Learning Linux Binary Analysis: Ryan elfmaster O´Neil
Learning Linux Binary Analysis:Packt Publishing Ryan Elfmaster O´Neill
Stop manually analyzing binary! Practical Binary Analysis is the first book of its kind to present advanced binary analysis topics, such as binary instrumentation, dynamic taint analysis, and symbolic execution, in an accessible way. As malware increasingly obfuscates itself and applies anti-analysis techniques to thwart our analysis, we need more sophisticated methods that allow us to raise that dark curtain designed to keep us out--binary analysis can help. The goal of all binary analysis is to determine (and possibly modify) the true properties of binary programs to understand what they really do, rather than what we think they should do. While reverse engineering and disassembly are critical first steps in many forms of binary analysis, there is much more to be learned. This hands-on guide teaches you how to tackle the fascinating but challenging topics of binary analysis and instrumentation and helps you become proficient in an area typically only mastered by a small group of expert hackers. It will take you from basic concepts to state-of-the-art methods as you dig into topics like code injection, disassembly, dynamic taint analysis, and binary instrumentation. Written for security engineers, hackers, and those with a basic working knowledge of C/C++ and x86-64, Practical Binary Analysis will teach you in-depth how binary programs work and help you acquire the tools and techniques needed to gain more control and insight into binary programs. Once you´ve completed an introduction to basic binary formats, you´ll learn how to analyze binaries using techniques like the GNU/Linux binary analysis toolchain, disassembly, and code injection. You´ll then go on to implement profiling tools with Pin and learn how to build your own dynamic taint analysis tools with libdft and symbolic execution tools using Triton. You´ll learn how to: - Parse ELF and PE binaries and build a binary loader with libbfd - Use data-flow analysis techniques like program tracing, slicing, and reaching definitions analysis to reason about runtime flow of your programs - Modify ELF binaries with techniques like parasitic code injection and hex editing - Build custom disassembly tools with Capstone - Use binary instrumentation to circumvent anti-analysis tricks commonly used by malware - Apply taint analysis to detect control hijacking and data leak attacks - Use symbolic execution to build automatic exploitation tools With exercises at the end of each chapter to help solidify your skills, you´ll go from understanding basic assembly to performing some of the most sophisticated binary analysis and instrumentation. Practical Binary Analysis gives you what you need to work effectively with binary programs and transform your knowledge from basic understanding to expert-level proficiency.
Practical Binary Analysis:Build Your Own Linux Tools for Binary Instrumentation, Analysis, and Disassembly Dennis Andriesse
Practical Binary Analysis:Build Your Own Linux Tools for Binary Instrumentation, Analysis, and Disassembly No Starch Press Dennis Andriesse
Source: Wikipedia. Pages: 122. Chapters: MVS, Extended Binary Coded Decimal Interchange Code, Z/OS, OS/390, Direct access storage device, VSE, Transaction Processing Facility, Multiprogramming with a Variable number of Tasks, Abnormal end, BOS/360, Conversational Monitor System, Michigan Terminal System, TOS/360, MTS system architecture, History of IBM mainframe operating systems, History of CP/CMS, OS/360 and successors, REXX, CICS, IBM mainframe utility programs, Job Control Language, Linux on zSeries, IBM CP-40, WebSphere Optimized Local Adapters, VM, Input/Output Control System, System Generation, IBM Information Management System, ORVYL and WYLBUR, OS/VS2, Unit Control Block, DOS/360 and successors, IEFBR14, MUSIC/SP, Virtual Storage Access Method, IUCV, Workload Manager, Job Entry Subsystem 2/3, ISPF, Data set, Input/Output Configuration Program, TSS/360, OpenSolaris for System z, BatchPipes, WebSphere Application Server for z/OS, IBM System Management Facilities, Time Sharing Option, Virtual Telecommunications Access Method, SMF 120.9, OS/VS1, STXIT, University of Michigan Executive System, IBM Airline Control Program, Houston Automatic Spooling Priority, Dynamic Logical Partitioning, HiperDispatch, Volume table of contents, Supervisor Call instruction, IBM Advanced Function Printing, Resource Measurement Facility, SDSF, CLIST, Global Resource Serialization, UNIX System Services, GM-NAA I/O, ZFS, Basic direct access method, Basic partitioned access method, Basic telecommunications access method, Z/VM, Resource Access Control Facility, Data Control Block, ALCS transaction monitor, Queued sequential access method, Group Control System(VM), SMP/E, Intelligent Resource Director, Queued Telecommunications Access Method, IBM Power, Basic sequential access method, IBM Software Configuration and Library Manager, Mainframe sort merge, Storage block, Terminal Productivity Executive, IBM XCF, CMS EXEC, EXEC 2, IBM OMEGAMON, Prefixed Save Area, IBM Cross System Product, Object access method, CP-67, Job entry control language, VM-CP, CP-370, IBM Cross System Coupling Facility, IBM Aggregate Backup And Recovery System, Access register, Table Producing Language, Job stream, IBM Multiple console support, ISRLEMX. Excerpt: MTS System Architecture describes the software organization of the Michigan Terminal System, a time-sharing computer operating system in use from 1967 to 1999 on IBM S/360-67, IBM System/370, and compatible computers. UMMPS, the supervisor, has complete control of the hardware and manages a collection of job programs. One of the job programs is MTS, the job program with which most users interact. MTS operates as a collection of command language subsystems (CLSs). One of the CLSs allows for the execution of user programs. MTS provides a collection of system subroutines that are available to CLSs, user programs, and MTS itself. Among other things these system subroutines provide standard access to Device Support Routines (DSRs), the components that perform device dependent input/output. The system is organized as a set of independent components with well-defined interfaces between them. This idea is, of course, neither new nor unique; but MTS components are generally larger, interfaces between components more rigid, and a component communicates with fewer other components than in many systems. As a result, components are more independent of each other and it is easier to replace one component without affecting others. The interfa...
Python 3 is the best version of the language yet: It is more powerful, convenient, consistent, and expressive than ever before. Now, leading Python programmer Mark Summerfield demonstrates how to write code that takes full advantage of Python 3´s features and idioms. A revision of the first book written from a completely ´´Python 3´´ viewpoint, Programming in Python 3, Second Edition, brings together all the knowledge you need to write any program, use any standard or third-party Python 3 library, and create new library modules of your own. Summerfield draws on his many years of Python experience to share deep insights into Python 3 development you won´t find anywhere else. He begins by illuminating Python´s ´´beautiful heart´´: the eight key elements of Python you need to write robust, high-performance programs. Building on these core elements, he introduces new topics designed to strengthen your practical expertise-one concept and hands-on example at a time. Coverage includes * Developing in Python using procedural, object-oriented, and functional programming paradigms * Creating custom packages and modules * Writing and reading binary, text, and XML files, including optional compression, random access, and text and XML parsing * Leveraging advanced data types, collections, control structures, and functions * Spreading program workloads across multiple processes and threads * Programming SQL databases and key-value DBM files * Debugging techniques-and using test driven development to avoid bugs in the first place * Utilizing Python´s regular expression mini-language and module * Parsing techniques, including how to use the third-party PyParsing and PLY modules * Building usable, efficient, GUI-based applications * Advanced programming techniques, including generators, function and class decorators, context managers, descriptors, abstract base classes, metaclasses, coroutines, and more Programming in Python 3, Second Edition, serves as both tutorial and language reference. It assumes some prior programming experience, and it is accompanied by extensive downloadable example code-all of it tested with Python 3 on Windows, Linux, and Mac OS X.