def check_current_joins_three_two_edges_case1_next_2_l1_cN(self, l0_col_second, l0_col, l1_col):
next_row = 2
cds = CDS(self.session, 3, 2)
self.session.run(tf.global_variables_initializer())
cds.initialize(["l0_c0", "l0_c1", "l0_c2"])
cds.joins([(0, l0_col)], (1, l1_col), "l1_c0")
cds.joins([(0, l0_col_second), (1, l1_col)], (next_row, 0), "next")
return cds
def evaluate(string):
max_length = 10
max_depth = 6
session_cds = tf.Session()
cds = CDS(session_cds, max_length, max_depth)
session_cds.run(tf.global_variables_initializer())
expression = string.split()
cds.initialize(expression)
cds.show()
print("Input Expression: {0}".format(expression))
while len(expression) > 1:
op_idx = chain_model.apply(session, expression)
op = expression[op_idx]
try:
op_to_apply[op](op_idx, expression, cds)
expression = [t[1] for t in cds.current()]
except:
break
return [t[1] for t in cds.current()]
def check_current_joins_three_one_edge_case5(self, next_row): cds = CDS(self.session, 3, 2) self.session.run(tf.global_variables_initializer()) cds.initialize(["l0_c0", "l0_c1", "l0_c2"]) cds.joins([(0, 1)], (next_row, 1), "next") self.assertEqual([((0, 0), "l0_c0"), ((next_row, 1), "next"), ((0, 2), "l0_c2")], cds.current())
def test_current_joins_initialize_three(self): cds = CDS(self.session, 3, 1) self.session.run(tf.global_variables_initializer()) cds.initialize(["l0_c0", "l0_c1", "l0_c2"]) self.assertEqual([((0, 0), "l0_c0"), ((0, 1), "l0_c1"), ((0, 2), "l0_c2")], cds.current())
def check_current_joins_three_three_edges_case1(self, to_column): cds = CDS(self.session, 3, 2) self.session.run(tf.global_variables_initializer()) cds.initialize(["l0_c0", "l0_c1", "l0_c2"]) cds.joins([(0, 0), (0, 1), (0, 2)], (1, to_column), "next") self.assertEqual([((1, to_column), "next")], cds.current())
def test_current_joins_initialize_one(self): cds = CDS(self.session, 1, 1) self.session.run(tf.global_variables_initializer()) cds.initialize(["l0_c0"]) self.assertEqual([((0, 0), "l0_c0")], cds.current())