</qu>
include(loglevel.m4)
+include(log_timing.m4)
include(color.m4)
include(daemon.m4)
include(user.m4)
optional
details="
Where para_server should look for the osl database of the audio
- file selector. The default is '~/.paraslash/afs_database'.
+ file selector. The default is '~/.paraslash/afs_database-0.4'.
"
option "afs_socket" s
See http_max_clients for details.
"
+option "dccp_max_slice_size" -
+#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+"Upper bound for the FEC slice size"
+int typestr = "size"
+optional
+default = "0"
+details = "
+ If this value is non-positive (the default) the dccp sender
+ uses the maximum packet size (MPS) of the connection as the
+ slice size. The MPS is a network parameter and depends on
+ the path maximum transmission unit (path MTU) of an incoming
+ connection, i.e. on the largest packet size that can be
+ transmitted without causing fragmentation.
+
+ This option allows to use a value less than the MPS in order
+ to fine-tune application performance. Values greater than
+ the MPS of an incoming connection can not be set.
+"
+
+option "dccp_data_slices_per_group" -
+#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+"The number of non-redundant slices per FEC group"
+int typestr = "num"
+optional
+default = "3"
+details = "
+ This determines the number of slices in each FEC group that are
+ necessary to decode the group. The given number must be smaller
+ than the value of the dccp_slices_per_group option below.
+
+ Note that the duration of a FEC group is proportional to the
+ product dccp_max_slice_size * dccp_data_slices_per_group.
+"
+
+option "dccp_slices_per_group" -
+#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+"The total number of slices per FEC group"
+int typestr = "num"
+optional
+default = "4"
+details = "
+ This value must be larger than the value given for above
+ dccp_data_slices_per_group above. The difference being the
+ number of redundant slices per group, i.e. the number of
+ data packets that may be lost without causing interruptions
+ of the resulting audio stream.
+
+ Increase this value if for lossy networks.
+"
+
####################
section "udp sender"
####################