pmdk 1.4.1-0ubuntu1~18.04.1 source package in Ubuntu

 libpmem provides low level persistent memory support. In particular, support
 for the persistent memory instructions for flushing changes to pmem is
 provided.
 .
 This package contains libraries and header files used for linking programs
 against libpmem.

 libpmem provides low level persistent memory support. In particular, support
 for the persistent memory instructions for flushing changes to pmem is
 provided.
 .
 This library is provided for software which tracks every store to pmem and
 needs to flush those changes to durability. Most developers will find higher
 level libraries like libpmemobj to be much more convenient.

 libpmem provides low level persistent memory support. In particular, support
 for the persistent memory instructions for flushing changes to pmem is
 provided.
 .
 This library is provided for software which tracks every store to pmem and
 needs to flush those changes to durability. Most developers will find higher
 level libraries like libpmemobj to be much more convenient.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 libpmemblk implements a pmem-resident array of blocks, all the same size, where
 a block is updated atomically with respect to power failure or program
 interruption (no torn blocks).
 .
 This package contains libraries and header files used for linking programs
 against libpmemblk.

 libpmemblk implements a pmem-resident array of blocks, all the same size, where
 a block is updated atomically with respect to power failure or program
 interruption (no torn blocks).
 .
 This library is provided for cases requiring large arrays of objects at least
 512 bytes each. Most developers will find higher level libraries like
 libpmemobj to be more generally useful.

 libpmemblk implements a pmem-resident array of blocks, all the same size, where
 a block is updated atomically with respect to power failure or program
 interruption (no torn blocks).
 .
 This library is provided for cases requiring large arrays of objects at least
 512 bytes each. Most developers will find higher level libraries like
 libpmemobj to be more generally useful.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 The libpmemcto library is a persistent memory allocator providing malloc-like
 interfaces, with no overhead imposed by run-time flushing or transactional
 updates. An overhead is imposed only when program exits normally and have to
 flush the pool contents.
 .
 NOTE: This is an experimental API and should not be used in production
 environments.
 .
 This package contains libraries and header files used for linking programs
 against libpmemcto.

 The libpmemcto library is a persistent memory allocator providing malloc-like
 interfaces, with no overhead imposed by run-time flushing or transactional
 updates. An overhead is imposed only when program exits normally and have to
 flush the pool contents.
 .
 NOTE: This is an experimental API and should not be used in production
 environments.

 The libpmemcto library is a persistent memory allocator providing malloc-like
 interfaces, with no overhead imposed by run-time flushing or transactional
 updates. An overhead is imposed only when program exits normally and have to
 flush the pool contents.
 .
 NOTE: This is an experimental API and should not be used in production
 environments.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 libpmemlog implements a pmem-resident log file.
 .
 This package contains libraries and header files used for linking programs
 against libpmemlog.

 libpmemlog implements a pmem-resident log file.
 .
 This library is provided for cases requiring an append-mostly file to record
 variable length entries. Most developers will find higher level libraries like
 libpmemobj to be more generally useful.

 libpmemlog implements a pmem-resident log file.
 .
 This library is provided for cases requiring an append-mostly file to record
 variable length entries. Most developers will find higher level libraries like
 libpmemobj to be more generally useful.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 libpmemobj turns a persistent memory file into a flexible object store,
 supporting transactions, memory management, locking, lists, and a number of
 other features.
 .
 This package contains libraries and header files used for linking programs
 against libpmemobj.

 libpmemobj turns a persistent memory file into a flexible object store,
 supporting transactions, memory management, locking, lists, and a number of
 other features.
 .
 This package contains the C++ API documentation for libpmemobj.

 libpmemobj turns a persistent memory file into a flexible object store,
 supporting transactions, memory management, locking, lists, and a number of
 other features.

 libpmemobj turns a persistent memory file into a flexible object store,
 supporting transactions, memory management, locking, lists, and a number of
 other features.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 libpmempool provides a set of utilities for management, diagnostics and repair
 of persistent memory pools.
 .
 This package contains libraries and header files used for linking programs
 against libpmempool.

 libpmempool provides a set of utilities for management, diagnostics and repair
 of persistent memory pools. A pool in this context means a pmemobj pool,
 pmemblk pool, pmemlog pool or BTT layout, independent of the underlying
 storage. The libpmempool is for applications that need high reliability or
 built-in troubleshooting. It may be useful for testing and debugging purposes
 also.

 libpmempool provides a set of utilities for management, diagnostics and repair
 of persistent memory pools. A pool in this context means a pmemobj pool,
 pmemblk pool, pmemlog pool or BTT layout, independent of the underlying
 storage. The libpmempool is for applications that need high reliability or
 built-in troubleshooting. It may be useful for testing and debugging purposes
 also.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 librpmem provides low-level support for remote access to persistent memory
 (pmem) utilizing RDMA-capable RNICs.
 .
 This package contains libraries and header files used for linking programs
 against librpmem.

 librpmem provides low-level support for remote access to persistent memory
 (pmem) utilizing RDMA-capable RNICs. The library can be used to replicate
 remotely a memory region over RDMA protocol. It utilizes appropriate
 persistency mechanism based on remote node’s platform capabilities. The
 librpmem utilizes the ssh client to authenticate a user on remote node and for
 encryption of connection’s out-of-band configuration data.
 .
 This library is for applications that use remote persistent memory directly,
 without the help of any library-supplied transactions or memory allocation.
 Higher-level libraries that build on libpmem are available and are recommended
 for most applications.

 librpmem provides low-level support for remote access to persistent memory
 (pmem) utilizing RDMA-capable RNICs. The library can be used to replicate
 remotely a memory region over RDMA protocol. It utilizes appropriate
 persistency mechanism based on remote node’s platform capabilities. The
 librpmem utilizes the ssh client to authenticate a user on remote node and for
 encryption of connection’s out-of-band configuration data.
 .
 This library is for applications that use remote persistent memory directly,
 without the help of any library-supplied transactions or memory allocation.
 Higher-level libraries that build on libpmem are available and are recommended
 for most applications.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 The libvmem library turns a pool of persistent memory into a volatile memory
 pool, similar to the system heap but kept separate and with its own
 malloc-style API.
 .
 This package contains libraries and header files used for linking programs
 against libvmem.

 The libvmem library turns a pool of persistent memory into a volatile memory
 pool, similar to the system heap but kept separate and with its own
 malloc-style API.
 .
 libvmem supports the traditional malloc/free interfaces on a memory mapped
 file. This allows the use of persistent memory as volatile memory, for cases
 where the pool of persistent memory is useful to an application, but when the
 application doesn’t need it to be persistent.

 The libvmem library turns a pool of persistent memory into a volatile memory
 pool, similar to the system heap but kept separate and with its own
 malloc-style API.
 .
 libvmem supports the traditional malloc/free interfaces on a memory mapped
 file. This allows the use of persistent memory as volatile memory, for cases
 where the pool of persistent memory is useful to an application, but when the
 application doesn’t need it to be persistent.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 The libvmmalloc library transparently converts all the dynamic memory
 allocations into persistent memory allocations.
 .
 This package contains libraries and header files used for linking programs
 against libvmalloc.

 The libvmmalloc library transparently converts all the dynamic memory
 allocations into persistent memory allocations. This allows the use of
 persistent memory as volatile memory without modifying the target
 application.

 The libvmmalloc library transparently converts all the dynamic memory
 allocations into persistent memory allocations. This allows the use of
 persistent memory as volatile memory without modifying the target
 application.
 .
 This package contains a special build of this library meant for debugging
 purposes. It contains extra logging, assertions and expensive checks that
 should not be used otherwise.

 The main purpose of this package is to provide a user with a set of utilities
 for off-line analysis and manipulation of pools created by pmem libraries.
 .
 The utilities may be useful for troubleshooting by system administrators and
 for software developers who work on applications based on these libraries. The
 latter may find these tools useful for testing and debugging purposes also.