CVS log for pkgsrc/devel/sdcc3/Makefile

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Default branch: MAIN

*: Recursive revbump from Boost 1.86.0

revbump for boost-libs

*: recursive bump for Python 3.11 as new default

revbump for boost

*: Recursive revbump from Boost 1.81.0

devel/sdcc3: needs zlib

*: Revbump packages that use Python at runtime without a PKGNAME prefix

*: recursive bump for perl 5.36

*: Recursive revbump from boost 1.78.0

revbump for boost-libs

*: recursive bump for perl 5.34

revbump for boost-libs

*: Recursive revbump from boost-1.75.0

Revbump packages with a runtime Python dep but no version prefix.

For the Python 3.8 default switch.

*: bump PKGREVISION for perl-5.32.

revbump after boost update

*: Convert broken sourceforge HOMEPAGEs back to http

all: migrate several HOMEPAGEs to https

pkglint --only "https instead of http" -r -F

With manual adjustments afterwards since pkglint 19.4.4 fixed a few
indentations in unrelated lines.

This mainly affects projects hosted at SourceForce, as well as
freedesktop.org, CTAN and GNU.

*: Recursive revbump from devel/boost-libs

Update to 3.9.0

Changelog:
SDCC 3.9.0 Feature List:
    Support for struct / union assignment.
    Optimizations in the stm8 backend relevant to soft float increase Whetstone score by two thirds.
    Improvements in rematerialization in the stm8 backend improve code generation for struct, union and arrays.
    New stack allocator reduces stack space usage for the stm8, z80, z180, gbz80, r2k, r3ka, tlcs90 backends.
    New ez80_z80 backend for eZ80 in Z80 mode.
    Removed deprecated sdcclib utility.
    New pdk14 backend for Padauk µC with 14-bit wide program memory.
    New in-development pdk15 backend for Padauk µC with 15-bit wide program memory.


SDCC 3.8.0 Feature List

There is always a problem to create a list of new features when a new SDCC release is announced. The following list is an attempt to create such a list "on the fly". Every time a new feature which is visible or interesting for the SDCC users is implemented, it should be added to the following list.

    Additional general utility function: bsearch().
    Support for rematerialization in the stm8 backend reduces register pressure and stack usage.
    Merged upstream GNU binutils 2.30.
    All Python code is now fully compatible with both Python 2.7 and Python 3.6, so Python 3 can be used instead of Python 2.
    Regression testing for diagnostics.
    Improved handling of local bool variables in the mcs51 backend substantially reduces code size.
    Large memory model for stm8 for 24-bit codespace allows using more than 32KB of Flash for code.
    New optimizations for calls to some standard library function (printf(), puts(), strcpy()).
    The type of true and false from stdbool.h change from int to bool.
    New C2X mode (--std-c2x, --std-sdcc2x, #pragma std_c2x) adds support for one-argument static_assert variant.
    Intermingling of declarations and statements (ISO C99).
    Support headers for AX8052 devices.
    Adopted GCC 8.2 regression tests (execute part of the GCC C torture tests).

Recursive revbump from boost-1.71.0

Bump PKGREVISIONs for perl 5.30.0

Recursive revbump from boost-1.70.0

PKGREVISION bump for anything using python without a PYPKGPREFIX.

This is a semi-manual PKGREVISION bump.

revbump for boost 1.69.0

Removed commented-out PKGREVISIONs

Recursive bump for perl5-5.28.0

revbump after boost-libs update

Update to 3.7.0. Changes since 3.6.0:

    Changed putchar() prototype from void putchar(char) to int putchar(int) to improve standard-compliance and allow error reporting.
    Various speed improvements in stm8 backend - Dhrystone score more than doubled, resulting in SDCC achieving the highest Dhrystone scores among STM8 C implementations.
    Various speed improvements for multiplications resulting in SDCC achieving the highest Coremark scores among STM8 C implementations.
    Declarations in for loops (ISO C99).
    64-bit integers (long long) for the mcs51 and ds390 backends (now long long is fully supported in SDCC except for the pic14 and pic16 backends).
    Full _Bool support for mcs51 and ds390 backend (now _Bool is fully supported in SDCC regardless of backend).
    Additional wide character library functions: mbstowcs() and wcstombs(), btowc() and wctob(), wcscmp(), wcslen().
    Changed PRNG for rand() from LCG to xorshift to improve speed and quality.
    Support for Small-C calling convention on the callee side (i.e. function definitions with Small-C calling convention).
    The obsolete macro SDCC (which used to contain the version number encoded as an integer) has finally been removed (except for mcs51, where it will survive a little bit longer for SiLabs IDE compability).
    New devices supported by simulator (TLCS-90, and the 517, F380, XC88X, DS320 mcs51-variants along with dual-dptr and MDU support).
    Timer, UART (incl. interrupt) and I/O support in STM8 simulator.
    Simulator support for banked memory and bit banding.
    Various simulator improvements: Conditional breakpoints, breakpoints by function name from SDCC debug output, OMF input, VCD output, simulator interface for simulated program and new operators in expressions.
    Deprecated --nojtbound and the corresponding pragma.
    Faster register allocator reduces compilation time by about 25% (does not apply to mcs51, ds390 which use a different register allocator).
    Execution count guessing and use of execution count guesses in stm8 register allocation improve optimization for code speed.
    Changed getchar() prototype from char getchar(void) to int getchar(void) to improve standard-compliance and allow error reporting.
    Type qualifiers in array parameters (ISO C99).
    static in array parameters (ISO C99).
    Improved support for DWARFv2 debug info in ELF output (stm8, hc08, s08).
    Various improvements in z80/z180/gbz80/tlcs90/r2k/r3ka code generation, in particular for mixed 16-/32-bit code.
    __z88dk_fastcall function pointer support for --reserve-regs-iy.
    tlcs90 is now a fully supported backend, no longer work in progress.
    --data-seg to specify the segment for non-initialized data in the z80, z180, gbz80, tlcs90, r2k and r3ka backends.
    New methods to obtain tree-decompositions of control-flow graphs improve compilation time / code-quality trade-off (when SDCC is built with support for the treedec library).
    Additional general utility functions: qsort(), strtol(), strtoul().

Numerous other new features and bug fixes are included as well.

revbump for boost-libs update

Revbump after boost update

Revbump for boost update

Recursive revbump from boost update

Revbump after boost update

Revbump post boost update

Don't blindly ignore build failures.

Bump PKGREVISION for perl-5.24.0 for everything mentioning perl.

Update to 3.6.0, fixing boost-related build issue.
Changes since 3.5.0:
- Merged upstream binutils 2.25
- New memory management with lower overhead
- Changed default language dialect to --std-sdcc11
- Diagnostic for missing type specifier: No implicit int outside of C90 mode
  anymore
- C11 generic selections
- char type is now unsigned by default (old behaviour can be restored
  using --fsigned-char)
- Character constants are now of type int instead of char.
- ISO C95 and ISO C11 wide character constants
- ISO C95 and ISO C11 wide string literals
- Basic standard library support for wide characters: c16rtomb(), mbrtoc16(),
  mbsinit(), mbtowc(), mbrlen(), mbrtoc32, c32rtomb(), mbrtowc(), wcrtomb(),
  mblen(), wctomb()
- Treat all ports the same in the manual (i.e. mcs51-specific stuff is now
  clearly described as such)
- Reorganized interrupt handling for z80, z180, r2k, r3ka, tlcs90, gbz80
  backends
- Workaround for stm8 division hardware bug
- ELF/DWARF support for stm8
- Output symbol table for ELF
- pic16 port now uses standard-compliant crt0iz that initializes static and
  globals to 0 by default

Numerous feature requests and bug fixes are included as well.

Update to sdcc 3.5.0
Main changes since 3.4.0:
--disable-non-free configure option
Changed default language dialect from --std-sdcc89 to --std-sdcc99
Reorganized and updated manual
Reduced memory consumption (most noticeable for high --max-allocs-per-node)
Faster compilation for stm8 (most noticeable for high --max-allocs-per-node)
atoll() function for conversion of strings to long long
__z88dk_fastcall and __z88dk_callee calling conventions for more
    efficient function calls and better compability with z88dk
--lospre-unsafe-read renamed to --allow-unsafe-read
Add new microchip devices

Recursive PKGREVISION bump for all packages mentioning 'perl',
having a PKGNAME of p5-*, or depending such a package,
for perl-5.22.0.

Revbump after updating devel/boost-libs

Update to 3.4.0

Changelog:
* Bugfixes

Revbump after updating boost

Remove MAKE_JOBS_SAFE=no, a leftover from this package's previous incarnation
as devel/sdcc (version 2).  I cannot trigger a failure up to MAKE_JOBS=24.

lex is a runtime dependency for libfl.

Revbump after boost-libs update

Bump for perl-5.20.0.
Do it for all packages that
* mention perl, or
* have a directory name starting with p5-*, or
* depend on a package starting with p5-
like last time, for 5.18, where this didn't lead to complaints.
Let me know if you have any this time.

Bump applications PKGREVISIONs for python users that might be using
python3, since the default changed from python33 to python34.

I probably bumped too many. I hope I got them all.

Bump PKGREVISION for boehm-gc default-on threads, just to be on
the safe side.

recursive bump for boehm-gc API bump

Revbump after updating devel/boost-libs

recursive bump from boost-lib shlib major bump.

Import sdcc-3.3.0 as devel/sdcc3.

SDCC is a Free ware , retargettable, optimizing ANSI-C compiler. The current
version targets Intel 8051 based MCUs, it can be retargetted for other 8 bit
MCUs or PICs. The entire source code for the compiler is distributed under
GPL. SDCC used ASXXXX & ASLINK a Free ware, retargettable assembler & linker.

HTML docs are in work/*/doc.

Note I added a patch from [email protected] "asxxxx.diff" for making
firmware for the Anchor EZUSB chips.

This package tracks sdcc 3.x branch.