JSummer 2.30 [Latest] JSummer is a Java application which implements the 128 bit SHA1 and SHA256 message digests, using the message digest implementation developed by MessageDigest.java Originally JSummer is a standalone application. I have to check MD5, SHA1, SHA256 of files. All these operations are done in memory. Some time, I need to do these checks, not so often. This is where JSummer have some features : - enable recursion of directories - enable GUI (SWT) JSummer Main Features: * JSummer Support SHA1/SHA256/MD5 (SHA1,SHA256,MD5) * JSummer Support multiple directories recursion * JSummer Java API : * JSummer can be used in multi-threading environment. * JSummer can be used as java application or can be installed as JSummer embedded in JVM How to install JSummer? JSummer can be installed on Windows and Linux. JSummer have two version. *console-version : install console-JSummer in command prompt *GUI version : install GUI JSummer in Java Runtime Environment How to use JSummer? How to use JSummer? * To use JSummer, all you have to do is write following in command prompt: jsummer + + For Example: jsummer /bin +/home +/test.txt * JSummer can be used as standalone application. To use JSummer as standalone application, you just need to read program instructions given below. If you are using JSummer as java application, you just need to specify your arguments in program or classpath. For Example: String path = "c:/" + File.separator; JSummer jsummer = new JSummer(path, path + "dir", path + "file"); How to make JSummer recursion? How to make JSummer recursion? JSummer is capable of recursion. This means that when you want to recursion directories, you just have to use the following arguments: "path1" + path2 For Example: String path1 = "c:/" + File.separator; String path2 = "bin" + File.separator; Here path1 is path of directories. You can put multiple directories recursion. For Example: String JSummer 2.30 Crack + Activation Code With Keygen Free Download [Win/Mac] (Latest) MD5, SHA-160 and SHA-256 are widely used cryptographic algorithm for file checking. In the process of developing, I found a problem that takes too much time to calculate SHA-256 for large files. When I launched "JSummer" for the first time, it took 30 seconds to calculate SHA-256 on a set of 100,000 SHA-256 messages. Therefore, I introduced recursion. I had to enable it to calculate SHA-256 for directories. I made the resulting settings to users. I believe that you can use this tool to calculate hash value for a directory even if it contains large files. Notice: JSummer generates warnings for hash values that are not 32-bit or 64-bit or for endian-dependent cases. MD5, SHA-160 and SHA-256 are endian-independent, so you don't have to worry about the endian when you calculate the message digest. Installation: The current version of JSummer is distributed as a zip archive that you can install on your system. Usage: A. Open JSummer (which will be opened as a Java application), or B. Double-click on JSummer icon on your desktop, or C. Double-click on JSummer.exe. Version 1.0.0 >>> Free, and useful tool >>> That takes 30 seconds to calculate SHA-256 for 100,000 SHA-256 >>> messages. >>> Recursion settings are introduced. >>> That takes a little time to set up recursion settings >>> Unfortunately, there is no support for recursion in the >>> official JDK Version 1.1.0 >>> Now, the GUI is improved to run in Windows. >>> It is possible to calculate and check MD5, SHA-160, SHA-256 for >>> files and directories. >>> It is possible to enter the password in the console. >>> Now, it is possible to calculate and check MD5, SHA-160, SHA-256 for >>> files and directories even if it contains large files. >>> It is possible to calculate and check MD5, SHA-160, SHA-256 for >>> files and directories even if it contains large files. >>> It is possible to check for file and directories without endian >>> dependency. >>> The result of the calculation is shown as a console window and an >>> OK dialog box. >>> The result 1a423ce670 JSummer 2.30 Crack + - hashdig is used for hasheing a message with a known key - hashv is used for checking if a string is equal to a md5, sha-1 or sha-2 digest - hash2 is used for checking if a string is equal to an md5, sha-1 or sha-2 digest - hash2_md5, hash2_sha1, hash2_sha256 are used for checking if a string is equal to an md5, sha-1 or sha-2 digest using md5, sha-1 or sha-2 digest function - hash_md5, hash_sha1, hash_sha256 are used for calculating MD5, SHA-1 and SHA-256 digest from a string - hash_md5_aes, hash_sha1_aes, hash_sha256_aes are used for calculating MD5, SHA-1 and SHA-256 digest from a string using aes as the encryption algorithm - hash_md5_twofish, hash_sha1_twofish, hash_sha256_twofish are used for calculating MD5, SHA-1 and SHA-256 digest from a string using two-fish as the encryption algorithm - hash_md5_blowfish, hash_sha1_blowfish, hash_sha256_blowfish are used for calculating MD5, SHA-1 and SHA-256 digest from a string using blowfish as the encryption algorithm - hash_md5_cast, hash_sha1_cast, hash_sha256_cast are used for calculating MD5, SHA-1 and SHA-256 digest from a string using cast as the encryption algorithm - hash_md5_blowfish_crypto, hash_sha1_blowfish_crypto, hash_sha256_blowfish_crypto are used for calculating MD5, SHA-1 and SHA-256 digest from a string using blowfish as the encryption algorithm using CryptoAPI - hash_md5_twofish_crypto, hash_sha1_twofish_crypto, hash_sha256_twofish_crypto are used for calculating MD5, SHA-1 and SHA-256 digest from a string using two-fish as the encryption algorithm using CryptoAPI - hash_md5_aes_crypto, hash_sha1_aes_ What's New in the? System Requirements: -Windows XP (32/64) / Vista (32/64) / 7 (32/64) / 8 (32/64) / 10 (32/64) -Minimum System Requirements for the operating system installed on the hard drive are: -1 GHz processor (or equivalent) -128 MB RAM (256 MB or more recommended) -30 GB available hard drive space -DirectX 9.0c compatible video card -1 GB of VRAM (1024 MB or more recommended)
Related links:
Comments