内容简介:Reading time: 20 minutesThere areSome compilers were developed in
Reading time: 20 minutes
There are over 50 compilers for C like ICC by Intel to GNU GCC by GNU Project. The focus of having multiple compilers is to optimize the compiled C code for specific hardware and software environments. This has lead to a vast number of compilers but some have been abandoned in the path.
Some compilers were developed in 1970s (PCCM by Bell Labs) while the recent ones are from 2017 (AOCC by AMD).
Some compilers like LabWindows are used by a specific and small group of developers. At the same time, there are compilers like GNU GCC and ICC that are widely used till date.
Following is the ultimate list of C compilers that found some users:
| Compiler | Release | Developer | In Wide Use | Users |
|---|---|---|---|---|
| pccm | 1973 | Bell Labs | No | General |
| BSD C | 1979 | Zolman | No | BSD Unix |
| Aztec C | 1980 | Manx Software Systems | No | DOS |
| ACK | 1980 | Tanenbaum, Jacobs | Yes | NetBSD |
| Lattice C | 1982 | Steve Krueger | No | DOS |
| MPW | 1986 | Apple | No | Early Mac |
| GCC | 1987 | GNU Project | Yes | General |
| Turbo C | 1987 | Turbo | No | Turbo IDE |
| Megamax C | 1988 | Megamax, Inc | No | Atari + Mac |
| Acorn C | 1988 | Acorn | Yes | RISC OS |
| LabWindows | 1989 | National Instruments | Yes | NIC |
| QuickC | 1990 | Microsoft | No | DOS |
| Oracle C | 1991 | Oracle | Yes | Oracle Developer Studio |
| MinGW | 1993 | Peters | Yes | Windows |
| MSVC | 1993 | Microsoft | Yes | Visual IDE |
| CodeWarrior | 1993 | Metrowerks | No | Motorola 68K |
| LCC | 1994 | Dave Hanson, Chris Fraser | No | MathWorks |
| cc65 | 1999 | Bassewitz | Yes | Old 6502 systems |
| Open64 | 2002 | Open64 dev | Yes | Itanium, x86-64 |
| ICC | 2003 | Intel | Yes | Intel Systems |
| Watcom C | 2003 | Watcom | Yes | General + Novell |
| PathScale | 2003 | PathScale | No | MIPS |
| FPGA C | 2005 | Bass | Yes | FPGA |
| TCC | 2005 | Fabrice Bellard | Yes | Various libraries |
| CLang | 2007 | LLVM Developers | Yes | General |
| XL C | 2007 | IBM | No | IBM systems |
| HP-C | 2012 | HP | No | HP systems |
| AOCC | 2017 | AMD | Yes | AMD systems |
Beyond this, there are several other compilers that were not used by a significant number of users and originated from several sources like:
- University research projects
- Backed by companies but failed to get users
- Experimental projects by a small group of developers
Why did some compilers go out of use?
One notable example is PCCM . It was widely used at a time as a general compiler but with the entry of better compilers like GCC, users moved from it.
Sometimes, backing companies are dissolved which results in downfall of the compilers like PathScale . Another example is CodeWarrior compiler which was mainly for Motorolla devices and due to its closure, this compiler went out of use.
For some the focus area went out of use. QuickC by Microsoft was for DOS and as Microsoft went on to develop better Operating System, they abandoned QuickC and developed better compilers for the new Operating Systems.
Why we need multiple compilers?
We need multiple compilers because:
- Instruction set that is optimized for a particular hardware systerm varies.
- Operating systems plays to significant role in execution.
Hence, a compiler can be optimized for:
- a particular Hardware system
- a particular Operating System
- Particular system load like distributed, real time and others.
For example: ICC by Intel is optimized for Intel Systems while AOCC is optimized for AMD systems. Other compilers like GCC focuses on general optimizations for hardware features which are fairly standard.
ACK compiler which came out in 1980 was optimised for OpenBSD operating system. Similarly, other compilers focus on different operating systems.
With this, you have a good idea of how compilers evolved over the years and how the focus of each compiler differ.
以上所述就是小编给大家介绍的《List of C Compilers (As early as 1973 and with the latest one at 2017)》,希望对大家有所帮助,如果大家有任何疑问请给我留言,小编会及时回复大家的。在此也非常感谢大家对 码农网 的支持!
本站部分资源来源于网络,本站转载出于传递更多信息之目的,版权归原作者或者来源机构所有,如转载稿涉及版权问题,请联系我们。
设计模式
[美] Erich Gamma、Richard Helm、Ralph Johnson、John Vlissides / 李英军、马晓星、蔡敏、刘建中 等 / 机械工业出版社 / 2000-9 / 35.00元
这本书结合设计实作例从面向对象的设计中精选出23个设计模式,总结了面向对象设计中最有价值的经验,并且用简洁可复用的形式表达出来。书中分类描述了一组设计良好、表达清楚的软件设计模式,这些模式在实用环境下特别有用。此书适合大学计算机专业的学生、研究生及相关人员参考。 书中涉及的设计模式并不描述新的或未经证实的设计,只收录了那些在不同系统中多次使用过的成功设计。一起来看看 《设计模式》 这本书的介绍吧!