| Commit message (Collapse) | Author | Age | Files | Lines |
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Yet another CamelCase removal patch.
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Taming the directory.c monster, part II: move the database management
stuff to database. directory.c should only contain code which works
on directory objects.
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CamelCase is ugly... rename all functions.
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Provide separate constructors for creating a remote song, a local
song, and one for loading data from a song file. This way, we can add
more assertions.
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Check the old status before assigning. This saves a temporary
variable.
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Again, a data type which can be forward-declared.
[ew:
* used "struct mpd_song" instead to avoid token duplication
(like I did with "struct mpd_tag") as there's no good
abbreviation for "song" and identical tokens on the same
line don't read well
* rewritten using
perl -i -p -e 's/\bSong\b/struct mpd_song/g' src/*.[ch]
since it was too hard to merge
* also, I don't care much for forward declarations
]
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This make argument order more consistent for iterators.
Additionally, these now return ssize_t results for error
checking.
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We already know if a song is a URL or not based on whether it
has parentDir defined or not. Hopefully one day in the future
we can drop HTTP support from MPD entirely when an HTTP
filesystem comes along and we can access streams via open(2).
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* commit '1533279fb18b2b0f53345f0e0727d2f0f968c00d':
directory: reuse existing directory if found on update
song: better handling of existing songs when rereading DB
tag: merge clearMpdTag into tag_free
song: start avoiding race in updateSongInfo
command: get rid of specialized list handlers
directory: simplify list update handling logic
main_notify: define main_task so we can use it for assertions
directory: streamline deletes
song: start avoiding race in updateSongInfo
playlist: small lines of code reduction
Revert "Start using song pointers in core data structures"
Conflicts:
src/playlist.c
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Hopefully this makes the code feel less claustrophobic...
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This actually opened us up to making lock dependencies more
difficult than they needed to be now that we have threaded
updates. We would always use the memory anyways, just in
the stack instead of bss.
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The current song information could get cleared if we got
to the end of the playlist and mpd is not in repeat
mode. This also prevents "currentsong" from returning
information if mpd is not playing.
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Seeing the "mpd_" prefix _everywhere_ is mind-numbing as the
mind needs to retrain itself to skip over the first 4 tokens of
a type to get to its meaning. So avoid having extra characters
on my terminal to make it easier to follow code at 2:30 am in
the morning.
Please report any new issues you may come across on Free
toolchains. I realize how difficult it can be to build/maintain
cross-compiling toolchains and I have no intention of forcing
people to upgrade their toolchains to build mpd.
Tested with gcc 2.95.4 and and gcc 4.3.1 on x86-32.
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We don't change the song pointer there, either.
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We forgot to update the playlist.queued marker if
playlist.current changed.
Additionally, if the queue cleared in any other mode,
attempt to requeue (as it's a harmless no-op otherwise).
Thanks to stonecrest for the bug report.
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If repeat is off, we reset (and reshuffle in random mode)
the playlist.
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Fix this regression introduced in the core rewrite so that we
now skip to the next song when we encounter an error with the
song we tried to decode.
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LOC reduction and less noise makes things easier for
tired old folks to follow.
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I have serious trust issues when using stdio to write to the FS.
So it's best to clean this code out so I can start figuring out
what's wrong with Rasi's box not updating...
None of these writes take place in a performance-critical
setting anyways...
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Continuing the effort of removing protocol specific calls from the
core libraries: let the command.c code call commandError() based on
PlaylistInfo's return value.
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Return an "enum playlist_result" value instead of calling
commandError() in storedPlaylist.c.
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The playlist library shouldn't talk to the client if possible.
Introduce the "enum playlist_result" type which the caller
(i.e. command.c) may use to generate an error message.
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Make them both return void.
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Client's input values should be validated by the command
implementation, and the core libraries shouldn't talk to the client
directly if possible. Thus, setPlaylistRepeatStatus() and
setPlaylistRandomStatus() don't get the file descriptor, and cannot
fail (return void).
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The function valid_playlist_name() checks the name, but it insists on
reporting an eventual error to the client. The new function
is_valid_playlist_name() is more generic: it just returns a boolean,
and does not care what the caller will use it for. The old function
valid_playlist_name() will be removed later.
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The usual bunch of const pointer conversions.
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When random is enabled and a user explicitly specifies
a certain song on the playlist should be played; we need
to re-randomize the internal ordering.
To reproduce this, assuming a four song playlist:
play <song_a>
next => <song_b>
next => <song_c>
next => <song_d>
play <song_a>
next => <song_b>
next => <song_c>
next => <song_d>
...
That is, the "next" command restarts song_{b,c,d} the second
time "play" starts playing song_a.
Thus, the second time "play" is called, the ordering of
song_{b,c,d} needs to be reshuffled.
Reported-by: Qball
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Getting rid of CamelCase; not having typedefs also allows us to
forward-declare the structures.
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Previously we were using a naive randomization algorithm that
could shuffle already shuffled songs. Now we attempt to
correctly[1] implement the Fisher-Yates shuffle.
[1] Note: I absolutely suck at basic arithmetic, so there could
be off-by-one errors in here, too. I've added assertions in
swapSongs and swapOrder functions to more quickly detect them.
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Again, remove file descriptor parameters, which are not actually
used. These functions can also be converted to return void.
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Also enable -Wunused-parameter - this forces us to add the gcc
"unused" attribute to a lot of parameters (mostly library callback
functions), but it's worth it during code refactorizations.
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unK reported a bug in which explicitly calling "delete"
on each song would cause mpd to lock up. This is actually
triggered when the only song on the mpd playlist is deleted.
Additionally, add an extra assertion to ensure we play
a valid, non-NULL song in play_order_num().
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This has been tested for both playback of streams and
outputting to streams, and seems to work fine with minimal
locking. This reuses the sequence number infrastructure
in OutputBuffer for synchronizing metadata payloads; so
(IMNSHO) should be much more understandable than various
flags being set here and there..
It could still use some cleanup and much testing, but
synchronization issues should be minimal.
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When deleting previous songs, we forgot to update the
playlist.queue value, causing syncPlaylistWithQueue to
trigger a false sync and screw with the playlist.current
pointer; causing the currentsong command to return
an incorrect song.
Thanks to unK to reporting this bug!
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When moving songs around, we forgot to update the
playlist.queue value, causing syncPlaylistWithQueue to
trigger a false sync and screw with the playlist.current
pointer; causing the currentsong command to return
an incorrect song.
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This fixes the case where we wouldn't start playing a newly
added song if we're near the end of the playlist and done
decoding the last song (but still playing from the
buffer).
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There are still some places where we try to call this
function without the playlist being stopped. It's really
harmless, to call it and just break out immediately, so
change the assertion.
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ob_wait_sync was a gross hack anyways. We are one
step closer to being able to trigger actions in our
worker threads asynchronously. Just need to make
input (file opening) in decoder happen _after_ our
decoder returns an ACK.
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This is a huge refactoring of the core mpd process. The
queueing/buffering mechanism is heavily reworked.
The player.c code has been merged into outputBuffer (the actual
ring buffering logic is handled by ringbuf.c); and decode.c
actually handles decoding stuff.
The end result is several hundreds of lines shorter, even though
we still have a lot of DEBUG statements left in there for
tracing and a lot of assertions, too.
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Try to only include headers which are really needed. We should
particularly check all "headers including other headers". The
long-term goal is to have a manageable, small API for plugins
(decoders, output) without so many mpd internals cluttering the
namespace.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7319 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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since clearPlayerQueue() is always called within
lockPlaylistInteraction() / unlockPlaylistInteraction(), it simplifies
the code to add another function which calls these three functions.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7253 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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strtok() may return NULL if the input is an empty string. The
playlist parser did not check for that.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7200 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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Local variables which are never read before the first assignment don't
need initialization. Saves a few bytes of text. Also don't reset
variables which are never read until function return.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7199 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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There is unreachable code at several positions, e.g. after an
#if/#end, or after an endless loop. Remove that.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7197 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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The while() loop only checks for interrupted system calls (which woudl
never happen if the signal mask were set up properly), but nobody
checks if the fopen() actually succeeds.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7195 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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It's too ugly and broken (both technically and usability-wise)
to be worth supporting in any stable release.
In one sentence: The queue is a very crippled version of the
playlist that takes precedence over the normal playlist.
How is it crippled?
* The "queueid" command only allows the queuing of songs
ALREADY IN THE PLAYLIST! This promotes having the entire mpd
database of songs in the playlist, which is a stupid practice
to begin with.
* It doesn't allow for meaningful rearranging and movement
of songs within the queue. To move a song, you'd need to
dequeue and requeue it (and other songs on the list).
Why? The playlist already allows _all_ these features
and shows everything a client needs to know about the ordering
of songs in a _single_ command!
* Random was a stupid idea to begin with and unfortunately
we're stuck supporting it since we've always had it. Users
should learn to use "shuffle" instead and not look at their
playlists. Implementing queue because we have the problem of
random is just a bandage fix and digging ourselves a new hole.
This protocol addition was never in a stable release of mpd, so
reverting it will only break things for people following trunk;
which I'm not too worried about. I am however worried about
long-term support of this misfeature, so I'm removing it.
Additionally, there are other points:
* It's trivially DoS-able:
(while true; do echo queueid $song_id; done) | nc $MPD_HOST $MPD_PORT
The above commands would cause the queue to become infinitely
expanding, taking up all available memory in the system. The
mpd playlist was implemented as an array with a fixed (but
configurable) size limit for this reason.
* It's not backwards-compatible. All clients would require
upgrades (and additional complexity) to even know what the
next song in the playlist is. mpd is a shared architecture,
and we should not violate the principle of least astonishment
here.
This removes the following commands:
queueid, dequeue, queueinfo
Additionally, the status field of "playlistqueue: " is removed
from the status command.
While this DoS is trivial to fix, the design is simply too
broken to ever support in a real release.
The overloading of the "addid" command and the allowing of
negative numbers to be used as offsets is far more flexible.
This improved "addid" is completely backwards-compatible with
all clients, and does not require clients to have UI changes or
run additional commands to display the queue.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7155 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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While mpd has always protected against the infinite expansion of
the main playlist by limiting its size in memory, however the
new storedPlaylist code has never checked for this limit.
Malicious (or clumsy) users could repeatedly append songs to
stored playlists, causing files to grow increasingly large
on disk. Attempting to load extremely large files into memory
will require mpd to slurp that all into memory, and ultimately
the file would be unusable by mpd because of the configurable
playlist size limit.
Now we limit stored playlists to the max_playlist_length
configuration variable set by the user (default is 16384). We
will refuse to append to playlist files if they hit that limit;
and also refuse to load more than the specified amount of songs
into memory.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7154 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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This disables moving the bonkered moving of the current song to
a (negative) offset of itself (introduced in the last commit).
This also short circuits no-op moves when (from == to) and
avoid needless increasing of the playlist version and causes
clients to issue pointless no-op plchanges commands.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7153 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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If (and only if) there is a current song in the playlist,
(player could be stopped), allow the move destination
argument to be specified as a negative number.
This means moving any song (besides the current one) to the -1
position will allow it to be moved to the next song in the
playlist. Moving any song to position -2 will move it
to the song after the next, and so forth.
Moving a song to -playlist.length will move it to the song
_before_ the current song on the playlist; so this will
work for repeating playlists, too.
git-svn-id: https://svn.musicpd.org/mpd/trunk@7152 09075e82-0dd4-0310-85a5-a0d7c8717e4f
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