News — JRuby. org. Thursday, June 1. The JRuby community is pleased to announce the release of JRuby 9. JRuby 9. 00. 0 is the newest major version of JRuby, representing years of effort and large- scale reboots of several JRuby subsystems. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. Highlights: Regression where in uncommon cases zlib would fail when trying to detect end- of- stream.

We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. Highlights: FFI memory leak regression fixed. File. symlink regression on windows fixed. Github Issues resolved for 9. File. symlink broken on windows#4.

Network Working Group P. Leach Request for Comments: 4122 Microsoft Category: Standards. Table 1 - Template relevant to FCI The 3 templates may be retrieved according to selection options of the SELECT FILE command. If the FCP or FMD option is set, then. A pragma can take either zero or one argument. The argument is may be either in parentheses or it may be separated from the pragma name by an equal sign. Symbian was a mobile operating system (OS) and computing platform designed for smartphones. Symbian was originally developed as a closed-source OS for PDAs in 1998 by.

Line numbers in backtrace with multiline method invocation are sometimes different from CRuby#4. JRuby raises 'syntax error, unexpected k. DO. Relates to #4. Implement Zlib: :Gzip. Reader #ungetbyte and #ungetc#4.

Zlib: :Gzip. Reader does not support #ungetc or #ungetbyte#4. Jarified app breaks with `uri: classloader: BY\` on Windows with 9. FFI memory leak regression#4. Fix Float: :INFINITY Big. Decimal comparison#4. REGRESSION - File. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists.

The version number is 7u40. You didn’t disappoint and it’s time to share the code received. There were some guideline for. Introduction. This page is intended to provide an introduction to the original File Allocation Table (FAT) file system. This file system was used on all versions of. The sequence number value MUST be expressible as a 32-bit unsigned. RFC 3261 SIP. Registrations do not need to update all bindings. Typically, a UA only. After reading Java 7 Update 21 Security Improvements in Detail mention. With the introduced changes it is most likely that no end-user is able to run your.

You may also follow @jruby on Twitter for updates. This release just fixes two regressions: arr. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. Heuristic to rebind less in invokedynamic when it callsite changes too much. Some improvements in having proper symbol encoding. Improved source line reporting on errors.

Github Issues resolved for 9. CGI. unescape. HTML => Java: :Java.

Lang: :Array. Index. Out. Of. Bounds. Exception#4. Include Ruby Licensed json libs in COPYING #4. ASF projects can't bundle and ship jruby. Also increment thresholds in indy sites for method. Fixes #4. 60. 0#4. Dir. tmpdir fails with error on AARCH6.

Update COPYING for bundled java licenses #4. Oat gem slower at steady- state with invokedynamic than without it#4. Clean up structure of io/console and avoid stty on Windows.#4. COPYING is missing Java libraries#4. Jruby profiler raises exception when using the holidays gem#4.

Fix wrong method lookup cache used when class is prepended#4. Add native console support on AARCH6. Return Process: :Waiter with pid in Process. Time. now sometimes attempts to call libc gettimeofday on Windows#4. String encoding differs between MRI and JRuby#4. Ripper. sexp unexpectedly returns nil when given source includes keyword- ish symbol#4.

Fix Method#parameters for a method generated by respond. Windows Xp Pro Sp3 Gold Cobra Edition Iso 9001. Add test#4. 55. 3 - support new JDK version string scheme#4. Add AARCH6. 4 support in FFI#4.

Symbol encoding changes after defining a method with same name#4. Use jnr- constants 0.

SNAPSHOT to fix #4. When canonicalizing classpath URIs, use a bogus root path.#4.

Regression(?) in String#% from 9. Update to Rubygems 2. Don't yield. Specific to allow arrays through normal block params.#4. Enumerable#each. Fixes #4. Channel. Descriptor is not removed from the map after Script. Container is terminated#4.

JRuby 1. 7: update to latest jruby- openssl version#4. Don't dup every element in Enumerator#drop (1. No. Method. Error: private method `require' called for Kernel: Module in Sequel#4. Backport securerandom#4. File. dirname interprets backslashes as path separators on Mac OS X#4.

The JVM SIGSEGVs when using Ruby. Etc. getgrgid#4. 00.

JRuby 1. 7 branch uses java. Management. Factory#3. JRuby + Cygwin + Jenkins causes message related to stty#3. JRuby throws java. Array. Index. Out. Of. Bounds. Exception #3. Runtime. Profile.

Builtin: :Method. Data#1. 57. 1 - Enumerator#feed#1. Private method error changes when `method. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists.

You may also follow @jruby on Twitter for updates. Fixed intermittent Dynamic. Scope size errors. Concurrency fixes to jitting of blocks (mostly seen as previous bullet). Several issues fixed when running with - Xcompile.

Github Issues resolved for 9. Use actual impl module to test bindability.

Fixes #4. 47. 7.#4. Dynamic. Scope size. Error #4. 51. 3 - cgi/escape does not define CGI. HTML and other methods#4. BC (jruby- openssl)#4. Fix some issues with Fiddle#4.

Fix #4. 46. 3 Marshal load bigdecimal Na. N fails#4. 50. 8 - $. Fixes #4. 48. 2#4. The return value of `ARGF. MRI#4. 49. 6 - Use ipaddr to compare the sender's address#4. Use arity hash. Code instead of proc#hash in Callable.

Selector#4. 49. 2 - YAML: Can't load files with characters in the supplementary plane#4. Set up EWOULDBLOCKWait. Readable/Writable if not present. Fix #4. 47. 3#4. 48. Allow refinements in one eval to be seen in the next.#4.

Rational() and IO. Fixes #4. 36. 9.#4. Cursos Para Aprender A Tocar El Bajo Electrico. JRuby's impl of FFI differs in behavior from MRI; segfaults/crashes#4. Ruby. Hash's compare. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. Fixed spurious Linkage.

Error when using multiple threads. Fixed several keyword argument issues. Fixed several parser issues. Reduced memory use of the JITUpdate Psych to 2. Update jruby- openssl to 0. Github Issues resolved for 9. Null. Pointer. Exception when creating tempfiles in rspec#4.

Set toplevel module#4. JIT byte- code for method#4. Don't allow null method names#4. Calling super() outside of a method causes NPE#4. Code behavior changes after being JITted at runtime#4. Make String. IO thread- safe by synchronizing against ptr.#4.

Fixes #4. 10. 4#4. Crashing on attempt to convert Rational into Big. Decimal #4. 32. 3 - Usage of `#?

Fixes #3. 79. 9#4. Resolv: :DNS. getresource produces different errors then MRI#4. JRuby fails in building from source when using openjdk- 7- jdk trusty package#3. Unix sockets raise exception on long writes#3. Occasional Array. Index. Out. Of. Bounds. Exception from a line of Ruby that isn't doing array lookups#2.

JRuby 9k: simple script ~8. Wednesday, November 0. The JRuby community is pleased to announce the release of JRuby 9. JRuby 9. 00. 0 is the newest major version of JRuby, representing years of effort and large- scale reboots of several JRuby subsystems.

We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. Rubygems updated to 2. Socket library improvements and fixes. Fixed several Keyword Argument corner cases. Optimized accessing local variables.

Github Issues resolved for 9. Stack overflow in unresolved. Super logic from jitted code#4.

Fix unnamed socket inspect#4. Method#owner returns wrong implementation module#4. Mutexes should use . Interruptibly#4. 25. Identical Regexp are not equal to each other#4.

Revert ? MRI 2. 2. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. This release addresses a few more regressions. Fixes #4. 13. 4.#4.

Unconditionally enable maven enforcer in release profile.#4. JCE CNFE warning on non Oracle/Open. JDK#4. 13. 5 - 9. SNAPSHOT dependency#4. Rails new fails with 9. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists.

You may also follow @jruby on Twitter for updates. This release addresses a serious regression in 9. We also encourage users to join our IRC channel (#jruby on Freenode) and mailing lists. You may also follow @jruby on Twitter for updates. Notable updates since 9. Stdlib updated to 2. Ruby. Gems updated to 2.

Improved type coercion performance (to. In future releases, Truffle will provide an extremely high performance and compatible backend for JRuby. The Truffle backend supports almost all Ruby language features and the majority of the core library, and is able to run simple gems and web frameworks such as Sinatra.

It has no support for Ruby. Gems, Rails or any database drivers, and does not work on Windows.

Code signing - Wikipedia. Code signing is the process of digitally signingexecutables and scripts to confirm the software author and guarantee that the code has not been altered or corrupted since it was signed. The process employs the use of a cryptographic hash to validate authenticity and integrity. The most common use of code signing is to provide security when deploying; in some programming languages, it can also be used to help prevent namespace conflicts. Almost every code signing implementation will provide some sort of digital signature mechanism to verify the identity of the author or build system, and a checksum to verify that the object has not been modified. It can also be used to provide versioning information about an object or to store other meta data about an object.

As with other public key infrastructure (PKI) technologies, the integrity of the system relies on publishers securing their private keys against unauthorized access. Keys stored in software on general- purpose computers are susceptible to compromise. Therefore, it is more secure, and best practice, to store keys in secure, tamper- proof, cryptographic hardware devices known as hardware security modules or HSMs. For example, in the case of . NET, the developer uses a private key to sign their libraries or executables each time they build. This key will be unique to a developer or group or sometimes per application or object.

The developer can either generate this key on their own or obtain one from a trusted certificate authority (CA). Another important usage is to safely provide updates and patches to existing software.

It allows the receiving operating system to verify that the update is legitimate, even if the update was delivered by third parties or physical media (disks). Code signing is used on Windows and Mac OS X to authenticate software on first run, ensuring that the software has not been maliciously tampered with by a third- party distributor or download site. This form of code signing is not used on Linux because of that platform's decentralized nature, the package manager being the predominant mode of distribution for all forms of software (not just updates and patches), as well as the open source model allowing direct inspection of the source code if desired. Trusted identification using a certificate authority (CA). This does not ensure that the code itself can be trusted, only that it comes from the stated source (or more explicitly, from a particular private key). If a user trusts a CA, then the user can presumably trust the legitimacy of code that is signed with a key generated by that CA or one of its proxies.

Many operating systems and frameworks contain built- in trust for one or more existing CAs (such as Start. Com, Veri. Sign/Symantec, Digi. Cert, TC Trust. Center, Comodo, Go. Daddy and Global. Sign). It is also commonplace for large organizations to implement a private CA, internal to the organization, which provides the same features as public CAs, but it is only trusted within the organization. Alternative to CAs. In this scenario, the user would normally have to obtain the public key in some fashion directly from the developer to verify the object is from them for the first time.

Many code signing systems will store the public key inside the signature. Some software frameworks and OSs that check the code's signature before executing will allow you to choose to trust that developer from that point on after the first run.

An application developer can provide a similar system by including the public keys with the installer. The key can then be used to ensure that any subsequent objects that need to run, such as upgrades, plugins, or another application, are all verified as coming from that same developer. Time- stamping. In effect, time- stamping extends the code trust beyond the validity period of a certificate. In this case, time- stamping helps establish whether the code was signed before or after the certificate was compromised. Users can be tricked into running unsigned code, or even into running code that refuses to validate, and the system only remains secure as long as the private key remains private. Individual design elements, including active items such as scripts, actions and agents, are always signed using the editor's ID file, which includes both the editor's and the domain's public keys.

Core templates such as the mail template are signed with a dedicated ID held by the Lotus template development team. Microsoft implements a form of code signing (based on Authenticode) provided for Microsoft tested drivers. Since drivers run in the kernel, they can destabilize the system or open the system to security holes. For this reason, Microsoft tests drivers submitted to its WHQL program. After the driver has passed, Microsoft signs that version of the driver as being safe. On 3. 2- bit systems only, installing drivers that are not validated with Microsoft is possible after accepting to allow the installation in a prompt warning the user that the code is unsigned. For . NET (managed) code, there is an additional mechanism called Strong Name Signing that uses Public/Private keys and SHA- 1 hash as opposed to certificates.

However, Microsoft discourages reliance on Strong Name Signing as a replacement for Authenticode. Most console games have to be signed with a secret key designed by the console maker or the game will not load on the console. There are several methods to get unsigned code to execute which include software exploits, the use of a modchip, a technique known as the swap trick or running a softmod.

It may not initially seem obvious why simply copying a signed application onto another DVD does not allow it to boot. On the Xbox, the reason for this is that the Xbox executable file (XBE) contains a media- type flag, which specifies the type of media that the XBE is bootable from. On nearly all Xbox software, this is set such that the executable will only boot from factory produced discs so simply copying the executable to burnable media is enough to stop the execution of the software. However, since the executable is signed, simply changing the value of the flag is not possible as this alters the signature of the executable causing it to fail validation when checked. Proliferation of connected devices. As more and more sensors and devices are connected to close network ecosystems, certificate issuance mechanisms have been extended beyond identifying people to identifying machines.

Device credentialing enables control over the manufacturing process of high technology products and protects against unauthorized production of counterfeits. Together with code signing, the technology ensures physical authenticity and the authenticity and integrity of the code they possess at the time of manufacture through the use of a digital birth certificate, or during subsequent upgrades through code validation any time during the product lifecycle. This is creating a new dimension for code signing, and elevating the security awareness and need to maintain private signing keys secured within a dedicated protected environment to establish a root of trust for the entire system. Given the prevalence of malware and Advanced Persistent Threats (APTs), many software vendors, providers of online services, enterprise IT organizations and manufacturers of high- technology Io. T devices are under pressure to increase the security of their high technology manufacturing and code signing process.