def test06_func_sfcs_bishop_movements_negative_03(self):
"""
Test script to verify bishop movements to an already occupied location. Illegal move
"""
logger.info(
"\n\n test06_func_sfcs_bishop_movements_negative_03: Test script to verify bishop movements to an already occupied location. Illegal move"
)
movement_list = ['Be2']
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move,
movement_list,
self.url,
error_flag=False)
self.assertTrue(result['error']['message'] == 'Move cannot be made.',
msg='Bishop has made an illegal move. Possible bug')
logger.info(
'End of case test06_func_sfcs_bishop_movements_negative_03')
def test06_func_sfcs_rook_movements_negative_02(self):
"""
Test script to verify rook movements in diagonal shape. Illegal move
"""
logger.info(
"\n\n test06_func_sfcs_rook_movements_negative_02: Test script to verify rook movements in diagonal shape. Illegal move"
)
movement_list = ['Re4']
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move,
movement_list,
self.url,
error_flag=False)
self.assertTrue(result['error']['message'] == 'Move cannot be made.',
msg='Rook has made an illegal move. Possible bug')
logger.info('End of case test06_func_sfcs_rook_movements_negative_02')
def test07_sfcs_func_board_invalid_boardstate_negative_07(self):
"""
Test script to verify board functionality. Script to verify the empty boardstate
"""
logger.info(
"\n\n test07_sfcs_func_board_invalid_boardstate_negative_07: Script to verify the empty board state"
)
self.method = "MakeMove"
params = {}
params['playerState'] = "w"
#empty board state
params['boardState'] = []
self.initial_state_of_the_board = {
"method": self.method,
"params": params,
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
self.assertTrue(result['error']['message'] ==
'Required param (boardState) missing or null',
msg="Required param (boardState) is not provided")
logger.info(
'End of case test07_sfcs_func_board_invalid_boardstate_negative_07'
)
def test01_func_sfcs_pawn_movements_positive(self):
"""
Test script to verify pawn movements. Single and double movements, killing a pawn and verify the pawn exists or not
"""
logger.info(
"\n\n test01_func_sfcs_pawn_movements_positive: Test script to verify pawn movements. Single and double movements, killing a pawn and verify the pawn exists or not "
)
movement_list = ['g5', 'f4', 'b5', 'fxg5', 'g5']
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move,
movement_list,
self.url,
error_flag=False)
self.assertTrue(
result['error']['message'] == 'Move cannot be made.',
msg="Move shouldnt be made as coin does not exist on the board")
logger.info('End of case test01_func_sfcs_pawn_movements_positive')
def setUpClass(self):
logger.info("\n\n ============================================ In SFCS TestSFCSFunctionalKing setup Class ============================================")
self.config = ConfigUtil().readConfigurationFile()
self.move_obj = MakeMove()
self.url = self.config['TEST_URL']
self.id = self.config['SESSION_ID']
self.json_rpc = self.config['JSON_RPC']
self.method = self.config['TEST_METHOD']
self.playerState = self.config['PLAYER_STATE']
self.move = "Nc3"
self.params = {}
'''
Set the initial state of the board and make the first move here
'''
self.params = initial_params
self.initial_state_of_the_board = {}
self.params['playerState'] = self.playerState
self.params['move'] = self.move
self.initial_state_of_the_board = {"method": self.method,
"params": self.params,
"id": self.id,
"jsonrpc": self.json_rpc}
logger.info("SetupClass: Make the initial move on the chess board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
def test03_sfcs_func_board_invalid_playerstate_negative_03(self):
"""
Test script to verify board functionality. Script to verify the invalid player state (W instead of w)
"""
logger.info(
"\n\n test03_sfcs_func_board_invalid_playerstate_negative_03: Script to verify the invalid player states"
)
self.method = "MakeMove"
#invalid player state
self.params['playerState'] = "W"
self.initial_state_of_the_board = {
"method": self.method,
"params": self.params,
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
self.assertTrue(
result['error']['message'] ==
'Could not create board with given inputs.',
msg="Should be a BoardError given invalid player state")
logger.info(
'End of case test03_sfcs_func_board_invalid_playerstate_negative_03'
)
def test10_sfcs_func_board_invalid_location_negative_10(self):
"""
Test script to verify board functionality. Script to verify an empty move
"""
logger.info(
"\n\n test10_sfcs_func_board_invalid_location_negative_10: Script to verifyempty move "
)
self.method = "MakeMove"
#invalid player state
self.params = {}
self.params = initial_params
self.params['playerState'] = "w"
self.params['playerState'] = self.playerState
#invalid move C3 instead of c3 to move the pawn
self.params['move'] = ""
self.initial_state_of_the_board = {
"method": self.method,
"params": self.params,
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
self.assertTrue(result['error']['message'] ==
'Required param (move) missing or null',
msg="Required param (move) is not provided")
logger.info(
'End of case test10_sfcs_func_board_invalid_location_negative_10')
def test09_sfcs_func_board_invalid_location_negative_09(self):
"""
Test script to verify board functionality. Script to verify move to a location using invalid coin type (Pawn movement)
"""
logger.info(
"\n\n test09_sfcs_func_board_invalid_location_negative_09: Script to verify move to a location using invalid coin type "
)
self.method = "MakeMove"
#invalid player state
self.params = {}
self.params = initial_params
self.params['playerState'] = "w"
self.params['playerState'] = self.playerState
#invalid move C3 instead of c3 to move the pawn
self.params['move'] = "C3"
self.initial_state_of_the_board = {
"method": self.method,
"params": self.params,
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
self.assertTrue(
result['error']['message'] == 'Invalid move string.',
msg="Invalid location to move pawn trying to move to a location")
logger.info(
'End of case test09_sfcs_func_board_invalid_location_negative_09')
def readConfigurationFile(self, dict_or_object={}):
if type(dict_or_object) == type(dict()):
kwargs = dict_or_object
else:
kwargs = dict_or_object.__dict__
try:
tb_file = str(os.getenv("testconfig_file"))
# Load YAML Value
default_dict = yaml.load(open(tb_file))
except:
raise RuntimeError(
"testconfig_file IS NOT SET IN ENVIRONMENT OR GIVEN CONFIG FILE DOES NOT EXIST. PLEASE SET export testconfig_file='/Location/FileName' "
)
default_dict.update(kwargs)
TEST_URL = default_dict['TEST_URL'] if "TEST_URL" in default_dict \
else self.__raise_exception("CONFIG FILE DOES NOT HAVE 'TEST_URL' VARIABLE , PLEASE DEFINE LIKE TEST_URL=http://chesstest.solidfire.net:8080/json-rpc")
default_dict['TEST_URL'] = kwargs.get('TEST_URL', TEST_URL)
default_dict['JSON_RPC'] = default_dict.get('JSON_RPC', "2.0")
default_dict['SESSION_ID'] = default_dict.get('SESSION_ID', 1)
default_dict['TEST_METHOD'] = default_dict.get('TEST_METHOD',
" MakeMove")
default_dict['PLAYER_STATE'] = default_dict.get('PLAYER_STATE', "w")
logger.info("Reading test config file \n\n")
logger.info(default_dict)
return default_dict
def test01_func_sfcs_queen_movements_positive_01(self):
"""
Test script to verify queen movements horizontal and vertical (forward) and get killed
"""
logger.info("\n\n test01_func_sfcs_queen_movements_positive_01: Test script to verify queen movements horizontal and vertical and get killed ")
movement_list = ['Nf6', 'd4', 'h5', 'Qd3' , 'c6', 'Qb3', 'Nd5', 'Qxb7', 'Bxb7']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag= True)
logger.info('End of case test01_func_sfcs_queen_movements_positive_01')
def test01_func_sfcs_knight_movements_positive_01(self):
"""
Test script to verify more than one knight movements (both black and white) and ultimately kill a black knight
"""
logger.info("\n\n test01_func_sfcs_knight_movements_positive: Test script to verify more than one knight movements (both black and white) and ultimately kill a black knight ")
movement_list = ['Nc6', 'Na4', 'Nc4', 'Ne5' , 'Nxe5', 'Ng4']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag= False)
self.assertTrue(result['error']['message'] == 'Move cannot be made.', msg= "Move shouldn't be made as coin does not exist on the board")
logger.info('End of case test01_func_sfcs_knight_movements_positive')
def test06_func_sfcs_knight_two_pieces_same_space_negative03(self):
"""
Test script to verify two same Knight pieces are occupying same location
"""
logger.info("\n\n test06_func_sfcs_knight_two_pieces_same_space_negative03: Test script to verify more than one knight movements (both black and white), issue backward movements")
movement_list = ['b6', 'e3', 'b4', 'Ne2', 'h6' , 'Nc3']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag=False)
self.assertTrue(result['error']['message']=='Move cannot be made.', msg='Knight occupying location of another knight of the same player')
logger.info('End of case test06_func_sfcs_knight_two_pieces_same_space_negative03')
def test01_func_sfcs_king_movements_positive(self):
"""
Test script to verify king movements.- Move the king in all directions one step
"""
logger.info("\n\n test01_func_sfcs_pawn_movements_positive: Move the king in all directions one step ")
movement_list = ['Nf6', 'f4','c5', 'd4', 'd6', 'Nb5', 'Nc6', 'c4', 'Bf5', 'e4', 'Bg6', 'g4', 'h6', 'Qa4', 'Bxe4', 'Bh3', 'a6', 'Ke2', 'axb5', 'Ke1', 'bxa4', 'Kf1', 'Bxh1', 'Ke1',
'Nxd4', 'Kd2', 'Qd7', 'Kc1']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag = False)
self.assertTrue(result['error']['message'] == 'Move cannot be made.', msg= "Move shouldnt be made as coin does not exist on the board")
logger.info('End of case test01_func_sfcs_pawn_movements_positive')
def test05_func_sfcs_knight_move_invalid_location_negative02(self):
"""
Test script to verify movement to an invalid location
"""
logger.info("\n\n test05_func_sfcs_knight_move_invalid_location_negative02: Test script to verify more than one knight movements (both black and white), issue backward movements")
movement_list = ['Na9', 'Nh10', 'Na-1', 'nc3']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag=False)
self.assertTrue(result['error']['message']=="Invalid move string.", msg='Invalid move done on the chess board by Knight')
logger.info('End of case test05_func_sfcs_knight_move_invalid_location_negative02')
def setUpClass(self):
logger.info(
"\n\n ============================================ In SFCS TestSFCSFunctionalBoard setup Class ============================================"
)
self.move_obj = MakeMove()
self.config = ConfigUtil().readConfigurationFile()
self.url = self.config['TEST_URL']
self.id = self.config['SESSION_ID']
self.json_rpc = self.config['JSON_RPC']
self.playerState = self.config['PLAYER_STATE']
self.move = "Nc3"
self.params = {}
'''
Set the initial state of the board and make the first move here
'''
self.params = initial_params
self.initial_state_of_the_board = {}
self.params['playerState'] = self.playerState
self.params['move'] = self.move
def make_iter_moves_for_game_action(self,
state,
move,
movement_list,
url,
error_flag=True):
"""
This is a helper method to invoke multiple calls to emulate chess moves by iterating make_move() method
Parameters:
state (tuple) : a tuple of next player state, game state(if any) and present board state
state_of_the_board (dict) : state of the board
movement_list (list) : list which contains the chess coin movements
url (str) : Endpoint to access
error_flag(boolean) : Set/unset the error flag if the error has to be returned to capture negative scenarios. Else it will assert a failure
Returns:
should return the game state.
"""
(player_state, game_state, board_state) = state
logger.debug("player state: %s" % player_state)
for i in range(len(movement_list)):
logger.debug("%s Moving to :%s" % (player_state, movement_list[i]))
b_state = {}
b_state['boardState'] = board_state
b_state['move'] = movement_list[i]
b_state['playerState'] = player_state
move['params'] = b_state
result = self.make_move(move, url)
if 'error' in result:
logger.error("Found error in MakeMove: %s" % result)
if not error_flag:
return result
else:
assert (False)
else:
(player_state, game_state,
board_state) = self.get_states_from_last_move(result)
if game_state != '':
logger.info("Found a game state: %s" % game_state)
return game_state
def test01_smoke_sfcs_checkmate_end_to_end(self):
"""
Test script to verify checkmate scenario by emulating multiple coin movements on a chess board
"""
logger.info(
"\n\n test01_smoke_sfcs_checkmate_end_to_end: Test script to verify checkmate scenario by emulating multiple coin movements on a chess board"
)
movement_list = ['e5', 'Ke2', 'd5', 'Kd3', 'Qf6', 'Qe2', 'e4']
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
self.game_state = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move, movement_list, self.url)
self.assertTrue(self.game_state == 'checkmate',
msg='Checkmate not achieved using selected moves')
logger.info('End of case test01_smoke_sfcs_checkmate_end_to_end')
def test02_func_sfcs_pawn_movements_illegal_negative_01(self):
"""
Test script to verify illegal pawn movements - 3 steps forward
"""
logger.info(
"\n\n test02_func_sfcs_pawn_movements_illegal_negative01: Test script to verify illegal pawn movements "
)
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
(self.player_state, self.game_state,
self.board_state) = self.move_obj.get_states_from_last_move(result)
movement_list = ['g3']
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move,
movement_list,
self.url,
error_flag=False)
self.assertTrue(result['error']['message'] == 'Move cannot be made.',
msg="Illegal move made by the pawn")
logger.info(
'End of case test02_func_sfcs_pawn_movements_illegal_negative_01')
def test03_smoke_scfs_check_end_to_end(self):
"""
Test script to verify a check scenario by emulating multiple coin movements on a chess board
"""
logger.info(
"\n\n test03_smoke_scfs_check_end_to_end: Test script to verify a check scenario by emulating multiple coin movements on a chess board"
)
movement_list = ['Nf6', 'Bb5', 'h5', 'Bxd7']
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
(self.player_state, self.game_state,
self.board_state) = self.move_obj.get_states_from_last_move(result)
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
self.game_state = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move, movement_list, self.url)
self.assertTrue(self.game_state == 'check',
msg='check not achieved using selected moves')
logger.info("End of case test03_smoke_scfs_check_end_to_end")
def test02_smoke_scfs_stalemate_end_to_end(self):
"""
Test script to verify stalemate scenario by emulating multiple coin movements on a chess board
"""
logger.info(
"\n\n test02_smoke_scfs_stalemate_end_to_end: Test script to verify stalemate scenario by emulating multiple coin movements on a chess board"
)
movement_list = [
'a5', 'Qh5', 'Ra6', 'Qxa5', 'h5', 'Qxc7', 'Rah6', 'h4', 'f6',
'Qxd7', 'Kf7', 'Qxb7', 'Qd3', 'Qxb8', 'Qh7', 'Qxc8', 'Kg6', 'Qe6'
]
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
(self.player_state, self.game_state,
self.board_state) = self.move_obj.get_states_from_last_move(result)
self.next_move = {
"method": self.method,
"params": {},
"id": self.id,
"jsonrpc": self.json_rpc
}
self.game_state = self.move_obj.make_iter_moves_for_game_action(
(self.player_state, self.game_state, self.board_state),
self.next_move, movement_list, self.url)
self.assertTrue(self.game_state == 'stalemate',
msg='Stalemate not achieved using selected moves')
logger.info("End of case test02_smoke_scfs_stalemate_end_to_end")
def test02_sfcs_func_board_invalid_method_negative_02(self):
"""
Test script to verify board functionality. Script to verify the board when an method is passed as empty
"""
logger.info(
"\n\n test02_sfcs_func_board_invalid_method_negative_02: Script to verify the board when an method is passed as empty"
)
#empty method
self.method = ""
self.initial_state_of_the_board = {
"method": self.method,
"params": self.params,
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
self.assertTrue(result['error']['message'] == 'no method specified',
msg="empty method passed illegally to invoke a move")
logger.info(
'End of case test02_sfcs_func_board_invalid_method_negative_02')
def test01_sfcs_func_board_invalid_method_negative_01(self):
"""
Test script to verify board functionality. Script to verify the board when an invalid method is been passed
"""
logger.info(
"\n\n test01_sfcs_func_board_invalid_method_negative_01: Script to verify the board when an invalid method is been passed "
)
#invalid method
self.method = "makemove"
self.initial_state_of_the_board = {
"method": self.method,
"params": self.params,
"id": self.id,
"jsonrpc": self.json_rpc
}
result = self.move_obj.make_move(self.initial_state_of_the_board,
self.url)
self.assertTrue(
result['error']['message'] == 'Unknown method: makemove',
msg="unknown method passed illegally to invoke a move")
logger.info(
'End of case test01_sfcs_func_board_invalid_method_negative_01')
def make_move(self, state_of_the_board, url):
"""
This method invokes a REST API POST request call to the url
Parameters:
state_of_the_board (dict): Present state of the chess board in dictionary format
url (str) : Endpoint to access
Returns:
response the board state in a dictionary format. returns None if nothing is executed
"""
logger.debug(
"Calling method make_move, invokes a REST API POST request call to the url"
)
headers = json.dumps({'content-type': 'application/json'})
state_of_the_board = json.dumps(state_of_the_board)
headers = json.loads(headers)
logger.debug("URL is : %s\n\n" % (url))
logger.debug("PAYLOAD is : %s\n\n" % state_of_the_board)
try:
resp = requests.post(url=url,
headers=headers,
data=state_of_the_board)
if 'error' in resp.json():
response = resp.json()
logger.info("\n\n Error in response: %s" % response)
return response
elif 'result' in resp.json():
response = resp.json()
status = resp.status_code
logger.info("\n\n Status Obtained : %s" % status)
logger.info("\n\n Response : %s" % response)
logger.info("\n\n")
return response
else:
return None
except Exception as e:
logger.error(e)
return e
def test04_func_sfcs_queen_movements_positive_04(self):
"""
Test script to verify queen movements backwards in diagonal, horizontal and vertical.
"""
logger.info("\n\n test04_func_sfcs_queen_movements_positive_04: Test script to verify queen movements backwards in diagonal, horizontal and vertical.")
movement_list = [ 'e5', 'd4', 'd5' , 'Qd3', 'Nd7', 'Qf5', 'Nh6', 'Qf3', 'Nb6', 'Qh5', 'Be6', 'Qh4', 'Qxh4', 'Nf3', 'Qd8']
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag= True)
logger.info('End of case test04_func_sfcs_queen_movements_positive_04')
def test03_func_sfcs_kill_using_king_positive(self):
"""
Test script to verify king movements.- Kill a coin using king
"""
logger.info("\n\n test03_func_sfcs_kill_using_king_positive: Test script to verify king movements.- Kill a coin using king")
logger.info("SetupClass: Make the initial move on the chess board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
movement_list = [ 'a6', 'f4', 'Nc6', 'f5', 'g6', 'f6', 'd6', 'fxe7', 'Kxe7']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url)
logger.info('End of case test03_func_sfcs_kill_using_king_positive')
def test02_func_sfcs_king_movements_positive(self):
"""
Test script to verify king movements.- Move the coins until a check is called by the opponent
"""
logger.info("\n\n test02_func_sfcs_king_movements_positive: Test script to verify king movements.- Move the coins until a check is called by the opponent ")
logger.info("SetupClass: Make the initial move on the chess board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
movement_list = [ 'e5', 'd4', 'e4', 'Qd2', 'Qe7', 'Nxe4', 'Qxe4', 'f3', 'Qg6', 'Qc3', 'Qc6', 'Kd2', 'd6', 'Kd3', 'Ne7', 'd5', 'Nxd5', 'Qd4', 'f5', 'Qxd5', 'Qxd5']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag = False)
self.assertTrue(result == 'check', msg= "Check call not found on the king")
logger.info('End of case test02_func_sfcs_king_movements_positive')
def test03_func_sfcs_queen_movements_positive_03(self):
"""
Test script to verify queen movements killing moves in diagonal, horizontal and vertical . Issue check
"""
logger.info("\n\n test03_func_sfcs_queen_movements_positive_03: Test script to verify queen movements killing moves in diagonal, horizontal and vertical . Issue check")
movement_list = [ 'Nf6', 'd4', 'h5' , 'e4', 'c6', 'd5', 'd6', 'Qd3', 'Bd7', 'dxc6', 'Qb6', 'c7', 'Ng4', 'Qxd6', 'Qxf2']
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
self.game_state = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag= False)
self.assertTrue(self.game_state == 'check', msg= "Queen couldnt issue a check")
logger.info('End of case test03_func_sfcs_queen_movements_positive_03')
def test09_func_sfcs_king_illegal_moves_negative_06(self):
"""
Test script to verify illegal king movements - invalid location backwards
"""
logger.info("\n\n test09_func_sfcs_king_illegal_moves_negative_06: Test script to verify illegal king movements ")
logger.info("SetupClass: Make the initial move on the chess board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
movement_list = [ 'Ke9']
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag = False)
self.assertTrue(result['error']['message'] == 'Invalid move string.', msg= "Illegal move made by the pawn")
logger.info('End of case test09_func_sfcs_king_illegal_moves_negative_06')
def test03_func_sfcs_knight_back_movement_positive_03(self):
"""
Test script to verify more than one knight movements (both black and white), issue backward movements
"""
logger.info("\n\n test03_func_sfcs_knight_back_movement_positive: Test script to verify more than one knight movements (both black and white), issue backward movements")
movement_list = ['b5', 'Nh6', 'b4', 'Nb1', 'f4' , 'Nf2', 'h6','Nf2']
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
result = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag=False)
self.assertTrue(result['error']['message']=='Move cannot be made.', msg='Knight Trying to move back to an already moved location')
logger.info('End of case test02_func_sfcs_knight_movements_positive')
def test02_func_sfcs_knight_movements_positive_02(self):
"""
Test script to verify more than one knight movements (both black and white), issue a check
"""
logger.info("\n\n test02_func_sfcs_knight_movements_positive: Test script to verify more than one knight movements (both black and white) and ultimately kill a black knight ")
movement_list = ['b6', 'Nh3', 'Nh6', 'Nf4', 'Ng4' , 'Ng6', 'Nf2', 'Nxf8', 'Nd3']
logger.info("Make initial move on the board")
result = self.move_obj.make_move(self.initial_state_of_the_board, self.url)
(self.player_state, self.game_state, self.board_state) = self.move_obj.get_states_from_last_move(result)
self.next_move = {"method": self.method, "params":{}, "id": self.id, "jsonrpc": self.json_rpc}
self.game_state = self.move_obj.make_iter_moves_for_game_action( (self.player_state, self.game_state, self.board_state), self.next_move, movement_list, self.url, error_flag=False)
self.assertTrue(self.game_state=='check', msg='check not achieved using selected moves')
logger.info('End of case test02_func_sfcs_knight_movements_positive')
