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X32.c
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X32.c
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//
// X32.c
//
// Created on: 16 janv. 2015
// Author: Patrick-Gilles Maillot
//
// Revisions: 0.30: changed "libch" to "libchan" for /save /load/ /delete etc.,
// /save for 'scene' is a ,siss type function, not ,sissi
// and "channel" to "libchan" in /copy
// added a status being sent after /copy
// 0.40 & 0.41: Accepts OSC empty Tag Strings to better conform to OSC 1.1 standard
// 0.50: updated parameters accepted for /-stat, /-prefs, /-action commands
// 0.60: better handling of /node commands (/node ,s ch), (/node ,s fxrtn), etc...
// 0.65: support for (some) 3.04 features
// 0.66: fixed typos and cosmetic changes
// 0.67: fixed bug in the reply sent by /status ; /bus/02/mix/01/type fixed
// 0.68: fixed bug in getting IP address with non-Windows systems (Xport_str was over written)
// 0.69: support for X-Live! and 3.08FW
// 0.70: support for /node single argument commands such as /node ,s -prefs/rta/visibility, or /node ,s headamp/006/phantom
// 0.71: support for / commands such as / ,s "/ch/01/config/name toto", support for meters, and generally now answering
// correcly to other remote clients on complex changes, i.e. if a data is not changed, it will not be sent to remote
// clients.
// 0.72: bug fixes
// 0.73: better handling of float comaparisons (using EPSILON)
// 0.74: new functions /-libs, bug fixes
// 0.75: new f-i flag to select IP address and changes in the way the bind() is done
// 0.76: /-prefs/name correctly updates the name of the console (in /info and /status)
// 0.77: fixed incorrect index computation in the case of mutliple tags, ex: /config/mute ,iiiiii would not set last value
// 0.78: includes FW4.0 capabilities, and includes /-stat/lock ,i 2 as a shutdown command
// 0.79: /config/osc/dest was missing as a command
// 0.80: error in /fx/... command
// 0.81: added some elements related to 4.06 (/mtx/../grp, /main/st|m/grp,..) tested with xedit 4.12
// 0.82: added some elements related to 4.06 (/-stat/dcaspill)
// 0.83: fixed bugs in FX parameters lists and ranges
// 0.84: additional controls on strip parameter ranges to avoid seg faults.
// 0.85: Fixed parameter type s in /mtx/../dyn/thr and .../dyn/filter/f
// 0.86: Fixed missing comma in XiQeq[] definitions
// 0.87: Partial fix for /meters command
// 0.88: Fix for /meters/5 and /meter/6 timefactor control
//
#ifdef __WIN32__
#include <windows.h>
#include <winsock2.h>
#include <ws2tcpip.h>
#define ZMemory(a,b) ZeroMemory(a, b)
#else
#define ZMemory(a,b) memset(a, 0, b)
#include <net/if.h>
#include <ifaddrs.h>
#include <sys/ioctl.h>
#include <sys/socket.h>
#include <sys/param.h>
#include <netinet/in.h>
#include <arpa/inet.h>
#include <netdb.h>
#define SOCKET_ERROR -1
#define WSAGetLastError() -1
#endif
#include <stdio.h>
#include <unistd.h>
#include <stdlib.h>
#include <string.h>
#include <math.h>
#include <sys/time.h>
#include <sys/types.h>
#include <time.h>
#define EPSILON 0.0001 // epsilon for float comparisons
#define XVERSION "4.06" // FW version
#define BSIZE 512 // Buffer sizes
#define X32DEBUG 0 // default debug mode
#define X32VERBOSE 1 // default verbose mode
#define VERB_REMOTE 0 // if verbose: default /xremote verbose
#define VERB_BATCH 0 // if verbose: default /batch... verbose
#define VERB_FORMAT 0 // if verbose: default /format... verbose
#define VERB_RENEW 0 // if verbose: default /renew verbose
#define VERB_METER 0 // if verbose: default /meters verbose
#define MAX_CLIENTS 4 // support updating 4 remote clients max
#define MAX_METERS 17 // support for max /meters, starting with /meters/0
#define XREMOTE_TIME 11 // xremote max time before abandon of client updating
#define F_GET 0x0001 // Get parameter(s) command
#define F_SET 0x0002 // Set parameter(s) command
#define F_XET F_GET | F_SET
#define F_NPR 0x0004 // Do not propagate to other clients
#define F_FND 0x0008 // first of a series or node data header
#define S_SND 0x0001 // Update current client needed
#define S_REM 0x0002 // Update remote clients needed
#define C_HA 0x0001 // copy mask : Head amps
#define C_CONFIG 0x0002 // copy mask : Config
#define C_GATE 0x0004 // copy mask : Gate
#define C_DYN 0x0008 // copy mask : Dynamics
#define C_EQ 0x0010 // copy mask : EQs
#define C_SEND 0x0020 // copy mask : Sends
enum types {
NIL, // 0
I32, // 1
F32, // 2
S32, // 3
B32, // 4
E32, // 5
P32, // 6
RES2, // 7
RES3, // 8
RES4, // 9
FX32, // 10
OFFON, // 11
CMONO, // 12
CSOLO, // 13
CTALK, // 14
CTALKAB, // 15
COSC, // 16
CROUTSW, // 17
CROUTIN, // 18
CROUTAC, // 19
CROUTOT, // 20
CROUTPLAY, // 21
CCTRL, // 22
CENC, // 23
CTAPE, // 24
CMIX, // 25
CHCO, // 26
CHDE, // 27
CHPR, // 28
CHGA, // 29
CHGF, // 30
CHDY, // 31
CHDF, // 32
CHIN, // 33
CHEQ, // 34
CHMX, // 35
CHMO, // 36
CHME, // 37
CHGRP, // 38
CHAMIX, // 39
AXPR, // 40
BSCO, // 41
MXPR, // 42
MXDY, // 43
MSMX, // 44
FXTYP1, // 45
FXSRC, // 46
FXPAR1, // 47
FXTYP2, // 48
FXPAR2, // 49
OMAIN, // 50
OMAIN2, // 51
OP16, // 52
OMAIND, // 53
HAMP, // 54
PREFS, // 55
PIR, // 56
PIQ, // 57
PCARD, // 58
PRTA, // 59
PIP, // 60
PADDR, // 61
PMASK, // 62
PGWAY, // 63
STAT, // 64
SSCREEN, // 65
SCHA, // 66
SMET, // 67
SROU, // 68
SSET, // 69
SLIB, // 70
SFX, // 71
SMON, // 72
SUSB, // 73
SSCE, // 74
SASS, // 75
SSOLOSW, // 76
SAES, // 77
STAPE, // 78
SOSC, // 79
STALK, // 80
USB, // 81
SNAM, // 82
SCUE, // 83
SSCN, // 84
SSNP, // 85
HA, // 86
ACTION, // 87
UREC, // 88
SLIBS, // 89
D48, // 90
D48A, // 91
D48G, // 92
UROUO, // 93
UROUI, // 94
PKEY, // 95
};
typedef struct X32header { // The Header structure is used to quickly scan through
union { // blocks of commands (/config, /ch/xxx, etc) with
char ccom[4]; // a single test on the first four characters.
int icom; //
} header; // A union enables doing this on a single int test
int (*fptr)(); // The result points to a parsing function, via a
} X32header; // dedicated function pointer call
typedef struct X32command { // The Command structure describes ALL X32 commands
char* command; // - Their syntax (/ch/01/config/icon (for example))
union { // - Their format type (no data, int, float, string, blob, special type...)
int typ; // see enum types above
char* str; // address of a string if applicable
} format; //
int flags; // - a command flag: (simple command, get/set, node entry, etc.)
union { // - The value associated to the format type above
int ii; // can be int, float, string address or general data address
float ff; //
char* str; //
void* dta; //
} value; //
char* *node; // when applicable, the array of node strings associated with the command
// the actual node value is node[value.ii]. This pointer is NULL if the data
// should be directly obtained from value.type and printed as a string.
} X32command; //
typedef struct X32enum { // X32 enum structure
char* str; // X32 enum name
int ival; // X32 corresponding int value
} X32enum;
typedef struct X32node { // The Node header structure is used to directly
char* command; // parse a node command on a limited number of characters and
int nchars; // "jump" to the associated node entry function to manage
X32command* cmd_ptr; // the appropriate "node ,s ..." answer
int cmd_max; //
} X32node;
struct { // The Client structure
int vlid; // - Valid entry
struct sockaddr sock; // - Client identification data (based on IP/Port)
time_t xrem; // - /xremote time when initiated
} X32Client[MAX_CLIENTS];
//
// Public/External functions
extern void Xfdump(char *header, char *buf, int len, int debug);
extern int Xsprint(char *bd, int index, char format, void *bs);
extern int Xfprint(char *bd, int index, char* text, char format, void *bs);
//
// Private functions
void getmyIP();
void Xsend(int who_to);
void X32Print(struct X32command* command);
int X32Shutdown();
int X32Init();
int FXc_lookup(X32command* command, int i);
int funct_params(X32command* command, int i);
int function_shutdown();
int function_info();
int function_xinfo();
int function_status();
int function_xremote();
int function_slash();
int function_node();
int function_config();
int function_main();
int function_prefs();
int function_stat();
int function_urec();
int function_channel();
int function_auxin();
int function_fxrtn();
int function_bus();
int function_mtx();
int function_dca();
int function_fx();
int function_output();
int function_headamp();
int function_misc();
int function_show();
int function_copy();
int function_add();
int function_load();
int function_save();
int function_delete();
int function_unsubscribe();
int function_action();
int function_meters();
int function_misc();
int function_renew();
int function_libs();
int function_showdump();
int function();
//
float Xr_float(char* Xin, int l);
char* XslashSetInt(X32command* command, char* str_pt_in);
char* XslashSetPerInt(X32command* command, char* str_pt_in);
char* XslashSetString(X32command* command, char* str_pt_in);
char* XslashSetList(X32command* command, char* str_pt_in);
char* XslashSetLinf(X32command* command, char* str_pt_in, float f1, float f2, float step);
char* XslashSetLogf(X32command* command, char* str_pt_in, float f1, float f2, int steps);
char* XslashSetLevl(X32command* command, char* str_pt_in, int steps);
char* RLinf(X32command* command, char* str_pt_in, float xmin, float lmaxmin);
char* RLogf(X32command* command, char* str_pt_in, float xmin, float lmaxmin);
char* REnum(X32command* command, char* str_pt_in, char* str_enum[]);
int function_node_single();
void GetFxPar1(X32command* command, char* buf, int ipar, int type);
void SetFxPar1(X32command* command, char* str_pt_in, int ipar, int type);
void Xprepmeter(int i, int l, char *buf, int n, int k);
char snode_str[32]; // used to temporarily save a string in node and FX commands
char* OffOn[] = {" OFF", " ON", ""};
char* Xamxgrp[] = {" OFF", " X", " Y", ""};
char* Xcolors[] = {" OFF", " RD", " GN", " YE", " BL", " MG", " CY", " WH", " OFFi", " RDi", " GNi", " YEi", " BLi", " MGi", " CYi", " WHi", ""};
char* XSsourc[] = {" OFF", " LR", " LR+C", " LRPFL", " LRAFL", " AUX56", " AUX78", ""};
char* Xmnmode[] = {" LR+M", " LCR", ""};
char* Xchmode[] = {" PFL", " AFL", ""};
char* Xhslop[] = {" 12", " 18", " 24", ""};
char* Xgmode[] = {" EXP2", " EXP3", " EXP", " GATE", " DUCK", ""};
char* Xdymode[] = {" COMP", " EXP", ""};
char* Xdydet[] = {" PEAK", " RMS", ""};
char* Xdyenv[] = {" LIN", " LOG", ""};
char* Xdyrat[] = {" 1.1", " 1.3", " 1.5", " 2.0", " 2.5", " 3.0", " 4.0", " 5.0", " 7.0", " 10", " 20", " 100", ""};
char* Xdyftyp[] = {" LC6", " LC12", " HC6", " HC12", " 1.0", " 2.0", " 3.0", " 5.0", " 10.0", ""};
char* Xdyppos[] = {" PRE", " POST", ""};
char* Xisel[] = {" OFF", " FX1L", " FX1R", " FX2L", " FX2R", " FX3L", " FX3R",
" FX4L", " FX4R", " FX5L", " FX5R", " FX6L", " FX6R", " FX7L",
" FX7R", " FX8L", " FX8R", " AUX1", " AUX2", " AUX3", " AUX4",
" AUX5", " AUX6", ""};
char* Xeqty1[] = {" LCut", " LShv", " PEQ", " VEQ", " HShv", " HCut", ""};
char* Xeqty2[] = {" LCut", " LShv", " PEQ", " VEQ", " HShv", " HCut", " BU6",
" BU12", " BS12", " LR12", " BU18", " BU24", " BS24", " LR24", ""};
char* Xmtype[] = {" IN/LC", " <-EQ", " EQ->", " PRE", " POST", " GRP", ""};
char* XTsourc[] = {" INT", " EXT", ""};
char* XOscsel[] = {" F1", " F2", ""};
char* XOsctyp[] = {" SINE", " PINK", " WHITE", ""};
char* XCFrsw[] = {" REC", " PLAY", ""};
char* XRtgin[] = {" AN1-8", " AN9-16", " AN17-24", " AN25-32", " A1-8", " A9-16", " A17-24", " A25-32", " A33-40",
" A41-48", " B1-8", " B9-16", " B17-24", " B25-32", " B33-40", " B41-48", " CARD1-8", " CARD9-16",
" CARD17-24", " CARD25-32", ""};
char* XRtaea[] = {" AN1-8", " AN9-16", "AN17-24", " AN25-32", " A1-8", " A9-16", " A17-24", " A25-32", " A33-40",
" A41-48", " B1-8", " B9-16", " B17-24", " B25-32", " B33-40", " B41-48", " CARD1-8", " CARD9-16",
" CARD17-24", " CARD25-32", " OUT1-8", " OUT9-16", " P161-8", " P169-16", " AUX1-6/Mon", " AuxIN1-6/TB", ""};
char* XRtina[] = {" AUX1-4", " AN1-2", " AN1-4", " AN1-6", " A1-2", " A1-4", " A1-6",
" B1-2", " B1-4", " B1-6", " CARD1-2", " CARD1-4", " CARD1-6", ""};
char* XRout1[] = {" AN1-4", " AN9-12", " AN17-20", " AN25-28", " A1-4", " A9-12", " A17-20", " A25-28", " A33-36",
" A41-44" ," B1-4", " B9-12", " B17-20", " B25-28", " B33-36", " B41-44", " CARD1-4", " CARD9-12",
" CARD17-20", " CARD25-28", " OUT1-4", " OUT9-12", " P161-4", " P169-12", " AUX/CR", " AUX/TB", ""};
char* XRout5[] = {" AN5-8", " AN13-16", " AN21-24", " AN29-32", " A5-8", " A13-16", " A21-24", " A29-32", " A37-40",
" A45-48" ," B5-8", " B13-16", " B21-24", " B29-32", " B37-40", " B45-48", " CARD5-8", " CARD13-16",
" CARD21-24", " CARD29-32", " OUT5-8", " OUT13-16", " P165-8", " P1613-16", " AUX/CR", " AUX/TB", ""};
char* Sfxtyp1[] = {" HALL", " AMBI", " RPLT", " ROOM", " CHAM", " PLAT", " VREV", " VRM",
" GATE", " RVRS", " DLY", " 3TAP", " 4TAP", " CRS", " FLNG", " PHAS", " DIMC", " FILT",
" ROTA", " PAN", " SUB", " D/RV", " CR/R", " FL/R", " D/CR", " D/FL", " MODD", " GEQ2",
" TEQ2", " GEQ", " TEQ", " DES2", " DES", " P1A2", " P1A", " PQ5S", " PQ5", " WAVD",
" LIM", " CMB2", " CMB", " FAC2", " FAC1M", " FAC", " LEC2", " LEC", " ULC2", " ULC",
" ENH2", " ENH", " EXC2", " EXC", " IMG", " EDI", " SON", " AMP2", " AMP", " DRV2",
" DRV", " PIT2", " PIT", ""};
enum Sfxtyp1 {_1_HALL, _1_AMBI, _1_RPLT, _1_ROOM, _1_CHAM, _1_PLAT, _1_VREV, _1_VRM,
_1_GATE, _1_RVRS, _1_DLY, _1_3TAP, _1_4TAP, _1_CRS, _1_FLNG, _1_PHAS, _1_DIMC, _1_FILT,
_1_ROTA, _1_PAN, _1_SUB, _1_D_RV, _1_CR_R, _1_FL_R, _1_D_CR, _1_D_FL, _1_MODD, _1_GEQ2,
_1_TEQ2, _1_GEQ, _1_TEQ, _1_DES2, _1_DES, _1_P1A2, _1_P1A, _1_PQ5S, _1_PQ5, _1_WAVD,
_1_LIM, _1_CMB, _1_CMB2, _1_FAC2, _1_FAC1M, _1_FAC, _1_LEC2, _1_LEC, _1_ULC2, _1_ULC,
_1_ENH2, _1_ENH, _1_EXC2, _1_EXC, _1_IMG, _1_EDI, _1_SON, _1_AMP2, _1_AMP, _1_DRV2,
_1_DRV, _1_PIT2, _1_PIT};
char* Sfxtyp2[] = {" GEQ2", " TEQ2", " GEQ", " TEQ", " DES2", " DES", " P1A", " P1A2" ,
" PQ5", " PQ5S", " WAVD", " LIM", " FAC", " FAC1M", " FAC2", " LEC", " LEC2", " ULC" ,
" ULC2", " ENH2", " ENH", " EXC2", " EXC", " IMG", " EDI", " SON", " AMP2", " AMP" ,
" DRV2", " DRV", " PHAS", " FILT", " PAN", " SUB", ""};
enum Sfxtyp2 {_2_GEQ2 = _1_PIT + 2, _2_TEQ2, _2_GEQ, _2_TEQ, _2_DES2, _2_DES, _2_P1A, _2_P1A2,
_2_PQ5S, _2_PQ5, _2_WAVD, _2_LIM, _2_FAC2, _2_FAC1M, _2_FAC, _2_LEC2, _2_LEC, _2_ULC2,
_2_ULC, _2_ENH2, _2_ENH, _2_EXC2, _2_EXC, _2_IMG, _2_EDI, _2_SON, _2_AMP2, _2_AMP,
_2_DRV2, _2_DRV, _2_PHAS, _2_FILT, _2_PAN, _2_SUB};
char* Sfxsrc[] = {" INS", " MIX1", " MIX2", " MIX3", " MIX4", " MIX5", " MIX6", " MIX7",
" MIX8", " MIX9", " MIX10", " MIX11", " MIX12", " MIX13", " MIX14",
" MIX15", " MIX16", " M/C", ""};
char* Xotpos[] = {"IN/LC", "IN/LC+M", "<-EQ", "<-EQ+M", "EQ->", "EQ->+M", "PRE", "PRE+M", "POST", ""};
char* XiQgrp[] = {" OFF", " A", " B", ""};
char* XiQspk[] = {" none", " iQ8", " iQ10", " iQ12", " iQ15", " iQ15B", " iQ18B", ""};
char* XiQeq[] = {" Linear", " Live", " Speech", " Playback", " User", ""};
char* Psource[] = {" INT", " AES50A", " AES50B", " Exp Card", ""};
char* PSCont[] = {" CUES", " SCENES", " SNIPPETS", ""};
char* PRpro[] = {" MC", " HUI", " CC", ""};
char* PRrate[] = {" 48K", " 44K1", ""};
char* PRpos[] = {" PRE", " POST", ""};
char* PRmode[] = {" BAR", " SPEC", ""};
char* PRdet[] = {" RMS", " PEAK", ""};
char* PRport[] = {" MIDI", " CARD", " RTP", ""};
char* Pctype[] = {" FW", " USB", " unk", " unk", " unk", " unk", ""};
char* Pusbmod[] = {" 32/32", " 16/16", " 32/8", " 8/32", " 8/8", " 2/2", ""};
char* Pufmode[] = {" 32/32", " 16/16", " 32/8", " 8/32", ""};
char* Pcaw[] = {" IN", " OUT", ""};
char* Pcas[] = {" WC", " ADAT1", " ADAT2", " ADAT3", " ADAT4", ""};
char* Pmdmode[] = {" 56", " 64", ""};
char* Pcmadi[] = {" 1-32", " 9-40", " 17-48", " 25-56", " 33-64", ""};
char* Pcmado[] = {" OFF", "1-32", " 9-40", " 17-48", " 25-56", " 33-64", ""};
char* Pmadsrc[] = {" OFF", " OPT", " COAX", " BOTH", ""};
char* Purectk[] = {" 32Ch", " 16Ch", " 8Ch", ""};
char* Purplbk[] = {" SD", " USB", ""};
char* Pursdsl[] = {" SD1", " SD2", ""};
char* Purrctl[] = {" USB", " XLIVE", ""};
char* Pinvmut[] = {" NORM", " INV", ""};
char* Pclkmod[] = {" 24h", " 12h", ""};
char* Purerpa[] = {" REC", " PLAY", " AUTO", ""};
char* Prtavis[] = {" OFF", " 25%", " 30%", " 35%", " 40%", "45%", "50%", " 55%",
" 60%", "65%", "70%", "75%", "80%", ""};
char* Prtaph[] = {" OFF", " 1", " 2", " 3", " 4", "5", "6", " 7", "8", ""};
char* Ubat[] = {" NONE", " GOOD", " LOW", ""};
char* Usdc[] = {" NONE", " READY", " PROTECT", " ERROR", ""};
char* Sselidx[] = {" Ch01", " Ch02", " Ch03", " Ch04", " Ch05", " Ch06", " Ch07", " Ch08",
" Ch09", " Ch10", " Ch11", " Ch12", " Ch13", " Ch14", " Ch15", " Ch16",
" Ch17", " Ch18", " Ch19", " Ch20", " Ch21", " Ch22", " Ch23", " Ch24",
" Ch25", " Ch26", " Ch27", " Ch28", " Ch29", " Ch30", " Ch31", " Ch32",
" Aux1", " Aux2", " Aux3", " Aux4", " Aux5", " Aux6", " Aux7", " Aux8",
" Fx1L", " Fx1R", " Fx2L", " Fx2R", " Fx3L", " Fx3R", " Fx4L", " Fx4R",
" Bus1", " Bus2", " Bus3", " Bus4", " Bus5", " Bus6", " Bus7", " Bus8",
" Bus9", " Bs10", " Bs11", " Bs12", " Bs13", " Bs14", " Bs15", " Bs16",
" Mtx1", " Mtx2", " Mtx3", " Mtx4", " Mtx5", " Mtx6", " LR", " M/C", ""};
char* Sscrn[] = {" CHAN", " METERS", " ROUTE", " SETUP", " LIB", " FX",
" MON", " USB", " SCENE", " ASSIGN", " LOCK", ""};
char* Schal[] = {" HOME", " CONFIG", " GATE", " DYN", " EQ", "MIX", " MAIN", ""};
char* Smetl[] = {" CHANNEL", " MIXBUS", " AUX/FX", " IN/OUT", " RTA", ""};
char* Sroul[] = {" HOME", " AES50A", " AES50B", " CARDOUT", "XLROUT", " ANAOUT", "AUXOUT", "P16OUT", "USER"};
char* Ssetl[] = {" GLOB", " CONF", " REMOTE", " NETW", "NAMES", "PREAMPS", " CARD", ""};
char* Slibl[] = {" CHAN", " EFFECT", " ROUTE", ""};
char* Sfxl[] = {" HOME", " FX1", " FX2", " FX3", "FX4", "FX5", " FX6", " FX7", " FX8", ""};
char* Smonl[] = {" MONITOR", " TALKA", " TALKB", " OSC", ""};
char* Susbl[] = {" HOME", " CONFIG", ""};
char* Sscel[] = {" HOME", " SCENES", " BITS", " PARSAFE", "CHNSAFE", "MIDI", ""};
char* Sassl[] = {" HOME", " SETA", " SETB", " SETC", ""};
char* Stapl[] = {" STOP", " PPAUSE", " PLAY", " RPAUSE", "RECORD", "FF", "REW", ""};
char* R00[] = {"OFF", "ON", ""};
char* R01[] = {"FRONT", "REAR", ""};
char* R02[] = {"ST", "M/S", ""};
char* R03[] = {"2", "8", "12", "20", "ALL", ""};
char* R04[] = {"COMP", "LIM", ""};
char* R05[] = {"GR", "SBC", "PEAK", ""};
char* R06[] = {"0", "1", ""};
char* R07[] = {"OFF", "Bd1", "Bd2", "Bd3", "Bd4", "Bd5", ""};
char* R08[] = {"12", "48", ""};
char* R09[] = {"1.1", "1.2", "1.3", "1.5", "1.7", "2", "2.5", "3", "3.5", "4", "5", "7", "10", "LIM", ""};
char* R10[] = {"1k5", "2k", "3k", "4k", "5k", ""};
char* R11[] = {"200", "300", "500", "700", "1k", "1k5", "2k", "3k", "4k", "5k", "7k", ""};
char* R12[] = {"200", "300", "500", "700", "1000", ""};
char* R13[] = {"5k", "10k", "20k", ""};
char* R14[] = {"3k", "4k", "5k", "8k", "10k", "12k", "16k", ""};
char* R15[] = {"20", "30", "60", "100", ""};
char* R16[] = {"FEM", "MALE", ""};
char* R17[] = {"AMB", "CLUB", "HALL", ""};
char* R18[] = {"PAR", "SER", ""};
char* R19[] = {"1", "1/2", "2/3", "3/2", ""};
char* R20[] = {"1/4", "1/3", "3/8", "1/2", "2/3", "3/4", "1", "1/4X", "1/3X", "3/8X", "1/2X", "2/3X", "3/4X", "1X",""};
char* R21[] = {"LO", "MID", "HI",""};
char* R22[] = {"TRI", "SIN", "SAW", "SAW-", "RMP", "SQU", "RND",""};
char* R23[] = {"LP", "HP", "BP", "NO",""};
char* R24[] = {"M", "ST",""};
char* R25[] = {"1/4", "3/8", "1/2", "2/3", "1", "4/3", "3/2", "2", "3",""};
char* R26[] = {"2POL", "4POL",""};
char* R27[] = {"RUN", "STOP",""};
char* R28[] = {"SLOW", "FAST",""};
char* R29[] = {"ST", "MS",""};
#include "X32Channel.h" //
#include "X32CfgMain.h" //
#include "X32PrefStat.h" // These are the actual files describing
#include "X32Auxin.h" // X32 Commands by blocks of the same
#include "X32Fxrtn.h" // type of commands... More than 10k commands!
#include "X32Bus.h" //
#include "X32Mtx.h" //
#include "X32Dca.h" //
#include "X32Fx.h" //
#include "X32Output.h" //
#include "X32Headamp.h" //
#include "X32Show.h" //
#include "X32Misc.h" //
#include "X32Libs.h" //
X32header Xheader[] = { // X32 Headers, the data used for testing and the
{ { "/shu" }, &function_shutdown }, // associated function call
{ { "/inf" }, &function_info },
{ { "/xin" }, &function_xinfo },
{ { "/sta" }, &function_status },
{ { "/xre" }, &function_xremote },
{ { "/nod" }, &function_node },
{ {"/\0\0\0" }, &function_slash },
{ { "/con" }, &function_config },
{ { "/mai" }, &function_main },
{ { "/-pr" }, &function_prefs },
{ { "/-st" }, &function_stat },
{ { "/-ur" }, &function_urec },
{ { "/ch/" }, &function_channel },
{ { "/aux" }, &function_auxin },
{ { "/fxr" }, &function_fxrtn },
{ { "/bus" }, &function_bus },
{ { "/mtx" }, &function_mtx },
{ { "/dca" }, &function_dca },
{ { "/fx/" }, &function_fx },
{ { "/out" }, &function_output },
{ { "/hea" }, &function_headamp },
{ { "/met" }, &function_meters },
{ { "/-ha" }, &function_misc },
{ { "/ins" }, &function_misc },
{ { "/-sh" }, &function_show },
{ { "/ren" }, &function_renew },
{ { "/cop" }, &function_copy },
{ { "/add" }, &function_add },
{ { "/loa" }, &function_load },
{ { "/sav" }, &function_save },
{ { "/del" }, &function_delete },
{ { "/uns" }, &function_unsubscribe },
{ { "/-us" }, &function_misc },
{ { "/und" }, &function },
{ { "/-ac" }, &function_action },
{ { "/-li" }, &function_libs },
{ { "/sho" }, &function_showdump },
};
int Xheader_max = sizeof(Xheader) / sizeof(X32header);
X32command Xmeters[] = {
{"/meters/0", {I32}, F_GET, {0}, NULL}, // 0
{"/meters/1", {I32}, F_GET, {0}, NULL}, // 1
{"/meters/2", {I32}, F_GET, {0}, NULL}, // 2
{"/meters/3", {I32}, F_GET, {0}, NULL}, // 3
{"/meters/4", {I32}, F_GET, {0}, NULL}, // 4
{"/meters/5", {I32}, F_GET, {0}, NULL}, // 5
{"/meters/6", {I32}, F_GET, {0}, NULL}, // 6
{"/meters/7", {I32}, F_GET, {0}, NULL}, // 7
{"/meters/8", {I32}, F_GET, {0}, NULL}, // 8
{"/meters/9", {I32}, F_GET, {0}, NULL}, // 9
{"/meters/10", {I32}, F_GET, {0}, NULL}, // 10
{"/meters/11", {I32}, F_GET, {0}, NULL}, // 11
{"/meters/12", {I32}, F_GET, {0}, NULL}, // 12
{"/meters/13", {I32}, F_GET, {0}, NULL}, // 13
{"/meters/14", {I32}, F_GET, {0}, NULL}, // 14
{"/meters/15", {I32}, F_GET, {0}, NULL}, // 15
{"/meters/16", {I32}, F_GET, {0}, NULL}, // 16
};
int Xmeters_max = sizeof(Xmeters) / sizeof(X32command);
//
// Active meters (meters/0...meters/15) Time when to stop (Active) and interval between 2 consecutive meters (Inter)
struct timeval xmeter_time;
struct timeval XTimerMeters[MAX_METERS];
struct timeval XInterMeters[MAX_METERS];
long XDeltaMeters[MAX_METERS];
struct sockaddr XClientMeters[MAX_METERS];
char Xbuf_meters[MAX_METERS][512];
int Lbuf_meters[MAX_METERS];
int XActiveMeters;
//
#ifndef timerincrement
#define timerincrement(a, b) \
do { \
(a)->tv_usec += (b); \
while ((a)->tv_usec >= 1000000) { \
++(a)->tv_sec; \
(a)->tv_usec -= 1000000; \
} \
} while (0)
#endif
//
#ifndef timercmp
#define timercmp(a, b, CMP) \
do { \
(((a)->tv_sec == (b)->tv_sec) ? \
((a)->tv_usec CMP (b)->tv_usec) : \
((a)->tv_sec CMP (b)->tv_sec)) \
} while (0)
#endif
//
X32command Xdummy[] = { };
int Xdummy_max = sizeof(Xdummy) / sizeof(X32command);
X32node Xnode[] = { // /node Command Headers (see structure definition above
{ "conf", 4, Xconfig, sizeof(Xconfig)/sizeof(X32command)},
{ "main", 4, Xmain, sizeof(Xmain)/sizeof(X32command)},
{ "-pre", 4, Xprefs, sizeof(Xprefs)/sizeof(X32command)},
{ "-sta", 4, Xstat, sizeof(Xstat)/sizeof(X32command)},
{ "ch/01", 5, Xchannel01, sizeof(Xchannel01)/sizeof(X32command)},
{ "ch/02", 5, Xchannel02, sizeof(Xchannel02)/sizeof(X32command)},
{ "ch/03", 5, Xchannel03, sizeof(Xchannel03)/sizeof(X32command)},
{ "ch/04", 5, Xchannel04, sizeof(Xchannel04)/sizeof(X32command)},
{ "ch/05", 5, Xchannel05, sizeof(Xchannel05)/sizeof(X32command)},
{ "ch/06", 5, Xchannel06, sizeof(Xchannel06)/sizeof(X32command)},
{ "ch/07", 5, Xchannel07, sizeof(Xchannel07)/sizeof(X32command)},
{ "ch/08", 5, Xchannel08, sizeof(Xchannel08)/sizeof(X32command)},
{ "ch/09", 5, Xchannel09, sizeof(Xchannel09)/sizeof(X32command)},
{ "ch/10", 5, Xchannel10, sizeof(Xchannel10)/sizeof(X32command)},
{ "ch/11", 5, Xchannel11, sizeof(Xchannel11)/sizeof(X32command)},
{ "ch/12", 5, Xchannel12, sizeof(Xchannel12)/sizeof(X32command)},
{ "ch/13", 5, Xchannel13, sizeof(Xchannel13)/sizeof(X32command)},
{ "ch/14", 5, Xchannel14, sizeof(Xchannel14)/sizeof(X32command)},
{ "ch/15", 5, Xchannel15, sizeof(Xchannel15)/sizeof(X32command)},
{ "ch/16", 5, Xchannel16, sizeof(Xchannel16)/sizeof(X32command)},
{ "ch/17", 5, Xchannel17, sizeof(Xchannel17)/sizeof(X32command)},
{ "ch/18", 5, Xchannel18, sizeof(Xchannel18)/sizeof(X32command)},
{ "ch/19", 5, Xchannel19, sizeof(Xchannel19)/sizeof(X32command)},
{ "ch/20", 5, Xchannel20, sizeof(Xchannel20)/sizeof(X32command)},
{ "ch/21", 5, Xchannel21, sizeof(Xchannel21)/sizeof(X32command)},
{ "ch/22", 5, Xchannel22, sizeof(Xchannel22)/sizeof(X32command)},
{ "ch/23", 5, Xchannel23, sizeof(Xchannel23)/sizeof(X32command)},
{ "ch/24", 5, Xchannel24, sizeof(Xchannel24)/sizeof(X32command)},
{ "ch/25", 5, Xchannel25, sizeof(Xchannel25)/sizeof(X32command)},
{ "ch/26", 5, Xchannel26, sizeof(Xchannel26)/sizeof(X32command)},
{ "ch/27", 5, Xchannel27, sizeof(Xchannel27)/sizeof(X32command)},
{ "ch/28", 5, Xchannel28, sizeof(Xchannel28)/sizeof(X32command)},
{ "ch/29", 5, Xchannel29, sizeof(Xchannel29)/sizeof(X32command)},
{ "ch/30", 5, Xchannel30, sizeof(Xchannel30)/sizeof(X32command)},
{ "ch/31", 5, Xchannel31, sizeof(Xchannel31)/sizeof(X32command)},
{ "ch/32", 5, Xchannel32, sizeof(Xchannel32)/sizeof(X32command)},
{ "ch", 2, Xchannel01, sizeof(Xchannel01)/sizeof(X32command)},
{ "auxin/01", 8, Xauxin01, sizeof(Xauxin01)/sizeof(X32command)},
{ "auxin/02", 8, Xauxin02, sizeof(Xauxin02)/sizeof(X32command)},
{ "auxin/03", 8, Xauxin03, sizeof(Xauxin03)/sizeof(X32command)},
{ "auxin/04", 8, Xauxin04, sizeof(Xauxin04)/sizeof(X32command)},
{ "auxin/05", 8, Xauxin05, sizeof(Xauxin05)/sizeof(X32command)},
{ "auxin/06", 8, Xauxin06, sizeof(Xauxin06)/sizeof(X32command)},
{ "auxin/07", 8, Xauxin07, sizeof(Xauxin07)/sizeof(X32command)},
{ "auxin/08", 8, Xauxin08, sizeof(Xauxin08)/sizeof(X32command)},
{ "auxin", 5, Xauxin01, sizeof(Xauxin01)/sizeof(X32command)},
{ "fxrtn/01", 8, Xfxrtn01, sizeof(Xfxrtn01)/sizeof(X32command)},
{ "fxrtn/02", 8, Xfxrtn02, sizeof(Xfxrtn02)/sizeof(X32command)},
{ "fxrtn/03", 8, Xfxrtn03, sizeof(Xfxrtn03)/sizeof(X32command)},
{ "fxrtn/04", 8, Xfxrtn04, sizeof(Xfxrtn04)/sizeof(X32command)},
{ "fxrtn/05", 8, Xfxrtn05, sizeof(Xfxrtn05)/sizeof(X32command)},
{ "fxrtn/06", 8, Xfxrtn06, sizeof(Xfxrtn06)/sizeof(X32command)},
{ "fxrtn/07", 8, Xfxrtn07, sizeof(Xfxrtn07)/sizeof(X32command)},
{ "fxrtn/08", 8, Xfxrtn08, sizeof(Xfxrtn08)/sizeof(X32command)},
{ "fxrtn", 5, Xfxrtn01, sizeof(Xfxrtn01)/sizeof(X32command)},
{ "fx/1", 4, Xfx1, sizeof(Xfx1)/sizeof(X32command)},
{ "fx/2", 4, Xfx2, sizeof(Xfx2)/sizeof(X32command)},
{ "fx/3", 4, Xfx3, sizeof(Xfx3)/sizeof(X32command)},
{ "fx/4", 4, Xfx4, sizeof(Xfx4)/sizeof(X32command)},
{ "fx/5", 4, Xfx5, sizeof(Xfx5)/sizeof(X32command)},
{ "fx/6", 4, Xfx6, sizeof(Xfx6)/sizeof(X32command)},
{ "fx/7", 4, Xfx7, sizeof(Xfx7)/sizeof(X32command)},
{ "fx/8", 4, Xfx8, sizeof(Xfx8)/sizeof(X32command)},
{ "fx", 2, Xfx1, sizeof(Xfx1)/sizeof(X32command)},
{ "bus/01", 6, Xbus01, sizeof(Xbus01)/sizeof(X32command)},
{ "bus/02", 6, Xbus02, sizeof(Xbus02)/sizeof(X32command)},
{ "bus/03", 6, Xbus03, sizeof(Xbus03)/sizeof(X32command)},
{ "bus/04", 6, Xbus04, sizeof(Xbus04)/sizeof(X32command)},
{ "bus/05", 6, Xbus05, sizeof(Xbus05)/sizeof(X32command)},
{ "bus/06", 6, Xbus06, sizeof(Xbus06)/sizeof(X32command)},
{ "bus/07", 6, Xbus07, sizeof(Xbus07)/sizeof(X32command)},
{ "bus/08", 6, Xbus08, sizeof(Xbus08)/sizeof(X32command)},
{ "bus/09", 6, Xbus09, sizeof(Xbus09)/sizeof(X32command)},
{ "bus/10", 6, Xbus10, sizeof(Xbus10)/sizeof(X32command)},
{ "bus/11", 6, Xbus11, sizeof(Xbus11)/sizeof(X32command)},
{ "bus/12", 6, Xbus12, sizeof(Xbus12)/sizeof(X32command)},
{ "bus/13", 6, Xbus13, sizeof(Xbus13)/sizeof(X32command)},
{ "bus/14", 6, Xbus14, sizeof(Xbus14)/sizeof(X32command)},
{ "bus/15", 6, Xbus15, sizeof(Xbus15)/sizeof(X32command)},
{ "bus/16", 6, Xbus16, sizeof(Xbus16)/sizeof(X32command)},
{ "bus", 3, Xbus01, sizeof(Xbus01)/sizeof(X32command)},
{ "mtx/01", 6, Xmtx01, sizeof(Xmtx01)/sizeof(X32command)},
{ "mtx/02", 6, Xmtx02, sizeof(Xmtx02)/sizeof(X32command)},
{ "mtx/03", 6, Xmtx03, sizeof(Xmtx03)/sizeof(X32command)},
{ "mtx/04", 6, Xmtx04, sizeof(Xmtx04)/sizeof(X32command)},
{ "mtx/05", 6, Xmtx05, sizeof(Xmtx05)/sizeof(X32command)},
{ "mtx/06", 6, Xmtx06, sizeof(Xmtx06)/sizeof(X32command)},
{ "mtx", 3, Xmtx01, sizeof(Xmtx01)/sizeof(X32command)},
{ "dca", 3, Xdca, sizeof(Xdca)/sizeof(X32command)},
{ "outputs/main/01", 8, Xoutput, sizeof(Xoutput)/sizeof(X32command)},
{ "outputs/main", 8, Xoutput, sizeof(Xoutput)/sizeof(X32command)},
{ "outputs", 8, Xoutput, sizeof(Xoutput)/sizeof(X32command)},
{ "headamp/000", 11, Xheadamp, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/001", 11, Xheadamp001, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/002", 11, Xheadamp002, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/003", 11, Xheadamp003, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/004", 11, Xheadamp004, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/005", 11, Xheadamp005, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/006", 11, Xheadamp006, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/007", 11, Xheadamp007, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/008", 11, Xheadamp008, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/009", 11, Xheadamp009, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/010", 11, Xheadamp010, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/011", 11, Xheadamp011, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/012", 11, Xheadamp012, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/013", 11, Xheadamp013, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/014", 11, Xheadamp014, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/015", 11, Xheadamp015, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/016", 11, Xheadamp016, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/017", 11, Xheadamp017, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/018", 11, Xheadamp018, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/019", 11, Xheadamp019, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/020", 11, Xheadamp020, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/021", 11, Xheadamp021, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/022", 11, Xheadamp022, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/023", 11, Xheadamp023, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/024", 11, Xheadamp024, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/025", 11, Xheadamp025, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/026", 11, Xheadamp026, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/027", 11, Xheadamp027, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/028", 11, Xheadamp028, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/029", 11, Xheadamp029, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/030", 11, Xheadamp030, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/031", 11, Xheadamp031, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/032", 11, Xheadamp032, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/033", 11, Xheadamp033, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/034", 11, Xheadamp034, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/035", 11, Xheadamp035, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/036", 11, Xheadamp036, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/037", 11, Xheadamp037, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/038", 11, Xheadamp038, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/039", 11, Xheadamp039, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/040", 11, Xheadamp040, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/041", 11, Xheadamp041, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/042", 11, Xheadamp042, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/043", 11, Xheadamp043, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/044", 11, Xheadamp044, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/045", 11, Xheadamp045, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/046", 11, Xheadamp046, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/047", 11, Xheadamp047, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/048", 11, Xheadamp048, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/049", 11, Xheadamp049, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/050", 11, Xheadamp050, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/051", 11, Xheadamp051, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/052", 11, Xheadamp052, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/053", 11, Xheadamp053, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/054", 11, Xheadamp054, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/055", 11, Xheadamp055, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/056", 11, Xheadamp056, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/057", 11, Xheadamp057, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/058", 11, Xheadamp058, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/059", 11, Xheadamp059, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/060", 11, Xheadamp060, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/061", 11, Xheadamp061, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/062", 11, Xheadamp062, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/063", 11, Xheadamp063, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/064", 11, Xheadamp064, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/065", 11, Xheadamp065, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/066", 11, Xheadamp066, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/067", 11, Xheadamp067, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/068", 11, Xheadamp068, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/069", 11, Xheadamp069, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/070", 11, Xheadamp070, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/071", 11, Xheadamp071, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/072", 11, Xheadamp072, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/073", 11, Xheadamp073, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/074", 11, Xheadamp074, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/075", 11, Xheadamp075, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/076", 11, Xheadamp076, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/077", 11, Xheadamp077, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/078", 11, Xheadamp078, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/079", 11, Xheadamp079, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/080", 11, Xheadamp080, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/081", 11, Xheadamp081, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/082", 11, Xheadamp082, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/083", 11, Xheadamp083, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/084", 11, Xheadamp084, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/085", 11, Xheadamp085, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/086", 11, Xheadamp086, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/087", 11, Xheadamp087, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/088", 11, Xheadamp088, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/089", 11, Xheadamp089, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/090", 11, Xheadamp090, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/091", 11, Xheadamp091, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/092", 11, Xheadamp092, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/093", 11, Xheadamp093, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/094", 11, Xheadamp094, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/095", 11, Xheadamp095, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/096", 11, Xheadamp096, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/097", 11, Xheadamp097, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/098", 11, Xheadamp098, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/099", 11, Xheadamp099, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/100", 11, Xheadamp100, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/101", 11, Xheadamp101, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/102", 11, Xheadamp102, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/103", 11, Xheadamp103, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/104", 11, Xheadamp104, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/105", 11, Xheadamp105, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/106", 11, Xheadamp106, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/107", 11, Xheadamp107, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/108", 11, Xheadamp108, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/109", 11, Xheadamp109, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/110", 11, Xheadamp110, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/111", 11, Xheadamp111, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/112", 11, Xheadamp112, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/113", 11, Xheadamp113, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/114", 11, Xheadamp114, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/115", 11, Xheadamp115, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/116", 11, Xheadamp116, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/117", 11, Xheadamp117, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/118", 11, Xheadamp118, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/119", 11, Xheadamp119, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/120", 11, Xheadamp120, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/121", 11, Xheadamp121, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/122", 11, Xheadamp122, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/123", 11, Xheadamp123, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/124", 11, Xheadamp124, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/125", 11, Xheadamp125, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/126", 11, Xheadamp126, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp/127", 11, Xheadamp127, sizeof(Xheadamp)/sizeof(X32command)},
{ "headamp", 7, Xheadamp, sizeof(Xheadamp)/sizeof(X32command)},
{ "-ha", 3, Xmisc, sizeof(Xmisc)/sizeof(X32command)},
{ "-usb", 4, Xmisc, sizeof(Xmisc)/sizeof(X32command)},
{ "undo", 4, Xdummy, sizeof(Xdummy)/sizeof(X32command)},
{ "-action", 7, Xdummy, sizeof(Xdummy)/sizeof(X32command)},
{ "-show/showfile/snippet", 22, Xsnippet, sizeof(Xsnippet)/sizeof(X32command)}, // !! keep
{ "-show/showfile/scene", 20, Xscene, sizeof(Xscene)/sizeof(X32command)}, // in this
{ "-show", 5, Xshow, sizeof(Xshow)/sizeof(X32command)}, // order !!
{ "-urec", 5, Xurec, sizeof(Xurec)/sizeof(X32command)},
{ "-libs/fx", 8, Xlibsf, sizeof(Xlibsf)/sizeof(X32command)}, // !! keep
{ "-libs/r", 7, Xlibsr, sizeof(Xlibsr)/sizeof(X32command)}, // in this
{ "-libs", 5, Xlibsc, sizeof(Xlibsc)/sizeof(X32command)}, // order !!
};
int Xnode_max = sizeof(Xnode) / sizeof(X32node);
X32command *node_single_command;//saved command pointer for function_node_single usage
int node_single_index; //saved command index for function_node_single usage
union littlebig { //
int ii; // A small union to manage
float ff; // Endian type conversions
char cc[4]; //
} endian; //
char r_buf[BSIZE]; // Receiving buffer
int r_len; // receiving buffer number of bytes
void* v_buf = &(r_buf[0]); // void ptr to avoid gcc complaining about non-strict aliasing
char s_buf[BSIZE]; // Send buffer
int s_len; // send buffer number of bytes
int Xverbose = X32VERBOSE; // verbose status
int X_remote = VERB_REMOTE; // if verbose: xremote echo status
int X_batch = VERB_BATCH; // if verbose: batchsubscribe echo status
int X_format = VERB_FORMAT; // if verbose: formatsubscribe echo status
int X_renew = VERB_RENEW; // if verbose: renew echo status
int X_meter = VERB_METER; // if verbose: meter report status
int Xdebug = X32DEBUG; // if verbose: debug status
int zero = 0; // a value of 0 we can point to
int one = 1; // a value to 1 we can point to
int keep_on = 1; // main loop flag
time_t xremote_time; // time value for /xremote command
char tmp_str[48]; // temporary string
int Xfd, p_status;
struct sockaddr_in Client_ip, Server_ip;
struct sockaddr *Client_ip_pt = (struct sockaddr*) &Client_ip;
struct sockaddr *Server_ip_pt = (struct sockaddr*) &Server_ip;
char Xport_str[8];
char Xip_str[32];
fd_set readfds;
struct timeval timeout;
#ifdef __WIN32__
WSADATA wsa;
int Client_ip_len = sizeof(Client_ip); // length of addresses
INT WSAAPI getaddrinfo(char *pNodeName, char *pServiceName, struct addrinfo *pHints, struct addrinfo **ppResult);
#else
socklen_t Client_ip_len = sizeof(Client_ip); // length of addresses
#endif
int main(int argc, char **argv) {
int i, whoto, noIP;
char input_ch;
struct addrinfo hints;
struct addrinfo *result, *rp;
//
// Manage arguments
fflush(stdout);
noIP = 1;
while ((input_ch = getopt(argc, argv, "i:d:v:x:b:f:r:m:h")) != -1) {
switch (input_ch) {
case 'i':
strcpy(Xip_str, optarg );
noIP = 0;
break;
case 'd':
sscanf(optarg, "%d", &Xdebug);
break;
case 'v':
sscanf(optarg, "%d", &Xverbose);
break;
case 'x':
sscanf(optarg, "%d", &X_remote);
break;
case 'b':
sscanf(optarg, "%d", &X_batch);
break;
case 'f':
sscanf(optarg, "%d", &X_format);
break;
case 'r':
sscanf(optarg, "%d", &X_renew);
break;
case 'm':
sscanf(optarg, "%d", &X_meter);
break;
default:
case 'h':
printf("usage: X32 [-i <IP address>] - default: first IP available on system\n");
printf(" [-d 0/1, debug option] - default: 0\n");
printf(" [-v 0/1, verbose option] - default: 1\n");
printf(" The options below apply in conjunction with -v 1\n");
printf(" [-x 0/1, echoes incoming verbose for /xremote] - default: 0\n");
printf(" [-b 0/1, echoes incoming verbose for /batchsubscribe] - default: 0\n");
printf(" [-f 0/1, echoes incoming verbose for /formatsubscribe] - default: 0\n");
printf(" [-r 0/1, echoes incoming verbose for /renew] - default: 0\n");
printf(" [-m 0/1, echoes incoming verbose for /meters] - default: 0\n\n");
printf(" The (non-Behringer) command \"/shutdown\" will save data and quit\n");
return (0);
break;
}
}
// Initiate timers
xremote_time = time(NULL);
for (i = 0; i < MAX_METERS; i++) {
gettimeofday(&XTimerMeters[i], NULL);
XInterMeters[i] = XTimerMeters[i];
XDeltaMeters[i] = 50000;
XActiveMeters = 0;
}
// port[] = "10023" // 10023: X32 desk, 10024: XAir18
strcpy(Xport_str, "10023");
//
for (i = 0; i < MAX_CLIENTS; i++) {
X32Client[i].vlid = 0;
X32Client[i].xrem = 0;
}
//
#ifdef __WIN32__
//Initialize winsock
if (WSAStartup(MAKEWORD(2, 2), &wsa) != 0) {
perror("WSA Startup Error");
exit(EXIT_FAILURE);
}
#endif
//
r_len = 0;
printf("X32 - v0.88 - An X32 Emulator - (c)2014-2019 Patrick-Gilles Maillot\n");
//
// Get or use IP address
if (noIP) {
// Try to get an IP on this system (the first one is OK...otherwise, use -i option!)
getmyIP();
}
// We now have an IP address in Xip_str; test it, create a sock and bind to it if OK
memset(&hints, 0, sizeof(struct addrinfo));
hints.ai_socktype = SOCK_DGRAM;
hints.ai_family = AF_INET;
hints.ai_protocol = IPPROTO_UDP;
if ((i = getaddrinfo(Xip_str, Xport_str, &hints, &result)) != 0) {
printf("Error getaddrinfo: %s\n", gai_strerror(i));
exit(0);
}
noIP = 1; /* set error state flag */
for (rp = result; rp != NULL; rp = rp->ai_next) {
if ((Xfd = socket(rp->ai_family, rp->ai_socktype, rp->ai_protocol)) >= 0) {
if (bind(Xfd, rp->ai_addr, rp->ai_addrlen) == 0) {
noIP = 0; /* Success !*/
break;
}
close(Xfd);
}
}
if (noIP) {
printf("Error on IP address: %s - cannot run\n", Xip_str);
exit(1);
} else {
printf("Listening to port: %s, X32 IP = %s\n", Xport_str, Xip_str);
}
// read initial data (if exists)
if (X32Init()) {
printf("X32 resource file does not exist, create one with '/shutdown' command\n");
// set IP address in local structure
// search for /-prefs/ip/addr dataset and set IP address in 4 consecutine ints
for (i = 0; i < Xprefs_max; i++) {
if (strcmp("/-prefs/ip/addr/0", Xprefs[i].command) == 0) {
sscanf(Xip_str, "%d.%d.%d.%d", &Xprefs[i].value.ii,
&Xprefs[i+1].value.ii,
&Xprefs[i+2].value.ii,
&Xprefs[i+3].value.ii);
break;
}
}
}
// Wait for messages from client, with non blocking socket
timeout.tv_sec = 0;
timeout.tv_usec = 10000; //Set timeout for non blocking recvfrom(): 10ms
while (keep_on) { // Main, receiving loop (active as long as keep_on is 1)
whoto = 0;
FD_ZERO(&readfds);
FD_SET(Xfd, &readfds);
p_status = select(Xfd + 1, &readfds, NULL, NULL, &timeout);