Python滲透測試編程技術：方法與實踐（第2版）

定　價：￥69.00

作　者：	李華峰著
出版社：	清華大學出版社
叢編項：	清華開發(fā)者書庫
標　簽：	暫缺

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ISBN：	9787302563884	出版時間：	2020-12-01	包裝：	平裝
開本：	16開	頁數：	300	字數：

內容簡介

　　本書是資深網絡安全教師多年工作經驗的結晶。書中系統且深入地將 Python應用實例與網絡安全相結合進行講解，不僅講述 Python的實際應用方法，而且從網絡安全原理的角度分析 Python實現網絡安全編程技術，真正做到理論與實踐相結合。全書共分為 16章。第 1章介紹網絡安全滲透測試的相關理論；第 2章介紹 Kali Linux 2使用基礎；第 3章介紹 Python語言基礎；第 4章介紹使用 Python進行安全滲透測試的常見模塊；第 5章介紹使用 Python實現信息收集；第 6章和第 7章介紹使用 Python對漏洞進行滲透；第 8章介紹使用 Python實現網絡的x探與欺騙；第 9章介紹使用 Python實現拒絕服務攻擊；第 10章介紹使用 Python實現身份認證攻擊；第 11章介紹使用 Python編寫遠程控制工具；第 12章和第 13章介紹使用 Python完成無線網絡滲透；第 14章介紹使用 Python完成 Web滲透測試；第 15章介紹使用 Python生成滲透測試報告；第 16章介紹 Python取證相關模塊。本書適合網絡安全滲透測試人員、運維工程師、網絡管理人員、網絡安全設備設計人員、網絡安全軟件開發(fā)人員、安全課程培訓人員、高校網絡安全專業(yè)方向的學生閱讀。

作者簡介

　　李華峰，多年來一直從事網絡安全方面的教學與研究工作。他同時是一位資深的信息安全顧問和自由撰稿人，在網絡安全部署、網絡攻擊與防御以及社會工程學等方面有十分豐富的實踐經驗。已出版的著作和譯著包括：《精通Metasploit滲透測試（第2版）》《諸神之眼——Nmap網絡安全審計技術揭秘》《Python滲透測試編程技術：方法與實踐》《Wireshark網絡分析從入門到實踐》《Kali Linux 2網絡滲透測試實踐指南》等。

圖書目錄

目錄

第1章概述·············································1
1.1 網絡安全滲透測試······················1
1.2 開展網絡安全滲透測試················3
1.2.1 前期與客戶的交流··································4
1.2.2 收集情報······························································5
1.2.3 威脅建模······························································5
1.2.4 漏洞分析······························································6
1.2.5 漏洞利用······························································6
1.2.6 后滲透攻擊·························································································6
1.2.7 報告··································································································7
1.3 網絡安全滲透測試需要掌握的技能·················································7
1.4 小結········································8

第2章 Kali Linux 2使用基礎··············9
2.1 簡介········································9
2.2 安裝Kali Linux 2······················10
2.2.1 在VMware虛擬機中安裝Kali Linux 2···············10
2.2.2 在樹莓派中安裝Kali Linux 2···12
2.3 Kali Linux 2的常用操作·············15
2.3.1 文件系統····························17
2.3.2 常用命令····························19
2.3.3 對Kali Linux 2的網絡進行配置·················21
2.3.4 在Kali Linux 2中安裝第三方應用程序·················25
2.3.5 對Kali Linux 2網絡進行SSH遠程控制····················25
2.3.6 Kali Linux 2的更新操作········29
2.4 VMware的高級操作··················29
2.4.1 在VMware中安裝其他操作系統···············29
2.4.2 VMware中的網絡連接··········30
2.4.3 VMware中的快照與克隆功能···················32
2.5 小結······································33

第3章 Python語言基礎部分·············34
3.1 Python語言基礎·······················35
3.2 在Kali Linux 2系統中安裝Python編程環(huán)境 ································ 35
3.3 編寫第一個 Python程序 ············· 43
3.4 選擇結構 ································ 44
3.5 循環(huán)結構 ································ 45
3.6 數字和字符串 ·························· 47
3.7 列表、元組和字典 ···················· 49
3.7.1 列表 ·································· 49
3.7.2 元組 ·································· 50
3.7.3 字典 ·································· 50
3.8 函數與模塊 ····························· 51
3.9 文件處理 ································ 53
3.10 小結 ····································· 54

第 4章安全滲透測試的常見模塊·······55
4.1 Socket模塊文件 ······················· 55
4.1.1 簡介 ·································· 56
4.1.2 基本用法 ···························· 57
4.2 python-nmap模塊文件 ················ 60
4.2.1 簡介 ·································· 61
4.2.2 基本用法 ···························· 62
4.3 Scapy模塊文件 ························ 66
4.3.1 簡介 ·································· 66
4.3.2 基本用法 ···························· 67
4.4 小結 ······································ 76

第 5章信息收集···································77
5.1 信息收集基礎 ·························· 78
5.2 主機狀態(tài)掃描 ·························· 79
5.2.1 基于 ARP的活躍主機發(fā)現技術 ·································· 80
5.2.2 基于 ICMP的活躍主機發(fā)現技術 ·································· 85
5.2.3 基于 TCP的活躍主機發(fā)現技術 ·································· 90
5.2.4 基于 UDP的活躍主機發(fā)現技術 ·································· 93
5.3 端口掃描 ································ 94
5.3.1 基于 TCP全開的端口掃描技術 ·································· 95
5.3.2 基于 TCP半開的端口掃描技術 ·································· 98
5.4 服務掃描 ·······························101
5.5 操作系統掃描 ·························105
5.6 小結 ·····································108

第 6章對漏洞進行滲透（基礎部分）······························110
6.1 測試軟件的溢出漏洞 ················ 110
6.2 計算軟件溢出的偏移地址 ·········· 114
6.3 查找JMP ESP指令··················· 117
6.4 編寫滲透程序 ·························120
6.5 壞字符的確定 ·························123
6.6 使用Metasploit生成 shellcode ·····126
6.7 小結·····································130

第 7章對漏洞進行滲透（高級部分） ······························131
7.1 SEH溢出簡介 ·························132
7.2 編寫基于 SEH溢出滲透模塊的要點······································134
7.2.1 計算到 catch位置的偏移量····135
7.2.2 查找 POP/POP/RET地址·······141
7.3 編寫滲透模塊 ·························142
7.4 小結 ·····································145

第8章網絡嗅探與欺騙 ··············· 146
8.1 網絡數據嗅探 ·························147
8.1.1 編寫一個網絡嗅探工具 ·········147
8.1.2 調用 Wireshark 查看數據包 ······························150
8.2 ARP的原理與缺陷 ···················152
8.3 ARP欺騙的原理 ······················153
8.4 中間人欺騙 ····························156
8.5 小結 ·····································164

第9章拒絕服務攻擊 ·················· 165
9.1 數據鏈路層的拒絕服務攻擊 ·······166
9.2 網絡層的拒絕服務攻擊 ·············169
9.3 傳輸層的拒絕服務攻擊 ·············171
9.4 基于應用層的拒絕服務攻擊 ·······173
9.5 小結 ·····································179

第10章身份認證攻擊 ················ 181
10.1 簡單網絡服務認證的攻擊 ·········182
10.2 編寫破解密碼字典 ··················183
10.3 FTP暴力破解模塊 ··················187
10.4 SSH暴力破解模塊 ··················191
10.5 Web暴力破解模塊 ··················194
10.6 使用BurpSuite對網絡認證服務的攻擊 ····································201
10.6.1 基于表單的暴力破解 ··········202
10.6.2 繞過驗證碼（客戶端） ·········212
10.6.3 繞過驗證碼（服務器端） ······214
10.7 小結 ····································215

第11章編寫遠程控制工具 ·········· 216
11.1 遠程控制工具簡介 ··················216
11.2 遠程控制程序的服務器端和客戶端 ·································217
11.2.1 執(zhí)行系統命令（subprocess模塊） ···············217
11.2.2 遠程控制的服務器端與客戶端（socket模塊實現） ···············221
11.3 將 Python 腳本轉換為exe 文件 ·······························224
11.4 小結 ····································226

第12章無線網絡滲透（基礎部分） ···················· 227
12.1 無線網絡基礎 ························228
12.2 Kali Linux 2 中的無線功能 ········229
12.2.1 無線網絡嗅探的硬件需求和軟件設置 ·························229
12.2.2 無線網絡滲透使用的庫文件 ····························231
12.3 AP掃描器 ····························231
12.4 無線網絡數據嗅探器 ···············233
12.5 無線網絡的客戶端掃描器 ·········234
12.6 掃描隱藏的 SSID ····················235
12.7 繞過目標的 MAC 過濾機制 ······236
12.8 捕獲加密的數據包 ··················238
12.8.1 捕獲 WEP 數據包 ··············238
12.8.2 捕獲 WPA 類型數據包 ········239
12.9 小結 ····································240

第13章無線網絡滲透（高級部分） ···················· 241
13.1 模擬無線客戶端的連接過程 ······241
13.2 模擬 AP 的連接行為················245
13.3 編寫 Deauth 攻擊程序 ··············247
13.4 無線網絡入侵檢測 ··················248
13.5 小結 ····································248

第14章對 Web 應用進行滲透測試 ······················ 249
14.1 滲透測試所需模塊 ··················251
14.1.1 requests 庫的使用 ··············252
14.1.2 其他常用模塊文件 ·············253
14.2 處理 HTTP 頭部 ·····················254
14.3 處理 Cookie ··························254
14.4 捕獲 HTTP 基本認證數據包 ·································256
14.5 編寫 Web 服務器掃描程序 ········257
14.6 暴力掃描出目標服務器上的所有頁面 ······························259
14.7 驗證碼安全 ···························260
14.8 小結 ····································266

第15章生成滲透測試報告 ·········· 267
15.1 滲透測試報告的相關理論 ·········268
15.1.1 目的 ·······························268
15.1.2 內容摘要 ·························268
15.1.3 包含的范圍 ······················268
15.1.4 安全地交付滲透測試報告 ····269
15.1.5 滲透測試報告應包含的內容 ································269
15.2 處理 XML 文件 ······················269
15.3 生成 Excel 格式的滲透報告·······271
15.4 小結 ····································278

第16章 Python 取證相關模塊 ······ 279
16.1 MD5值的計算 ·······················279
16.1.1 MD5的相關知識 ···············279
16.1.2 在Python中計算MD5 ········280
16.1.3 為文件計算MD5 ···············280
16.2 對IP地址進行地理定位 ···········281
16.3 時間取證 ······························282
16.4 注冊表取證 ···························283
16.5 圖像取證 ······························284
16.6 小結 ····································285