Path to this page:
NOTICE: This package has been removed from pkgsrc./
wip/ossp-val,
OSSP val - String Manipulations
Branch: CURRENT,
Version: 0.9.4,
Package name: ossp-val-0.9.4,
Maintainer: obacheOSSP val is a flexible name to value mapping library for C variables. It is a
companion library to OSSP var. It allows one to access C variables through name
strings, although the C language does neither provide such a dedicated facility
nor an evaluation construct (which could be used to implement such a facility
easily).
In general, this is used for accessing C variables without having to know the
actual symbol/address/reference. The typical use cases are in combination with
flexible configuration parsing and supporting loosly-coupled DSO-based module
architectures.
Required to run:[
wip/ossp-ex]
Master sites:
SHA1: 5c3e9bb393369e2395d3c5789a99bf7742db5f31
RMD160: c25be844d57bf3813bca16366e9d309ef0568094
Filesize: 305.267 KB
Version history: (Expand)
- (2014-10-02) Package deleted from pkgsrc
- (2013-11-18) Package has been reborn
- (2013-11-18) Package deleted from pkgsrc
- (2013-08-28) Package has been reborn
- (2013-08-28) Package deleted from pkgsrc
- (2013-08-22) Package added to pkgsrc.se, version ossp-val-0.9.4 (created)
CVS history: (Expand)
2014-10-01 13:12:06 by OBATA Akio | Files touched by this commit (41) | |
Log message:
Not working-in-progress here anymore.
|
2013-08-22 13:14:08 by OBATA Akio | Files touched by this commit (5) |
Log message:
Import ossp-val-0.9.4 as wip/ossp-val.
OSSP val is a flexible name to value mapping library for C variables. It is a
companion library to OSSP var. It allows one to access C variables through name
strings, although the C language does neither provide such a dedicated facility
nor an evaluation construct (which could be used to implement such a facility
easily).
In general, this is used for accessing C variables without having to know the
actual symbol/address/reference. The typical use cases are in combination with
flexible configuration parsing and supporting loosly-coupled DSO-based module
architectures.
|