SourceForge has been redesigned. Learn more.

[e403cd]: / TODO  Maximize  Restore  History

Download this file

51 lines (34 with data), 2.0 kB

* parallel_pipeling (is currently being developed in it's own branch)

* replace build system, something with '$LIBNAME-config --libs --cflags ...' would be nice

* if the stxxl disk files have been enlarged because more external memory
  was requested by the program, resize them afterwards to
  max(size_at_program_start, configured_size)

* new types: stxxl::size_type_internal stxxl::size_type_external

* integrate unordered_map branch
  => Milestone: 1.3

* doxygen: do not link every occurrence of 'file' to stxxl::file

* allocation strategies: provide a method get_num_disks()
  and don't use stxxl::config::get_instance()->disks_number() inappropriately

* interleaved_allocators: provide a constructor that takes a base strategy
  as parameter, not a disk range, and derive desired information from the

* implement recursion in stable_ksort and do not assume random key
  distribution, do sampling instead
  as a start, at least abort early if the expected size of a bucket is larger
  than the memory available to sort it

* debug stable_ksort in depth, there are still some crashing cases left

* put some stxxl/defines.h (config.h/...) header somewhere,
  listing/describing all the #defines that may be used somewhere

* stxxl::debugmon: FIXME! is not working any more

* continue using the new approach for STXXL_VERBOSE:

* switch check_sorted_runs to use const_iterators (if neccessary),
  check+fix all sorted_runs() calls to not cause write I/Os

* on disk destruction, check whether all blocks had been deallocated before,
  i.e. free_bytes == disk_size

* implement an allocator which looks at the available free space on disks
  when distributing blocks to disks

* engineer new disk queueing strategies that might benefit from NCQ which
  is now widely available in HDDs/SSDs; will need use of libaio; probably
  most interesting for smaller block sizes