A cross-platform compiler can compile applications for multiple platforms, such as Windows, Linux, and Mac. An open-source cross-platform compiler is GCC (the GNU C Compiler). A cross-platform compiler uses a language that can be compiled on to multiple targets, such as C, C++, or haxe. It is required to compile the same source code multiple times, one for each target platform; a program such as make can be used to reduce the number of commands the user actually executes to just a single command.
cross compiler . hybird compiler . post compiler. ideal compiler. intelligence compiler.
-Single pass compiler -Multi pass compiler -Cross compiler -Optimizing compiler
A native compiler is one that compiles programs for the same architecture or operating system that it is running on. For instance, a compiler running on an x86 processor and creating x86 binaries. A cross-compiler is one that compiles binaries for architectures other than its own, such as compiling SPARC binaries on a PowerPC processor.A cross compiler executes in one environment and generates code for another. A "native compiler" generates code for its own execution environment. For example, Microsoft Visual Studio includes a native compiler. It is used on the Windows platform to create applications that are run on the windows platform. A cross compiler could also execute on the Windows operating system, but possibly generate code aimed at a different platform. Many embedded devices, such as mobile phones or wasching machines, are programed in such way. Compilers generating cross-platform hyper code such as compilers for Java or any of the .NET languages fall somewhere in between these two basic compiler categories. Their nature depends on the exact use-case, and the angle under which you look at those when categorizing.
In Compiler there is no design word ,whereas in compiler design there is design word
What are the responsibities of a compiler
cross compiler . hybird compiler . post compiler. ideal compiler. intelligence compiler.
-Single pass compiler -Multi pass compiler -Cross compiler -Optimizing compiler
A native compiler is one that compiles programs for the same architecture or operating system that it is running on. For instance, a compiler running on an x86 processor and creating x86 binaries. A cross-compiler is one that compiles binaries for architectures other than its own, such as compiling SPARC binaries on a PowerPC processor.A cross compiler executes in one environment and generates code for another. A "native compiler" generates code for its own execution environment. For example, Microsoft Visual Studio includes a native compiler. It is used on the Windows platform to create applications that are run on the windows platform. A cross compiler could also execute on the Windows operating system, but possibly generate code aimed at a different platform. Many embedded devices, such as mobile phones or wasching machines, are programed in such way. Compilers generating cross-platform hyper code such as compilers for Java or any of the .NET languages fall somewhere in between these two basic compiler categories. Their nature depends on the exact use-case, and the angle under which you look at those when categorizing.
Native code is simply machine-dependent code (machine code). It is the only language "understood" by the machine, however the code is non-portable; the code will only execute correctly upon the platform (the architecture and operating system) for which it was specifically intended. A cross-compiler is a compiler which is capable of producing machine code for machines other than (or in addition to) the one upon which the compiler is executing. This is useful for creating software for systems which cannot be programmed directly, such as SmartPhones. Instead, the software is developed on another system (such as a PC or Mac) and compiled with a cross-compiler. A compiler is simply a software program which converts high-level code into a lower-level code. The lower-level code is typically native machine code but there are exceptions. For example, the Java compiler compiles to Java byte code which is suitable for interpretation by any Java virtual machine implementation. There are also compilers that can convert C++ to C. However, it is not possible to increase the amount of abstraction using a compiler -- this can only be done manually.
What is difference between Compiler and DML Compiler
In Compiler there is no design word ,whereas in compiler design there is design word
What are the responsibities of a compiler
CodeBlocks is an extensible, cross-platform IDE but it does not come with a compiler nor a linker since they are platform-specific. When you first run the IDE, it will scan your system for all supported compilers and integrate them into your IDE If you have more than one supported compiler, then you must choose the master compiler. But if you have no compiler, then you must add one. To build an EXE you must configure the project's compiler and linker switches according to your chosen compiler. Consult the compiler's own documentation for more information on this.
It is possible to build a C compiler on top of a C compiler. From the directory, run the shell script.
"Cousins" of the compiler are those things related to the compiler, and may or may not be part of the compiler. This includes: preprocessors, assemblers, linkers, and interpreters.
one pass compiler
Quite simply, a 16-bit compiler is a compiler for a 16-bit machine.