linuxsampler/lscp/SamplerChannel.java

/*
 *   jlscp - a java LinuxSampler control protocol API
 *
 *   Copyright (C) 2005-2006 Grigor Iliev <grigor@grigoriliev.com>
 *
 *   This file is part of jlscp.
 *
 *   jlscp is free software; you can redistribute it and/or modify
 *   it under the terms of the GNU General Public License version 2
 *   as published by the Free Software Foundation.
 *
 *   jlscp is distributed in the hope that it will be useful,
 *   but WITHOUT ANY WARRANTY; without even the implied warranty of
 *   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
 *   GNU General Public License for more details.
 *
 *   You should have received a copy of the GNU General Public License
 *   along with jlscp; if not, write to the Free Software
 *   Foundation, Inc., 59 Temple Place, Suite 330, Boston,
 *   MA  02111-1307  USA
 */

package org.linuxsampler.lscp;

import static org.linuxsampler.lscp.Parser.*;

/**
 * Provides information about the current settings of a specific sampler channel.
 * @author  Grigor Iliev
 */
public class SamplerChannel implements Parseable {
        /** Indicates that the channel is muted because of the presence of a solo channel. */
        private final static int MUTED_BY_SOLO = -1;
                
        private int chnId = -1;
        
        private SamplerEngine engine = null;
        private int aoDevice = -1;
        private int aoChannels = 0;
        private Integer[] aor = null;
        private String instrFile = null;
        private int instrIdx = 0;
        private String instrName = null;
        private int instrStat = 0;
        private int miDev = -1;
        private int miPort = 0;
        private int miChn = -1;
        private float vol = 0;
        private int mute = 0;
        private boolean solo = false;
        private int midiInstrumentMapId = -1;
        
        /** Creates a new instance of SamplerChannel */
        public
        SamplerChannel() {
        }
        
        /**
         * Creates a new instance of <code>SamplerChannel</code> and parses the information
         * about a specific sampler channel described by <code>resultSet</code>.
         * @param resultSet An array with information categories about a sampler channel.
         * @throws LscpException If the parse fail.
         */
        public
        SamplerChannel(String[] resultSet) throws LscpException {
                for(String s : resultSet)
                        if(!parse(s)) Client.getLogger().info(LscpI18n.getLogMsg("unknownLine", s));
        }
        
        /**
         * Gets the sampler channel number.
         * @return The sampler channel number or -1 if the sampler channel number is not set.
         */
        public int
        getChannelId() { return chnId; }
        
        /**
         * Sets the sampler channel number.
         * @param id The new sampler channel number.
         */
        public void
        setChannelId(int id) { chnId = id; }
        
        /**
         * Gets the engine that is deployed on the sampler channel.
         * @return The engine that is deployed on the sampler channel
         * or <code>null</code> if there is no engine deployed yet for this sampler channel.
         */
        public SamplerEngine
        getEngine() { return engine; }
        
        /**
         * Associates the specified sampler engine to this sampler channel.
         * @param engine A <code>SamplerEngine</code> instance containing the information
         * about the engine to be assigned to this channel.
         */
        public void
        setEngine(SamplerEngine engine) { this.engine = engine; }
        
        /**
         * Gets the numerical ID of the audio output device which is currently connected 
         * to this sampler channel to output the audio signal.
         *
         * @return The numerical ID of the audio output device or -1 if there is no
         * device connected to this sampler channel.
         */
        public int
        getAudioOutputDevice() { return aoDevice; }
        
        /**
         * Gets the number of output channels the sampler channel offers.
         * @return The number of output channels the sampler channel offers.
         */
        public int
        getAudioOutputChannels() { return aoChannels; }
        
        /**
         * Gets a list which reflects to which audio channel of the selected audio output device
         * each sampler output channel is routed to. The number of the array's position represents
         * the sampler output channel and the value at the specified position represents
         * to which channel of the selected audio output device the
         * sampler output channel is routed to.
         * @return A list which reflects to which audio channel of the selected audio output device
         * each sampler output channel is routed to.
         */
        public Integer[]
        getAudioOutputRouting() { return aor; }
        
        /**
         * Gets the file name of the loaded instrument.
         * @return The file name of the loaded instrument.
         * or <code>null</code> if there is no instrument yet loaded for this sampler channel.
         */
        public String
        getInstrumentFile() { return instrFile; }
        
        /**
         * Gets the instrument index number of the loaded instrument.
         * @return The instrument index number of the loaded instrument.
         */
        public int
        getInstrumentIndex() { return instrIdx; }
        
        /**
         * Gets the name of the loaded instrument.
         * @return The name of the loaded instrument or
         * <code>null</code> if there is no instrument loaded.
         */
        public String
        getInstrumentName() { return instrName; }
        
        /**
         * Gets the instrument status - an integer values from 0 to 100 indicating loading
         * progress percentage for the instrument. Negative value indicates a loading exception.
         * Value of 100 indicates that the instrument is fully loaded.
         * @return The instrument status.
         */
        public int
        getInstrumentStatus() { return instrStat; }
        
        /**
         * Gets the numerical ID of the MIDI input device which is currently connected
         * to this sampler channel to deliver MIDI input commands.
         * @return The numerical ID of the MIDI input device which is currently connected
         * to this sampler channel to deliver MIDI input commands or -1 if there is no device
         * connected to this sampler channel.
         */
        public int
        getMidiInputDevice() { return miDev; }
        
        /**
         * Gets the port number of the MIDI input device.
         * @return The port number of the MIDI input device.
         */
        public int
        getMidiInputPort() { return miPort; }
        
        /**
         * Gets the MIDI input channel number this sampler channel should listen to
         * or -1 to listen on all MIDI channels.
         * @return The MIDI input channel number this sampler channel should listen to
         * or -1 to listen on all MIDI channels.
         */
        public int
        getMidiInputChannel() { return miChn; }
        
        /**
         * Gets the channel volume factor. Value less then 1.0 means attenuation,
         * value greater then 1.0 means amplification.
         * @return The channel volume factor.
         */
        public float
        getVolume() { return vol; }
        
        /**
         * Determines whether this channel is muted.
         * @return <code>true</code> if the channel is muted, <code>false</code> otherwise.
         */
        public boolean
        isMuted() { return mute != 0; }
        
        /**
         * Determines whether this channel is muted because of the presence of a solo channel.
         * All channels, muted because of the presence of a solo channel, will be 
         * automatically unmuted when there are no solo channels left.
         * @return <code>true</code> if the channel is muted because of the presence of a solo 
         * channel, <code>false</code> otherwise.
         */
        public boolean
        isMutedBySolo() { return mute == MUTED_BY_SOLO; }
        
        /**
         * Determines whether this channel is a solo channel.
         * @return <code>true</code> if the channel is a solo channel, <code>false</code> otherwise.
         */
        public boolean
        isSoloChannel() { return solo; }
        
        /**
         * Gets the numerical id of the MIDI instrument
         * map, to which this sampler channel is assigned to.
         * @return The numerical id of the MIDI instrument map, to
         * which this sampler channel is assigned to, or <code>-1</code>
         * if no MIDI instrument map is assigned to this sampler
         * channel and <code>-2</code> if the channel is assigned
         * to the default MIDI instrument map.
         * @see #isUsingDefaultMidiInstrumentMap
         */
        public int
        getMidiInstrumentMapId() { return midiInstrumentMapId; }
        
        /**
         * Determines whether the sampler channel is
         * assigned to the default MIDI instrument map.
         * @return <code>true</code> if the sampler channel is assigned
         * to the default MIDI instrument map, <code>false</code> otherwise.
         */
        public boolean
        isUsingDefaultMidiInstrumentMap() { return getMidiInstrumentMapId() == -2; }
        
        /**
         * Parses a line of text.
         * @param s The string to be parsed.
         * @return <code>true</code> if the line has been processed, <code>false</code> otherwise.
         * @throws LscpException If some error occurs.
         */
        public boolean
        parse(String s) throws LscpException {
                if(s.startsWith("ENGINE_NAME: ")) {
                        s = s.substring("ENGINE_NAME: ".length());
                        if(s.equals("NONE")) engine = null;
                        else {
                                engine = new SamplerEngine();
                                engine.setName(s);
                        }
                } else if(s.startsWith("AUDIO_OUTPUT_DEVICE: ")) {
                        s = s.substring("AUDIO_OUTPUT_DEVICE: ".length());
                        if(s.equals("NONE")) aoDevice = -1;
                        else aoDevice = Parser.parseInt(s);
                } else if(s.startsWith("AUDIO_OUTPUT_CHANNELS: ")) {
                        s = s.substring("AUDIO_OUTPUT_CHANNELS: ".length());
                        if(s.equals("NONE")) aoChannels = -1;
                        else aoChannels = Parser.parseInt(s);
                } else if(s.startsWith("AUDIO_OUTPUT_ROUTING: ")) {
                        s = s.substring("AUDIO_OUTPUT_ROUTING: ".length());
                        aor = Parser.parseIntList(s);
                } else if(s.startsWith("INSTRUMENT_FILE: ")) {
                        s = s.substring("INSTRUMENT_FILE: ".length());
                        if(s.equals("NONE")) instrFile = null;
                        else instrFile = s;
                } else if(s.startsWith("INSTRUMENT_NR: ")) {
                        s = s.substring("INSTRUMENT_NR: ".length());
                        if(s.equals("NONE")) instrIdx = -1;
                        else instrIdx = Parser.parseInt(s);
                } else if(s.startsWith("INSTRUMENT_NAME: ")) {
                        s = s.substring("INSTRUMENT_NAME: ".length());
                        if(s.equals("NONE")) instrName = null;
                        else instrName = toNonEscapedString(s);
                } else if(s.startsWith("INSTRUMENT_STATUS: ")) {
                        s = s.substring("INSTRUMENT_STATUS: ".length());
                        instrStat = Parser.parseInt(s);
                } else if(s.startsWith("MIDI_INPUT_DEVICE: ")) {
                        s = s.substring("MIDI_INPUT_DEVICE: ".length());
                        if(s.equals("NONE")) miDev = -1;
                        else miDev = Parser.parseInt(s);
                } else if(s.startsWith("MIDI_INPUT_PORT: ")) {
                        s = s.substring("MIDI_INPUT_PORT: ".length());
                        if(s.equals("NONE")) miPort = -1;
                        else miPort = Parser.parseInt(s);
                } else if(s.startsWith("MIDI_INPUT_CHANNEL: ")) {
                        s = s.substring("MIDI_INPUT_CHANNEL: ".length());
                        if(s.equals("ALL")) miChn = -1;
                        else miChn = Parser.parseInt(s);
                } else if(s.startsWith("VOLUME: ")) {
                        s = s.substring("VOLUME: ".length());
                        try { vol = Float.parseFloat(s); }
                        catch(NumberFormatException x) { throw new LscpException (
                                LscpI18n.getLogMsg("CommandFailed!"), x
                        );}
                } else if(s.startsWith("MUTE: ")) {
                        s = s.substring("MUTE: ".length());
                        if(s.equals("MUTED_BY_SOLO")) mute = MUTED_BY_SOLO;
                        else mute = Boolean.parseBoolean(s) ? 1 : 0;
                } else if(s.startsWith("SOLO: ")) {
                        s = s.substring("SOLO: ".length());
                        solo = Boolean.parseBoolean(s);
                } else if(s.startsWith("MIDI_INSTRUMENT_MAP: ")) {
                        s = s.substring("MIDI_INSTRUMENT_MAP: ".length());
                        if(s.equals("NONE")) midiInstrumentMapId = -1;
                        else if(s.equals("DEFAULT")) midiInstrumentMapId = -2;
                        else midiInstrumentMapId = Parser.parseInt(s);
                } else return false;
        
                return true;
        }
        
        /**
         * Returns the numerical ID of this sampler channel.
         * @return The numerical ID of this sampler channel.
         */
        public String
        toString() { return String.valueOf(getChannelId()); }
}
1	iliev	596	/*
2			* jlscp - a java LinuxSampler control protocol API
3			*
4	iliev	1139	* Copyright (C) 2005-2006 Grigor Iliev <grigor@grigoriliev.com>
5	iliev	596	*
6			* This file is part of jlscp.
7			*
8			* jlscp is free software; you can redistribute it and/or modify
9			* it under the terms of the GNU General Public License version 2
10			* as published by the Free Software Foundation.
11			*
12			* jlscp is distributed in the hope that it will be useful,
13			* but WITHOUT ANY WARRANTY; without even the implied warranty of
14			* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
15			* GNU General Public License for more details.
16			*
17			* You should have received a copy of the GNU General Public License
18			* along with jlscp; if not, write to the Free Software
19			* Foundation, Inc., 59 Temple Place, Suite 330, Boston,
20			* MA 02111-1307 USA
21			*/
22
23			package org.linuxsampler.lscp;
24
25	iliev	1421	import static org.linuxsampler.lscp.Parser.*;
26
27	iliev	596	/**
28	iliev	1139	* Provides information about the current settings of a specific sampler channel.
29	iliev	596	* @author Grigor Iliev
30			*/
31			public class SamplerChannel implements Parseable {
32	iliev	784	/** Indicates that the channel is muted because of the presence of a solo channel. */
33			private final static int MUTED_BY_SOLO = -1;
34
35	iliev	1139	private int chnId = -1;
36	iliev	596
37	iliev	784	private SamplerEngine engine = null;
38	iliev	596	private int aoDevice = -1;
39			private int aoChannels = 0;
40			private Integer[] aor = null;
41			private String instrFile = null;
42			private int instrIdx = 0;
43			private String instrName = null;
44			private int instrStat = 0;
45			private int miDev = -1;
46			private int miPort = 0;
47			private int miChn = -1;
48			private float vol = 0;
49	iliev	784	private int mute = 0;
50			private boolean solo = false;
51	iliev	1139	private int midiInstrumentMapId = -1;
52	iliev	596
53			/** Creates a new instance of SamplerChannel */
54			public
55			SamplerChannel() {
56			}
57
58			/**
59			* Creates a new instance of <code>SamplerChannel</code> and parses the information
60			* about a specific sampler channel described by <code>resultSet</code>.
61			* @param resultSet An array with information categories about a sampler channel.
62			* @throws LscpException If the parse fail.
63			*/
64			public
65			SamplerChannel(String[] resultSet) throws LscpException {
66			for(String s : resultSet)
67			if(!parse(s)) Client.getLogger().info(LscpI18n.getLogMsg("unknownLine", s));
68			}
69
70			/**
71			* Gets the sampler channel number.
72			* @return The sampler channel number or -1 if the sampler channel number is not set.
73			*/
74			public int
75	iliev	1139	getChannelId() { return chnId; }
76	iliev	596
77			/**
78			* Sets the sampler channel number.
79			* @param id The new sampler channel number.
80			*/
81			public void
82	iliev	1139	setChannelId(int id) { chnId = id; }
83	iliev	596
84			/**
85	iliev	784	* Gets the engine that is deployed on the sampler channel.
86			* @return The engine that is deployed on the sampler channel
87	iliev	596	* or <code>null</code> if there is no engine deployed yet for this sampler channel.
88			*/
89	iliev	784	public SamplerEngine
90			getEngine() { return engine; }
91	iliev	596
92			/**
93	iliev	784	* Associates the specified sampler engine to this sampler channel.
94			* @param engine A <code>SamplerEngine</code> instance containing the information
95			* about the engine to be assigned to this channel.
96			*/
97			public void
98			setEngine(SamplerEngine engine) { this.engine = engine; }
99
100			/**
101	iliev	596	* Gets the numerical ID of the audio output device which is currently connected
102			* to this sampler channel to output the audio signal.
103			*
104			* @return The numerical ID of the audio output device or -1 if there is no
105			* device connected to this sampler channel.
106			*/
107			public int
108			getAudioOutputDevice() { return aoDevice; }
109
110			/**
111			* Gets the number of output channels the sampler channel offers.
112			* @return The number of output channels the sampler channel offers.
113			*/
114			public int
115			getAudioOutputChannels() { return aoChannels; }
116
117			/**
118			* Gets a list which reflects to which audio channel of the selected audio output device
119	iliev	1139	* each sampler output channel is routed to. The number of the array's position represents
120			* the sampler output channel and the value at the specified position represents
121			* to which channel of the selected audio output device the
122			* sampler output channel is routed to.
123	iliev	596	* @return A list which reflects to which audio channel of the selected audio output device
124			* each sampler output channel is routed to.
125			*/
126			public Integer[]
127			getAudioOutputRouting() { return aor; }
128
129			/**
130			* Gets the file name of the loaded instrument.
131			* @return The file name of the loaded instrument.
132			* or <code>null</code> if there is no instrument yet loaded for this sampler channel.
133			*/
134			public String
135			getInstrumentFile() { return instrFile; }
136
137			/**
138			* Gets the instrument index number of the loaded instrument.
139			* @return The instrument index number of the loaded instrument.
140			*/
141			public int
142			getInstrumentIndex() { return instrIdx; }
143
144			/**
145	iliev	784	* Gets the name of the loaded instrument.
146			* @return The name of the loaded instrument or
147			* <code>null</code> if there is no instrument loaded.
148	iliev	596	*/
149			public String
150			getInstrumentName() { return instrName; }
151
152			/**
153			* Gets the instrument status - an integer values from 0 to 100 indicating loading
154			* progress percentage for the instrument. Negative value indicates a loading exception.
155			* Value of 100 indicates that the instrument is fully loaded.
156			* @return The instrument status.
157			*/
158			public int
159			getInstrumentStatus() { return instrStat; }
160
161			/**
162			* Gets the numerical ID of the MIDI input device which is currently connected
163			* to this sampler channel to deliver MIDI input commands.
164			* @return The numerical ID of the MIDI input device which is currently connected
165			* to this sampler channel to deliver MIDI input commands or -1 if there is no device
166			* connected to this sampler channel.
167			*/
168			public int
169			getMidiInputDevice() { return miDev; }
170
171			/**
172			* Gets the port number of the MIDI input device.
173			* @return The port number of the MIDI input device.
174			*/
175			public int
176			getMidiInputPort() { return miPort; }
177
178			/**
179			* Gets the MIDI input channel number this sampler channel should listen to
180			* or -1 to listen on all MIDI channels.
181			* @return The MIDI input channel number this sampler channel should listen to
182			* or -1 to listen on all MIDI channels.
183			*/
184			public int
185			getMidiInputChannel() { return miChn; }
186
187			/**
188			* Gets the channel volume factor. Value less then 1.0 means attenuation,
189			* value greater then 1.0 means amplification.
190			* @return The channel volume factor.
191			*/
192			public float
193			getVolume() { return vol; }
194
195			/**
196	iliev	784	* Determines whether this channel is muted.
197			* @return <code>true</code> if the channel is muted, <code>false</code> otherwise.
198			*/
199			public boolean
200			isMuted() { return mute != 0; }
201
202			/**
203			* Determines whether this channel is muted because of the presence of a solo channel.
204			* All channels, muted because of the presence of a solo channel, will be
205			* automatically unmuted when there are no solo channels left.
206			* @return <code>true</code> if the channel is muted because of the presence of a solo
207			* channel, <code>false</code> otherwise.
208			*/
209			public boolean
210			isMutedBySolo() { return mute == MUTED_BY_SOLO; }
211
212			/**
213			* Determines whether this channel is a solo channel.
214			* @return <code>true</code> if the channel is a solo channel, <code>false</code> otherwise.
215			*/
216			public boolean
217			isSoloChannel() { return solo; }
218
219			/**
220	iliev	1139	* Gets the numerical id of the MIDI instrument
221			* map, to which this sampler channel is assigned to.
222			* @return The numerical id of the MIDI instrument map, to
223			* which this sampler channel is assigned to, or <code>-1</code>
224			* if no MIDI instrument map is assigned to this sampler
225			* channel and <code>-2</code> if the channel is assigned
226			* to the default MIDI instrument map.
227			* @see #isUsingDefaultMidiInstrumentMap
228			*/
229			public int
230			getMidiInstrumentMapId() { return midiInstrumentMapId; }
231
232			/**
233			* Determines whether the sampler channel is
234			* assigned to the default MIDI instrument map.
235			* @return <code>true</code> if the sampler channel is assigned
236			* to the default MIDI instrument map, <code>false</code> otherwise.
237			*/
238			public boolean
239			isUsingDefaultMidiInstrumentMap() { return getMidiInstrumentMapId() == -2; }
240
241			/**
242	iliev	596	* Parses a line of text.
243			* @param s The string to be parsed.
244			* @return <code>true</code> if the line has been processed, <code>false</code> otherwise.
245			* @throws LscpException If some error occurs.
246			*/
247			public boolean
248			parse(String s) throws LscpException {
249			if(s.startsWith("ENGINE_NAME: ")) {
250			s = s.substring("ENGINE_NAME: ".length());
251			if(s.equals("NONE")) engine = null;
252	iliev	784	else {
253			engine = new SamplerEngine();
254			engine.setName(s);
255			}
256	iliev	596	} else if(s.startsWith("AUDIO_OUTPUT_DEVICE: ")) {
257			s = s.substring("AUDIO_OUTPUT_DEVICE: ".length());
258			if(s.equals("NONE")) aoDevice = -1;
259			else aoDevice = Parser.parseInt(s);
260			} else if(s.startsWith("AUDIO_OUTPUT_CHANNELS: ")) {
261			s = s.substring("AUDIO_OUTPUT_CHANNELS: ".length());
262			if(s.equals("NONE")) aoChannels = -1;
263			else aoChannels = Parser.parseInt(s);
264			} else if(s.startsWith("AUDIO_OUTPUT_ROUTING: ")) {
265			s = s.substring("AUDIO_OUTPUT_ROUTING: ".length());
266			aor = Parser.parseIntList(s);
267			} else if(s.startsWith("INSTRUMENT_FILE: ")) {
268			s = s.substring("INSTRUMENT_FILE: ".length());
269			if(s.equals("NONE")) instrFile = null;
270			else instrFile = s;
271			} else if(s.startsWith("INSTRUMENT_NR: ")) {
272			s = s.substring("INSTRUMENT_NR: ".length());
273			if(s.equals("NONE")) instrIdx = -1;
274			else instrIdx = Parser.parseInt(s);
275			} else if(s.startsWith("INSTRUMENT_NAME: ")) {
276	iliev	784	s = s.substring("INSTRUMENT_NAME: ".length());
277			if(s.equals("NONE")) instrName = null;
278	iliev	1421	else instrName = toNonEscapedString(s);
279	iliev	596	} else if(s.startsWith("INSTRUMENT_STATUS: ")) {
280			s = s.substring("INSTRUMENT_STATUS: ".length());
281			instrStat = Parser.parseInt(s);
282			} else if(s.startsWith("MIDI_INPUT_DEVICE: ")) {
283			s = s.substring("MIDI_INPUT_DEVICE: ".length());
284			if(s.equals("NONE")) miDev = -1;
285			else miDev = Parser.parseInt(s);
286			} else if(s.startsWith("MIDI_INPUT_PORT: ")) {
287			s = s.substring("MIDI_INPUT_PORT: ".length());
288			if(s.equals("NONE")) miPort = -1;
289			else miPort = Parser.parseInt(s);
290			} else if(s.startsWith("MIDI_INPUT_CHANNEL: ")) {
291			s = s.substring("MIDI_INPUT_CHANNEL: ".length());
292			if(s.equals("ALL")) miChn = -1;
293			else miChn = Parser.parseInt(s);
294			} else if(s.startsWith("VOLUME: ")) {
295			s = s.substring("VOLUME: ".length());
296			try { vol = Float.parseFloat(s); }
297			catch(NumberFormatException x) { throw new LscpException (
298			LscpI18n.getLogMsg("CommandFailed!"), x
299			);}
300	iliev	784	} else if(s.startsWith("MUTE: ")) {
301			s = s.substring("MUTE: ".length());
302			if(s.equals("MUTED_BY_SOLO")) mute = MUTED_BY_SOLO;
303			else mute = Boolean.parseBoolean(s) ? 1 : 0;
304			} else if(s.startsWith("SOLO: ")) {
305			s = s.substring("SOLO: ".length());
306			solo = Boolean.parseBoolean(s);
307	iliev	1139	} else if(s.startsWith("MIDI_INSTRUMENT_MAP: ")) {
308			s = s.substring("MIDI_INSTRUMENT_MAP: ".length());
309			if(s.equals("NONE")) midiInstrumentMapId = -1;
310			else if(s.equals("DEFAULT")) midiInstrumentMapId = -2;
311			else midiInstrumentMapId = Parser.parseInt(s);
312	iliev	596	} else return false;
313
314			return true;
315			}
316	iliev	784
317			/**
318			* Returns the numerical ID of this sampler channel.
319			* @return The numerical ID of this sampler channel.
320			*/
321			public String
322	iliev	1139	toString() { return String.valueOf(getChannelId()); }
323	iliev	596	}