Program Protector Licence Key
Program Protector 3.1 The last serial number for this program was added to our data base on January 16, 2013 829 visitors told us the serial is good, 301 guys said the number is bad Password: PROT3SE**** To see full numbers without asterisks, please, prove you are not a robot and then push 'Show serial number' button Text from captcha: If you have your own working serial number for Program Protector 3.1 and you want to share it with public, press 'Share my serial' button below. Copyright © KeyGenGuru.com, 2006-2018.
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PELock is a software security solution designed for the protection of any 32 bit Windows applications against cracking, tampering and analysis. PELock comes with a built-in licensing system, which you can use to easily add a license key system to your application. You can also set various time-trial limitations for the protected application, e.g. 30 day trial. You can closely integrate the protection and licensing features into your application using the dedicated SDK.
The SDK comes with hundreds of examples for C/C++, Delphi, Lazarus, Freepascal, PureBasic, PowerBASIC, D, and Assembler with full source code. You can protect any compiled application file for Windows as long as it's compatible with the format, no matter what programming language or development environment was used to create it.
Unprotected software is highly vulnerable to reverse engineering analysis, and by using specialized it's possible to gather a lot of information from a compiled application. It's possible to, e.g. Secret algorithms, and in certain conditions it's even possible to restore the entire source code of the application. Competitors can take advantage of the technical knowledge obtained in the process of reverse engineering to clone functionality of your software. These are not things taken from movies about hackers but harsh realities that can affect any software maker. Conclusions Losses to software developers due to cracking and reverse engineering can be huge, for both large and small companies, and it can hurt even more if you are an independent software developer, so you should always consider the appropriate software protection during the software design process.
In-house protections are not always really secure and safe. It pays to use a time-tested solution such as PELock, which uses the latest technical achievements in the field of software protection, and at the same time guaranteeing the maximum level of compatibility and stability. What is required to protect an application? To protect your software with PELock, all you need is the compiled application file. If you have access to the source code it's highly recommended to use PELock SDK system functions to introduce additional protections and to use license key system functions. SDK & usage examples The SDK provides dedicated macros and functions which are responsible for communication between the protected application and the protection layer. The more SDK features you will use, the better the protection and application integration will be, and so cracking or reverse-engineering the application will be more difficult for the attacker.
Signals And Systems By Nagoor Kani Pdf Free. The SDK and its usage examples are available in many programming languages e.g.. What does the protection process look like? The protection process is fully automated (it can be run from the command line) and consists of rebuilding, modification and encryption of the compiled software, its code, data structures, and adding additional code which manages the protection. Application and protection code integration example Below you can find sample usage of the basic encryption macros from the licensing system. Code between the two markers is encrypted during the protection process, and after the application is launched, the code is decrypted and executed only if a valid license key is found. The license key contains the decryption keys, so decryption is impossible without it. After the code is executed it gets re-encrypted.
IncludePath '..... SDK English PureBasic ' XIncludeFile 'pelock.pb'; start; code between DEMO_START and DEMO_END will be encrypted in the; protected file and will not be available without the license key DEMO_START MessageRequester('PELock', 'Hello world from the full version of my software!' ) DEMO_END Protected & unprotected application differences After protection, the application code is modified to protect it from reverse engineering analysis and attempts to recover its original form, which would make it possible to analyze or modify its code and data. Code, data and additional application resources are encrypted using strong cryptographic algorithms and multilayer.
The protection code itself is transformed into a highly secure form using innovative metamorphic engine. It makes the analysis of the entire protection an extremely technically difficult and time consuming task, even for reverse engineering professionals. It's worth mentioning that after the protection, the application code is strictly integrated with the protection code; if an attacker tries to remove the protection code, the application itself will remain safe and it will be impossible to run and use it.
#COMPILE EXE%USEMACROS = 1 #INCLUDE 'win32api.inc' #INCLUDE 'pelock.inc' FUNCTION PBMAIN () AS LONG DIM nNumberOfItems AS LONG nNumberOfItems = 0 ' code between DEMO_START and DEMO_END will be encrypted in the ' protected file and will not be available without the license key DEMO_START MSGBOX 'Hello world from the full version of my software!' ' read key integer value - you can use it however you want ' you can store up to 16 integer values in license key nNumberOfItems = GetKeyInteger(5) MSGBOX 'You can store up to ' & STR$(nNumberOfItems) & ' items in the database' DEMO_END END FUNCTION. IncludePath '.....
SDK Polish PureBasic ' XIncludeFile 'pelock.pb'; start nNumberOfItems.l = 0; code between DEMO_START and DEMO_END will be encrypted in the; protected file and will not be available without the license key DEMO_START MessageRequester('PELock', 'Hello world from the full version of my software!' ); read key integer value - you can use it however you want; you can store up to 16 integer values in license key nNumberOfItems = GetKeyInteger(5) MessageRequester('PELock', 'You can store up to ' + Str(nNumberOfItems) + ' items in the database') DEMO_END License keys are generated using strong cryptographic algorithms like. It's impossible to create unauthorized license keys without the PELock project file.
Discover hundreds of extra PELock features, so that you will not need to use any other protection tools for your application. All options are described in detail in the help file.
Do not be afraid to experiment; with just one click you can restore all default settings. Compatibility & stability PELock has been tested for all available 32 and 64 bit versions of the Windows operating system. And I'm not talking here only about the latest two or three versions of Windows. Buku Persamaan Ic Dan Transistor Symbol. Both PELock and the protection code added to the applications are compatible with.
Compatibility with antivirus software Other protection makers won't tell you this, but often those systems are incompatible with antivirus software in some way. In those cases, antivirus programs can incorrectly label protected application as an unknown threat, which is called false-positive detection. The reason behind this lies in certain detection methods used by antivirus programs, often caused by the additional encryption of protected application files that can lead to trouble with some antivirus software systems.