def test_acgt_complement_new_table(input_sequence, expected):
assert (reverse_complement.complement(input_sequence,
COMPLEMENTS_STR).upper() == expected)
def test_acgt_complement(input_sequence, expected):
assert reverse_complement.complement(input_sequence).upper() == expected
position.append(tmp.find(target) + 1)
# print(target)
return [box, position]
def rsearch(tmp: str):
search_times = len(tmp) + 1 - target_len
print('search %d times' % (search_times))
box = []
position = []
for i in range(search_times):
target = tmp[i:i + target_len]
if target[-1] == 'G' and cal_GC(target):
box.append(target)
position.append(tmp.find(target) + 1)
# print(target)
return [box, position]
box = fsearch(a[0])[0]
position = fsearch(a[0])[1]
for j in range(len(box)):
print('%d ~ %d: %s' % (-1 * (len(a[0]) - position[j]), -1 *
(len(a[0]) - (position[j] + target_len)), box[j]))
box = rsearch(a[1])[0]
position = rsearch(a[1])[1]
for j in range(len(box)):
print('%d ~ %d: %s' % (position[j],
(position[j] + target_len), complement(box[j])))
