Path: utzoo!attcan!uunet!ogicse!ucsd!sdcc6!beowulf!chen From: chen@beowulf.ucsd.edu (James Chen) Newsgroups: comp.lang.c++ Subject: C++ CROSS 68K COMPILER/TOOLS Summary: Beta site wanted for C++ cross 68k tools Keywords: cross compiler tool Message-ID: Date: 20 Sep 90 22:13:15 GMT Sender: news@sdcc6.ucsd.edu Distribution: comp Lines: 128 Nntp-Posting-Host: beowulf.ucsd.edu > From: ulloa@litsun.epfl.ch (Gonzalo Ulloa) > Subject: SPARC cross C++ compiler for 680XX targets...? > . > . > We search a good C++ compiler in SPARC for cross development for > 680XX targets. Somebody knows one..? You might have interest in the following. ----- Begin Included Message ----- Microtec Research, Inc. is looking for good beta test sites for its C++ cross 68K tools. The beta version of Microtec Research cross 68K C++ tools is hosted on Sun-3 or SPARC workstations for target processor 68K family. If you are interested in beta testing Microtec Research C++ 2.1 beta, please contact Bill Weinberg, C++ Product Marketing Manager, or, Lily Chang, C++ Project Manager, at Microtec Research, Inc. Bill Weinberg (amdcad!sun0!mri!bill) Lily Chang (amdcad!sun0!mri!lily) 2350 Mission College Blvd., Santa Clara, CA 95054, U.S.A. TEL: (408) 980-1300 FAX: (408) 982-8266 The beta announcement is attached for your information. --------------------------------------------------------------------- Following is a brief description of the Microtec Research, Inc. C++ cross development tools as they will appear in the upcoming beta release. Actual production tools will feature additional capabilities, including support for in-line and global optimization in-line debug, direct object output, etc. C++ Language Support and Enhancements The Microtec Research CCC68K C++ Cross Compiler software development tools fully conform to the AT&T version 2.1 C++ language specification. While supporting C++ language features such as multiple inheritance, the Microtec Research tools also provide the following capabilities for the development of object-oriented embedded applications: - choice of packed or aligned class data - interrupt keyword to allow functions and member functions to act as interrupt service routines - support for ANSI volatile objects and member functions Class Library Support The CCC68K package includes the standard I/O stream classes as well as libraries for complex arithmetic and ANSI Standard C. In conjunction with vendors of real-time embedded operating systems, Microtec Research also plans to develop class libraries for embedded kernel interface. The class libraries supplied by Microtec Research give the user three options for global data access: absolute, PC-relative, and A5-relative addressing for maximum flexibility in creating embedded executables. Intelligent Compile Driver The Microtec Research CCC68K C++ compiler is invoked using an intelligent compile driver. Rich in options, the driver can compile C++ sources all the way through to linked object form or produce any combination of inter- mediate source and object files. The same driver can used to compile C++, ANSI C, K&R C, and even assembly language files. C/C++ Preprocessor (cpp) Support The C++ preprocessor (cpp) included in the CCC68K package implements the processing of C++ comment tokens, macro substitution (including recursive macros), string concatenations, etc. on both ANSI C and C++ source files. Window-Oriented C++ Name Inspector As a by-product of support for overloaded C++ functions, symbol names in C++ applications may be distorted or "mangled" in appearance to the user at link-time. Symbols subject to mangling include local variables, class data member names, and function names themselves. To aid the user in deciphering mangled C++ symbol names, Microtec Research supplies a powerful demangling tool called the NAME INSPECTOR. Invoked as ccclook, this tool works on C++ source files, relocatable object files, C++ executables, or user-entered mangled symbol names and provides the correspon- ding source-level symbol definitions. The NAME INSPECTOR supports an on-line help facility and operates either via a windowed iconic user-interface or in batch mode to produce reference listings. Automatic Run-time Static Construction and Destruction The Microtec Research CCC68K C++ package features automatic run-time static constructor and destructor support, a feature missing in previous C++ products but essential for the embedded C++ systems developer. Rather than forcing the user to develop his or her own run-time initialization package, the Microtec Research C++ code generation tools provide seamless, integrated support for the copying of static constructor data into the proper address space and for the disposal of objects at shut-down. C++ Name Decoding Support in Assembler, Linker and Librarian In addition to the abovementioned NAME INSPECTOR, Microtec Research supports C++ symbol name demangling in all object-file level tools. The Microtec Research assembler, linker, and librarian all display both C++ source as well as mangled low-level symbol names in a generated listings. XRAY(tm) Debugger C++ Support The popular XRAY High-Level Debugger now supports source level debug of C++ applications in conjuction with the Microtec Research CCC68K C++ tools. XRAY let the user control program execution via single-stepping and complex breakpoints and features the display of application data structures in ori- ginal source format. XRAY also supports debug of optimized, production- quality C++ code, access to and display of C++ class objects, symbol name demangling, C++ object dereferencing, C++ type display, and scope resolution. XRAY68K with C++ support will be available for a variety of debug execution environments, including instruction-set simulation, in-circuit emulation, and embedded monitor-based debug. ----- End Included Message -----