upmpdcli / Code / Diff of /scctl

Diff of /scctl_src/scctl.cpp [ffa14d] .. [7251f6]

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...

/* 
 * Songcast UPnP controller. 
 *
 * This can list the state of all Receivers, tell
 * a Receiver to play the same URI as another one (master/slave),
 * except that the slaves don't really follow the master state, they
 * will just keep playing the same URI), or tell a Receiver to return
 * to Playlist operation.
 * 
 * To avoid encurring a discovery timeout for each op, there is a
...
 *
 * When executing any of the ops from the command line, the program
 * first tries to contact the server, and does things itself if no
 * server is found (encurring 2-3 S of timeout in the latter case).
 */
#include "libupnpp/config.h"

#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <getopt.h>
...

#include <string>
#include <iostream>
#include <vector>
#include <algorithm>


#include "libupnpp/upnpplib.hxx"
#include "libupnpp/log.hxx"
#include "libupnpp/control/mediarenderer.hxx"
#include "libupnpp/control/discovery.hxx"
#include "libupnpp/control/linnsongcast.hxx"

#include "../src/netcon.h"
#include "../src/upmpdutils.hxx"

using namespace UPnPClient;
using namespace UPnPP;
using namespace std;
using namespace Songcast;



































































































































































































































































string showReceivers()
{
    vector<ReceiverState> vscs;
    listReceivers(vscs);
    ostringstream out;

    for (auto& scs: vscs) {
        switch (scs.state) {
        case ReceiverState::SCRS_GENERROR:    out << "Error ";break;
        case ReceiverState::SCRS_NOOH:        out << "Nooh  ";break;
        case ReceiverState::SCRS_NOTRECEIVER: out << "Off   ";break;
        case ReceiverState::SCRS_STOPPED:     out << "Stop  ";break;
        case ReceiverState::SCRS_PLAYING:     out << "Play  ";break;
        }
        out << scs.nm << " ";
        out << scs.UDN << " ";
        if (scs.state == ReceiverState::SCRS_PLAYING) {
            out << scs.uri;
        } else if (scs.state == ReceiverState::SCRS_GENERROR) {
            out << scs.reason;
        }
        out << endl;
    }
    return out.str();
}

string showSenders()
{
    vector<SenderState> vscs;
    listSenders(vscs);
    ostringstream out;

    for (auto& scs: vscs) {
        out << scs.nm << " ";
        out << scs.UDN << " ";
        out << scs.reason << " ";
        out << scs.uri;
        out << endl;
    }
    return out.str();
}

static char *thisprog;
static char usage [] =
" -l List renderers with Songcast Receiver capability\n"
" -L List Songcast Senders\n"
" -s <master> <slave> [slave ...] : Set up the slaves renderers as Songcast\n"
"    Receivers and make them play from the same uri as the master receiver\n"
" -x <renderer> [renderer ...] Reset renderers from Songcast to Playlist\n"
" -S Run as server\n"
" -f If no server is found, scctl will fork one after performing the\n"
"    requested command, so that the next execution will not have to wait for\n"
"    the discovery timeout.n"
" -r <sender> <renderer> <renderer> : set up the renderers in Receiver mode\n"
"    playing data from the sender. This is like -s but we get the uri from \n"
"    the sender instead of a sibling receiver\n"
" -h This help.\n"
"\n"
"Renderers may be designated by friendly name or UUID\n"
"\n"
;
...
#define OPT_x    0x4
#define OPT_S    0x8
#define OPT_h    0x10
#define OPT_f    0x20
#define OPT_p    0x40
#define OPT_r    0x80
#define OPT_L    0x100

int runserver();
bool tryserver(int flags, int argc, char *argv[]);

int main(int argc, char *argv[])
{
    thisprog = argv[0];

    int ret;
    while ((ret = getopt(argc, argv, "fhLlrsSx")) != -1) {
        switch (ret) {
        case 'f': op_flags |= OPT_f; break;
        case 'h': Usage(stdout); break;
        case 'l':
            if (op_flags & ~OPT_f)
                Usage();
            op_flags |= OPT_l;
            break;
        case 'L':
            if (op_flags & ~OPT_f)
                Usage();
            op_flags |= OPT_L;
            break;
        case 'r':
            if (op_flags & ~OPT_f)
                Usage();
            op_flags |= OPT_r;
            break;
        case 's':
            if (op_flags & ~OPT_f)
                Usage();
            op_flags |= OPT_s;
            break;
        case 'S':
            if (op_flags & ~OPT_f)
                Usage();
            op_flags |= OPT_S;
            break;
        case 'x':
            if (op_flags & ~OPT_f)
                Usage();
            op_flags |= OPT_x;
            break;
        default: Usage();
        }
    }
    //fprintf(stderr, "argc %d optind %d flgs: 0x%x\n", argc, optind, op_flags);

...
            mylib->errAsString("main", mylib->getInitError()) << endl;
        return 1;
    }
    // mylib->setLogFileName("/tmp/libupnp.log");

    vector<string> args;
    while (optind < argc) {
        args.push_back(argv[optind++]);
    }
    
    if ((op_flags & OPT_l)) {
        if (args.size())



            Usage();
        string out = showReceivers();
        cout << out;
    } else if ((op_flags & OPT_L)) {
        if (args.size())
            Usage();
        string out = showSenders();
        cout << out;
    } else if ((op_flags & OPT_r)) {
        if (args.size() < 2)
            Usage();
        setReceiversFromSender(args[0], vector<string>(args.begin() + 1,
                                                       args.end()));
    } else if ((op_flags & OPT_s)) {
        if (args.size() < 2)
            Usage();
        setReceiversFromReceiver(args[0], vector<string>(args.begin()+1,
                                                         args.end()));
    } else if ((op_flags & OPT_x)) {
        if (args.size() < 1)
            Usage();
        stopReceivers(args);
















    } else if ((op_flags & OPT_S)) {
        exit(runserver());
    } else {
        Usage();
    }
...
    if (opflags & OPT_p) {
        // ping
        out = "Ok\n";
    } else if (opflags & OPT_l) {
        out = showReceivers();
    } else if (opflags & OPT_r) {
        if (toks.size() < 3)
            return 1;
        vector<string>::iterator beg = toks.begin();
        beg++;
        string sender = *beg;
        beg++;
        vector<string> receivers(beg, toks.end());
        setReceiversFromSender(sender, receivers);
    } else if (opflags & OPT_s) {
        if (toks.size() < 3)
            return 1;
        vector<string>::iterator beg = toks.begin();
        beg++;
        string master = *beg;
        beg++;
        vector<string> slaves(beg, toks.end());
        setReceiversFromReceiver(master, slaves);
    } else if (opflags & OPT_x) {
        if (toks.size() < 2)
            return 1;
        vector<string>::iterator beg = toks.begin();
        beg++;
        vector<string> slaves(beg, toks.end());
        stopReceivers(slaves);
    } else {
        LOGERR("scctl: server: bad cmd:" << toks[0] << endl);
        return 1;
    }


	a/scctl_src/scctl.cpp		b/scctl_src/scctl.cpp
	...		...
17		17
18	/*	18	/*
19	* Songcast UPnP controller.	19	* Songcast UPnP controller.
20	*	20	*
21	* This can list the state of all Receivers, tell	21	* This can list the state of all Receivers, tell
22	* a Receiver to play the same URI as another one (master/slave,	22	* a Receiver to play the same URI as another one (master/slave),
23	* except that the slaves don't really follow the master state, they	23	* except that the slaves don't really follow the master state, they
24	* will just keep playing the same URI), or tell a Receiver to return	24	* will just keep playing the same URI), or tell a Receiver to return
25	* to Playlist operation.	25	* to Playlist operation.
26	*	26	*
27	* To avoid encurring a discovery timeout for each op, there is a	27	* To avoid encurring a discovery timeout for each op, there is a
	...		...
30	*	30	*
31	* When executing any of the ops from the command line, the program	31	* When executing any of the ops from the command line, the program
32	* first tries to contact the server, and does things itself if no	32	* first tries to contact the server, and does things itself if no
33	* server is found (encurring 2-3 S of timeout in the latter case).	33	* server is found (encurring 2-3 S of timeout in the latter case).
34	*/	34	*/
		35	#include "libupnpp/config.h"
35		36
36	#include <stdio.h>	37	#include <stdio.h>
37	#include <stdlib.h>	38	#include <stdlib.h>
38	#include <unistd.h>	39	#include <unistd.h>
39	#include <getopt.h>	40	#include <getopt.h>
	...		...
43		44
44	#include <string>	45	#include <string>
45	#include <iostream>	46	#include <iostream>
46	#include <vector>	47	#include <vector>
47	#include <algorithm>	48	#include <algorithm>
48	using namespace std;
49		49
50	#include "libupnpp/upnpplib.hxx"	50	#include "libupnpp/upnpplib.hxx"
51	#include "libupnpp/log.hxx"	51	#include "libupnpp/log.hxx"
52	#include "libupnpp/control/mediarenderer.hxx"	52	#include "libupnpp/control/mediarenderer.hxx"
53	#include "libupnpp/control/discovery.hxx"	53	#include "libupnpp/control/discovery.hxx"
		54	#include "libupnpp/control/linnsongcast.hxx"
54		55
55	#include "../src/netcon.h"	56	#include "../src/netcon.h"
56	#include "../src/upmpdutils.hxx"	57	#include "../src/upmpdutils.hxx"
57		58
58	using namespace UPnPClient;	59	using namespace UPnPClient;
59	using namespace UPnPP;	60	using namespace UPnPP;
60		61	using namespace std;
61	UPnPDeviceDirectory *superdir;	62	using namespace Songcast;
62
63	MRDH getRenderer(const string& name)
64	{
65	if (superdir == 0) {
66	superdir = UPnPDeviceDirectory::getTheDir();
67	}
68
69	UPnPDeviceDesc ddesc;
70	if (superdir->getDevByUDN(name, ddesc)) {
71	return MRDH(new MediaRenderer(ddesc));
72	} else if (superdir->getDevByFName(name, ddesc)) {
73	return MRDH(new MediaRenderer(ddesc));
74	}
75	cerr << "getDevByFname failed for " << name << endl;
76	return MRDH();
77	}
78
79	struct SongcastState {
80	string nm;
81	string UDN;
82	enum SCState {SCS_GENERROR, SCS_NOOH, SCS_NOTRECEIVER,
83	SCS_STOPPED, SCS_PLAYING};
84	SCState state;
85	string uri;
86	string meta;
87	int receiverSourceIndex;
88	string reason;
89
90	OHPRH prod;
91	OHRCH rcv;
92
93	SongcastState()
94	: state(SCS_GENERROR), receiverSourceIndex(-1) {
95	}
96
97	void reset() {
98	nm.clear();
99	state = SongcastState::SCS_GENERROR;
100	receiverSourceIndex = -1;
101	reason.clear();
102	uri.clear();
103	meta.clear();
104	prod.reset();
105	rcv.reset();
106	}
107	};
108
109	void getSongcastState(const string& nm, SongcastState& st, bool live = true)
110	{
111	st.reset();
112	st.nm = nm;
113
114	MRDH rdr = getRenderer(nm);
115	if (!rdr) {
116	st.reason = nm + " not a media renderer?";
117	return;
118	}
119	st.nm = rdr->desc()->friendlyName;
120	st.UDN = rdr->desc()->UDN;
121
122	OHPRH prod = rdr->ohpr();
123	if (!prod) {
124	st.state = SongcastState::SCS_NOOH;
125	st.reason = nm + ": device has no OHProduct service";
126	return;
127	}
128	int index;
129	if (prod->sourceIndex(&index)) {
130	st.reason = nm + " : sourceIndex failed";
131	return;
132	}
133
134	vector<OHProduct::Source> sources;
135	if (prod->getSources(sources) \|\| sources.size() == 0) {
136	st.reason = nm + ": getSources failed";
137	return;
138	}
139	unsigned int rcvi = 0;
140	for (; rcvi < sources.size(); rcvi++) {
141	if (!sources[rcvi].name.compare("Receiver"))
142	break;
143	}
144	if (rcvi == sources.size()) {
145	st.state = SongcastState::SCS_NOOH;
146	st.reason = nm + " has no Receiver service";
147	return;
148	}
149	st.receiverSourceIndex = int(rcvi);
150
151	if (index < 0 \|\| index >= int(sources.size())) {
152	st.reason = nm + ": bad index " + SoapHelp::i2s(index) +
153	" not inside sources of size " + SoapHelp::i2s(sources.size());
154	return;
155	}
156
157	// Looks like the device has a receiver service. We may have to return a
158	// handle for it.
159	OHRCH rcv = rdr->ohrc();
160
161	string sname = sources[index].name;
162	if (sname.compare("Receiver")) {
163	st.state = SongcastState::SCS_NOTRECEIVER;
164	st.reason = nm + " not in receiver mode ";
165	goto out;
166	}
167
168	if (!rcv) {
169	st.reason = nm + ": no receiver service??";
170	goto out;
171	}
172	if (rcv->sender(st.uri, st.meta)) {
173	st.reason = nm + ": Receiver::Sender failed";
174	goto out;
175	}
176
177	OHPlaylist::TPState tpst;
178	if (rcv->transportState(&tpst)) {
179	st.reason = nm + ": Receiver::transportState() failed";
180	goto out;
181	}
182
183	if (tpst == OHPlaylist::TPS_Playing) {
184	st.state = SongcastState::SCS_PLAYING;
185	} else {
186	st.state = SongcastState::SCS_STOPPED;
187	}
188	out:
189	if (live) {
190	st.prod = prod;
191	st.rcv = rcv;
192	}
193
194	return;
195	}
196
197	void listReceivers(vector<SongcastState>& vscs)
198	{
199	vector<UPnPDeviceDesc> vdds;
200	if (!MediaRenderer::getDeviceDescs(vdds)) {
201	cerr << "listReceivers::getDeviceDescs failed" << endl;
202	return;
203	}
204
205	for (auto& entry : vdds) {
206	SongcastState st;
207	getSongcastState(entry.UDN, st, false);
208	if (st.state == SongcastState::SCS_NOTRECEIVER \|\|
209	st.state == SongcastState::SCS_PLAYING \|\|
210	st.state == SongcastState::SCS_STOPPED) {
211	vscs.push_back(st);
212	}
213	}
214	}
215
216	bool setReceiverPlaying(const string& nm, SongcastState& st,
217	const string& uri, const string& meta)
218	{
219	if (!st.rcv \|\| !st.prod) {
220	st.reason = nm + " : null handle ??";
221	return false;
222	}
223
224	if (st.rcv->setSender(uri, meta)) {
225	st.reason = nm + " Receiver::setSender() failed";
226	return false;
227	}
228	if (st.prod->setSourceIndex(st.receiverSourceIndex)) {
229	st.reason = nm + " : can't set source index to " +
230	SoapHelp::i2s(st.receiverSourceIndex);
231	return false;
232	}
233	if (st.rcv->play()) {
234	st.reason = nm + " Receiver::play() failed";
235	return false;
236	}
237	return true;
238	}
239
240	bool stopReceiver(const string& nm, SongcastState st)
241	{
242	if (!st.rcv \|\| !st.prod) {
243	st.reason = nm + " : null handle ??";
244	return false;
245	}
246	if (st.rcv->stop()) {
247	st.reason = nm + " Receiver::play() failed";
248	return false;
249	}
250	if (st.prod->setSourceIndex(0)) {
251	st.reason = nm + " : can't set source index to " +
252	SoapHelp::i2s(st.receiverSourceIndex);
253	return false;
254	}
255	return true;
256	}
257
258	void ohSongcast(const string& masterName, const vector<string>& slaves)
259	{
260	SongcastState mstate;
261	getSongcastState(masterName, mstate);
262	if (mstate.state != SongcastState::SCS_PLAYING) {
263	cerr << "Required master not in Receiver Playing mode" << endl;
264	return;
265	}
266
267	// Note: sequence sent from windows songcast when setting up a receiver:
268	// Product::SetSourceIndex / Receiver::SetSender / Receiver::Play
269	// When stopping:
270	// Receiver::Stop / Product::SetStandby
271	for (auto& sl: slaves) {
272	cerr << "Setting up " << sl << endl;
273	SongcastState sstate;
274	getSongcastState(sl, sstate);
275
276	switch (sstate.state) {
277	case SongcastState::SCS_GENERROR:
278	case SongcastState::SCS_NOOH:
279	cerr << sl << sstate.reason << endl;
280	continue;
281	case SongcastState::SCS_STOPPED:
282	case SongcastState::SCS_PLAYING:
283	cerr << sl << ": already in receiver mode" << endl;
284	continue;
285	case SongcastState::SCS_NOTRECEIVER:
286	if (setReceiverPlaying(sl, sstate, mstate.uri, mstate.meta)) {
287	cerr << sl << " set up for playing " << mstate.uri << endl;
288	} else {
289	cerr << sstate.reason << endl;
290	}
291	}
292	}
293	}
294
295	void ohNoSongcast(const vector<string>& slaves)
296	{
297	for (auto& sl: slaves) {
298	cerr << "Songcast: resetting " << sl << endl;
299	SongcastState sstate;
300	getSongcastState(sl, sstate);
301
302	switch (sstate.state) {
303	case SongcastState::SCS_GENERROR:
304	case SongcastState::SCS_NOOH:
305	cerr << sl << sstate.reason << endl;
306	continue;
307	case SongcastState::SCS_NOTRECEIVER:
308	cerr << sl << ": not in receiver mode" << endl;
309	continue;
310	case SongcastState::SCS_STOPPED:
311	case SongcastState::SCS_PLAYING:
312	if (stopReceiver(sl, sstate)) {
313	cerr << sl << " back from receiver mode " << endl;
314	} else {
315	cerr << sstate.reason << endl;
316	}
317	}
318	}
319	}
320		63
321	string showReceivers()	64	string showReceivers()
322	{	65	{
323	vector<SongcastState> vscs;	66	vector<ReceiverState> vscs;
324	listReceivers(vscs);	67	listReceivers(vscs);
325	ostringstream out;	68	ostringstream out;
326		69
327	for (auto& scs: vscs) {	70	for (auto& scs: vscs) {
328	switch (scs.state) {	71	switch (scs.state) {
329	case SongcastState::SCS_GENERROR: out << "Error ";break;	72	case ReceiverState::SCRS_GENERROR: out << "Error ";break;
330	case SongcastState::SCS_NOOH: out << "Nooh ";break;	73	case ReceiverState::SCRS_NOOH: out << "Nooh ";break;
331	case SongcastState::SCS_NOTRECEIVER: out << "Off ";break;	74	case ReceiverState::SCRS_NOTRECEIVER: out << "Off ";break;
332	case SongcastState::SCS_STOPPED: out << "Stop ";break;	75	case ReceiverState::SCRS_STOPPED: out << "Stop ";break;
333	case SongcastState::SCS_PLAYING: out << "Play ";break;	76	case ReceiverState::SCRS_PLAYING: out << "Play ";break;
334	}	77	}
335	out << scs.nm << " ";	78	out << scs.nm << " ";
336	out << scs.UDN << " ";	79	out << scs.UDN << " ";
337	if (scs.state == SongcastState::SCS_PLAYING) {	80	if (scs.state == ReceiverState::SCRS_PLAYING) {
338	out << scs.uri;	81	out << scs.uri;
339	} else if (scs.state == SongcastState::SCS_GENERROR) {	82	} else if (scs.state == ReceiverState::SCRS_GENERROR) {
340	out << scs.reason;	83	out << scs.reason;
341	}	84	}
		85	out << endl;
		86	}
		87	return out.str();
		88	}
		89
		90	string showSenders()
		91	{
		92	vector<SenderState> vscs;
		93	listSenders(vscs);
		94	ostringstream out;
		95
		96	for (auto& scs: vscs) {
		97	out << scs.nm << " ";
		98	out << scs.UDN << " ";
		99	out << scs.reason << " ";
		100	out << scs.uri;
342	out << endl;	101	out << endl;
343	}	102	}
344	return out.str();	103	return out.str();
345	}	104	}
346		105
347	static char *thisprog;	106	static char *thisprog;
348	static char usage [] =	107	static char usage [] =
349	" -l List renderers with Songcast Receiver capability\n"	108	" -l List renderers with Songcast Receiver capability\n"
		109	" -L List Songcast Senders\n"
350	" -s <master> <slave> [slave ...] : Set up the slaves renderers as Songcast\n"	110	" -s <master> <slave> [slave ...] : Set up the slaves renderers as Songcast\n"
351	" Receivers and make them play from the same uri as the master\n"	111	" Receivers and make them play from the same uri as the master receiver\n"
352	" -x <renderer> [renderer ...] Reset renderers from Songcast to Playlist\n"	112	" -x <renderer> [renderer ...] Reset renderers from Songcast to Playlist\n"
353	" -S Run as server\n"	113	" -S Run as server\n"
354	" -f If no server is found, scctl will fork one after performing the\n"	114	" -f If no server is found, scctl will fork one after performing the\n"
355	" requested command, so that the next execution will not have to wait for\n"	115	" requested command, so that the next execution will not have to wait for\n"
356	" the discovery timeout.n"	116	" the discovery timeout.n"
		117	" -r <sender> <renderer> <renderer> : set up the renderers in Receiver mode\n"
		118	" playing data from the sender. This is like -s but we get the uri from \n"
		119	" the sender instead of a sibling receiver\n"
357	" -h This help.\n"	120	" -h This help.\n"
358	"\n"	121	"\n"
359	"Renderers may be designated by friendly name or UUID\n"	122	"Renderers may be designated by friendly name or UUID\n"
360	"\n"	123	"\n"
361	;	124	;
	...		...
372	#define OPT_x 0x4	135	#define OPT_x 0x4
373	#define OPT_S 0x8	136	#define OPT_S 0x8
374	#define OPT_h 0x10	137	#define OPT_h 0x10
375	#define OPT_f 0x20	138	#define OPT_f 0x20
376	#define OPT_p 0x40	139	#define OPT_p 0x40
		140	#define OPT_r 0x80
		141	#define OPT_L 0x100
377		142
378	int runserver();	143	int runserver();
379	bool tryserver(int flags, int argc, char *argv[]);	144	bool tryserver(int flags, int argc, char *argv[]);
380		145
381	int main(int argc, char *argv[])	146	int main(int argc, char *argv[])
382	{	147	{
383	thisprog = argv[0];	148	thisprog = argv[0];
384		149
385	int ret;	150	int ret;
386	while ((ret = getopt(argc, argv, "fhlsSx")) != -1) {	151	while ((ret = getopt(argc, argv, "fhLlrsSx")) != -1) {
387	switch (ret) {	152	switch (ret) {
388	case 'f': op_flags \|= OPT_f; break;	153	case 'f': op_flags \|= OPT_f; break;
389	case 'h': Usage(stdout); break;	154	case 'h': Usage(stdout); break;
390	case 'l': op_flags \|= OPT_l; break;	155	case 'l':
391	case 's': op_flags \|= OPT_s; break;	156	if (op_flags & ~OPT_f)
392	case 'S': op_flags \|= OPT_S; break;	157	Usage();
393	case 'x': op_flags \|= OPT_x; break;	158	op_flags \|= OPT_l;
		159	break;
		160	case 'L':
		161	if (op_flags & ~OPT_f)
		162	Usage();
		163	op_flags \|= OPT_L;
		164	break;
		165	case 'r':
		166	if (op_flags & ~OPT_f)
		167	Usage();
		168	op_flags \|= OPT_r;
		169	break;
		170	case 's':
		171	if (op_flags & ~OPT_f)
		172	Usage();
		173	op_flags \|= OPT_s;
		174	break;
		175	case 'S':
		176	if (op_flags & ~OPT_f)
		177	Usage();
		178	op_flags \|= OPT_S;
		179	break;
		180	case 'x':
		181	if (op_flags & ~OPT_f)
		182	Usage();
		183	op_flags \|= OPT_x;
		184	break;
394	default: Usage();	185	default: Usage();
395	}	186	}
396	}	187	}
397	//fprintf(stderr, "argc %d optind %d flgs: 0x%x\n", argc, optind, op_flags);	188	//fprintf(stderr, "argc %d optind %d flgs: 0x%x\n", argc, optind, op_flags);
398		189
	...		...
416	mylib->errAsString("main", mylib->getInitError()) << endl;	207	mylib->errAsString("main", mylib->getInitError()) << endl;
417	return 1;	208	return 1;
418	}	209	}
419	// mylib->setLogFileName("/tmp/libupnp.log");	210	// mylib->setLogFileName("/tmp/libupnp.log");
420		211
421		212	vector<string> args;
		213	while (optind < argc) {
		214	args.push_back(argv[optind++]);
		215	}
		216
422	if ((op_flags & OPT_l)) {	217	if ((op_flags & OPT_l)) {
423	if (op_flags & (OPT_s\|OPT_x)) {	218	if (args.size())
424	Usage();
425	}
426	if (optind < argc)
427	Usage();	219	Usage();
428	string out = showReceivers();	220	string out = showReceivers();
429	cout << out;	221	cout << out;
		222	} else if ((op_flags & OPT_L)) {
		223	if (args.size())
		224	Usage();
		225	string out = showSenders();
		226	cout << out;
		227	} else if ((op_flags & OPT_r)) {
		228	if (args.size() < 2)
		229	Usage();
		230	setReceiversFromSender(args[0], vector<string>(args.begin() + 1,
		231	args.end()));
430	} else if ((op_flags & OPT_s)) {	232	} else if ((op_flags & OPT_s)) {
431	if (op_flags & (OPT_l\|OPT_x)) {	233	if (args.size() < 2)
432	Usage();	234	Usage();
433	}	235	setReceiversFromReceiver(args[0], vector<string>(args.begin()+1,
434	if (optind > argc - 2)	236	args.end()));
		237	} else if ((op_flags & OPT_x)) {
		238	if (args.size() < 1)
435	Usage();	239	Usage();
436	string master = argv[optind++];	240	stopReceivers(args);
437	vector<string> slaves;
438	while (optind < argc) {
439	slaves.push_back(argv[optind++]);
440	}
441	ohSongcast(master, slaves);
442	} else if ((op_flags & OPT_x)) {
443	if (op_flags & (OPT_l\|OPT_s)) {
444	Usage();
445	}
446	if (optind > argc - 1)
447	Usage();
448	vector<string> slaves;
449	while (optind < argc) {
450	slaves.push_back(argv[optind++]);
451	}
452	ohNoSongcast(slaves);
453	} else if ((op_flags & OPT_S)) {	241	} else if ((op_flags & OPT_S)) {
454	exit(runserver());	242	exit(runserver());
455	} else {	243	} else {
456	Usage();	244	Usage();
457	}	245	}
	...		...
591	if (opflags & OPT_p) {	379	if (opflags & OPT_p) {
592	// ping	380	// ping
593	out = "Ok\n";	381	out = "Ok\n";
594	} else if (opflags & OPT_l) {	382	} else if (opflags & OPT_l) {
595	out = showReceivers();	383	out = showReceivers();
		384	} else if (opflags & OPT_r) {
		385	if (toks.size() < 3)
		386	return 1;
		387	vector<string>::iterator beg = toks.begin();
		388	beg++;
		389	string sender = *beg;
		390	beg++;
		391	vector<string> receivers(beg, toks.end());
		392	setReceiversFromSender(sender, receivers);
596	} else if (opflags & OPT_s) {	393	} else if (opflags & OPT_s) {
597	if (toks.size() < 3)	394	if (toks.size() < 3)
598	return 1;	395	return 1;
599	vector<string>::iterator beg = toks.begin();	396	vector<string>::iterator beg = toks.begin();
600	beg++;	397	beg++;