \166 state.rivalIncompleteMills, state.rivalAvailableMoves = \167 self.moves_and_incomp_mills_calc(state=state)168 states.append(state.__copy__())169 state = save_state_pre_kill.__copy__()170 else:171 if state.direction is None:172 state.direction = (pos, soldier, -1)173 state.playerIncompleteMills, state.playerAvailableMoves, \174 state.rivalIncompleteMills, state.rivalAvailableMoves = \175 self.moves_and_incomp_mills_calc(state=state)176 states.append(state.__copy__())177 state = save_state_pre_dir.__copy__()178 state = save_state_pre_sold.__copy__()179 return states180 def succ_phase2_rival(self, state):181 states = []182 save_state_pre_sold = state.__copy__()183 for soldier in range(9):184 soldier_pos = state.rivalPositions[soldier]185 if soldier_pos >= 0:186 save_state_pre_dir = state.__copy__()187 for pos in self.directions(soldier_pos):188 if state.board[pos] == 0:189 state.rivalPositions[soldier] = pos190 state.board[soldier_pos] = 0191 state.board[pos] = 2192 if self.is_mill(pos, state.board):193 save_state_pre_kill = state.__copy__()194 for player in range(9 - state.playerSoldiersToPlace):195 if state.playerPositions[player] >= 0:196 tmp = state.playerPositions[player]197 state.board[tmp] = 0198 state.playerPositions[player] = -2199 state.playerSoldiersRemaining -= 1200 if state.direction is None:201 state.direction = (pos, soldier, tmp)202 state.playerIncompleteMills, state.playerAvailableMoves, \203 state.rivalIncompleteMills, state.rivalAvailableMoves = \204 self.moves_and_incomp_mills_calc(state=state)205 states.append(state.__copy__())206 state = save_state_pre_kill.__copy__()207 else:208 if state.direction is None:209 state.direction = (pos, soldier, -1)210 state.playerIncompleteMills, state.playerAvailableMoves, \211 state.rivalIncompleteMills, state.rivalAvailableMoves = \212 self.moves_and_incomp_mills_calc(state=state)213 states.append(state.__copy__())214 state = save_state_pre_dir.__copy__()215 state = save_state_pre_sold.__copy__()216 return states217 ########## helper functions for AlphaBeta algorithm ##########218 def goal(self, state):219 return (state.rivalSoldiersToPlace == 0 and state.playerSoldiersToPlace == 0) and \220 (((state.playerSoldiersRemaining < 3 or state.rivalSoldiersRemaining < 3 or221 state.playerAvailableMoves == 0 or state.rivalAvailableMoves == 0)))222 def succ(self, state):223 next_state = state.__copy__()224 if state.turn:225 next_state.turn = not next_state.turn226 if state.playerSoldiersToPlace > 0:227 return self.succ_phase1_player(next_state)228 else:229 return self.succ_phase2_player(next_state)230 else:231 next_state.turn = not next_state.turn232 if state.rivalSoldiersToPlace > 0:233 return self.succ_phase1_rival(next_state)234 else:235 return self.succ_phase2_rival(next_state)236 def diff_mill_count(self, state):237 count_1 = 0...

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LightABPlayer.py

Source:LightABPlayer.py Github

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...80 ########## helper functions in class ##########81 def succ_phase1_player(self, state):82 states = []83 soldier_to_place = 9 - state.playerSoldiersToPlace84 save_state_pre_dir = state.__copy__()85 for pos in range(24):86 if state.board[pos] == 0:87 state.board[pos] = 188 state.playerPositions[soldier_to_place] = pos89 state.playerSoldiersToPlace -= 190 state.playerSoldiersRemaining += 191 if self.is_mill(position=pos, board=state.board):92 save_state_pre_kill = state.__copy__()93 for rival in range(9 - state.rivalSoldiersToPlace):94 if state.rivalPositions[rival] >= 0:95 tmp = state.rivalPositions[rival]96 state.board[tmp] = 097 state.rivalPositions[rival] = -298 state.rivalSoldiersRemaining -= 199 if state.direction is None:100 state.direction = (pos, soldier_to_place, tmp)101 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills, \102 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)103 states.append(state.__copy__())104 state = save_state_pre_kill.__copy__()105 else:106 if state.direction is None:107 state.direction = (pos, soldier_to_place, -1)108 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills,\109 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)110 states.append(state.__copy__())111 state = save_state_pre_dir.__copy__()112 return states113 def succ_phase1_rival(self, state):114 states = []115 soldier_to_place = np.where(state.rivalPositions == -1)116 save_state_pre_dir = state.__copy__()117 for pos in range(24):118 if state.board[pos] == 0:119 state.board[pos] = 2120 state.rivalPositions[soldier_to_place] = pos121 state.rivalSoldiersToPlace -= 1122 state.rivalSoldiersRemaining += 1123 if self.is_mill(pos, state.board):124 save_state_pre_kill = state.__copy__()125 for player in range(9 - state.playerSoldiersToPlace):126 if state.playerPositions[player] >= 0:127 tmp = state.playerPositions[player]128 state.board[tmp] = 0129 state.playerPositions[player] = -2130 state.playerSoldiersRemaining -= 1131 if state.direction is None:132 state.direction = (pos, soldier_to_place, tmp)133 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills, \134 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)135 states.append(state.__copy__())136 state = save_state_pre_kill.__copy__()137 else:138 if state.direction is None:139 state.direction = (pos, soldier_to_place, -1)140 state.playerIncompleteMills, state.playerAvailableMoves, state.rivalIncompleteMills,\141 state.rivalAvailableMoves = self.moves_and_incomp_mills_calc(state=state)142 states.append(state.__copy__())143 state = save_state_pre_dir.__copy__()144 return states145 def succ_phase2_player(self, state):146 states = []147 save_state_pre_sold = state.__copy__()148 for soldier in range(9):149 soldier_pos = state.playerPositions[soldier]150 if soldier_pos >= 0:151 save_state_pre_dir = state.__copy__()152 for pos in self.directions(soldier_pos):153 if state.board[pos] == 0:154 state.playerPositions[soldier] = pos155 state.board[soldier_pos] = 0156 state.board[pos] = 1157 if self.is_mill(pos, state.board):158 save_state_pre_kill = state.__copy__()159 for rival in range(9 - state.rivalSoldiersToPlace):160 if state.rivalPositions[rival] >= 0:161 tmp = state.rivalPositions[rival]162 state.board[tmp] = 0163 state.rivalPositions[rival] = -2164 state.rivalSoldiersRemaining -= 1165 if state.direction is None:166 state.direction = (pos, soldier, tmp)167 state.playerIncompleteMills, state.playerAvailableMoves, \168 state.rivalIncompleteMills, state.rivalAvailableMoves = \169 self.moves_and_incomp_mills_calc(state=state)170 states.append(state.__copy__())171 state = save_state_pre_kill.__copy__()172 else:173 if state.direction is None:174 state.direction = (pos, soldier, -1)175 state.playerIncompleteMills, state.playerAvailableMoves, \176 state.rivalIncompleteMills, state.rivalAvailableMoves = \177 self.moves_and_incomp_mills_calc(state=state)178 states.append(state.__copy__())179 state = save_state_pre_dir.__copy__()180 state = save_state_pre_sold.__copy__()181 return states182 def succ_phase2_rival(self, state):183 states = []184 save_state_pre_sold = state.__copy__()185 for soldier in range(9):186 soldier_pos = state.rivalPositions[soldier]187 if soldier_pos >= 0:188 save_state_pre_dir = state.__copy__()189 for pos in self.directions(soldier_pos):190 if state.board[pos] == 0:191 state.rivalPositions[soldier] = pos192 state.board[soldier_pos] = 0193 state.board[pos] = 2194 if self.is_mill(pos, state.board):195 save_state_pre_kill = state.__copy__()196 for player in range(9 - state.playerSoldiersToPlace):197 if state.playerPositions[player] >= 0:198 tmp = state.playerPositions[player]199 state.board[tmp] = 0200 state.playerPositions[player] = -2201 state.playerSoldiersRemaining -= 1202 if state.direction is None:203 state.direction = (pos, soldier, tmp)204 state.playerIncompleteMills, state.playerAvailableMoves, \205 state.rivalIncompleteMills, state.rivalAvailableMoves = \206 self.moves_and_incomp_mills_calc(state=state)207 states.append(state.__copy__())208 state = save_state_pre_kill.__copy__()209 else:210 if state.direction is None:211 state.direction = (pos, soldier, -1)212 state.playerIncompleteMills, state.playerAvailableMoves, \213 state.rivalIncompleteMills, state.rivalAvailableMoves = \214 self.moves_and_incomp_mills_calc(state=state)215 states.append(state.__copy__())216 state = save_state_pre_dir.__copy__()217 state = save_state_pre_sold.__copy__()218 return states219 ########## helper functions for AlphaBeta algorithm ##########220 def goal(self, state):221 return (state.rivalSoldiersToPlace == 0 and state.playerSoldiersToPlace == 0) and \222 (((state.playerSoldiersRemaining < 3 or state.rivalSoldiersRemaining < 3 or223 state.playerAvailableMoves == 0 or state.rivalAvailableMoves == 0)))224 def succ(self, state):225 next_state = state.__copy__()226 if state.turn:227 next_state.turn = not next_state.turn228 if state.playerSoldiersToPlace > 0:229 return self.succ_phase1_player(next_state)230 else:231 return self.succ_phase2_player(next_state)232 else:233 next_state.turn = not next_state.turn234 if state.rivalSoldiersToPlace > 0:235 return self.succ_phase1_rival(next_state)236 else:237 return self.succ_phase2_rival(next_state)238 def utility(self, state):239 if self.goal(state) and (state.playerSoldiersRemaining < 3 or state.playerAvailableMoves == 0):...

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Node.py

Source:Node.py Github

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...54 def __add__(self, other):55 # adding a number to a tree means56 # setting the current tree's operator as the +57 # setting the left as the current tree58 newNode = self.__copy__()59 newNode.left = Node(newNode.op, newNode.left, newNode.right)60 newNode.right = Num(other) if type(other) in [float, int] else other61 newNode.op = "+"62 return newNode636465 def __sub__(self, other):66 newNode = self.__copy__()67 newNode.left = Node(newNode.op, newNode.left, newNode.right)68 newNode.right = Num(other) if type(other) in [float, int] else other69 newNode.op = "-"70 return newNode7172 def __mul__(self, other):73 newNode = self.__copy__()74 newNode.left = Node(newNode.op, newNode.left, newNode.right)75 newNode.right = Num(other) if type(other) in [float, int] else other76 newNode.op = "*"77 return newNode7879 def __truediv__(self, other):80 newNode = self.__copy__()81 newNode.left = Node(newNode.op, newNode.left, newNode.right)82 newNode.right = Num(other) if type(other) in [float, int] else other83 newNode.op = "/"84 return newNode8586 def __iadd__(self, other):87 return self.__add__(other)8889 def __isub__(self, other):90 return self.__sub__(other)9192 def __imul__(self, other):93 return self.__mul__(other)9495 def __itruediv__(self, other):96 return self.__truediv__(other)9798 def __radd__(self, other):99 return other.__add__(self)100101 def __rsub__(self, other):102 return other.__sub__(self)103104 def __rmul__(self, other):105 return other.__mul__(self)106107 def __rdiv__(self, other):108 return other.__div__(self)109110 def __copy__(self):111 lft = self.left.__copy__()112 rgt = self.right.__copy__()113 return Node(self.op, lft, rgt)114115class Num:116 def __init__(self, val):117 self.val = val118119 def evaluate(self):120 return self.val121122 def __repr__(self):123 return self.__str__()124125 def __str__(self):126 return f"{self.val}"127128 def __int__(self):129 return round(self.val)130131 def __add__(self, other):132 return Node("+", self.__copy__(), other.__copy__())133134 def __sub__(self, other):135 return Node("-", self.__copy__(), other.__copy__())136137 def __mul__(self, other):138 return Node("*", self.__copy__(), other.__copy__())139140 def __truediv__(self, other):141 return Node("/", self.__copy__(), other.__copy__())142143 def __iadd__(self, other):144 return self.__add__(other)145146 def __isub__(self, other):147 return self.__sub__(other)148149 def __imul__(self, other):150 return self.__mul__(other)151152 def __itruediv__(self, other):153 return self.__truediv__(other)154155 def __copy__(self):156 return Num(self.val)157158159class Var:160 def __init__(self, name):161 self.op = name162163 def evaluate(self):164 return f"{self.op}"165166 def __copy__(self):167 return Var(self.op)168169 def __str__(self): ...

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