Screw the roadGoogle the cross-opulation. For example, if Cygwin, it's been a long time since Cygwin didn't do anything like this:Let's do the last version. Maybe roll: Although he doesn't have to wait for his support for recent standards, "Hello, world" is rightly gathering:The right path: Put the ubon in the virtual and collect it.And in any case, getting ready to be the originals, without a problem, going to the Windows, we're gonna have to finish the drinker. Then there may be a wish to go on the right path: to work under Linux, and to keep Windows in a virtual :Either make a universal format if there is one.Perl, Python, Ruby... ♪

Example of consolesCatalogue structure: C:\dev\ TestImp.class c:\dev\mypack\ Test.class Class Test code:package mypack; public class Test { public Test() { System.out.println("I live!"); } } TestImp class code:import mypack.Test; public class TestImp { public static void main(String[] args) { Test t = new Test(); } } We'll go to the consoles with a catalog.java TestImp The console shall be:I live! UPD:As for Intellj Idea, you need to pack your class files on the jar team.jar cf test.jar Test1.class Then import jar into the project as follows:Структура проекта (CTRL + SHIFT + ALT + S on Windows/Linux, ⌘ + ; on Mac OS X) Modules на левой панели. Вкладка Dependencies '+' → JARs or directories UPD2: Intellij IDEA adds not only JAR's but also class catalogues. It's completely similar to the above, only the class catalogue is selected. After the selection, a dialogue will be opened in which the catalogue chosen may be deleted.

#include <string>

We could use the original code of some compiler and see) Or take some book to read, like "Compilars: Principles, Technology, Instruments" Alfred Aho et al.For the assembler, in the simplest case, the crews are replaced with their respective operating codes.

Show me the example of the program, tell me the configuration of your computer (memory, processor, axles, ssd or hdd), show the assembly designs. Maybe you're in the 1st core.Maybe you have the optimization on the maximum that always slows the bills. Could be in the Code: Blocks there is an installation using precompiled headings (IDE DevShed C++ and its descendants compiling them when installing, how about CB - I don't know)Maybe you're incorrect with a collection system and instead of compiling only changed files, you're compiling all the files in a row.The idea of antivirus, by the way, is good enough to include catalogues with the names, the compiler and ide in the list of exceptions.IDE has nothing to do with the code: blocks on Windous uses mingw-version gcc if I don't change my memory (as almost all free IDE). I don't know the speed of his work in vinda, but I can look.You can try to connect. http://landinghub.visualstudio.com/visual-cpp-build-tools Microsoft version of the compiler, or http://llvm.org/releases/download.html which usually compiles faster than gccIf you're in vinda, you can try to figure it out yourself with, for example, https://technet.microsoft.com/en-us/sysinternals/processmonitor ♪ See what the compiler does and what the brakes are.

You should add. Abc Not only llvm/CMakeLists.txtBut still in llvm/lib/Target/LLVMBuild.txt

Probably need to indicate where to find import files:llvm-tblgen src/Abc.td -I=$(LLVM_SRC)/include/llvm/Target/ where $(LLVM_SRC) This is the directory of the LLVM baseline.

TeX, for example, can modify the original text during the compilation (e.g., it collects cross-references). But he won't “contain” his passer. He just knows how to create (and reconstruct) files during the compilation and dynamically connect them.

The problem is most likely that vcxproj lies local, and MSVS passes it and for each file sending a team to a remote car, waiting for an answer, etc. Unlike a nonbinc, which just gives the team to collect and everything. There is a possibility that the MSVS line does not solve the problem. But you can find out more precisely. See Comments.

multiple definition of `Game:level'By itself:Level *Game::level; Every time you turn on game.h, defined by this variable. Put all the data on it in the cpp, not in the ink.

You probably don't have utf-8 coding, but there's a problem in the source, first at the end of the line.System.out.println(«Hello World!») There's no point in the comma. ; And the skirts in which the line is built look weird, too: «»must be like this: "

Compiling the library in the form of a single file that will work everywhere will not work. The point is, in each operating system, the format of the completed library files and files (read keyword docks - MZ, PE, ELF, a.out)On the other hand, there are systems to launch non-family programmes. One of them is wine. It enters virtually any Linux distributive and allows for the opening of windows of application. It's not an absolute solution.

Compilation or interpretation is not the language itself. Almost any language can be built by a compilator that generates an operating file. The exception seems to be only languages in which the original text refers to itself during implementation (e.g. if the language contains goto the number of the line calculated at the time of implementation, and in this case the transition table may be built.The other thing is, to support the hard stuff.dynamic in C#, evalYou may need the compilator &apos; s access to the system during performance.A big list can be seen, for example. https://en.wikipedia.org/wiki/Compiled_language ♪(Not all of them support, for example, the work of sockets without external libraries. So C++ is working with them only through the operating system libraries. )

Actually, first of all, you have to do the commanship. g++ .../main.cpp -o .objs/main.oThe point at the beginning of the Catalogue...objs puts the CodeBlocks?

The code is &quot; VC++ 2015 only and GCC 4.8.1 &quot; because it uses the C++11 (i.e., std::chrono and headline file cstdint) In order for the programme to be assembled on compilers supporting only earlier standards, it is necessary to:Use the function http://www.cplusplus.com/reference/ctime/clock/ Heading file ctime♪ This function returns time in processor tacts and is therefore ideally suited to the task.Replace inclusion <cstdint> ♪ <stdint.h>♪ Both headings have almost identical contents, but the latter was inserted in C99.

BaseGcc 5.3.0 appears to have been:$ gcc TestIEEE754Convertion.cpp TestIEEE754Convertion.cpp:80:3: warning: floating constant truncated to zero [-Woverflow] -2.470328229206232720882843964341106861825e-324, ^ TestIEEE754Convertion.cpp:19:3: warning: anonymous type with no linkage used to declare variable ‘<anonymous union> f32’ with linkage } f32; ^ TestIEEE754Convertion.cpp:25:3: warning: anonymous type with no linkage used to declare variable ‘<anonymous union> f64’ with linkage } f64; ^ $ ./a.out ::: Single precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 ::: Double precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 Right on test 8 Right on test 9 Right on test 10 Right on test 11 Right on test 12 Right on test 13 Right on test 14 Right on test 15 Right on test 16 Right on test 17 Right on test 18 Right on test 19 Right on test 20 Right on test 21 Right on test 22 Right on test 23 Gcc 4.8.5:$ ./a.out ::: Single precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 ::: Double precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 Right on test 8 Right on test 9 Right on test 10 Error on test 11: 0x7fefffffffffffff != 0x7feffffffffffffe Error on test 12: 0x7fefffffffffffff != 0x7feffffffffffffe Right on test 13 Right on test 14 Right on test 15 Right on test 16 Right on test 17 Right on test 18 Right on test 19 Error on test 20: 0x8000000000000000 != 0x8000000000000001 Right on test 21 Right on test 22 Right on test 23 Gcc 4.9.3:$ ./a.out ::: Single precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 ::: Double precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 Right on test 8 Right on test 9 Right on test 10 Right on test 11 Right on test 12 Right on test 13 Right on test 14 Right on test 15 Right on test 16 Right on test 17 Right on test 18 Right on test 19 Right on test 20 Right on test 21 Right on test 22 Right on test 23 Hard 2Good for UPD2 Gcc 5, too.$ gcc TestIEEE754ConvertionHard2.cpp $ ./a.out OK Gcc 4.8.5 - ERROR, Gcc 4.9.3 - OKHard 3$ g++-5 -O0 ./TestIEEE754ConvertionHard3.cpp ./TestIEEE754ConvertionHard3.cpp:19:3: предупреждение: anonymous type with no linkage used to declare variable «<anonymous union> f32» with linkage } f32; ^ ./TestIEEE754ConvertionHard3.cpp:25:3: предупреждение: anonymous type with no linkage used to declare variable «<anonymous union> f64» with linkage } f64; ^ $ ./a.out ::: Double precision ::: Right on test 0 Right on test 1 Right on test 2 Right on test 3 Right on test 4 Right on test 5 Right on test 6 Right on test 7 Right on test 8 Looks like it's gone. Gcc 4.9 is similar. Gcc 4.8 Files 5, 7, 8Strict aliasingBy the way, I can get a little confused, but isn't that a change?#define TEST(HI, LO, F) f = F; if ((((unsigned short int)&f)+4) != HI || (unsigned long long)&f != LO) { printf ("ERROR"); return 1; } Do not violate the rule strict-aliasing? No, of course not. -Wstrict-aliasing -fstrict-aliasing This place passes and the code on the working compilators works. But it's a little bit, it's not.

Don't be perverted. By understanding "compilation" the creation of an observable vindous file, it should be understood that the completed vindous file is primarily support for the window interface. Who wasn't in the lips and won't.

Try this to help-- https://pypi.python.org/pypi/py2exe/ ♪ It only works under Windows DS.This method only if you use Wine. Use Linux. http://www.pyinstaller.org ♪ Set up a development package if there is no:sudo apt-get install build-essential Set. Python PiP apt-get -y install python-pip Set it up. Pyinstallersudo pip install pyinstaller We'll go to the directory where our project is. and introduction pyinstaller [имя файла] Without Wine, the only way to work was in version 1.4, but unfortunately only half, the projects were not always able to lead to efficiency. No more information yet.

I'm using for that purpose. http://www.pyinstaller.org/ ♪ There's a complete file on the way out bunch of stuff he needs. http://pythonhosted.org/PyInstaller/ I think I understand. There's still a popular one. http://cx-freeze.sourceforge.net/ ♪ A little bit. http://docs.python-guide.org/en/latest/shipping/freezing/ ♪

For this, the compiler needs to indicate that you want to collect projects under the 64-bit system. This can be done in several ways:In the command line of the compilator, specify the additional Parameter /platform:x64In Visual Studio to collect all saliva: Debug - Configuration Manager, next on Active Solution Platforms pick x64. If It's not, it's not, it's a pressure, and it's a dialogue to choose the type x64.In Visual Studio to collect a specific project: On Build's mortgage, choose in Platform Target x64.But in general, if you're developing a 32-bit system, it's enough to start a 64-bit LO application to pick up the x86 configuration and download the SQLite pack with the same battle.If you still need a real x64, the way in the project you can have x86 SQLite, and x64 SQLite can be around. In post build event, you can test the battle, and if it's x64, you clean up the x86 libraries and copy x64 libraries. Plus read https://system.data.sqlite.org/index.html/doc/trunk/www/downloads.wiki that's where these moments are agreed.