When an application is being created, the Compiler will compile the application source code into several object files made of machine language code. Then the object files are linked together to create the final executable.

When writing code in C# you get a lot of help from the language and IDEs keeping you from making a bunch of kinds of mistakes. Type safety stops a lot of potential bugs from making it past the Compile step. The refactoring support for C# is pretty slick as well. Move code around, rename stuff, change namespaces, and it all gets sorted out quickly.

When writing code in C# you get a lot of help from the language and IDEs keeping you from making a bunch of kinds of mistakes. Type safety stops a lot of potential bugs from making it past the Compile step. The refactoring support for C# is pretty slick as well. Move code around, rename stuff, change namespaces, and it all gets sorted out quickly.

A collection of tutorials aimed particularly for newbie reverse engineers.

01. Olly + assembler + patching a basic reverseme
02. Keyfiling the reverseme + assembler
03. Basic nag removal + header problems
04. Basic + aesthetic patching
05. Comparing on changes in cond jumps, animate over/in, breakpoints
06. "The plain stupid patching method", searching for textstrings
07. Intermediate level patching, Kanal in PEiD
08. Debugging with W32Dasm, RVA, VA and offset, using LordPE as a hexeditor
09. Explaining the Visual Basic concept, introduction to SmartCheck and configuration
10. Continued reversing techniques in VB, use of decompilers and a basic anti-anti-trick

When writing code in C# you get a lot of help from the language and IDEs keeping you from making a bunch of kinds of mistakes. Type safety stops a lot of potential bugs from making it past the Compile step. The refactoring support for C# is pretty slick as well. Move code around, rename stuff, change namespaces, and it all gets sorted out quickly.

When writing code in C# you get a lot of help from the language and IDEs keeping you from making a bunch of kinds of mistakes. Type safety stops a lot of potential bugs from making it past the Compile step. The refactoring support for C# is pretty slick as well. Move code around, rename stuff, change namespaces, and it all gets sorted out quickly.

When writing code in C# you get a lot of help from the language and IDEs keeping you from making a bunch of kinds of mistakes. Type safety stops a lot of potential bugs from making it past the Compile step. The refactoring support for C# is pretty slick as well. Move code around, rename stuff, change namespaces, and it all gets sorted out quickly.

When writing code in C# you get a lot of help from the language and IDEs keeping you from making a bunch of kinds of mistakes. Type safety stops a lot of potential bugs from making it past the Compile step. The refactoring support for C# is pretty slick as well. Move code around, rename stuff, change namespaces, and it all gets sorted out quickly.

It can help you to locate critical sequences, find bugs and identify performance issues. Powerful filtering techniques allow you to quickly strip down millions of log messages to the extract you are currently interested in. Support engineers can find user-reported issues within seconds while developers still have access to the full scope of log messages.

WinHex is in its core a universal hexadecimal editor, particularly helpful in the realm of computer forensics, data recovery, low-level data processing, and IT security. An advanced tool for everyday and emergency use: inspect and edit all kinds of files, recover deleted files or lost data from hard drives with corrupt file systems or from digital camera cards. Features depend on the license type (license type comparison), among them:

Disk editor for hard disks, floppy disks, CD-ROM & DVD, ZIP, Smart Media, Compact Flash, ...
Native support for FAT12/16/32, exFAT, NTFS, Ext2/3/4, Next3®, CDFS, UDF
Built-in interpretation of RAID systems and dynamic disks
Various data recovery techniques