def generate_assignments(thresh=2):
solver = z3.Solver()
# declare a block
block_1 = {
'b1_1': 'move',
'b1_2': 'turn_left',
'b1_3': 'move',
'b1_4': 'turn_right'
}
block_1_obj = SMT_Block(block_1, thresh)
# declare the values that each of the variables can take
X = [ele.var for ele in block_1_obj.block_z3_vars]
# declare the values that each of the variables can take
values = block_1_obj.block_values
# additional empty block added in the end of the code
block_2 = {'b2_1': 'phi'}
block_2_obj = SMT_Block(block_2, thresh)
values.extend(block_2_obj.block_values)
# all block objects
block_objs = [block_1_obj, block_2_obj]
# declare the values that each of the variables can take
X.extend([ele.var for ele in block_2_obj.block_z3_vars])
block_2_vars = [ele.var for ele in block_2_obj.block_z3_vars]
# declare the constraints on the variables
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + block_2_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = ['repeat_until_goal (bool_goal)']
a.extend(
[type_to_str[VariableType(model[ele].as_long())] for ele in X])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_2_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh=2):
solver = z3.Solver()
# declare the SMT variables for the specific code
block_1 = {'b1_1': 'turn_right'}
block_1_obj = SMT_Block(block_1, thresh)
values = block_1_obj.block_values
c1 = z3.Int('c1') # 5 (repeat)
values.append(z3.Or(c1 == 4, c1 == 5, c1 == 6), )
block_2 = {'b2_1': 'move'}
block_2_obj = SMT_Block(block_2, thresh)
values.extend(block_2_obj.block_values)
# additional empty block added in the end of the code
block_3 = {'b3_1': 'phi'}
block_3_obj = SMT_Block(block_3, thresh)
values.extend(block_3_obj.block_values)
# all block objects
block_objs = [block_1_obj, block_2_obj, block_3_obj]
X = [ele.var for ele in block_1_obj.block_z3_vars
] # added the variables for block 1
X.append(c1) # added the conditional variable
X.extend([ele.var for ele in block_2_obj.block_z3_vars
]) # added the variables for block 2
block_3_vars = [ele.var for ele in block_3_obj.block_z3_vars]
X.extend(block_3_vars) # added the variables for block 3
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.block_elimination_constraints \
+ block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + block_2_obj.block_elimination_constraints \
+ block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + block_3_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = [
type_to_str[VariableType(model[ele].as_long())]
for ele in X[:block_1_obj.size]
]
a.append(str(model[c1].as_long()))
b = [
type_to_str[VariableType(model[ele].as_long())]
for ele in X[block_2_obj.size + 1:]
]
a.extend(b)
c = [
type_to_str[VariableType(model[ele].as_long())]
for ele in block_3_vars
]
a.extend(c)
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh=2):
solver = z3.Solver()
# Block 1
block_1 = {'b1_1': 'move'}
block_1_obj = SMT_Block(block_1, thresh)
values = block_1_obj.block_values
block_1_vars = [ele.var for ele in block_1_obj.block_z3_vars
] # for the conditional constraints
c1 = z3.Int('c1') # bool_path_left (if_only)
values.append(z3.Or(c1 == 8, c1 == 9))
block_2 = {'b2_1': 'turn_left'}
block_2_obj = SMT_Block(block_2, thresh)
values.extend(block_2_obj.block_values)
block_2_vars = [ele.var for ele in block_2_obj.block_z3_vars
] # for the conditional constraints
block_3 = {'b3_1': 'phi'}
block_3_obj = SMT_Block(block_3, thresh)
values.extend(block_3_obj.block_values)
block_3_vars = [ele.var for ele in block_3_obj.block_z3_vars
] # for the conditional constraints
# all block objects
block_objs = [block_1_obj, block_2_obj, block_3_obj]
X = [ele.var for ele in block_1_obj.block_z3_vars
] # added the variables for block 1
X.append(c1) # added the conditional variable
X.extend([ele.var for ele in block_2_obj.block_z3_vars
]) # added the variables for block 2
X.extend([ele.var for ele in block_3_obj.block_z3_vars
]) # added the variables for block 3
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + block_2_obj.block_elimination_constraints + \
block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + block_3_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
constraints.extend([
# conditional constraints: if(path_left)
z3.Implies(c1 == 8, z3.Or(block_2_vars[0] == 2, block_2_vars[1] == 2,
block_2_vars[2] == 2, block_2_vars[3] == 2,
block_2_vars[4] == 2,
)),
z3.Implies(z3.And(c1 == 8, block_2_vars[1] == 2, block_2_vars[0] != 2), z3.And(block_2_vars[0] != 1, block_2_vars[0] != 3 )),
z3.Implies(z3.And(c1 == 8, block_2_vars[2] == 2, block_2_vars[0] != 2, block_2_vars[1] != 2),
z3.And(block_2_vars[0] != 1, block_2_vars[0] != 3, block_2_vars[1] != 1, block_2_vars[1] != 3)),
z3.Implies(z3.And(c1 == 8, block_2_vars[3] == 2, block_2_vars[0] != 2,
block_2_vars[1] != 2, block_2_vars[2] != 2), z3.And(block_2_vars[0] != 1, block_2_vars[0] != 3, block_2_vars[1] != 1, \
block_2_vars[1] != 3, block_2_vars[2] != 1, block_2_vars[2] != 3)),
z3.Implies(z3.And(c1 == 8, block_2_vars[4] == 2, block_2_vars[0] != 2,
block_2_vars[1] != 2, block_2_vars[2] != 2, block_2_vars[3] != 2), z3.And(block_2_vars[0] != 1, block_2_vars[0] != 3,
block_2_vars[1] != 1, block_2_vars[1] != 3,
block_2_vars[2] != 1, block_2_vars[2] != 3,
block_2_vars[3] != 1, block_2_vars[3] != 3)),
# conditional constraints: if(path_right)
z3.Implies(c1 == 9, z3.Or(block_2_vars[0] == 3, block_2_vars[1] == 3,
block_2_vars[2] == 3, block_2_vars[3] == 3,
block_2_vars[4] == 3,
)),
z3.Implies(z3.And(c1 == 9, block_2_vars[1] == 3, block_2_vars[0] != 3,
), z3.And(block_2_vars[0] != 1, block_2_vars[0] != 2)),
z3.Implies(z3.And(c1 == 9, block_2_vars[2] == 3, block_2_vars[0] != 3,
block_2_vars[1] != 3), z3.And(block_2_vars[0]!= 1, block_2_vars[0] != 2,
block_2_vars[1] != 1, block_2_vars[1] != 2)),
z3.Implies(z3.And(c1 == 9, block_2_vars[3] == 3, block_2_vars[0] != 3,
block_2_vars[1] != 3, block_2_vars[2] != 3),
z3.And(block_2_vars[0] != 1, block_2_vars[0] != 2,
block_2_vars[1] != 1, block_2_vars[1] != 2,
block_2_vars[2] != 1, block_2_vars[2] != 2)),
z3.Implies(z3.And(c1 == 9, block_2_vars[4] == 3, block_2_vars[0] != 3,
block_2_vars[1] != 3, block_2_vars[2] != 3, block_2_vars[3] != 3 ),
z3.And(block_2_vars[0] != 1, block_2_vars[0] != 2,
block_2_vars[1] != 1, block_2_vars[1] != 2,
block_2_vars[2] != 1, block_2_vars[2] != 2,
block_2_vars[3] != 1, block_2_vars[3] != 2)),
])
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = ['repeat_until_goal(bool_goal)']
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in X[:block_1_obj.size]
])
a.append(type_to_str[ConditionalType(model[c1].as_long())])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in X[block_1_obj.size + 1:]
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_3_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh=2, id='karel'):
solver = z3.Solver()
# declare the SMT variables for the specific code
# Block 1
block_1 = {'b1_1': 'put_marker'}
block_1_obj = SMT_Block(block_1, thresh, id=id)
values = block_1_obj.block_values
block_1_vars = [ele.var for ele in block_1_obj.block_z3_vars
] # for the conditional constraints
c1 = z3.Int('c1') # bool_path_ahead (while)
values.append(z3.Or(c1 == 7,
c1 == 12)) # bool_path_ahead, bool_no_path_ahead
block_2 = {
'b2_1': 'move',
'b2_2': 'turn_left',
'b2_3': 'move',
'b2_4': 'turn_right',
'b2_5': 'put_marker'
}
block_2_obj = SMT_Block(block_2, thresh, id=id)
values.extend(block_2_obj.block_values)
block_2_vars = [ele.var for ele in block_2_obj.block_z3_vars
] # for the conditional constraints
block_3 = {'b3_1': 'phi'}
block_3_obj = SMT_Block(block_3, thresh, id=id)
values.extend(block_3_obj.block_values)
block_3_vars = [ele.var for ele in block_3_obj.block_z3_vars
] # for the conditional constraints
# all block objects
block_objs = [block_1_obj, block_2_obj, block_3_obj]
X = [c1]
X.extend([ele.var for ele in block_1_obj.block_z3_vars
]) # added the variables for block 1
X.extend([ele.var for ele in block_2_obj.block_z3_vars
]) # added the variables for block 2
X.extend([ele.var for ele in block_3_obj.block_z3_vars
]) # added the variables for block 3
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.flip_marker_constraints+ \
block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + \
block_2_obj.flip_marker_constraints + block_2_obj.block_elimination_constraints +\
block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + \
block_3_obj.flip_marker_constraints + block_3_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
constraints.extend([
# conditional constraints: while(bool_path_ahead)---while block constraints
z3.Implies(
c1 == 7,
z3.Or(
block_2_vars[0] == 1,
block_2_vars[1] == 1,
block_2_vars[2] == 1,
block_2_vars[3] == 1,
block_2_vars[4] == 1,
block_2_vars[5] == 1,
block_2_vars[6] == 1,
block_2_vars[7] == 1,
block_2_vars[8] == 1,
block_2_vars[9] == 1,
block_2_vars[10] == 1,
block_2_vars[11] == 1,
block_2_vars[12] == 1,
)),
z3.Implies(z3.And(c1 == 7, block_2_vars[1] == 1, block_2_vars[0] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[2] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[3] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[4] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[5] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[6] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[7] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3,
block_2_vars[6] != 2, block_2_vars[6] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[8] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3,
block_2_vars[6] != 2, block_2_vars[6] != 3,
block_2_vars[7] != 2, block_2_vars[7] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[9] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3,
block_2_vars[6] != 2, block_2_vars[6] != 3,
block_2_vars[7] != 2, block_2_vars[7] != 3,
block_2_vars[8] != 2, block_2_vars[8] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[10] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1,
block_2_vars[9] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3,
block_2_vars[6] != 2, block_2_vars[6] != 3,
block_2_vars[7] != 2, block_2_vars[7] != 3,
block_2_vars[8] != 2, block_2_vars[8] != 3,
block_2_vars[9] != 2, block_2_vars[9] != 3)),
# # ################################################ THRESH = 2
z3.Implies(
z3.And(c1 == 7, block_2_vars[11] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1,
block_2_vars[9] != 1, block_2_vars[10] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3,
block_2_vars[6] != 2, block_2_vars[6] != 3,
block_2_vars[7] != 2, block_2_vars[7] != 3,
block_2_vars[8] != 2, block_2_vars[8] != 3,
block_2_vars[9] != 2, block_2_vars[9] != 3,
block_2_vars[10] != 2, block_2_vars[10] != 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[12] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1,
block_2_vars[9] != 1, block_2_vars[10] != 1,
block_2_vars[11] != 1),
z3.And(block_2_vars[0] != 2, block_2_vars[0] != 3,
block_2_vars[1] != 2, block_2_vars[1] != 3,
block_2_vars[2] != 2, block_2_vars[2] != 3,
block_2_vars[3] != 2, block_2_vars[3] != 3,
block_2_vars[4] != 2, block_2_vars[4] != 3,
block_2_vars[5] != 2, block_2_vars[5] != 3,
block_2_vars[6] != 2, block_2_vars[6] != 3,
block_2_vars[7] != 2, block_2_vars[7] != 3,
block_2_vars[8] != 2, block_2_vars[8] != 3,
block_2_vars[9] != 2, block_2_vars[9] != 3,
block_2_vars[10] != 2, block_2_vars[10] != 3,
block_2_vars[11] != 2, block_2_vars[11] != 3)),
# # conditional constraints: while(bool_no_path_ahead)---while block constraints
z3.Implies(c1 == 12, block_2_vars[0] != 1),
z3.Implies(
z3.And(c1 == 12, block_2_vars[1] == 1, block_2_vars[0] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[2] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[3] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[4] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[5] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3,
block_2_vars[4] == 2, block_2_vars[4] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[6] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3,
block_2_vars[4] == 2, block_2_vars[4] == 3,
block_2_vars[5] == 2, block_2_vars[5] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[7] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3,
block_2_vars[4] == 2, block_2_vars[4] == 3,
block_2_vars[5] == 2, block_2_vars[5] == 3,
block_2_vars[6] == 2, block_2_vars[6] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[8] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3,
block_2_vars[4] == 2, block_2_vars[4] == 3,
block_2_vars[5] == 2, block_2_vars[5] == 3,
block_2_vars[6] == 2, block_2_vars[6] == 3,
block_2_vars[7] == 2, block_2_vars[7] == 3)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[9] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3,
block_2_vars[4] == 2, block_2_vars[4] == 3,
block_2_vars[5] == 2, block_2_vars[5] == 3,
block_2_vars[6] == 2, block_2_vars[6] == 3,
block_2_vars[7] == 2, block_2_vars[7] == 3,
block_2_vars[8] == 2, block_2_vars[8] == 3)),
z3.Implies(
z3.And(
c1 == 12,
block_2_vars[10] == 1,
block_2_vars[0] != 1,
block_2_vars[1] != 1,
block_2_vars[2] != 1,
block_2_vars[3] != 1,
block_2_vars[4] != 1,
block_2_vars[5] != 1,
block_2_vars[6] != 1,
block_2_vars[7] != 1,
block_2_vars[8] != 1,
block_2_vars[9] != 1,
),
z3.Or(
block_2_vars[0] == 2,
block_2_vars[0] == 3,
block_2_vars[1] == 2,
block_2_vars[1] == 3,
block_2_vars[2] == 2,
block_2_vars[2] == 3,
block_2_vars[3] == 2,
block_2_vars[3] == 3,
block_2_vars[4] == 2,
block_2_vars[4] == 3,
block_2_vars[5] == 2,
block_2_vars[5] == 3,
block_2_vars[6] == 2,
block_2_vars[6] == 3,
block_2_vars[7] == 2,
block_2_vars[7] == 3,
block_2_vars[8] == 2,
block_2_vars[8] == 3,
block_2_vars[9] == 2,
block_2_vars[9] == 3,
)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[11] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1,
block_2_vars[9] != 1, block_2_vars[10] != 1),
z3.Or(
block_2_vars[0] == 2,
block_2_vars[0] == 3,
block_2_vars[1] == 2,
block_2_vars[1] == 3,
block_2_vars[2] == 2,
block_2_vars[2] == 3,
block_2_vars[3] == 2,
block_2_vars[3] == 3,
block_2_vars[4] == 2,
block_2_vars[4] == 3,
block_2_vars[5] == 2,
block_2_vars[5] == 3,
block_2_vars[6] == 2,
block_2_vars[6] == 3,
block_2_vars[7] == 2,
block_2_vars[7] == 3,
block_2_vars[8] == 2,
block_2_vars[8] == 3,
block_2_vars[9] == 2,
block_2_vars[9] == 3,
block_2_vars[10] == 2,
block_2_vars[10] == 3,
)),
z3.Implies(
z3.And(c1 == 12, block_2_vars[12] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1, block_2_vars[4] != 1,
block_2_vars[5] != 1, block_2_vars[6] != 1,
block_2_vars[7] != 1, block_2_vars[8] != 1,
block_2_vars[9] != 1, block_2_vars[10] != 1,
block_2_vars[11] != 1),
z3.Or(
block_2_vars[0] == 2,
block_2_vars[0] == 3,
block_2_vars[1] == 2,
block_2_vars[1] == 3,
block_2_vars[2] == 2,
block_2_vars[2] == 3,
block_2_vars[3] == 2,
block_2_vars[3] == 3,
block_2_vars[4] == 2,
block_2_vars[4] == 3,
block_2_vars[5] == 2,
block_2_vars[5] == 3,
block_2_vars[6] == 2,
block_2_vars[6] == 3,
block_2_vars[7] == 2,
block_2_vars[7] == 3,
block_2_vars[8] == 2,
block_2_vars[8] == 3,
block_2_vars[9] == 2,
block_2_vars[9] == 3,
block_2_vars[10] == 2,
block_2_vars[10] == 3,
block_2_vars[11] == 2,
block_2_vars[11] == 3,
)),
])
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = [
type_to_str[VariableType(model[ele].as_long())]
for ele in block_1_vars
]
a.append(type_to_str[ConditionalType(model[c1].as_long())])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_2_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_3_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh = 2, id = 'karel'):
# create the initial z3 solver
solver = z3.Solver()
# declare a block
block_1 = {'b1_1': 'put_marker', 'b1_2': 'move', 'b1_3': 'turn_left'}
block_1_obj = SMT_Block(block_1, thresh, id =id )
values = block_1_obj.block_values
c1 = z3.Int('c1') # 4 (repeat)
values.append(
z3.Or(c1 == 3, c1 == 4, c1 == 5),
)
# declare a block
block_2 = {'b2_1': 'phi'}
block_2_obj = SMT_Block(block_2, thresh, id=id)
values.extend(block_2_obj.block_values)
# declare a block
block_3 = {'b3_1': 'phi'}
block_3_obj = SMT_Block(block_3, thresh, id=id)
values.extend(block_3_obj.block_values)
block_objs = [block_1_obj, block_2_obj, block_3_obj]
# declare the values that each of the variables can take
X = [ele.var for ele in block_1_obj.block_z3_vars]
X.append(c1)
X.extend([ele.var for ele in block_2_obj.block_z3_vars])
X.extend([ele.var for ele in block_3_obj.block_z3_vars])
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + \
block_1_obj.flip_marker_constraints + block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + \
block_2_obj.flip_marker_constraints + block_2_obj.block_elimination_constraints + \
block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + \
block_3_obj.flip_marker_constraints + block_3_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = [str(model[c1].as_long())]
a.extend([type_to_str[VariableType(model[ele.var].as_long())]
for ele in block_1_obj.block_z3_vars
])
a.extend([type_to_str[VariableType(model[ele.var].as_long())]
for ele in block_2_obj.block_z3_vars
])
a.extend([type_to_str[VariableType(model[ele.var].as_long())]
for ele in block_3_obj.block_z3_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh=2, id='karel'):
solver = z3.Solver()
# declare the SMT variables for the specific code
# Block 1
c0 = z3.Int('c0') # repeat (8)
c1 = z3.Int('c1') # bool_no_marker (if_else)
block_1 = {'b1_1': 'put_marker'}
block_1_obj = SMT_Block(block_1, thresh, id=id)
values = block_1_obj.block_values
block_1_vars = [ele.var for ele in block_1_obj.block_z3_vars
] # for the conditional constraints
block_2 = {'b2_1': 'pick_marker'}
block_2_obj = SMT_Block(block_2, thresh, id=id)
values.extend(block_2_obj.block_values)
block_2_vars = [ele.var for ele in block_2_obj.block_z3_vars
] # for the conditional constraints
values.append(z3.Or(c0 == 7, c0 == 8, c0 == 9))
values.append(z3.Or(c1 == 10, c1 == 11)) # bool_no_marker, bool_marker
block_3 = {'b3_1': 'move'}
block_3_obj = SMT_Block(block_3, thresh, id=id)
values.extend(block_3_obj.block_values)
block_3_vars = [ele.var for ele in block_3_obj.block_z3_vars
] # for the conditional constraints
block_4 = {'b4_1': 'phi'}
block_4_obj = SMT_Block(block_4, thresh, id=id)
values.extend(block_4_obj.block_values)
block_4_vars = [ele.var for ele in block_4_obj.block_z3_vars
] # for the conditional constraints
block_5 = {'b5_1': 'phi'}
block_5_obj = SMT_Block(block_5, thresh, id=id)
values.extend(block_5_obj.block_values)
block_5_vars = [ele.var for ele in block_5_obj.block_z3_vars
] # for the conditional constraints
# all block objects
block_objs = [
block_1_obj, block_2_obj, block_3_obj, block_4_obj, block_5_obj
]
X = [c0, c1]
X.extend([ele.var for ele in block_1_obj.block_z3_vars
]) # added the variables for block 1
X.extend([ele.var for ele in block_2_obj.block_z3_vars
]) # added the variables for block 2
X.extend([ele.var for ele in block_3_obj.block_z3_vars
]) # added the variables for block 3
X.extend([ele.var for ele in block_4_obj.block_z3_vars
]) # added the variables for block 4
X.extend([ele.var for ele in block_5_obj.block_z3_vars
]) # added the variables for block 5
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.flip_marker_constraints+ \
block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + \
block_2_obj.flip_marker_constraints+block_2_obj.block_elimination_constraints + \
block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + \
block_3_obj.flip_marker_constraints+block_3_obj.block_elimination_constraints + \
block_4_obj.block_append_constraints + block_4_obj.flip_turns_constraints + \
block_4_obj.flip_marker_constraints + block_4_obj.block_elimination_constraints + \
block_5_obj.block_append_constraints + block_5_obj.flip_turns_constraints + \
block_5_obj.flip_marker_constraints + block_5_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
constraints.extend([
# conditional constraints: if_else(bool_no_marker)---if block constraints
z3.Implies(c1 == 11, block_1_vars[0] != 4),
z3.Implies(
z3.And(c1 == 11, block_1_vars[1] == 4, block_1_vars[0] != 4),
z3.Or(block_1_vars[0] == 1, block_1_vars[0] == 5)),
z3.Implies(
z3.And(c1 == 11, block_1_vars[2] == 4, block_1_vars[0] != 4,
block_1_vars[1] != 4),
z3.Or(block_1_vars[0] == 1, block_1_vars[0] == 5,
block_1_vars[1] == 1, block_1_vars[1] == 5)),
z3.Implies(
z3.And(c1 == 11, block_1_vars[3] == 4, block_1_vars[0] != 4,
block_1_vars[1] != 4, block_1_vars[2] != 4),
z3.Or(block_1_vars[0] == 1, block_1_vars[0] == 5,
block_1_vars[1] == 1, block_1_vars[1] == 5,
block_1_vars[2] == 1, block_1_vars[2] == 5)),
z3.Implies(
z3.And(c1 == 11, block_1_vars[4] == 4, block_1_vars[0] != 4,
block_1_vars[1] != 4, block_1_vars[2] != 4,
block_1_vars[3] != 4),
z3.And(block_1_vars[0] == 1, block_1_vars[0] == 5,
block_1_vars[1] == 1, block_1_vars[1] == 5,
block_1_vars[2] == 1, block_1_vars[2] == 5,
block_1_vars[3] == 1, block_1_vars[3] == 5)),
# else block constraints
z3.Implies(c1 == 11, block_2_vars[0] != 5),
z3.Implies(
z3.And(c1 == 11, block_2_vars[1] == 5, block_2_vars[0] != 5),
z3.Or(block_2_vars[0] == 1, block_2_vars[0] == 4)),
z3.Implies(
z3.And(c1 == 11, block_2_vars[2] == 5, block_2_vars[0] != 5,
block_2_vars[1] != 5),
z3.Or(block_2_vars[0] == 1, block_2_vars[0] == 4,
block_2_vars[1] == 1, block_2_vars[1] == 4)),
z3.Implies(
z3.And(c1 == 11, block_2_vars[3] == 5, block_2_vars[0] != 5,
block_2_vars[1] != 5, block_2_vars[2] != 5),
z3.Or(block_2_vars[0] == 1, block_2_vars[0] == 4,
block_2_vars[1] == 1, block_2_vars[1] == 4,
block_2_vars[2] == 1, block_2_vars[2] == 4)),
z3.Implies(
z3.And(c1 == 11, block_2_vars[4] == 5, block_2_vars[0] != 5,
block_2_vars[1] != 5, block_2_vars[2] != 5,
block_2_vars[3] != 5),
z3.And(block_2_vars[0] == 1, block_2_vars[0] == 4,
block_2_vars[1] == 1, block_2_vars[1] == 4,
block_2_vars[2] == 1, block_2_vars[2] == 4,
block_2_vars[3] == 1, block_2_vars[3] == 4)),
# conditional constraints: if_else(bool_marker)---if block constraints
z3.Implies(c1 == 10, block_1_vars[0] != 5),
z3.Implies(
z3.And(c1 == 10, block_1_vars[1] == 5, block_1_vars[0] != 5),
z3.Or(block_1_vars[0] == 1, block_1_vars[0] == 4)),
z3.Implies(
z3.And(c1 == 10, block_1_vars[2] == 5, block_1_vars[0] != 5,
block_1_vars[1] != 5),
z3.Or(block_1_vars[0] == 1, block_1_vars[0] == 4,
block_1_vars[1] == 1, block_1_vars[1] == 4)),
z3.Implies(
z3.And(c1 == 10, block_1_vars[3] == 5, block_1_vars[0] != 5,
block_1_vars[1] != 5, block_1_vars[2] != 5),
z3.Or(block_1_vars[0] == 1, block_1_vars[0] == 4,
block_1_vars[1] == 1, block_1_vars[1] == 4,
block_1_vars[2] == 1, block_1_vars[2] == 4)),
z3.Implies(
z3.And(c1 == 10, block_1_vars[4] == 5, block_1_vars[0] != 5,
block_1_vars[1] != 5, block_1_vars[2] != 5,
block_1_vars[3] != 5),
z3.And(block_1_vars[0] == 1, block_1_vars[0] == 4,
block_1_vars[1] == 1, block_1_vars[1] == 4,
block_1_vars[2] == 1, block_1_vars[2] == 4,
block_1_vars[3] == 1, block_1_vars[3] == 4)),
# else block constraints
z3.Implies(c1 == 10, block_2_vars[0] != 4),
z3.Implies(
z3.And(c1 == 10, block_2_vars[1] == 4, block_2_vars[0] != 4),
z3.Or(block_2_vars[0] == 1, block_2_vars[0] == 5)),
z3.Implies(
z3.And(c1 == 10, block_2_vars[2] == 4, block_2_vars[0] != 4,
block_2_vars[1] != 4),
z3.Or(block_2_vars[0] == 1, block_2_vars[0] == 5,
block_2_vars[1] == 1, block_2_vars[1] == 5)),
z3.Implies(
z3.And(c1 == 10, block_2_vars[3] == 4, block_2_vars[0] != 4,
block_2_vars[1] != 4, block_2_vars[2] != 4),
z3.Or(block_2_vars[0] == 1, block_2_vars[0] == 5,
block_2_vars[1] == 1, block_2_vars[1] == 5,
block_2_vars[2] == 1, block_2_vars[2] == 5)),
z3.Implies(
z3.And(c1 == 10, block_2_vars[4] == 4, block_2_vars[0] != 4,
block_2_vars[1] != 4, block_2_vars[2] != 4,
block_2_vars[3] != 4),
z3.And(block_2_vars[0] == 1, block_2_vars[0] == 5,
block_2_vars[1] == 1, block_2_vars[1] == 5,
block_2_vars[2] == 1, block_2_vars[2] == 5,
block_2_vars[3] == 1, block_2_vars[3] == 5)),
])
unequal_blocks_con = block_unequal_constraint(block_1_obj, block_2_obj)
constraints.extend(unequal_blocks_con)
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = [
str(model[c0].as_long()),
type_to_str[ConditionalType(model[c1].as_long())]
]
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_1_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_2_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_3_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_4_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_5_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh=2):
solver = z3.Solver()
# declare the SMT variables for the specific code
# Block 1
block_1 = {'b1_1': 'move'}
block_1_obj = SMT_Block(block_1, thresh)
values = block_1_obj.block_values
block_1_vars = [ele.var for ele in block_1_obj.block_z3_vars
] # for the conditional constraints
c1 = z3.Int('c1') # bool_path_ahead (if_else)
block_2 = {'b2_1': 'turn_left'}
block_2_obj = SMT_Block(block_2, thresh)
values.extend(block_2_obj.block_values)
block_2_vars = [ele.var for ele in block_2_obj.block_z3_vars
] # for the conditional constraints
values.append(c1 == 7) # same conditional value
block_3 = {'b3_1': 'phi'}
block_3_obj = SMT_Block(block_3, thresh)
values.extend(block_3_obj.block_values)
block_3_vars = [ele.var for ele in block_3_obj.block_z3_vars
] # for the conditional constraints
# all block objects
block_objs = [block_1_obj, block_2_obj, block_3_obj]
X = [c1]
X.extend([ele.var for ele in block_1_obj.block_z3_vars
]) # added the variables for block 1
X.extend([ele.var for ele in block_2_obj.block_z3_vars
]) # added the variables for block 2
X.extend([ele.var for ele in block_3_obj.block_z3_vars
]) # added the variables for block 2
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + block_2_obj.block_elimination_constraints + \
block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + block_3_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
constraints.extend([
# conditional constraints: if_else(bool_path_ahead)---if block constraints
z3.Implies(
c1 == 7,
z3.Or(
block_1_vars[0] == 1,
block_1_vars[1] == 1,
block_1_vars[2] == 1,
block_1_vars[3] == 1,
block_1_vars[4] == 1,
)),
z3.Implies(z3.And(c1 == 7, block_1_vars[1] == 1, block_1_vars[0] != 1),
z3.And(block_1_vars[0] != 2, block_1_vars[0] != 3)),
z3.Implies(
z3.And(c1 == 7, block_1_vars[2] == 1, block_1_vars[0] != 1,
block_1_vars[1] != 1),
z3.And(block_1_vars[0] != 2, block_1_vars[0] != 3,
block_1_vars[1] != 2, block_1_vars[1] != 3)),
z3.Implies(
z3.And(c1 == 7, block_1_vars[3] == 1, block_1_vars[0] != 1,
block_1_vars[1] != 1, block_1_vars[2] != 1),
z3.And(block_1_vars[0] != 2, block_1_vars[0] != 3,
block_1_vars[1] != 2, block_1_vars[1] != 3,
block_1_vars[2] != 2, block_1_vars[2] != 3)),
z3.Implies(
z3.And(c1 == 7, block_1_vars[4] == 1, block_1_vars[0] != 1,
block_1_vars[1] != 1, block_1_vars[2] != 1,
block_1_vars[3] != 1),
z3.And(block_1_vars[0] != 2, block_1_vars[0] != 3,
block_1_vars[1] != 2, block_1_vars[1] != 3,
block_1_vars[2] != 2, block_1_vars[2] != 3,
block_1_vars[3] != 2, block_1_vars[3] != 3)),
# else block constraints
z3.Implies(c1 == 7, block_2_vars[0] != 1),
z3.Implies(z3.And(c1 == 7, block_2_vars[1] == 1, block_2_vars[0] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[2] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[3] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3)),
z3.Implies(
z3.And(c1 == 7, block_2_vars[4] == 1, block_2_vars[0] != 1,
block_2_vars[1] != 1, block_2_vars[2] != 1,
block_2_vars[3] != 1),
z3.Or(block_2_vars[0] == 2, block_2_vars[0] == 3,
block_2_vars[1] == 2, block_2_vars[1] == 3,
block_2_vars[2] == 2, block_2_vars[2] == 3,
block_2_vars[3] == 2, block_2_vars[3] == 3)),
])
unequal_blocks_con = block_unequal_constraint(block_1_obj, block_2_obj)
constraints.extend(unequal_blocks_con)
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = [
'repeat_until_goal(bool_goal)',
type_to_str[ConditionalType(model[c1].as_long())]
]
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in X[1:block_1_obj.size + 1]
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in X[block_1_obj.size + 1:block_2_obj.size +
block_1_obj.size + 1]
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_3_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments
def generate_assignments(thresh=2):
solver = z3.Solver()
# declare the SMT variables for the specific code
block_1 = {'b1_1': 'move'}
block_1_obj = SMT_Block(block_1, thresh)
values = block_1_obj.block_values
block_1_vars = [ele.var for ele in block_1_obj.block_z3_vars
] # for the conditional constraints
c1 = z3.Int('c1') # 4 (repeat)
values.append(z3.Or(c1 == 3, c1 == 4, c1 == 5), )
block_2 = {'b2_1': 'turn_left'}
block_2_obj = SMT_Block(block_2, thresh)
values.extend(block_2_obj.block_values)
block_2_vars = [ele.var for ele in block_2_obj.block_z3_vars
] # for the conditional constraints
c2 = z3.Int('c2') # 5 (repeat)
values.append(z3.Or(c2 == 4, c2 == 5, c2 == 6), )
block_3 = {'b3_1': 'move'}
block_3_obj = SMT_Block(block_3, thresh)
values.extend(block_3_obj.block_values)
block_3_vars = [ele.var for ele in block_3_obj.block_z3_vars
] # for the conditional constraints
# add another block in the beginning of the code
block_4 = {'b4_1': 'phi'}
block_4_obj = SMT_Block(block_4, thresh)
values.extend(block_4_obj.block_values)
block_4_vars = [ele.var for ele in block_4_obj.block_z3_vars]
# add another block in the end of the code
block_5 = {'b5_1': 'phi'}
block_5_obj = SMT_Block(block_5, thresh)
values.extend(block_5_obj.block_values)
block_5_vars = [ele.var for ele in block_5_obj.block_z3_vars]
# all block objects
block_objs = [
block_1_obj, block_2_obj, block_3_obj, block_4_obj, block_5_obj
]
X = [ele.var for ele in block_1_obj.block_z3_vars
] # added the variables for block 1
X.append(c1) # added the conditional variable
X.extend([ele.var for ele in block_2_obj.block_z3_vars
]) # added the variables for block 2
X.append(c2) # added the conditional variable
X.extend([ele.var for ele in block_3_obj.block_z3_vars
]) # added the variables for block 3
X.extend([ele.var for ele in block_4_obj.block_z3_vars
]) # added the variables for block 4
X.extend([ele.var for ele in block_5_obj.block_z3_vars
]) # added the variables for block 5
constraints = block_1_obj.block_append_constraints + block_1_obj.flip_turns_constraints + block_1_obj.block_elimination_constraints + \
block_2_obj.block_append_constraints + block_2_obj.flip_turns_constraints + block_2_obj.block_elimination_constraints + \
block_3_obj.block_append_constraints + block_3_obj.flip_turns_constraints + block_3_obj.block_elimination_constraints + \
block_4_obj.block_append_constraints + block_4_obj.flip_turns_constraints + block_4_obj.block_elimination_constraints + \
block_5_obj.block_append_constraints + block_5_obj.flip_turns_constraints + block_5_obj.block_elimination_constraints
single_block_change_cons = single_block_change(block_objs)
constraints.extend(single_block_change_cons)
# add the values and the constraints
solver.add(values + constraints)
# generate all the assignments
models = gen_all(solver, X)
assignments = []
for model in models:
a = [str(model[c1].as_long())]
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_1_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_2_vars
])
a.append(str(model[c2].as_long()))
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_3_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_4_vars
])
a.extend([
type_to_str[VariableType(model[ele].as_long())]
for ele in block_5_vars
])
assignments.append(a)
#print(a)
#print('Found #{} SAT values'.format(len(models)))
return assignments