Reversing : The Hacker's Guide to Reverse Engineering

Index 575

box, 432

br, 432

call, 431

div, 432

ldarg, 431

ldc, 431

ldfld, 431

ldloc, 431

mul, 432

newarr, 433

newobj, 433

ret, 431

starg, 431

stfld, 431

stloc, 431

sub, 432

switch, 432

unbox, 432

int 3instruction, 331

integer overflows, 256–260

Intel

assembly language notation, 49

C++ Compiler version 8.0, 59–60

LaGrande Technology Architectural

Overview, 319

NetBurst microarchitecture, 65–67

intellectual property, 310

Interactive Disassembler (IDA),

112–115, 121

interleaving code, 354–355

Intermediate Language (IL)

activation records, 430

addinstruction, 432

beqinstruction, 432

bgeinstruction, 432

bgtinstruction, 432

bleinstruction, 432

bltinstruction, 432

bneinstruction, 432

boxinstruction, 432

brinstruction, 432

C#, 36–37

callinstruction, 431

code samples

counting items, 433–435

linked lists, 436–443

details, 424

divinstruction, 432

evaluation stack, 430

ldarginstruction, 431

ldcinstruction, 431

ldfldinstruction, 431

ldlocinstruction, 431

mulinstruction, 432

.NET executables, 429

newarrinstruction, 433

newobjinstruction, 433

retinstruction, 431

starginstruction, 431

stfldinstruction, 431

stlocinstruction, 431

subinstruction, 432

switchinstruction, 432

unboxinstruction, 432

intermediate representations, 55–56,

459–460

internal functions, 487

interoperability, 8, 17, 142

interpreters, 61–62

intrinsic string-manipulation func-

tions, 249–250

I/O system (Windows operating

system), 103–104

IsDebuggerPresentWindows

API, 332–333

J

J#, 428

Jaffe, Joshua, “Differential Power

Analysis”, 319

Java, 36, 423

Java Virtual Machine (JVM), 60

Jccinstructions, 51

JiTs (just-in-time compilers), 62

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