DASCTF X CBCTF 2023 Misc Justlisten WP
DASCTF X CBCTF 2023 Misc Justlisten WP
又是一道很抽象的misc题
首先附件给了一个汉信码，扫码得到：
提示我们使用oursecret：
password为0urS3cret，得到
haha.txt里有一串疑似编码表的东西
abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890_}{-?!
然后附件里还有一串音频：
看起来频率分布比较奇怪
先用python统计出音频的总样本数：
from scipy.io import wavfile
# 读取.wav文件
sample_rate, audio_data = wavfile.read(r"D:\download\justlisten\justlisten\嘘.wav")
total_samples = len(audio_data)
# 输出音频的总样本数
print(f"总样本数: {total_samples}")
该音频共37.8秒
于是每0.1秒就有4410个样本
我们对音频进行处理：
from scipy.io import wavfile
# 读取.wav文件
sample_rate, audio_data = wavfile.read(r"D:\download\justlisten\justlisten\嘘.wav")
# 每4410个样本为一段
segment_length = 4410
# 获取音频数据的长度
audio_length = len(audio_data)
# 初始化列表来存储统计结果
first_values_statistics = []
second_values_statistics = []
# 分段、处理和存储值的统计结果
for i in range(1, audio_length, segment_length):
segment = audio_data[i:i + segment_length]
first_values=segment[0]
second_values = segment[1]
first_values_statistics.append(first_values)
second_values_statistics.append(second_values)
print(first_values_statistics)
print(second_values_statistics)
得到：
[3726, 7859, 3726, 3726, 3726, 5114, 3726, 7859, 3726, 6949, 3726, 3726, 3726, 5114, 3726, 7859, 4190, 3726, 3726, 3726, 3726, 5114, 4190, 3726, 3726, 3726, 3726, 6949, 4190, 3726, 3726, 5114, 3726, 6949, 4190, 3726, 3726, 3726, 4652, 4652, 3726, 6949, 3726, 5114, 4190, 3726, 3726, 6034, 4190, 7859, 4652, 4652, 3726, 5114, 4652, 3726, 5114, 5575, 5114, 4652, 4652, 7405, 5575, 5575, 4652, 6492, 4652, 7405, 5575, 6949, 5114, 6034, 4652, 6949, 5575, 7405, 5114, 6492, 4652, 7859, 4652, 6949, 5575, 4652, 5575, 4652, 5575, 7405, 5575, 4652, 5575, 6492, 5114, 4190, 5575, 6949, 4652, 7405, 4652, 6949, 5114, 5575, 5575, 4652, 5575, 7405, 5114, 6949, 5114, 6492, 4652, 7859, 5575, 4652, 5114, 5114, 5575, 6492, 3726, 6949, 4652, 3726, 3726, 7405, 3726, 6492, 4652, 5575, 3726, 6492, 4190, 7405, 4190, 4190, 4190, 3726, 3726, 4652, 4190, 5114, 4190, 7405, 3726, 5575, 3726, 4190, 3726, 3726, 3726, 7859, 4652, 3726, 4190, 5575, 3726, 5114, 3726, 7405, 4190, 4190, 4190, 3726, 3726, 3726, 4190, 7405, 4190, 5114, 4652, 4190, 3726, 3726, 4190, 5575, 4190, 4190, 4652, 4652, 3726, 6034, 4190, 5114, 3726, 4652, 4190, 3726, 4652, 3726, 3726, 4190, 3726, 3726, 3726, 6492, 4652, 4190, 4190, 7405, 4190, 5575, 3726, 7405, 5114, 6949, 5114, 5114, 5114, 6492, 4652, 7405, 4190, 5114, 4190, 3726, 3726, 5114, 3726, 4190, 3726, 7859, 4652, 4190, 3726, 7405, 4652, 3726, 4190, 7405, 3726, 5575, 3726, 7405, 3726, 6034, 4190, 4190, 3726, 6949, 3726, 3726, 4652, 4652, 4190, 5114, 4190, 3726, 4652, 4190, 3726, 4190, 3726, 7859, 4190, 3726, 3726, 5114, 4652, 4190, 4190, 4190, 3726, 5575, 4190, 7405, 4190, 3726, 3726, 3726, 3726, 6034, 4190, 5114, 4190, 3726, 3726, 3726, 4652, 4652, 4190, 6034, 4190, 5575, 3726, 6034, 4190, 5575, 4190, 6034, 3726, 3726, 3726, 6034, 4190, 5575, 4652, 7859, 4652, 6492, 5575, 5575, 4652, 7405, 5575, 6034, 5114, 4190, 6492, 5575, 5575, 7405, 3726, 6949, 6034, 4652, 4190, 7405, 4190, 7859, 4190, 4190, 3726, 7405, 4190, 5114, 3726, 6492, 6492, 4652, 4190, 7859, 6492, 4190, 6492, 4652, 4652, 7405, 4190, 5575, 4190, 5114, 4652, 4190, 3726, 5575, 4652, 5575, 6492, 4652, 3726, 7405, 4190, 5114, 3726, 6034, 4190, 5575, 4190, 6949, 4190, 4652, 3726, 3726, 4190, 7859, 6034, 4652, 4190, 5575, 4190, 5114, 6492, 6949, 6492, 6949, 6492, 6949, 6492, 5114]
[7405, 15259, 7405, 7405, 7405, 10103, 7405, 15259, 7405, 13583, 7405, 7405, 7405, 10103, 7405, 15259, 8311, 7405, 7405, 7405, 7405, 10103, 8311, 7405, 7405, 7405, 7405, 13583, 8311, 7405, 7405, 10103, 7405, 13583, 8311, 7405, 7405, 7405, 9211, 9211, 7405, 13583, 7405, 10103, 8311, 7405, 7405, 11862, 8311, 15259, 9211, 9211, 7405, 10103, 9211, 7405, 10103, 10987, 10103, 9211, 9211, 14427, 10987, 10987, 9211, 12728, 9211, 14427, 10987, 13583, 10103, 11862, 9211, 13583, 10987, 14427, 10103, 12728, 9211, 15259, 9211, 13583, 10987, 9211, 10987, 9211, 10987, 14427, 10987, 9211, 10987, 12728, 10103, 8311, 10987, 13583, 9211, 14427, 9211, 13583, 10103, 10987, 10987, 9211, 10987, 14427, 10103, 13583, 10103, 12728, 9211, 15259, 10987, 9211, 10103, 10103, 10987, 12728, 7405, 13583, 9211, 7405, 7405, 14427, 7405, 12728, 9211, 10987, 7405, 12728, 8311, 14427, 8311, 8311, 8311, 7405, 7405, 9211, 8311, 10103, 8311, 14427, 7405, 10987, 7405, 8311, 7405, 7405, 7405, 15259, 9211, 7405, 8311, 10987, 7405, 10103, 7405, 14427, 8311, 8311, 8311, 7405, 7405, 7405, 8311, 14427, 8311, 10103, 9211, 8311, 7405, 7405, 8311, 10987, 8311, 8311, 9211, 9211, 7405, 11862, 8311, 10103, 7405, 9211, 8311, 7405, 9211, 7405, 7405, 8311, 7405, 7405, 7405, 12728, 9211, 8311, 8311, 14427, 8311, 10987, 7405, 14427, 10103, 13583, 10103, 10103, 10103, 12728, 9211, 14427, 8311, 10103, 8311, 7405, 7405, 10103, 7405, 8311, 7405, 15259, 9211, 8311, 7405, 14427, 9211, 7405, 8311, 14427, 7405, 10987, 7405, 14427, 7405, 11862, 8311, 8311, 7405, 13583, 7405, 7405, 9211, 9211, 8311, 10103, 8311, 7405, 9211, 8311, 7405, 8311, 7405, 15259, 8311, 7405, 7405, 10103, 9211, 8311, 8311, 8311, 7405, 10987, 8311, 14427, 8311, 7405, 7405, 7405, 7405, 11862, 8311, 10103, 8311, 7405, 7405, 7405, 9211, 9211, 8311, 11862, 8311, 10987, 7405, 11862, 8311, 10987, 8311, 11862, 7405, 7405, 7405, 11862, 8311, 10987, 9211, 15259, 9211, 12728, 10987, 10987, 9211, 14427, 10987, 11862, 10103, 8311, 12728, 10987, 10987, 14427, 7405, 13583, 11862, 9211, 8311, 14427, 8311, 15259, 8311, 8311, 7405, 14427, 8311, 10103, 7405, 12728, 12728, 9211, 8311, 15259, 12728, 8311, 12728, 9211, 9211, 14427, 8311, 10987, 8311, 10103, 9211, 8311, 7405, 10987, 9211, 10987, 12728, 9211, 7405, 14427, 8311, 10103, 7405, 11862, 8311, 10987, 8311, 13583, 8311, 9211, 7405, 7405, 8311, 15259, 11862, 9211, 8311, 10987, 8311, 10103, 12728, 13583, 12728, 13583, 12728, 13583, 12728, 10103]
发现每个列表中都只有10种不同的数值
我们对第二个列表进行分析（第一个也行）：
得到所有值从小到大排列的列表：
sorted_values = [7405, 8311, 9211, 10103, 10987, 11862, 12728, 13583, 14427, 15259]
然后按顺序将第二个列表中对应的依次替换为0~9：
sorted_values = [7405, 8311, 9211, 10103, 10987, 11862, 12728, 13583, 14427, 15259]
data = [7405, 15259, 7405, 7405, 7405, 10103, 7405, 15259, 7405, 13583, 7405, 7405, 7405, 10103, 7405, 15259, 8311,
7405, 7405, 7405, 7405, 10103, 8311, 7405, 7405, 7405, 7405, 13583, 8311, 7405, 7405, 10103, 7405, 13583, 8311,
7405, 7405, 7405, 9211, 9211, 7405, 13583, 7405, 10103, 8311, 7405, 7405, 11862, 8311, 15259, 9211, 9211, 7405,
10103, 9211, 7405, 10103, 10987, 10103, 9211, 9211, 14427, 10987, 10987, 9211, 12728, 9211, 14427, 10987, 13583,
10103, 11862, 9211, 13583, 10987, 14427, 10103, 12728, 9211, 15259, 9211, 13583, 10987, 9211, 10987, 9211,
10987, 14427, 10987, 9211, 10987, 12728, 10103, 8311, 10987, 13583, 9211, 14427, 9211, 13583, 10103, 10987,
10987, 9211, 10987, 14427, 10103, 13583, 10103, 12728, 9211, 15259, 10987, 9211, 10103, 10103, 10987, 12728,
7405, 13583, 9211, 7405, 7405, 14427, 7405, 12728, 9211, 10987, 7405, 12728, 8311, 14427, 8311, 8311, 8311,
7405, 7405, 9211, 8311, 10103, 8311, 14427, 7405, 10987, 7405, 8311, 7405, 7405, 7405, 15259, 9211, 7405, 8311,
10987, 7405, 10103, 7405, 14427, 8311, 8311, 8311, 7405, 7405, 7405, 8311, 14427, 8311, 10103, 9211, 8311, 7405,
7405, 8311, 10987, 8311, 8311, 9211, 9211, 7405, 11862, 8311, 10103, 7405, 9211, 8311, 7405, 9211, 7405, 7405,
8311, 7405, 7405, 7405, 12728, 9211, 8311, 8311, 14427, 8311, 10987, 7405, 14427, 10103, 13583, 10103, 10103,
10103, 12728, 9211, 14427, 8311, 10103, 8311, 7405, 7405, 10103, 7405, 8311, 7405, 15259, 9211, 8311, 7405,
14427, 9211, 7405, 8311, 14427, 7405, 10987, 7405, 14427, 7405, 11862, 8311, 8311, 7405, 13583, 7405, 7405,
9211, 9211, 8311, 10103, 8311, 7405, 9211, 8311, 7405, 8311, 7405, 15259, 8311, 7405, 7405, 10103, 9211, 8311,
8311, 8311, 7405, 10987, 8311, 14427, 8311, 7405, 7405, 7405, 7405, 11862, 8311, 10103, 8311, 7405, 7405, 7405,
9211, 9211, 8311, 11862, 8311, 10987, 7405, 11862, 8311, 10987, 8311, 11862, 7405, 7405, 7405, 11862, 8311,
10987, 9211, 15259, 9211, 12728, 10987, 10987, 9211, 14427, 10987, 11862, 10103, 8311, 12728, 10987, 10987,
14427, 7405, 13583, 11862, 9211, 8311, 14427, 8311, 15259, 8311, 8311, 7405, 14427, 8311, 10103, 7405, 12728,
12728, 9211, 8311, 15259, 12728, 8311, 12728, 9211, 9211, 14427, 8311, 10987, 8311, 10103, 9211, 8311, 7405,
10987, 9211, 10987, 12728, 9211, 7405, 14427, 8311, 10103, 7405, 11862, 8311, 10987, 8311, 13583, 8311, 9211,
7405, 7405, 8311, 15259, 11862, 9211, 8311, 10987, 8311, 10103, 12728, 13583, 12728, 13583, 12728, 13583, 12728,
10103]
new_data = []
for i in data:
if i == sorted_values[0]:
new_data.append(0)
if i == sorted_values[1]:
new_data.append(1)
if i == sorted_values[2]:
new_data.append(2)
if i == sorted_values[3]:
new_data.append(3)
if i == sorted_values[4]:
new_data.append(4)
if i == sorted_values[5]:
new_data.append(5)
if i == sorted_values[6]:
new_data.append(6)
if i == sorted_values[7]:
new_data.append(7)
if i == sorted_values[8]:
new_data.append(8)
if i == sorted_values[9]:
new_data.append(9)
for i in new_data:
print(i, end='')
得到一个字符串：
090003090700030910000310000710030710002207031005192203203432284426284735274836292742424842463147282734424837362942334607200806240618111002131804010009201403081110001813210014112205130210200100062118140837333628131003010921082018040805110700221310210109100321110418100005131000221514051415000514292644284531644807521819110813066219616228141321042462081305141712001952141367676763
然后将它们两两分组，转化为数字：
str = "090003090700030910000310000710030710002207031005192203203432284426284735274836292742424842463147282734424837362942334607200806240618111002131804010009201403081110001813210014112205130210200100062118140837333628131003010921082018040805110700221310210109100321110418100005131000221514051415000514292644284531644807521819110813066219616228141321042462081305141712001952141367676763"
# 将每两个字符转换为十进制数
decimal_values = [int(str[i:i + 2], 10) for i in range(0, len(str), 2)]
# 输出转换后的十进制数
for value in decimal_values:
print(value, end=',')
得到：
9,0,3,9,7,0,3,9,10,0,3,10,0,7,10,3,7,10,0,22,7,3,10,5,19,22,3,20,34,32,28,44,26,28,47,35,27,48,36,29,27,42,42,48,42,46,31,47,28,27,34,42,48,37,36,29,42,33,46,7,20,8,6,24,6,18,11,10,2,13,18,4,1,0,9,20,14,3,8,11,10,0,18,13,21,0,14,11,22,5,13,2,10,20,1,0,6,21,18,14,8,37,33,36,28,13,10,3,1,9,21,8,20,18,4,8,5,11,7,0,22,13,10,21,1,9,10,3,21,11,4,18,10,0,5,13,10,0,22,15,14,5,14,15,0,5,14,29,26,44,28,45,31,64,48,7,52,18,19,11,8,13,6,62,19,61,62,28,14,13,21,4,24,62,8,13,5,14,17,12,0,19,52,14,13,67,67,67,63
将上面的与abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890_}{-?!这个一一对应
num_list = [9,0,3,9,7,0,3,9,10,0,3,10,0,7,10,3,7,10,0,22,7,3,10,5,19,22,3,20,34,32,28,44,26,28,47,35,27,48,36,29,27,42,42,48,42,46,31,47,28,27,34,42,48,37,36,29,42,33,46,7,20,8,6,24,6,18,11,10,2,13,18,4,1,0,9,20,14,3,8,11,10,0,18,13,21,0,14,11,22,5,13,2,10,20,1,0,6,21,18,14,8,37,33,36,28,13,10,3,1,9,21,8,20,18,4,8,5,11,7,0,22,13,10,21,1,9,10,3,21,11,4,18,10,0,5,13,10,0,22,15,14,5,14,15,0,5,14,29,26,44,28,45,31,64,48,7,52,18,19,11,8,13,6,62,19,61,62,28,14,13,21,4,24,62,8,13,5,14,17,12,0,19,52,14,13,67,67,67,63]
print()
character_table = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890_}{-?!"
# 将十进制数映射到字符表
result = [character_table[value] for value in num_list]
# 输出转换后的字符
for char in result:
print(char, end='')
得到：
jadjhadjkadkahkdhkawhdkftwduIGCSACVJBWKDBQQWQUFVCBIQWLKDQHUhuigygslkcnsebajuodilkasnvaolwfnckubagvsoiLHKCnkdbjviuseiflhawnkvbjkdvleskafnkawpofopafoDASCTF{Wh1stling_t0_Convey_informat1on!!!}
flag为：DASCTF{Wh1stling_t0_Convey_informat1on!!!}
- 总结：也是非常离谱的一道题了
附完整exp：
from scipy.io import wavfile
# 读取.wav文件
sample_rate, audio_data = wavfile.read(r"D:\download\justlisten\justlisten\嘘.wav")
# 每4410个样本为一段
segment_length = 4410
# 获取音频数据的长度
audio_length = len(audio_data)
# 初始化一个列表来存储第二个值的统计结果
first_values_statistics = []
second_values_statistics = []
# 分段、处理和存储第二个值的统计结果
for i in range(1, audio_length, segment_length):
segment = audio_data[i:i + segment_length]
first_values=segment[0]
second_values = segment[1] # 获取第二个值
first_values_statistics.append(first_values)
second_values_statistics.append(second_values)
print(first_values_statistics)
print(second_values_statistics)
# 遍历并按照音频中的顺序输出第二个值的统计结果
for idx, stats in enumerate(second_values_statistics):
print(stats, end=',')
print()
values = [7405, 15259, 10103, 13583, 8311, 9211, 11862, 14427, 10987, 12728]
values.sort()
sorted_values = [7405, 8311, 9211, 10103, 10987, 11862, 12728, 13583, 14427, 15259]
for i in values:
print(i, end=',')
data = [7405, 15259, 7405, 7405, 7405, 10103, 7405, 15259, 7405, 13583, 7405, 7405, 7405, 10103, 7405, 15259, 8311,
7405, 7405, 7405, 7405, 10103, 8311, 7405, 7405, 7405, 7405, 13583, 8311, 7405, 7405, 10103, 7405, 13583, 8311,
7405, 7405, 7405, 9211, 9211, 7405, 13583, 7405, 10103, 8311, 7405, 7405, 11862, 8311, 15259, 9211, 9211, 7405,
10103, 9211, 7405, 10103, 10987, 10103, 9211, 9211, 14427, 10987, 10987, 9211, 12728, 9211, 14427, 10987, 13583,
10103, 11862, 9211, 13583, 10987, 14427, 10103, 12728, 9211, 15259, 9211, 13583, 10987, 9211, 10987, 9211,
10987, 14427, 10987, 9211, 10987, 12728, 10103, 8311, 10987, 13583, 9211, 14427, 9211, 13583, 10103, 10987,
10987, 9211, 10987, 14427, 10103, 13583, 10103, 12728, 9211, 15259, 10987, 9211, 10103, 10103, 10987, 12728,
7405, 13583, 9211, 7405, 7405, 14427, 7405, 12728, 9211, 10987, 7405, 12728, 8311, 14427, 8311, 8311, 8311,
7405, 7405, 9211, 8311, 10103, 8311, 14427, 7405, 10987, 7405, 8311, 7405, 7405, 7405, 15259, 9211, 7405, 8311,
10987, 7405, 10103, 7405, 14427, 8311, 8311, 8311, 7405, 7405, 7405, 8311, 14427, 8311, 10103, 9211, 8311, 7405,
7405, 8311, 10987, 8311, 8311, 9211, 9211, 7405, 11862, 8311, 10103, 7405, 9211, 8311, 7405, 9211, 7405, 7405,
8311, 7405, 7405, 7405, 12728, 9211, 8311, 8311, 14427, 8311, 10987, 7405, 14427, 10103, 13583, 10103, 10103,
10103, 12728, 9211, 14427, 8311, 10103, 8311, 7405, 7405, 10103, 7405, 8311, 7405, 15259, 9211, 8311, 7405,
14427, 9211, 7405, 8311, 14427, 7405, 10987, 7405, 14427, 7405, 11862, 8311, 8311, 7405, 13583, 7405, 7405,
9211, 9211, 8311, 10103, 8311, 7405, 9211, 8311, 7405, 8311, 7405, 15259, 8311, 7405, 7405, 10103, 9211, 8311,
8311, 8311, 7405, 10987, 8311, 14427, 8311, 7405, 7405, 7405, 7405, 11862, 8311, 10103, 8311, 7405, 7405, 7405,
9211, 9211, 8311, 11862, 8311, 10987, 7405, 11862, 8311, 10987, 8311, 11862, 7405, 7405, 7405, 11862, 8311,
10987, 9211, 15259, 9211, 12728, 10987, 10987, 9211, 14427, 10987, 11862, 10103, 8311, 12728, 10987, 10987,
14427, 7405, 13583, 11862, 9211, 8311, 14427, 8311, 15259, 8311, 8311, 7405, 14427, 8311, 10103, 7405, 12728,
12728, 9211, 8311, 15259, 12728, 8311, 12728, 9211, 9211, 14427, 8311, 10987, 8311, 10103, 9211, 8311, 7405,
10987, 9211, 10987, 12728, 9211, 7405, 14427, 8311, 10103, 7405, 11862, 8311, 10987, 8311, 13583, 8311, 9211,
7405, 7405, 8311, 15259, 11862, 9211, 8311, 10987, 8311, 10103, 12728, 13583, 12728, 13583, 12728, 13583, 12728,
10103]
new_data = []
for i in data:
if i == sorted_values[0]:
new_data.append(0)
if i == sorted_values[1]:
new_data.append(1)
if i == sorted_values[2]:
new_data.append(2)
if i == sorted_values[3]:
new_data.append(3)
if i == sorted_values[4]:
new_data.append(4)
if i == sorted_values[5]:
new_data.append(5)
if i == sorted_values[6]:
new_data.append(6)
if i == sorted_values[7]:
new_data.append(7)
if i == sorted_values[8]:
new_data.append(8)
if i == sorted_values[9]:
new_data.append(9)
print()
for i in new_data:
print(i, end='')
print()
str = "090003090700030910000310000710030710002207031005192203203432284426284735274836292742424842463147282734424837362942334607200806240618111002131804010009201403081110001813210014112205130210200100062118140837333628131003010921082018040805110700221310210109100321110418100005131000221514051415000514292644284531644807521819110813066219616228141321042462081305141712001952141367676763"
# 将每两个字符转换为十进制数
decimal_values = [int(str[i:i + 2], 10) for i in range(0, len(str), 2)]
# 输出转换后的十进制数
for value in decimal_values:
print(value, end=',')
num_list = [9,0,3,9,7,0,3,9,10,0,3,10,0,7,10,3,7,10,0,22,7,3,10,5,19,22,3,20,34,32,28,44,26,28,47,35,27,48,36,29,27,42,42,48,42,46,31,47,28,27,34,42,48,37,36,29,42,33,46,7,20,8,6,24,6,18,11,10,2,13,18,4,1,0,9,20,14,3,8,11,10,0,18,13,21,0,14,11,22,5,13,2,10,20,1,0,6,21,18,14,8,37,33,36,28,13,10,3,1,9,21,8,20,18,4,8,5,11,7,0,22,13,10,21,1,9,10,3,21,11,4,18,10,0,5,13,10,0,22,15,14,5,14,15,0,5,14,29,26,44,28,45,31,64,48,7,52,18,19,11,8,13,6,62,19,61,62,28,14,13,21,4,24,62,8,13,5,14,17,12,0,19,52,14,13,67,67,67,63]
print()
character_table = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890_}{-?!"
# 将十进制数映射到字符表
result = [character_table[value] for value in num_list]
# 输出转换后的字符
for char in result:
print(char, end='')
DASCTF X CBCTF 2023 Misc Justlisten WP的更多相关文章
- CG-CTF misc部分wp
将Misc剥离出来了,已完结(coding gay不想做了) MISC1,图种一听图种,现将图片的GIF改为zip,然后解压得到另一张动图看动图最后一句话为‘都深深的出卖了我’,得到 flag2, 丘 ...
- ciscn 2022 misc 部分wp
目录 everlasting_night ez_usb everlasting_night 提示是注意png数据块 然后注意图片通道数据可以用来lsb解码 下载是一张图片,尝试几种方法之后没有太大 ...
- 2018DDCTF Misc部分WP
题目给出了这样一串字符:d4e8e1f4a0f7e1f3a0e6e1f3f4a1a0d4e8e5a0e6ece1e7a0e9f3baa0c4c4c3d4c6fbb9e1e6b3e3b9e4b3b7b7 ...
- buu misc 1-32 wp
buuCTFwp(1~32) 1.签到题 题里就有flag flag{buu_ctf} 2.二维码 1.题目是一个二维码,用010发现提示四位数字,想到应该是暗藏压缩包 2.虚拟机foremost分离 ...
- 周练7(ssti)
{7*7} ->49 -> smarty {{7*'7'}} -> 49 -> twig {{7*'7'}} -> 7777777 -> jinjia2 1. [B ...
- buuctf misc wp 01
buuctf misc wp 01 1.金三胖 2.二维码 3.N种方法解决 4.大白 5.基础破解 6.你竟然赶我走 1.金三胖 root@kali:~/下载/CTF题目# unzip 77edf3 ...
- buuctf misc wp 02
buuctf misc wp 02 7.LSB 8.乌镇峰会种图 9.rar 10.qr 11.ningen 12.文件中的秘密 13.wireshark 14.镜子里面的世界 15.小明的保险箱 1 ...
- 安恒DASCTF 四月战 WP
web1 打开提就是源码审计 考点:反序列化POP链.反序列化字符串逃逸 show_source("index.php"); function write($data) { ret ...
- DASCTF 安恒七月赛wp
web Ezfileinclude 首页一张图片,看src就可以看出文件包含 验证了时间戳 尝试用php://filter 读源码读不到,以为只能读.jpg,然后用../路径穿越有waf 最后居然一直 ...
- ISCC的 Misc——WP
比赛已经结束了,自己做出来的题也不是很多,跟大家分享一下 Misc 第一题:What is that? 下载链接; 打开 解压 是一个图片 因为分值很少所以题和简单 观察图片是一个向下指的手 说明fl ...
随机推荐
- SQL Server – 树结构 (二叉树, 红黑树, B-树, B+树)
前言 很久以前有学习过各种树结构, 但后来真的没有在实际项目中运用到. 毕竟我主要负责的都是写业务代码. 太上层了 但是忘光光还是很可惜的. 所以久久可以复习一下. 记得概念也好, 帮助思考. 参考: ...
- 2019牛客暑期多校训练营（第四场）J-free（分层图最短路）
>传送门< 题意:给你n个城市,m条道路,经过每一条要花费这条路的代价,现给你k个机会,使得最多k条路的代价为0,问从起点s到终点t花费的最少代价 思路:分层图最短路经典裸题 方法一 Co ...
- 【学习笔记】数位DP
数位DP 适用条件 此类题目一般要求在\([l,r]\)区间内满足条件的数的个数,答案一般与数的大小无关,而与数各位的组成有关.题目中给出的数的范围一般较大,往往在\(10^9\)以上因此无法暴力枚举 ...
- docker发布ASPNETCore项目 yum
docker手动发布ASP.NET Core7 一.环境准备环节 1.准备Linux系统 Linux系统-CentOS7---基于虚拟机来安装 IP:192.168.1.97 2.安装docker环境 ...
- MP4 转 TXT 项目与 M3U8 下载脚本
项目背景 在当今信息社会,视频学习已成为一种重要的知识获取方式.然而,许多用户在观看视频的过程中,效率往往低于预期.为了提升学习效率,我们决定开发一个将 MP4 视频转换为 TXT 文稿的项目.此外, ...
- 云原生周刊：Helm Charts 深入探究 ｜ 2024.3.11
开源项目推荐 Glasskube Glasskube 提供了一个用于 Kubernetes 的缺失的包管理器.它具有图形用户界面(GUI)和命令行界面(CLI).Glasskube 包是具备依赖感知. ...
- redis的主从复制master/slaver
什么是Redis的复制 就是我们常说的主从复制,主机数据更新后根据配置和策略,自动同步到备机的master/slaver机制,Master以写为主,Slave以读为主. 复制原理 Slave启动成 ...
- 解密prompt系列41. GraphRAG真的是Silver Bullet？
这一章我们介绍GraphRAG范式,算着时间也是该到图谱了,NLP每一轮新模型出来后,往往都是先研究微调,然后各种预训练方案,接着琢磨数据,各种主动学习半监督,弱监督,无监督,再之后就到图谱和对抗学习 ...
- Next.js 实战开发入门 1 开发环境部署 - 曲速引擎 Warp Drive
开发目标 我们将构建一个简化版本的财务仪表板,其内容包括:公共主页.登录页面.受身份验证保护的仪表板页面.用户可以添加.编辑和删除发票 开发环境配置 开发客户端 Windows 10 (不限系统,兼容 ...
- 浅析Mongodb注入
前言 不太会Mongodb的用法,这里学习一下 简单介绍 Mongodb是非关系型数据库(NoSQL),在 MySQL 中,我们所熟知的几个最常见的概念是数据库 (Database).表 (Table ...