I would like to port allocator to a NCR SYSV machine. In a private mail I told marc about two possible problems in this task:
- Because it is a customer machine, I have only gcc 2.9.5 avaiable. The current code is not compiling with 2.9.5. I'm currently investigating on this. (There is no chance to upgrade to gcc 3.2 in the near future.)
- This machine has no support for POSIX SHM, so there is a need to backport the shared memory parts to shmget, shmat etc. (btw: this is _not_ a problem with the compiler, it is OS dependend). As Marc answered in this a private mail, this could be done with a few changes in shared_memory.h. I will supply the patches, after the work is done.
Any hints?
Goetz
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The latest released version uses constant template parameters
to pass values to into the allocator. I do not believe that gcc
2.95 supports these constant template parameters.
These constants both allow values to be passed through the
allocator type definition and they provide a strongly typed
result for debugging.
Marc
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
Hi,
I would like to port allocator to a NCR SYSV machine. In a private mail I told marc about two possible problems in this task:
- Because it is a customer machine, I have only gcc 2.9.5 avaiable. The current code is not compiling with 2.9.5. I'm currently investigating on this. (There is no chance to upgrade to gcc 3.2 in the near future.)
- This machine has no support for POSIX SHM, so there is a need to backport the shared memory parts to shmget, shmat etc. (btw: this is _not_ a problem with the compiler, it is OS dependend). As Marc answered in this a private mail, this could be done with a few changes in shared_memory.h. I will supply the patches, after the work is done.
Any hints?
Goetz
Goetz,
The latest released version uses constant template parameters
to pass values to into the allocator. I do not believe that gcc
2.95 supports these constant template parameters.
These constants both allow values to be passed through the
allocator type definition and they provide a strongly typed
result for debugging.
Marc