Secure Coding in C and C++

, by Seacord, Robert C.

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ISBN: 9780321335722 | 0321335724
Cover: Paperback
Copyright: 9/9/2005

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Summary

Author Biography

Supplemental Materials

A code companion developers will turn to again and again as they seek to protect their systems from attackers.

Foreword

xiii

Preface

xvii

About the Author

xxiii

Chapter 1 Running with Scissors

(24)

1.1 Gauging the Threat

(6)

What Is the Cost?

(1)

Who Is the Threat?

(3)

Software Security

(1)

1.2 Security Concepts

(6)

Security Policy

(1)

Security Flaws

(1)

Vulnerabilities

(1)

Exploits

(1)

Mitigations

(1)

1.3 C and C++

(3)

A Brief History

(1)

What Is the Problem with C?

(1)

Legacy Code

(1)

Other Languages

(1)

1.4 Development Platforms

(4)

Operating Systems

(1)

Compilers

(2)

1.5 Summary

(1)

1.6 Further Reading

(1)

Chapter 2 Strings

(52)

2.1 String Characteristics

(2)

Strings in C++

(1)

2.2 Common String Manipulation Errors

(6)

Unbounded String Copies

(2)

Off-by-One Errors

(2)

Null-Termination Errors

(1)

String Truncation

(1)

String Errors without Functions

(1)

2.3 String Vulnerabilities

(3)

Security Flaw

(1)

Buffer Overflows

(1)

2.4 Process Memory Organization

(4)

Stack Management

(3)

2.5 Stack Smashing

(4)

2.6 Code Injection

(4)

2.7 Arc Injection

(3)

2.8 Mitigation Strategies

(21)

Prevention

(13)

String Streams

(3)

Detection and Recovery

(5)

2.9 Notable Vulnerabilities

(2)

Remote Login

(1)

Kerberos

(1)

Metamail

(1)

2.10 Summary

(1)

2.11 Further Reading

(2)

Chapter 3 Pointer Subterfuge

(20)

3.1 Data Locations

(1)

3.2 Function Pointers

(2)

3.3 Data Pointers

(1)

3.4 Modifying the Instruction Pointer

(2)

3.5 Global Offset Table

(1)

3.6 The .dtors Section

(3)

3.7 Virtual Pointers

(1)

3.8 The atexit() and on_exit() Functions

(2)

3.9 The longjmp() Function

(2)

3.10 Exception Handling

(3)

Structured Exception Handling

(2)

System Default Exception Handling

(1)

3.11 Mitigation Strategies

(1)

W^X

(1)

Canaries

(1)

3.12 Summary

(1)

3.13 Further Reading

(1)

Chapter 4 Dynamic Memory Management

(54)

4.1 Dynamic Memory Management

(2)

4.2 Common Dynamic Memory Management Errors

100

(7)

Initialization

100

(2)

Failing to Check Return Values

102

(2)

Referencing Freed Memory

104

(1)

Freeing Memory Multiple Times

104

(2)

Improperly Paired Memory Management Functions

106

(1)

Failure to Distinguish Scalars and Arrays

106

(1)

Improper Use of Allocation Functions

107

(1)

4.3 Doug Lea's Memory Allocator

107

(13)

Memory Management

108

(3)

Buffer Overflows

111

(6)

Double-Free Vulnerabilities

117

(3)

Writing to Freed Memory

120

(1)

4.4 RtlHeap

120

(18)

Memory Management in Win32

120

(3)

RtlHeap Data Structures

123

(3)

Buffer Overflows

126

(3)

Buffer Overflows (Redux)

129

(4)

Writing to Freed Memory

133

(1)

Double-Free

134

(3)

Look-Aside Table

137

(1)

4.5 Mitigation Strategies

138

(8)

Null Pointers

138

(1)

Consistent Memory Management Conventions

138

(1)

Heap Integrity Detection

139

(1)

phkmalloc

140

(1)

Randomization

141

(1)

Guard Pages

142

(1)

OpenBSD

142

(1)

Runtime Analysis Tools

143

(2)

Windows XP SP2

145

(1)

4.6 Notable Vulnerabilities

146

(3)

CVS Buffer Overflow Vulnerability

147

(1)

Microsoft Data Access Components (MDAC)

147

(1)

CVS Server Double-Free

148

(1)

Vulnerabilities in MIT Kerberos 5

149

(1)

4.7 Summary

149

(1)

4.8 Further Reading

149

(2)

Chapter 5 Integer Security

151

(52)

5.1 Integers

152

(7)

Integer Representation

152

(1)

Integer Types

153

(4)

Integer Ranges

157

(2)

5.2 Integer Conversions

159

(5)

Integer Promotions

159

(1)

Integer Conversion Rank

160

(1)

Conversions From Unsigned Integer Types

161

(1)

Conversions From Signed Integer Types

161

(1)

Signed or Unsigned Characters

162

(2)

Usual Arithmetic Conversions

164

(1)

5.3 Integer Error Conditions

164

(3)

Integer Overflow

164

(2)

Sign Errors

166

(1)

Truncation Errors

167

(1)

5.4 Integer Operations

167

(14)

Addition

169

(3)

Subtraction

172

(2)

Multiplication

174

(3)

Division

177

(4)

5.5 Vulnerabilities

181

(5)

Integer Overflow

182

(1)

Sign Errors

183

(1)

Truncation Errors

184

(2)

5.6 Nonexceptional Integer Logic Errors

186

(1)

5.7 Mitigation Strategies

187

(10)

Range Checking

188

(1)

Strong Typing

189

(1)

Compiler-Generated Runtime Checks

190

(1)

Safe Integer Operations

191

(5)

Arbitrary Precision Arithmetic

196

(1)

Testing

196

(1)

Source Code Audit

197

(1)

5.8 Notable Vulnerabilities

197

(3)

XDR Library

197

(1)

Windows DirectX MIDI Library

198

(1)

Bash

199

(1)

5.9 Summary

200

(1)

5.10 Further Reading

201

(2)

Chapter 6 Formatted Output

203

(44)

6.1 Variadic Functions

204

(4)

ANSI C Standard Arguments

205

(3)

UNIX System V Varargs

208

(1)

6.2 Formatted Output Functions

208

(5)

Format Strings

209

(2)

GCC

211

(1)

Visual C++ .NET

212

(1)

6.3 Exploiting Formatted Output Functions

213

(12)

Buffer Overflow

214

(1)

Output Streams

215

(1)

Crashing a Program

216

(1)

Viewing Stack Content

216

(2)

Viewing Memory Content

218

(2)

Overwriting Memory

220

(4)

Internationalization

224

(1)

6.4 Stack Randomization

225

(6)

Thwarting Stack Randomization

226

(1)

Writing Addresses in Two Words

227

(1)

Direct Argument Access

227

(4)

6.5 Mitigation Strategies

231

(11)

Dynamic Use of Static Content

231

(1)

Restricting Bytes Written

232

(1)

ISO/IEC TR 24731

233

(1)

iostream versus stdio

234

(1)

Testing

234

(2)

Compiler Checks

236

(1)

Lexical Analysis

236

(1)

Static Taint Analysis

237

(1)

Modifying the Variadic Function Implementation

237

(2)

Exec Shield

239

(1)

FormatGuard

240

(1)

Libsafe

241

(1)

Static Binary Analysis

241

(1)

6.6 Notable Vulnerabilities

242

(1)

Washington University FTP Daemon

242

(1)

CDE ToolTalk

243

(1)

6.7 Summary

243

(2)

6.8 Further Reading

245

(2)

Chapter 7 File I/O

247

(28)

7.1 Concurrency

247

(3)

Race Conditions

248

(1)

Mutual Exclusion and Deadlock

248

(2)

7.2 Time of Check, Time of Use

250

(2)

7.3 Files as Locks and File Locking

252

(2)

7.4 File System Exploits

254

(8)

Symbolic Linking Exploits

255

(2)

Temporary File Open Exploits

257

(3)

unlink() Race Exploit

260

(1)

Trusted Filenames

261

(1)

Nonunique Temp File Names

261

(1)

7.5 Mitigation Strategies

262

(10)

Closing the Race Window

262

(4)

Eliminating the Race Object

266

(3)

Controlling Access to the Race Object

269

(2)

Race Detection Tools

271

(1)

7.6 Summary

272

(3)

Chapter 8 Recommended Practices

275

(34)

8.1 Secure Software Development Principles

277

(5)

Economy of Mechanism

278

(1)

Fail-Safe Defaults

278

(1)

Complete Mediation

278

(1)

Open Design

279

(1)

Separation of Privilege

279

(1)

Least Privilege

279

(2)

Least Common Mechanism

281

(1)

Psychological Acceptability

281

(1)

8.2 Systems Quality Requirements Engineering

282

(1)

8.3 Threat Modeling

283

(1)

8.4 Use/Misuse Cases

284

(2)

8.5 Architecture and Design

286

(2)

8.6 Off-the-Shelf Software

288

(2)

Vulnerabilities in Existing Code

288

(1)

Secure Wrappers

289

(1)

8.7 Compiler Checks

290

(1)

8.8 Input Validation

291

(1)

8.9 Data Sanitization

292

(3)

Black Listing

293

(1)

White Listing

294

(1)

Testing

294

(1)

8.10 Static Analysis

295

(3)

Fortify

296

(1)

Prexis

297

(1)

Prevent

297

(1)

PREfix and PREfast

298

(1)

8.11 Quality Assurance

298

(4)

Penetration Testing

299

(1)

Fuzz Testing

299

(1)

Code Audits

300

(1)

Developer Guidelines and Checklists

300

(1)

Independent Security Review

301

(1)

8.12 Memory Permissions

302

(2)

W^X

302

(1)

PaX

303

(1)

Data Execution Prevention

303

(1)

8.13 Defense in Depth

304

(1)

8.14 TSP-Secure

304

(3)

Planning and Tracking

305

(1)

Quality Management

306

(1)

8.15 Summary

307

(1)

8.16 Further Reading

308

(1)

References

309

(14)

Acronyms

323

(6)

Index

329

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Secure Coding in C and C++

Summary

Author Biography

Table of Contents

Supplemental Materials

FREE SHIPPING

Rent More, Save More! Use code: BBRENTAL

5% off 1 book, 7% off 2 books, 10% off 3+ books

Secure Coding in C and C++

Summary

Author Biography

Table of Contents

Supplemental Materials

Digital License