def combine(self):
self.cmd_list = SList([])
CHARACTER = [8, 9] + range(32, 128)
tem_cmd = []
tem_timestamp = []
for item in self.operation_list:
if len(item[1]) > 1 and '27' in item[1]:
continue
if len(filter(lambda x: int(x) < 0, item[1])) > 0:
continue
if '4' in item[1]:
continue
for op in item[1]:
tem_timestamp.append(item[0])
tem_cmd.append(op)
if not int(op) in CHARACTER:
content, delimiter = self._convert_to_text(tem_cmd)
self.cmd_list.append({
'action':
'shell',
'content':
content,
'delimiter':
delimiter,
'timestamp':
int(tem_timestamp[0]),
'timestamp_end':
int(tem_timestamp[-1])
})
tem_cmd = []
tem_timestamp = []
return self
def combine(self):
prev_command = False
self.cmd_list = SList([])
for item in self.operation_list:
if item['action'] in ['insert', 'remove']:
item['content'] = u"\n".join(item['lines'])
elif item['action'] in ['copy', 'paste']:
item['content'] = item['text']
elif item['action'] in ['open', 'save']:
item['content'] = ''
else:
continue
if not prev_command:
prev_command = item
continue
if (prev_command['action'],
item['action']) in [(u'insert', u'remove'),
(u'insert', u'insert'),
(u'remove', u'remove')]:
if item['action'] == u'insert' and prev_command[
'action'] == u'insert' and str(
prev_command['end']) == str(item['start']):
prev_command['content'] += item['content']
prev_command['end'] = item['end']
elif item['action'] == u'remove' and str(
prev_command['start']) == str(item['end']):
prev_command['content'] += item['content']
prev_command['start'] = item['start']
elif item['action'] == u'insert' and prev_command[
'action'] == u'remove' and str(
prev_command['end']) == str(item['end']):
prev_length = len(prev_command['content'])
tem_length = len(item['content'])
if prev_length - tem_length < 0:
prev_command['content'] = item['content'][:tem_length -
prev_length]
prev_command['action'] = u'remove'
else:
prev_command['content'] = prev_length[
'content'][:tem_length - prev_length]
else:
self.cmd_list.append(prev_command)
prev_command = item
else:
self.cmd_list.append(prev_command)
prev_command = item
if prev_command:
self.cmd_list.append(prev_command)
return self
def __init__(self, root_path):
self.NAME_PATTERN = re.compile(
'(.*)([0-9]{2})_([0-9]{2})_([0-9]{4})_([0-9]{2})_([0-9]{2})\+?([0-9]+)?.log_?$'
)
self.item_set = SList()
os.chdir(root_path)
self.ROOT_PATH = os.path.abspath(os.getcwd())
for dir_item in os.listdir(self.ROOT_PATH):
if os.path.isdir(os.path.join(self.ROOT_PATH, dir_item)):
self._process_single_item(dir_item)
else:
print "Not a directory: {}".format(dir_item)
from slist import SList
if __name__ == '__main__':
s = SList()
s.insert_front('orange')
s.insert_front('apple')
s.insert_after('cherry', s.head.next)
s.insert_front('pear')
s.print_list()
print('cherry는 {0}번째'.format(s.search('cherry')))
### SKU CoE ITE - ParkSooYoung ###
### Grade 2 , Semester 1 , Chapter 2 , Number 2 ###
from slist import SList # slist.py에서 SList를 import (2-1-2-1 slist.py를 slist.py로 이름 변경 필요)
if __name__ == '__main__': # 이 파이썬 파일(모듈)이 메인이면
s = SList() # 단순연결리스트 생성
s.insert_front('orange') # head -> orange
s.insert_front('apple') # apple -> orange -> cherry
s.insert_after('cherry', s.head.next)
s.insert_front('pear')
s.print_list() # pear -> apple -> orange -> cherry
print('cherry는 %d번째' % s.search('cherry'))
print('kiwi는', s.search('kiwi'))
print('배 다음 노드 삭제 후 : \t\t', end='')
s.delete_after(s.head)
s.print_list()
print('첫 노드 삭제 후 : \t\t', end='')
s.delete_front()
s.print_list()
print('첫 노드로 망고, 딸기 삽입 후 : \t', end='')
s.insert_front('mango')
s.insert_front('strawberry')
s.print_list()
s.delete_after(s.head.next.next)
print('오렌지 다음 노드 삭제 후 : \t', end='')
s.print_list()
def stack(s):
brackets = SList()
while s :
p = s.pop(0)
if brackets.is_empty():
if p == "}" or p == ")":
print("Wrong brackets.")
return
elif p == "{" or p == "(":
brackets.push(p)
print(p)
else:
if p == '}':
pop = brackets.pop()
print(p)
if pop != '{':
print("Wrong brackets.")
return
elif p == ')':
pop = brackets.pop()
print(p)
if pop != '(':
print("Wrong brackets.")
return
elif p == "{" or p == "(":
brackets.push(p)
print(p)
if brackets.is_empty():
print("Good brackets.")
return
else:
print("Wrong brackets.")
return
def setUp(self):
self.list = SList()
