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• Functions • Embedded Software Integration • • • C Programming • • Articles • • • • • • • • • • • • • • • • • • • • • • MPASM™ Assembly Language Programming • • • • MPLAB® Harmony • • What is the MPLAB Harmony Framework? For those who are upgrading their MPLAB ® XC8 C Compiler to the new 2.0 version, here is a summary of what is new and what has changed. New Features There are a number of new features in the compiler. The following are the more significant additions. Top-level Driver A top-level driver is available to allow you to more freely migrate between MPLAB XC compilers. The driver is called xc8-cc and can be used to build for all 8-bit target devices. This driver is automatically used by the MPLAB X IDE for projects that use the new 2.0 XC8 compiler.

For users who build on the command line or who use makefiles, new GCC-style options are used with the new driver to control the compiler. The old xc8 compiler driver is still available if required. C99 Compliance You may now build projects that conform to most aspects of the C99 C standard. Specific features and limitations associated with this change are detailed in a later section of this article. You can choose to have code compiled to the C90 standard (as was the case with earlier compiler versions) if desired. Front End The compiler’s C99 compliance is in part implemented through the Clang compiler front end.

Clang is now used by default, and this application and C99 compliance go hand-in-hand. Clang replaces the C preprocessor and parser (CPP and P1 applications) used by previous compiler versions, although these applications are still shipped and are always used whenever you code for C90.

Clang’s source code parsing is more sophisticated than that of the previous parser, so if you swap an existing project over to use C99, you might see new or different warning messages when building. Libraries New C99-compliant libraries are provided with the compiler. These libraries are based on the musl libc and provide many more functions than previously available with the C90-compliant libraries. As the MPLAB XC8 C Compiler targets freestanding applications, not all C99 library features are available and some of these limitations are detailed in the sections following. In addition, these libraries are only available for PIC18 devices, and for Enhanced Mid-range devices that are using the compiled stack model. Other devices can continue to use the C90-compliant libraries. Librarian Driver Libraries are now managed using a new librarian driver, xc8-ar.

This librarian accepts GNU-archiver-style options and can be used to build and modify all 8-bit compiler libraries. C99 Language Additions and Limitations The C99 standard provided many additional features to the language. There are many texts which describe these in detail. The more significant C99 features that are now available are mentioned here. When selecting the C99 standard, programs building for PIC18 devices can use 64-bit long long integers. The _Bool type is now supported by the compiler for all devices. The printf() function has been expanded to include C99 placeholders for these new types.

Hexadecimal floating-point constants, as well as compound literals, can now be specified in the source code. Preprocessor macros can now use a variable number of arguments.

Being a freestanding implementation targeting small-memory devices, not all C99 features are usable. All functions supporting streams, files, signals, and locales are not present in the libraries. Compiler support for complex and imaginary numbers is not present. Wide and multi-byte characters and types are not supported, nor are extended characters permitted in identifiers. Variable length arrays and flexible array members cannot be used in your source code. Contoh skop kajian pdf to document.