IeCacheExplorer displays the details of all cookies that Internet Explorer stores on your computer and reads all information from the history file on your computer, displays the list of all URLs that you have visited. It also allows you to clear history, delete cookies and temporary internet files. The tool is designed with a user-friendly interface and is easy to use.

The rss2html Cache module can be used by users of the rss2html.php script and will decrease the display time of RSS feeds.

The rss2html Cache module saves the feed locally for a specified period of time, making feed retrieval much quicker.

RSS2HTML Cache

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Hello,

I'm using OrCad 17.2 and in the company I'm wokring at there was a change in the database folder (from driver F to G for example) and it effects the option of synchronise using the Part Manager. and changing manually each part in the Desgin Cahce can be a pain.

Is there any way I can make a TCL script that will run and replace a part cahce with other? Better if I can call from a table to read, and write from other collum.

I would really be happy for an example.

Thanks for the help.

use the DBO function DboLib_RepalceCache to do the job of "Replace cache" 

in order to easy the job ,  type the code below . the code is a wrapper of the function metioned above

set lStatus [DboState]
set lSession $::DboSession_s_pDboSession
DboSession -this $lSession
set lDesignsIter [$lSession NewDesignsIter $lStatus]
set lDesign [$lDesignsIter NextDesign $lStatus]
set lNullObj NULL

set oldLibName [DboTclHelper_sMakeCString "E:\PROJECT_WORKLIB.OLB"]
set newLibName [DboTclHelper_sMakeCString "E:\MCU_PARTS_LIB.OLB"]

#DboLib_ReplaceCache wrapper
proc ReplaceCacheByName {partName} {
    global oldLibName
    global newLibName
    global lDesign
    set lPartStr [DboTclHelper_sMakeCString $partName]
    #set lNewStr [DboTclHelper_sMakeCString $newName]
    $lDesign ReplaceCache $lPartStr $oldLibName $lPartStr $newLibName 0 1
}

then use the tcl command like below to do the real job :

ReplaceCacheByName "CL10B104KB8NNNC_C12"

This article describes some key fundamentals that are common to all JavaScript engines — and not just V8, the engine the authors work on. As a JavaScript developer, having a deeper understanding of how JavaScript engines work helps you reason about the performance characteristics of your code.

The discovery of rare pterosaur eggs is being heralded as one of the most extraordinary discoveries in paleontology.

Michael Mahemoff writes: To be effective, Rails cache sweepers need to be more fully understood.  They know no standard, so you must employ art. He goes on: Sweepers observe both your models and your controllers, but most workarounds focus on their controller nature.  Importantly: the sweeper must be explicitly added as an observer. Even more Read the rest...

A system (200) and a method (100) of operating a computing device to perform memoization are disclosed. The method includes determining whether a result of a function is stored in a cache and, if so, retrieving the result from the cache and, if not, calculating the result and storing it in the cache. The method (100) includes transforming (104) by the computing device at least one selected from the input parameters and the output parameters of the function, the transforming being based on an analysis of the function and its input arguments to establish whether or not there is a possible relationship reflecting redundancy among the input parameters and output parameters of the function. The transforming may include at least one of: use of symmetry, scaling, linear shift, interchanging of variables, inversion, polynomial and/or trigonometric transformations, spectral or logical transformations, fuzzy transformations, and systematic arrangement of parameters.

For a plurality of input/output (I/O) operations waiting to assemble complete data tracks from data segments, a process, separate from a process responsible for the data assembly into the complete data tracks, is initiated for waking a predetermined number of the waiting I/O operations.

Systems, processors, and methods for keeping uncacheable data coherent. A processor includes a multi-level cache hierarchy, and uncacheable load memory operations can be cached at any level of the cache hierarchy. If an uncacheable load misses in the L2 cache, then allocation of the uncacheable load will be restricted to a subset of the ways of the L2 cache. If an uncacheable store memory operation hits in the L1 cache, then the hit cache line can be updated with the data from the memory operation. If the uncacheable store misses in the L1 cache, then the uncacheable store is sent to a core interface unit. Multiple contiguous store misses are merged into larger blocks of data in the core interface unit before being sent to the L2 cache.

Provided is a method and system for reducing duplicate buffers in buffer cache associated with a storage device. Reducing buffer duplication in a buffer cache includes accessing a file reference pointer associated with a file in a deduplicated filesystem when attempting to load a requested data block from the file into the buffer cache. To determine if the requested data block is already in the buffer cache, aspects of the invention compare a fingerprint that identifies the requested data block against one or more fingerprints identifying a corresponding one or more sharable data blocks in the buffer cache. A match between the fingerprint of the requested data block and the fingerprint from a sharable data block in the buffer cache indicates that the requested data block is already loaded in buffer cache. The sharable data block in buffer cache is used instead thereby reducing buffer duplication in the buffer cache.

A method, a system and a computer program product for enhancing a cache back invalidation policy by utilizing least recently used (LRU) bits and presence bits in selecting cache-lines for eviction. A cache back invalidation (CBI) utility evicts cache-lines by using presence bits to avoid replacing a cache-line in a lower level cache that is also present in a higher level cache. Furthermore, the CBI utility selects the cache-line for eviction from an LRU group. The CBI utility ensures that dormant cache-lines in the higher level caches do not retain corresponding presence bits set in the lower level caches by unsetting the presence bits in the lower level cache when a line is replaced in the higher level cache. Additionally, when a processor core becomes idle, the CBI utility invalidates the corresponding higher level cache by unsetting the corresponding presence bits in the lower level cache.

Embodiments of the current invention permit a user to allocate cache memory to main memory more efficiently. The processor or a user allocates the cache memory and associates the cache memory to the main memory location, but suppresses or bypassing reading the main memory data into the cache memory. Some embodiments of the present invention permit the user to specify how many cache lines are allocated at a given time. Further, embodiments of the present invention may initialize the cache memory to a specified pattern. The cache memory may be zeroed or set to some desired pattern, such as all ones. Alternatively, a user may determine the initialization pattern through the processor.

Systems, methods, and other embodiments associated with a distributed cache coherency protocol are described. According to one embodiment, a method includes receiving a request from a requester for access to one or more memory blocks in a block storage device that is shared by at least two physical computing machines and determining if a caching right to any of the one or more memory blocks has been granted to a different requester. If the caching right has not been granted to the different requester, access is granted to the one or more memory blocks to the requester.

Methods and apparatuses for implementing a system cache with quota-based control. Quotas may be assigned on a group ID basis to each group ID that is assigned to use the system cache. The quota does not reserve space in the system cache, but rather the quota may be used within any way within the system cache. The quota may prevent a given group ID from consuming more than a desired amount of the system cache. Once a group ID's quota has been reached, no additional allocation will be permitted for that group ID. The total amount of allocated quota for all group IDs can exceed the size of system cache, such that the system cache can be oversubscribed. The sticky state can be used to prioritize data retention within the system cache when oversubscription is being used.

We report methods, integrated circuit devices, and fabrication processes relating to power management transitions of multiple compute units sharing a cache. One method includes indicating that a first compute unit of a plurality of compute units of an integrated circuit device is attempting to enter a low power state, determining if the first compute unit is the only compute unit of the plurality in a normal power state, and in response to determining the first compute unit is the only compute unit in the normal power state: saving a state of a shared cache unit of the integrated circuit device, flushing at least a portion of a cache of the shared cache unit, repeating the flushing until either a second compute unit exits the low power state or the cache is completely flushed, and permitting the first compute unit to enter the low power state.

An inflight entertainment (IFE) system preloads from head end equipment onto seat end video caches subsets of prerecorded video entertainment programs from a library of prerecorded video entertainment programs stored on the head end equipment. Preloading is done independent of play requests made by passengers using the IFE system. The selected subsets are selected using selection metrics such as program popularity, passenger demographics and/or passenger preferences. The same or a different subset may be selected for different passengers. As a result of the selective preloading of the seat end video caches, if the head end equipment or the distribution system becomes inoperable during the flight, the IFE system is able to continue to deliver a limited offering of popular, demographically indicated and/or passenger preferred video entertainment from the seat end video caches, without requiring a large multiplier in storage capacity or loading time.

The present application relates to a cache invalidation unit for a computing system having a processor unit, CPU, with a cache memory, a main memory and at least one an alternate bus master unit. The CPU, the main memory and the at least one an alternate bus master unit are coupled via an interconnect for data communications between them. The cache invalidation unit generates one or more invalidation requests to the cache memory in response to the alternate bus master unit writing data to the main memory. The cache invalidation unit comprises a page address generator unit to generate page addresses relating to at least one address range and an invalidation request generator unit to generate an invalidation request for each page address. The one or more generated invalidation requests are transmitted by the cache invalidation unit via to the cache memory of the CPU.

This article demonstrates how performance with IBM AIX flash can drastically improve read requests from a storage subsystem by running performance benchmark tests. The test team experimented using different performance benchmarks and measured the performance data to demonstrate the variation with and without AIX flash cache.

Short-term storage. A cache is used to speed up certain computer operations by temporarily placing data, or a copy of it, in a location where it can be accessed more rapidly than normal. For example, data from a storage disk may be cached temporarily in high-speed memory so that it can be read and written more quickly than if it had to come directly from the disk itself; or a microprocessor may use an an on-board memory cache to store temporary data for use during operations. 'Cache' is derived from the French word for a hiding place, and so is pronounced like 'cash'.

Ten properties, including homes and businesses, have already been evacuated as the community braces against rising water levels.

Vu du centre de l’Afrique – Tchad, République centrafricaine (RCA) et RD Congo –, le cinquantenaire des indépendances est un anniversaire à l’envers : on en parle davantage à Paris et Bruxelles qu’à N’Djamena, Bangui et Kinshasa. Sans doute parce que, en Europe, il s’agit avant tout de gérer des diasporas turbulentes et une relation bilatérale devenue épineuse tandis que, dans les capitales africaines, il s’agit d’éviter à tout prix le droit d’inventaire.

Citrix Gateway versions 11.1, 12.0, and 12.1 suffer from a caching bypass vulnerability.

SolarWinds MSP PME Cache Service versions prior to 1.1.15 suffer from insecure file permission and code execution vulnerabilities.

Skeletal muscle wasting is a devastating consequence of cancer that contributes to increased complications and poor survival, but is not well understood at the molecular level. Herein, we investigated the role of Myocilin (Myoc), a skeletal muscle hypertrophy-promoting protein that we showed is downregulated in multiple mouse models of cancer cachexia. Loss of Myoc alone was sufficient to induce phenotypes identified in mouse models of cancer cachexia, including muscle fiber atrophy, sarcolemmal fragility, and impaired muscle regeneration. By 18 months of age, mice deficient in Myoc showed significant skeletal muscle remodeling, characterized by increased fat and collagen deposition compared with wild-type mice, thus also supporting Myoc as a regulator of muscle quality. In cancer cachexia models, maintaining skeletal muscle expression of Myoc significantly attenuated muscle loss, while mice lacking Myoc showed enhanced muscle wasting. Furthermore, we identified the myocyte enhancer factor 2 C (MEF2C) transcription factor as a key upstream activator of Myoc whose gain of function significantly deterred cancer-induced muscle wasting and dysfunction in a preclinical model of pancreatic ductal adenocarcinoma (PDAC). Finally, compared with noncancer control patients, MYOC was significantly reduced in skeletal muscle of patients with PDAC defined as cachectic and correlated with MEF2c. These data therefore identify disruptions in MEF2c-dependent transcription of Myoc as a novel mechanism of cancer-associated muscle wasting that is similarly disrupted in muscle of patients with cachectic cancer.Significance:This work identifies a novel transcriptional mechanism that mediates skeletal muscle wasting in murine models of cancer cachexia that is disrupted in skeletal muscle of patients with cancer exhibiting cachexia.

The lure of the green is something golf lovers know only too well: top of househunters' wishlists are a private gate that leads directly to a green and clear views of a famous hole.

Clergeau, Philippe, author

39 grenades, 14 assault rifles and a Light Machine Gun has been seized.

Panel Jake Archibald (twitter github blog) Jamison Dance (twitter github blog) Charles Max Wood (twitter github Teach Me To Code Rails Ramp Up) Discussion 01:14 - Jake Archibald Introduction Works on Developer Relations on the Google Chrome Team 01:57 - The Application Cache Eric Bidelman: A Beginner's Guide to Using the Application Cache - HTML5 Rocks Down Fall 07:12 - Working with Single Page Apps 08:40 - Detecting Connectivity Express.js Yehuda Katz: Extend the Web Forward 15:42 - Running Offline 19:55 - Generating Manifest Files Grunt Task for App Cache Manifests 26:34 - NavigationController 28:49 - Progressive Enhancement Jake Archibald: Progressive enhancement is still Important 059 JSJ jQuery Mobile with Todd Parker 058 JSJ Building Accessible Websites with Brian Hogan Feature Detection Modernizr SEO Picks Arduino (Jamison) Draft (Jamison) RoboRally (Chuck) Adobe Audition CS6 (Chuck) Blue Microphones Yeti USB Microphone - Silver Edition (Chuck) async-generators (Jake) Rick Byers: DevTools just got a cool new feature in Chrome canary (Jake) johnny-five (Jamison) Next Week Book Club: JavaScript Allongé with Reginald Braithwaite Transcript CHUCK:  Maybe we’ll just talk about your general smarty-pants-ness. [Hosting and bandwidth provided by the Blue Box Group. Check them out at Bluebox.net.]  [This episode is sponsored by Component One, makers of Wijmo. If you need stunning UI elements or awesome graphs and charts, then go to Wijmo.com and check them out.]  [This podcast is sponsored by JetBrains, makers of WebStorm. Whether you’re working with Node.js or building the front end of your web application, WebStorm is the tool for you. It has great code quality and code exploration tools and works with HTML5, Node, TypeScript, CoffeeScript, Harmony, LESS, Sass, Jade, JSLint, JSHint, and the Google Closure Compiler. Check it out at JetBrains.com/WebStorm.] CHUCK:  Hey everybody and welcome to Episode 69 the JavaScript Jabber Show. This week on our panel we have Jamison Dance. JAMISON:  Hello friends. CHUCK:  I’m Charles Max Wood from DevChat.TV. And we have a special guest and that is Jake Archibald. JAKE:  Hello. CHUCK:  Jake, do you want to introduce yourself for the folks who haven’t heard of you before? JAKE:  Sure thing. I work on the Google Chrome team as part of DevRel. What I’m doing there is a combination of speaking at conferences about particular stuff. I got to do a lot in performance at the moment, but I also do a lot of standards work where I’ve done a lot with an alternative to application cache, which we’ll be talking about, but also looking at things like script loading and some of the resource priority stuff. CHUCK:  Cool. So it sounds like you’re smart on a number of levels then. JAKE:  Or dumb at all. [Chuckles] I can only see what I work on. I don’t know if I’m any good at it. [Chuckles] CHUCK:  So we brought you on to talk about the application cache. I’m not completely sure I know what is totally involved there. Is it just the cache like you clear the browser cache cache or is it something else? JAKE:  Well. the aim for the application cache was to let you make a site that works offline. So we’ve got the http cache and that works, in a manner of speaking. But if you have, say a website where you’ve cached your JavaScript, you’ve cached your CSS. You’ve cached your html page and some images. That’s great, but the user will visit another website and the browser will go and delete the CSS file from your site from the cache just to make room for the stuff from this other site. That means that if we were just going to use the http cache for making things work offline, people go to your site, your html’s there, your images are there, your JavaScript’s there, but your CSS is not and that’s going to break your site.