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Linux temps réel embarqué et outils de développements
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Technique |
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libfactory++-dev
| libfactory++-dev | C++ template factory framework | | Priority | |
| Section | libdevel |
| Installed size | 96 |
| Maintainer | martin f. krafft <madduck@debian.org> |
| Architecture | all |
| Version | 0.1.4-1 |
| Depends | ocaml-nox-3.09.2 |
| Suggests | libsort-versions-perl |
| File name | pool/main/libf/libfactory++/libfactory++-dev_0.1.4-1_all.deb |
| Description | libfactory++ is a C++ template framework for run-time dynamic type instantiation. You can register single classes or whole hierarchies, and then tell libfactory++ to instantiate objects using the registration key. For instance, if you register class A with key 1 and a child class A::B with key 2, then you could say create(1) to obtain a pointer to a newly allocated and constructed A object, or create(2) to return an A* containing a new instance of A::B. . libfactory++ differs from other factory approaches mainly in its flexibility. For one, libfactory++ can use any constructor a type supports, and allows you to choose (and configure) the constructor to use for each call to create(). Second, it supports custom allocators, allowing you to use e.g. a memory pool rather than continuous invocations of 'new'. . Note that the library is not (yet) complete and it's not thoroughly tested. However, given the effort and grief I went through in writing it, I would like to make it available to folks, get people to test it, and hopefully have some peeps submit improvements. . It's not yet documented, although the usage should be fairly straight forward. I am hoping to find someone else to document it as I suck at documentation and as the author, it's exceptionally difficult to stay didactically correct. . libfactory++ only exists as a -dev package as it's only a bunch of C++ header files. Therefore, no static or shared library is necessary, allowing for ultimate flexibility. |
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Etude RTOS