The source code of G'MIC is shared between several git repositories with public access. Accessing it via git ensures you get the latest code available, and will ease the source updates as well. Here are the instructions to compile G'MIC on a fresh installation of Debian (or Ubuntu). It should not be much harder for other distros. First you need to install all the required tools and libraries:
Note that compiling issues (compiler segfault) may happen with older versions of g++ (4.8.1 and 4.8.2). If you encounter this kind of errors, you probably have to disable the support of OpenMP in G'MIC to make it work, by compiling it with:
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If you wish to build the TestGUI app bundle to redistribute toothers, you will need to install Fox-toolkit from source. This isbecause the version of fox that gets installed using ports uses theports X11 libraries which are not compatible with the Apple X11libraries. If you install Fox with ports and then try to distributeyour built app bundle, it will simply fail to run on other systems.To install Fox-Toolkit manually, download the source package from -toolkit.org, extract it, and run the following fromwithin the extracted source:
This section talks about cross compiling HIDAPI for Linux using Autotools.This is useful for using HIDAPI on embedded Linux targets. Theseinstructions assume the most raw kind of embedded Linux build, where allprerequisites will need to be built first. This process will of course varybased on your embedded Linux build system if you are using one, such asOpenEmbedded or Buildroot.
We provide Pillow binaries for Windows compiled for the matrix ofsupported Pythons in both 32 and 64-bit versions in the wheel format.These binaries include support for all optional libraries exceptlibimagequant and libxcb. Raqm support requiresFriBiDi to be installed separately:
Pillow wheels since version 8.2.0 include a modified version of libraqm thatloads libfribidi at runtime if it is installed.On Windows this requires compiling FriBiDi and installing fribidi.dllinto a directory listed in the Dynamic-Link Library Search Order (Microsoft Docs)(fribidi-0.dll or libfribidi-0.dll are also detected).See Build Options to see how to build this version.
The Xcode command line tools are required to compile portions ofPillow. The tools are installed by running xcode-select --installfrom the command line. The command line tools are required even if youhave the full Xcode package installed. It may be necessary to runsudo xcodebuild -license to accept the license prior to using thetools.
We recommend you use prebuilt wheels from PyPI.If you wish to compile Pillow manually, you can use the build scriptsin the winbuild directory used for CI testing and development.These scripts require Visual Studio 2017 or newer and NASM.
Build flags: --vendor-raqm --vendor-fribidiThese flags are used to compile a modified version of libraqm anda shim that dynamically loads libfribidi at runtime. These areused to compile the standard Pillow wheels. Compiling libraqm requiresa C99-compliant compiler.
Current platform support for Pillow. Binary distributions arecontributed for each release on a volunteer basis, but the sourceshould compile and run everywhere platform support is listed. Ingeneral, we aim to support all current versions of Linux, macOS, andWindows.
You can choose from thousands of assorted rhythms in the comprehensive Groove Library and compose your own drum accompaniment. In particular, the innovative functions for creating fills generate very smooth and realistic drum tracks (see video).
Please note: our library implies the use of .NET programming languages, compatible with CLI infrastructure. If you require a corresponding native library for C++, you can download it from here. The Python version you can download from here.
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JPA is a very powerful technology, but can be somewhat complicated. Not only does this plugin simplify building entity models, but it educates the user about what JPA is all about. If could give it 10 stars I would. Great work, JPA Buddy Team!
There are two parts to the DS Install, the first of which involves installing the server components on a server that already has an SIA installed. This includes the Data Services APS. If you're going to run the web server only on the BOBJ web server, you also need to install the DS Management Console there. I also install the Data Direct ODBC drivers there.
You use the same install for both, just select different components in the install. I'm not sure about documentation from SAP - I just worked with a couple of our other consultants who have done a lot of these installs to make sure I was setting it up correctly for my client.
Note: NumericType can be any floating point type. This includes but is not limited to: float, double, long double, MPFR or any custom type conforming to an interface comptaible with the standard floating point type.
The following example illustrates the happenings of the above mentioned diagram. Given an expression string 'z := x - (3 * y)' and three variables (x, y and z), a exprtk::symbol_table is instanitated and the variables are added to it. Then an exprtk::expression is instantiated and the symbol table is registered with the expression instance. Finally a exprtk::parser is instantiated where both the expression object and the string form of the expression are passed to a method of the parser called compile.
If the compilation process is successful the expression instance will now be holding an AST that can further be used to evaluate the original expression. Otherwise a compilation error will be raised and diagnostics relating to the error(s) made available via the parser's error reporting interface. The expression in the example will perform a calculation using the variables x and y then proceed to assign the result of the calculation to the variable z.
The following example generates the first 40 Fibonacci numbers using a simple iterative method. The example demonstrates the use of multiple assignment and sequence points, switch statements, while-loops and composited functions with expression local variables. [src: simple_example_04.cpp]
The following example demonstrates the function composition capabilities within ExprTk. In the example there are two simple functions defined, an f(x) and a multivariate g(x,y). The function g(x,y) is composed of calls to f(x), the culmination of which is a final expression composed from both functions. Furthermore the example demonstrates how one can extract all errors that were encountered during a failed compilation process. [src: simple_example_08.cpp]
The following example calculates the Standard Deviation of a vector x comprised of values in the range [1,25]. The example demonstrates the vector capabilities of ExprTk, such as the definition and initialisation of expression local vectors, unary-operator functions over vectors, scalar-vector arithmetic and the vector size operator. [src: simple_example_14.cpp]
The following example calculates the call and put prices of a European option using the Black-Scholes-Merton pricing model. The example demonstrates the use of user defined and expression local variables, conditional statements, string comparisons and basic arithmetic functionality. [src: simple_example_15.cpp]
The following example attempts to compute a linear fit for a set of 2D data points utilizing the Linear Least Squares method. The data points are comprised of two vectors named x and y plotted as blue on the chart, the result being a linear equation in the form of y = β x + α which is depicted in red. The example demonstrates the use of user defined vectors, vector operations and aggregators and conditional statements. [src: simple_example_16.cpp]
The following is a benchmark based on Example 15. The BSM pricing model is executed using native and ExprTk based implementations. There are two ExprTk implementations, vanilla and another where e(...) is replaced with the equivalent and much faster exp(...) function and also repeated sub-calculations are cached locally. The benchmark depicts the number of pricing calculations per second. The benchmark itself was compiled using GCC 7.2 with O3, LTO, PGO and native architecture target compiler settings, and executed upon an Intel Xeon E5-2687W 3GHz CPU, 64GB RAM, Ubuntu 17.10 with kernel 4.10 system. exprtk_bsm_benchmark.cpp
Once the active databases have been moved, we will check the transport queue. Queues should be empty or almost empty, as we will be disabling all server components. Any emails still pending in the queues will have a delay in delivery till the server is taken out from maintenance mode.
Verify if the Exchange Server EX01-2019 has been placed into maintenance mode. All components should show Inactive except for Monitoring and RecoveryActionsEnabled.
i. Launch GWS. If the launch fails, restart your system to clear the cache. If you shut down your computer, wait a couple of minutes (or the amount of time for the DRAM to lose its charge as DRAM may store cache information) before rebooting it.
f. Launch GWS. If the launch fails, restart your system to clear the cache. If you shut down your computer, wait a couple of minutes (or the amount of time for the DRAM to lose its charge as DRAM may store cache information) before rebooting it.
Restart your system to clear the cache. If you shut down your computer, wait a couple of minutes (or the amount of time for the DRAM to lose its charge as DRAM may store cache information) before rebooting it. 2ff7e9595c
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