Memory Pictures 2.2.8

Memory Pictures 2.2.8

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Bluefish 2.2.8 is a bugfix release with some small improvements and morepolishing on existing features. It fixes a few serious but rarely occurringbugs. Options defined in the language definition files are now translated. Various default settings have been improved, most notably the command tolaunch Firefox for preview. The looks on newer gtk versions have beenrestored. CSS can now be compressed and decompressed. The installers forWindows and OSX have improvements, and there have been some OSX and Windowsspecific fixes. Character encoding detection has been improved. Auto-completion for HTML attributes has been improved. The SASS style language has been added.

Bluefish 2.2.5 is a minor bug fix release but has also quite some new features.The syntax scanning engine is faster after small changes to the text. Thefilebrowser is also much faster with less memory usage, with various fixes andnew features. Projects now store the active document and active line numbers.Indenting is improved in auto-completion and the smart indenting. Bookmarks andpaste special also have been improved. On OSX there are many improvements, suchas Mavericks support, Retina display support, working system hotkeys, nativeinput methods (Japanese, Chinese, etc.), opening files from the finder andWidget bindings on MacOSX are moved to Cmd+CVXA and working. Furthermorealmost all syntax highlighting has been improved, most notable jquery injavascript, HTML5, and HTML5 in PHP files. There are also many bug fixes, suchas in wrap text on right margin, in the replace engine, the jsmin licence, thesplit lines feature, the auto-recovery and many obscure bugs. Last bluefish nowhas an appdata file.

The OpenShift Dev Spaces Operator, DevWorkspace Controller, and user workspaces consist of a set of pods. The pods contribute to the resource consumption in terms of CPU and RAM limits and requests. Learn how to calculate resources, such as memory and CPU, required to run Red Hat OpenShift Dev Spaces.

The OpenShift Dev Spaces Operator, which powers all the operands, consists of a single container with the 64Mi memory request and 256Mi limit. These default values are sufficient when the OpenShift Dev Spaces Operator manages a relatively big amount of OpenShift Dev Spaces workspaces. For even larger deployments, consider increasing the defaults.

RAM request for each container that has no explicit RAM settings in its environment. This amount is allocated when the workspace container is created. This property may not be supported by all infrastructure implementations. Currently it is supported by OpenShift. A memory request exceeding the memory limit is ignored, and only the limit size is used. Value less or equal to 0 is interpreted as disabling the limit.

On the right side of the G90 is the single SD/SDHC/SDXC memory card slot. On the bottom of the camera is a metal tripod socket, importantly in-line with the middle of the lens barrel, and the battery compartment. The G90 manages around 290 shots using the supplied 7.2V 1200mAh rechargeable Li-ion battery before needing to be recharged, about 10% shorter than the previous DMC-G80, but this can be boosted to around 900 shots when using the new Power Save Mode mode, some 100 shots more than the G80.

The start-up time from turning the Lumix G90 on to being ready to take a photo is very impressive at less than 0.5 seconds. It takes about 1 second to store a JPEG image, allowing you to keep shooting as they are being recorded onto the memory card. Storing a single RAW image only takes around 1 second.

Post Focus is a function that enables users to select the in-focus area after shooting simply by touching it on the LCD screen. The first three images show the effects of switching between the three memory cards.

If true (the default), then some objects in the restarted core will be memory-mapped as read-only. Among those objects are numeric vectors that were determined to be compile-time constants, and any immutable values according to the language specification such as symbol names.

There are some dangerous low level errors (for instance, control stackexhausted, memory fault) that (or whose handlers) can corrupt theimage. By default SBCL prints a warning, then tries to continue andhandle the error in Lisp, but this will not always work and SBCL maymalfunction or even hang. With this option, upon encountering such anerror SBCL will invoke ldb (if present and enabled) or else exit.

When platform support is present, provide hints to the operating systemthat identical pages may be shared between processes until they arewritten to. This can be useful to reduce the memory usage on systemswith multiple SBCL processes started from similar but differently-namedcore files, or from compressed cores. Without platform support, donothing. By default only compressed cores trigger hinting.

If dont-save is true, the finalizer will be cancelled whensave-lisp-and-die is called: this is useful for finalizersdeallocating system memory, which might otherwise be calledwith addresses from the old image.

It is sometimes important to understand why a given object is retainedin the Lisp image instead of being garbage collected. To help with thisproblem, SBCL provides a mechanism that searches through the differentmemory spaces, builds a path of references from a root to the object inquestion and finally reports this paths:

SBCL, like CMUCL before it, relies primarily on the automaticconversion and direct manipulation approaches. The SB-ALIENpackage provides a facility wherein foreign values of simple scalartypes are automatically converted and complex types are directlymanipulated in their foreign representation. Additionally thelower-level System Area Pointers (or SAPs) can be used wherenecessary to provide untyped access to foreign memory.

Arrays are accessed using sb-alien:deref, passing the indicesas additional arguments. Elements are stored in column-major order(as in C), so the first dimension determines only the size of thememory block, and not the layout of the higher dimensions. An arraywhose first dimension is variable may be specified by using nilas the first dimension. Fixed-size arrays can be allocated as arrayelements, structure slots or sb-alien:with-alienvariables. Dynamic arrays can only be allocated usingsb-alien:make-alien.

Assigning a Lisp string to a c-string structure field orvariable stores the contents of the string to the memory alreadypointed to by that variable. When a foreign object of type (*char) is assigned to a c-string, then thec-string pointer is assigned to. This allowsc-string pointers to be initialized. For example:

As noted at the beginning of the chapter, the System Area Pointerfacilities allow untyped access to foreign memory. SAPs canbe converted to and from the usual typed foreign values usingsap-alien and alien-sap (described elsewhere), and alsoto and from integers - raw machine addresses. They should thus beused with caution; corrupting the Lisp heap or other memory withSAPs is trivial.

Allocate an alien of type type in foreign heap, and return an alienpointer to it. The allocated memory is not initialized, and maycontain garbage. The memory is allocated using malloc(3), so it can bepassed to foreign functions which use free(3), or released usingfree-alien.

Copy part of string delimited by start and end into freshlyallocated foreign memory, freeable using free(3) or free-alien.Returns the allocated string as a (* char) alien, and the number ofbytes allocated as secondary value.

These are based on the Linux kernel barrier design, which is in turnbased on the Alpha CPU memory model. They are presently implemented forx86, x86-64, PPC, ARM64, and RISC-V systems, and behave as compilerbarriers on all other CPUs.

Prevent the cpu from reordering dependent memory reads across the barrier (requiring reads before the barrier to complete before any reads after the barrier that depend on them). This is a weaker form of the :read barrier.

For each function X.Y-foo for loading SIMD packs from an array,there also exists a corresponding function (setf X.Y-foo) forstoring a SIMD pack in the specified memory location. An exception tothis rule is that some instruction sets (e.g., SSE) only providefunctions for non-temporal stores, but not for the correspondingnon-temporal loads.

One difficulty when treating the data of a Common Lisp array as a SIMDpack is that some hardware instructions require a particular alignmentof the address being referenced. Luckily, most architectures provideinstructions for unaligned loads and stores that are, at least on modernCPUs, not slower than their aligned equivalents. So by default wetranslate all array references as unaligned loads and stores. Anexception are the instructions for non-temporal loads and stores, thatalways require a certain alignment. We do not handle this casespecially, so without special handling by the user, non-temporal loadsand stores will only work on certain array indices that depend on theactual placement of that array in memory. 781b155fdc