Update changelog so far.

This commit is contained in:
Con Kolivas 2011-03-07 16:57:48 +11:00
parent 8a4df9774f
commit 7f45a1f024
2 changed files with 36 additions and 1 deletions

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lrzip ChangeLog
MARCH 2011, version 0.571 Con Kolivas
* Only retry mmaping if it's a memory error, otherwise it may give spurious
errors.
* Check for free space before compression/decompression and abort if there
is inadequate free space if the -f option is not passed.
* Fix the wrong check in rzip.c which was rounding down the page size and
making for one extra small chunk at the end.
* Check the correct stdout when refusing to pipe to a terminal.
* Fix windows EOL on lzma.txt.
* Ignore what stdout is going to when testing from stdin.
* More verbose summary after we know whether we have stdin/out to more
accurately reflect the window that will be used.
* Updated gitignore
* Unlink temporary files immediately to avoid files lying around.
* Check free space AFTER reading magic, and not when decompressing to stdout.
* Don't dump output to stdout when just testing a file.
MARCH 2011, Michael Blumenkrantz
* Updated autotools/conf build system.
FEBRUARY 2011, version 0.570 Con Kolivas
* Change the lzo testing to a bool on/off instead of taking a parameter.
* Clean up the messy help output.

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lrzip-0.561
lrzip-0.571
A new build configuration system.
Avoid spurious errors on failing to mmap a file.
Fee space will now be checked to ensure there is enough room for the
compressed or decompressed file and lrzip will abort unless the -f option is
passed to it.
The extra little chunk at the end of every large file should now be fixed.
The file lzma.txt now has unix end-of-lines.
There will be a more accurate summary of what compression window will be used
when lrzip is invoked with STDIN/STDOUT.
STDIN will now be able to show estimated time to completion and percentage
complete once lrzip knows how much file is left.
Temporary files are much less likely to be left lying around.
lrzip-0.570
Multi-threaded performance has been improved with a significant speed-up on
both compression and decompression. New benchmark results have been added to