def switch_welcome_window(self, direction='left'):
screen = self.base_screens[0]
root = find_parent(self, TenFingers)
self.switch_to(screen, direction=direction)
root.play.children[0].game_on = False
self.best()
self.last()
def modify_block(ast_tree, epoch, epoch_name):
"""
modifies the block, assigns the bB variable properly
:param ast_tree:
:param epoch:
:param epoch_name:
:return:
"""
parent_comp = find_parent(ast_tree, epoch)
epoch_index = parent_comp.block_items.index(epoch)
cond = BinaryOp('!=', ID('iter'), ID(epoch_name))
new_if = If(cond, None, None, epoch.coord)
assign_unique_coord(new_if, epoch.coord)
assign_b_tofalse = create_new_assign('false', 'b' + str(var_b),
epoch.coord)
assign_unique_coord(assign_b_tofalse, epoch.coord)
assign_b_totrue = create_new_assign('true', 'b' + str(var_b), epoch.coord)
assign_unique_coord(assign_b_totrue, epoch.coord)
cont = Continue(epoch.coord)
if_true = Compound([assign_b_tofalse, cont], epoch.coord)
assign_unique_coord(if_true, epoch.coord)
if_false = Compound([assign_b_totrue], epoch.coord)
assign_unique_coord(if_false, epoch.coord)
new_if.iftrue = if_true
new_if.iffalse = if_false
parent_comp.block_items.insert(epoch_index + 1, new_if)
def detect_correct_word(self):
if not self.error and self.text[-1] == ' ':
root = find_parent(self, TenFingersPlay)
root.score += 1
root.original_text = ''.join(root.original_text.split(' ', 1)[1:])
root.initial_index = 0
self.text = ''
write_text(root)
def identify_block_b(ast, epoch, epoch_name):
"""
identifies and creates the bB block
:param ast:
:param epoch:
:param epoch_name:
:return:
"""
global var_b
ast_tree = duplicate_element(ast)
parent_comp = find_parent(ast_tree, epoch)
parent = find_parentUpdated(ast_tree, epoch)
# print generator.visit(parent_comp)
epoch_index = parent_comp.block_items.index(epoch)
to_add = parent_comp.block_items[epoch_index + 1:]
changed_parent = True
while changed_parent:
grandparent_comp = find_parent(ast_tree, parent)
grandparent = find_parentUpdated(ast_tree, parent)
# print type(grandparent_comp.block_items)
# print generator.visit(grandparent_comp)
# print generator.visit(parent)
index = grandparent_comp.block_items.index(parent)
to_add = to_add + grandparent_comp.block_items[index + 1:]
parent = grandparent
if grandparent_comp == grandparent:
changed_parent = False
# print index
block_b = Compound(to_add, epoch.coord)
assign_unique_coord(block_b, epoch.coord)
var_b += 1
assign = create_new_assign('true', 'b' + str(var_b),
epoch.coord) # create assign b = true
assign_unique_coord(assign, epoch.coord)
block_b.block_items.insert(len(block_b.block_items), assign)
modify_block(ast, epoch, epoch_name)
return block_b
def counter(self):
if self.game_on:
time_diff = datetime.now() - self.game_at
self.game_since.text = str(time_diff).rsplit(".", 1)[0][3:]
self.current_score.text = '{} wpm'.format(self.score)
if time_diff.total_seconds() >= self.max_seconds:
root = find_parent(self, TenFingers)
root.switch_final_window()
DB.store_put(datetime.now().timestamp(), self.score)
DB.store_sync()
root.current_screen.children[0].score.text = '{} wpm'.format(
self.score)
else:
Clock.schedule_once(lambda dt: self.counter(), .1)
def insert_text(self, substring, from_undo=False):
root = find_parent(self, TenFingersPlay)
if check_char(get_char(root.original_text, root.initial_index),
substring) and not self.error:
write_text(root, SUCCESS)
if not self.is_forward:
self.is_forward = True
root.initial_index += 1
self.error = False
else:
self.error = True
write_text(root, ERROR)
super(TenFingerInputText, self).insert_text(substring,
from_undo=from_undo)
self.detect_correct_word()
self.focus = True
def add_ghost_assign_in_tree(tree, context, used_old_vars,
added_ifs_assignment, aux_dict):
global added_vars
"""
adauga in copac assignmentul de variabila si intoarce o lista de tupluri de genul (if de modificat, noile nume de variabile)
:param tree:
:param ifs_to_des:
:param label:
:return:
"""
for elem in context:
conds_list = []
new_conds_list = []
take_cond_name(elem.cond, conds_list)
for cond in conds_list:
# print "aaaaaaaaa", cond
parent = find_parent(tree, elem)
index = parent.block_items.index(elem)
count = used_old_vars.count(cond)
if elem not in added_ifs_assignment:
used_old_vars.append(cond)
new_cond = create_new_cond_name(cond, count)
new_conds_list.append(new_cond)
assign = create_new_assign(cond, new_cond, elem.coord)
# print generator.visit(assign)
parent.block_items.insert(index, assign)
#
# added_vars.append(new_cond)
# new_conds_list.append(new_cond)
#
# assign = create_new_assign(cond, new_cond, elem.coord)
#
#
# aux = (elem, new_conds_list)
# ifs_new_names.append(aux)
# # print new_names
added_ifs_assignment.append(elem)
if new_conds_list:
aux_dict[elem] = new_conds_list
def do_backspace(self, from_undo=False, mode='bkspc'):
try:
super(TenFingerInputText, self).do_backspace(from_undo=from_undo,
mode='bkspc')
except IndexError:
return
root = find_parent(self, TenFingersPlay)
if self.is_forward:
self.is_forward = False
if not self.error:
root.initial_index = max(0, root.initial_index - 1)
if not root.original_text[:root.initial_index]:
color = BLACK
self.error = False
elif check_wordish(root.original_text[:root.initial_index + 1],
self.text):
color = SUCCESS
self.error = False
else:
color = ERROR
self.error = True
write_text(root, color)
self.focus = True
def direct_welcome_screen(self, direction='left'):
root = find_parent(self, TenFingers)
root.switch_welcome_window(direction=direction)
def identify_nested(ast_tree):
ast = ast_tree
old_stdout = sys.stdout
sys.stdout = mystdout = StringIO()
aux_ast = duplicate_element(ast)
list = []
extern_while = get_extern_while_body(aux_ast)
identify_nested_algorithms_bodies(extern_while, list)
labelname_inner = config.variables_2['round']
rounds_list_inner = config.rounds_list_2
delete_round_phase_inner = config.delete_round_phase
message_inner = config.msg_structure_fields_2
variables_inner = config.variables_2
if list:
list.reverse()
labels = config.rounds_list_2
labels.append('ERR_ROUND')
code = None
cop = duplicate_element(ast)
if len(list) >= config.number_of_nested_algorithms:
extern = get_extern_while_body(cop)
if isinstance(extern.block_items[0], If):
myif = extern.block_items[0]
list1 = []
list2 = []
aux1 = []
aux2 = []
identify_nested_algorithms_bodies(extern.block_items[0].iftrue,
list1)
if list1:
sys.stdout = old_stdout
for elem in list1:
conditii = []
whiles_to_if(elem.stmt, conditii)
identify_recv_exits(elem.stmt, conditii)
remove_mbox(elem.stmt, config.mailbox_2,
config.clean_mailbox_2)
aux1 = elem.stmt
parent = find_parent(ast, elem)
index = parent.block_items.index(elem)
parent.block_items.remove(elem)
coord = elem.coord
new_id = ID("inner_algorithm", coord)
func = FuncCall(new_id, None, coord)
assign_unique_coord(func, coord)
parent.block_items.insert(index, func)
identify_nested_algorithms_bodies(
extern.block_items[0].iffalse, list2)
if list2:
for elem in list2:
conditii = []
whiles_to_if(elem.stmt, conditii)
identify_recv_exits(elem.stmt, conditii)
remove_mbox(elem.stmt, config.mailbox_2,
config.clean_mailbox_2)
aux2 = elem.stmt
parent = find_parent(ast, elem)
index = parent.block_items.index(elem)
parent.block_items.remove(elem)
coord = elem.coord
new_id = ID("inner_algorithm", coord)
func = FuncCall(new_id, None, coord)
assign_unique_coord(func, coord)
parent.block_items.insert(index, func)
if aux1 and aux2:
myif.iftrue = None
myif.iffalse = None
myif.iftrue = aux1
myif.iffalse = aux2
trees_dict, trees_paths_dict, is_job = get_paths_trees(
cop, labels, labels, config.variables_2['round'])
print_rounds(labels, trees_dict, trees_paths_dict,
config.variables_2['round'], is_job,
delete_round_phase_inner, message_inner,
variables_inner, rounds_list_inner[0])
code = mystdout.getvalue()
sys.stdout = old_stdout
return ast, code
else:
for elem in list:
# print generator.visit(elem), "AAAAAAAAAAA"
conditii = []
whiles_to_if(elem.stmt, conditii)
identify_recv_exits(elem.stmt, conditii)
remove_mbox(elem.stmt, config.mailbox_2,
config.clean_mailbox_2)
# print generator.visit(elem)
trees_dict, trees_paths_dict, is_job = get_paths_trees(
elem.stmt, labels, labels, config.variables_2['round'])
# print_code(trees_dict, trees_paths_dict, labels)
print_rounds(labels, trees_dict, trees_paths_dict,
config.variables_2['round'], is_job,
delete_round_phase_inner, message_inner,
variables_inner, rounds_list_inner[0])
parent = find_parent(ast, elem)
index = parent.block_items.index(elem)
parent.block_items.remove(elem)
coord = elem.coord
new_id = ID("inner_algorithm", coord)
func = FuncCall(new_id, None, coord)
assign_unique_coord(func, coord)
parent.block_items.insert(index, func)
# print generator.visit(parent.block_items[index])
# print generator.visit(ast)
# print generator.visit(func)
funcdecl = FuncDecl(
None,
TypeDecl('inner_algorithm', None, IdentifierType(['int'])))
decl = Decl('inner_algorithm', None, None, None, funcdecl,
None, None)
funcdef = FuncDef(decl, None, None)
code = mystdout.getvalue()
funcdef.body = Compound([code])
# print generator.visit(ast)
sys.stdout = old_stdout
return ast, code
else:
sys.stdout = old_stdout
print "pe else"
return ast_tree