Undo whitespace only changes
This commit is contained in:
Tobias Blomberg
parent
b9767478c5
commit
5f2d934f28
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@ -31,7 +31,7 @@ file might look like is shown below.
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VALUE2="TWO "
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VAULE3="Multi "
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"line"
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[SECTION2]
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VALUE1=2
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@ -140,7 +140,7 @@ positioning data to location servers. Setting this item makes the system
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visible on the EchoLink link status page and the APRS network.
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.TP
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.B LINKS
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Enter here a comma separated list of section names that contains the
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Enter here a comma separated list of section names that contains the
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configuration information for linking logics together (see Logic Linking).
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.
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.SS Common Logic configuration variables
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@ -244,13 +244,13 @@ identification is to just announce that the station is on the air. Typically jus
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callsign is transmitted. For a repeater a good value is ten minutes and for a simplex node
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one time every 60 minutes is probably enough. The LONG_IDENT_INTERVAL must be an even
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multiple of the SHORT_IDENT_INTERVAL so if LONG_IDENT_INTERVAL is 60 then the
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legal values for SHORT_IDENT_INTERVAL are: 1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, 60.
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legal values for SHORT_IDENT_INTERVAL are: 1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, 60.
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If unset or set to 0, disable short identifications.
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.TP
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.B LONG_IDENT_INTERVAL
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The number of minutes between long identifications. The purpose of the long identification
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is to transmit some more information about the station status (new voice mails etc). The time of
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day is also transmitted. A good value here is 60 minutes.
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day is also transmitted. A good value here is 60 minutes.
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If unset or set to 0, disable long identifications.
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.TP
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.B IDENT_ONLY_AFTER_TX
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@ -261,7 +261,7 @@ using an RF link to provide echolink to a repeater. Often, in this situation, it
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desirable for the link to identify unless legally necessary. Note that
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SHORT_IDENT_INTERVAL still have to be set for this feature to work. That config variable
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will then be interpreted as the minimum number of seconds between identifications. The
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LONG_IDENT_INTERVAL will not be affected by this parameter.
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LONG_IDENT_INTERVAL will not be affected by this parameter.
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.TP
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.B EXEC_CMD_ON_SQL_CLOSE
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Specify a time, in milliseconds, after squelch close after which entered DTMF
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@ -283,12 +283,12 @@ The number of milliseconds to wait after the squelch has been closed before a ro
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is played. The beep can be disabled by specifying a value of \-1 or commenting out this
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line. Often it is best to use the SQL_HANGTIME receiver configuration variable to specify
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a delay instead of specifying a delay here. This configuration variable should then be set
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to 0.
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to 0.
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.TP
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.B REPORT_CTCSS
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If set, will report the specified CTCSS frequency upon manual identification (* pressed).
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It is possible to specify fractions using "." as decimal comma. Disable this feature by
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commenting out (#) this configuration variable.
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commenting out (#) this configuration variable.
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.TP
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.B TX_CTCSS
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This configuration variable controls if a CTCSS tone should be transmitted.
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@ -483,33 +483,33 @@ SvxLink (e.g. filtering, DTMF muting, squelch tail elimination) and the
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ability to use remote receivers.
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.TP
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.B IDLE_TIMEOUT
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The number of seconds the repeater should have been idle before turning the
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The number of seconds the repeater should have been idle before turning the
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transmitter off.
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.TP
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.B OPEN_ON_1750
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Use this configuration variable if it should be possible to open the repeater with a
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1750Hz tone burst. Specify the number of milliseconds the tone must be asserted
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before the repeater is opened. Make sure that the time specified is long enough for
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1750Hz tone burst. Specify the number of milliseconds the tone must be asserted
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before the repeater is opened. Make sure that the time specified is long enough for
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the squelch to have time to open. Otherwise the repeater will open "too soon" and
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you will hear an ugly 1750Hz beep as the first thing.
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A value of 0 will disable 1750 Hz repeater opening.
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.TP
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.B OPEN_ON_CTCSS
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Use this configuration variable if it should be possible to open the repeater with
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a CTCSS tone (PL). The syntax of the value is tone_fq:min_length. The tone
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frequency is specified in whole Hz and the minimum tone length is specified in
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milliseconds. For examples if a 136.5 Hz tone must be asserted for two seconds for
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Use this configuration variable if it should be possible to open the repeater with
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a CTCSS tone (PL). The syntax of the value is tone_fq:min_length. The tone
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frequency is specified in whole Hz and the minimum tone length is specified in
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milliseconds. For examples if a 136.5 Hz tone must be asserted for two seconds for
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the repeater to open, the value 136:2000 should be specified.
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.TP
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.B OPEN_ON_DTMF
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Use this configuration variable if it should be possible to open the repeater with
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a DTMF digit. Only one digit can be specified. DTMF digits pressed when the repeater
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Use this configuration variable if it should be possible to open the repeater with
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a DTMF digit. Only one digit can be specified. DTMF digits pressed when the repeater
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is down will be ignored.
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.TP
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.B OPEN_ON_SEL5
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Use this configuration variable if you want to open your repeater by using a
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selective tone call that is often used in commercial radio networks.
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Example: OPEN_ON_SEL5=03345 opens your repeater only if that sequence has been
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Use this configuration variable if you want to open your repeater by using a
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selective tone call that is often used in commercial radio networks.
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Example: OPEN_ON_SEL5=03345 opens your repeater only if that sequence has been
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received. You can use sequence lengths from 4 to 25.
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.TP
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.B CLOSE_ON_SEL5
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@ -1006,16 +1006,16 @@ For example, pressing DTMF sequence "D1#" will activate the EchoLink module and
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connect to the EchoTest conference node.
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.
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.SS Logic Linking
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A logic linking configuration section is used to specify information for a link
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between two or more SvxLink logic cores. Such a link can for example be used to
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A logic linking configuration section is used to specify information for a link
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between two or more SvxLink logic cores. Such a link can for example be used to
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connect a local repeater to a remote repeater using a separate link transceiver.
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The link is activated/deactivated using DTMF commands and/or automatically
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The link is activated/deactivated using DTMF commands and/or automatically
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depending on your configuration. When the link is active, all audio received
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by one logic will be transmitted by the other logic(s).
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.P
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The name of the logic linking section can be chosen freely. In the example
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configuration file, there is a section [LinkToR4]. To use a logic linking
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section in a logic core it must be pointed out by the LINKS configuration
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The name of the logic linking section can be chosen freely. In the example
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configuration file, there is a section [LinkToR4]. To use a logic linking
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section in a logic core it must be pointed out by the LINKS configuration
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variable in the GLOBAL section.
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Example: GLOBAL/LINKS=LinkToR4
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.TP
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@ -1179,7 +1179,7 @@ the transceiver makes a noise when the transmitter is turned off, that might
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trigger the VOX and cause an infinite loop of squelch open/close transmitter
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on/off.
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Specify the number of milliseconds that the squelch should be "deaf" after
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the transmitter has been turned off.
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the transmitter has been turned off.
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.TP
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.B SQL_DELAY
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Specify a delay in milliseconds that a squelch open indication will be delayed.
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@ -1223,12 +1223,12 @@ the system indefinitely.
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.B VOX_FILTER_DEPTH
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The number of milliseconds to create the mean value over. A small value will make the vox
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react quicker (<200) and larger values will make it a little bit more sluggish. A small
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value is often better.
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value is often better.
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.TP
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.B VOX_THRESH
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The threshold that the mean value of the samples must exceed for the squelch to be
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considered open. It's hard to say what is a good value. Something around 1000 is probably
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a good value. Set it as low as possible without getting the vox to false trigger.
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a good value. Set it as low as possible without getting the vox to false trigger.
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.TP
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.B CTCSS_MODE
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This configuration variable set the CTCSS detection method used. These are the
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@ -1355,7 +1355,7 @@ If SQL_DET is set to SERIAL, this config variable determines which serial port s
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used for hardware squelch input (COS - Carrier Operated Squelch).
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Note: If the same serial port is used for the PTT, make sure you specify exactly the same
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device name. Otherwise the RX and TX will not be able to share the port.
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Example: SQL_PORT=/dev/ttyS0
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Example: SQL_PORT=/dev/ttyS0
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.TP
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.B SERIAL_PIN
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If SQL_DET is set to SERIAL, this config variable determines which pin in the
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@ -1510,7 +1510,7 @@ frequency spectrum (5.5 - 6.4kHz, 100Hz step) to indicate one of ten signal
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levels. Only the receiving part have been implemented in SvxLink at the
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moment. On the remote receiver side an Atmel AVR ATmega8 is used to map the
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signal level voltage to tone frequencies.
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Use the TONE_SIGLEV_MAP configuration variable to map each tone to a
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Use the TONE_SIGLEV_MAP configuration variable to map each tone to a
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corresponding signal level value in between 0 - 100.
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Type AFSK is like the TONE detector really a transport mechanism. Signal level
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@ -1530,7 +1530,7 @@ used to determine priority in comparison to other receivers and audio sources.
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Use the SIGLEV_CONST configuration variable to set the signal level.
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.TP
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.B HID_DEVICE
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This parameter defines the device your hidraw adapter is connected to. This
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This parameter defines the device your hidraw adapter is connected to. This
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port is created by the linux/hidraw driver.
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e.g. HID_DEVICE=/dev/hidraw3
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.TP
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@ -1573,7 +1573,7 @@ The Atmel AVR processor used by the author have a reverse mapping so
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that the first tone (5500Hz) indicate the highest signal strength and the
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last tone (6400Hz) indicate the lowest signal strength. It is also not linear
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since it's more important to have fine measurement granularity in the lower
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signal strength range. This is how the mapping look for the AVR:
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signal strength range. This is how the mapping look for the AVR:
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100,84,60,50,37,32,28,23,19,8.
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.TP
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.B SQL_SIGLEV_OPEN_THRESH
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@ -1768,7 +1768,7 @@ variable to at least 75 milliseconds.
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Legal values for 1750_MUTING are 0=disabled, 1=enabled.
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.TP
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.B SEL5_TYPE
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Define here your selective tone call system. You have the choice of the
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Define here your selective tone call system. You have the choice of the
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following types: ZVEI1, ZVEI2, ZVEI3, PZVEI, PDZVEI, DZVEI, CCITT, EEA, CCIR1,
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CCIR2, NATEL, EURO, VDEW, AUTO-A, MODAT, PCCIR and EIA. Only one system can be
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used at the same time. Please take into consideration that some Sel5 standards
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@ -2341,7 +2341,7 @@ Define the device node where your hidraw device is accessible at.
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Example: HID_DEVICE=/dev/hidraw3
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.TP
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.B HID_PTT_PIN
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Define the pin your ptt control is connected to. Valid parameters are
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Define the pin your ptt control is connected to. Valid parameters are
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are GPIO1,GPIO2,GPIO3,GPIO4. Note that some sound cards like SSS1621 may
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not support GPIO3 and GPIO4! You can invert the behavior with a "!" in
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front of the name. Only one value is supported.
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@ -2372,7 +2372,7 @@ This is a feature that will prevent the transmitter from getting stuck transmitt
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Specify the number of seconds before the transmitter is turned off. Note that this is a
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low level security mechanism that is meant to only kick in if there is a software bug in
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SvxLink. Just so that the transmitter will not transmit indefinitely. It is not meant to
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be used to keep people from talking too long.
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be used to keep people from talking too long.
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.TP
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.B TX_DELAY
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The number of milliseconds (0-1000) to wait after the transmitter has been turned on until
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@ -2660,16 +2660,16 @@ configuration variables are listed below.
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.TP
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.B NAME
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The name of the module. This name must match the namespace used in the TCL event handling
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script. If not set, NAME will be set to the section name.
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script. If not set, NAME will be set to the section name.
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.TP
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.B PLUGIN_NAME
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The base name of the plugin. For example if this configuration variable is set to Foo, the
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core will look for a plugin called ModuleFoo.so. If not set, PLUGIN_NAME will be set to
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the same value as NAME.
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the same value as NAME.
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.TP
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.B ID
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Specify the module identification number. This is the number used to access the module
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from the radio interface.
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from the radio interface.
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.TP
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.B TIMEOUT
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Specify the timeout time, in seconds, after which a module will be automatically
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@ -2735,7 +2735,7 @@ Example:
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LAT_POSITION=51.02.22N
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.TP
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.B CALLSIGN
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Enter your callsign for the APRS network with a prefix that indicates the type
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Enter your callsign for the APRS network with a prefix that indicates the type
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of station, (ER- for repeaters, EL- for links).
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Examples:
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@ -2923,7 +2923,7 @@ Open the squelch so that there is only noise coming into SvxLink.
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Use a second transceiver to make a short, unmodulated transmission. Release the
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PTT when the "Squelch OPEN" message is printed. Repeat this for about five times.
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.IP 5 4
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Calculate the mean diff (open level - close level) and the mean lower
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Calculate the mean diff (open level - close level) and the mean lower
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(squelch close) value. Make sure to use at least four significant digits in your
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calculations.
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.IP 6 4
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@ -85,7 +85,6 @@
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* Use the new configuration variable COMMAND_PTY to set up a PTY that can be
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used to send commands to a logic core.
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* Filter out CTCSS band for voice output. Interference on CTCSS transmission
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could be caused by low frequency content in audio clips or incoming audio on
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Echolink for example.
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@ -209,7 +209,6 @@ QsoImpl::QsoImpl(const StationData &station, ModuleEchoLink *module)
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output_sel->enableAutoSelect(sink_handler, 0);
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output_sel->addSource(msg_pacer);
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output_sel->enableAutoSelect(msg_pacer, 10);
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AudioSource *prev_src = output_sel;
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#if INTERNAL_SAMPLE_RATE == 16000
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