/* midimgr.c -- this file contains interface code to support use of Apple Midi Manager */
/*
* This code is based on code supplied with the Apple Midi Manager.
* Copyright 1991, Carnegie Mellon University
*/
/* BUGS:
* If exclusive() is called to turn exclusive messages on or off DURING the
* receipt of an exclusive message, incoming data will be garbled. The correct
* handling would be to record when receipt of an exclusive message is in
* progress, then properly remove any partial message when exclusive is turned
* off, and ignore any remaining message part when exclusive is turned on.
* The present code does neither.
*/
#include "cext.h"
#undef round
#ifdef THINK_C
#include <pascal.h> /* for ThinkC 7 */
#endif
#include "stdio.h"
#include "userio.h"
#include "MIDI.h"
#include "midifns.h"
#include "midibuff.h"
#include "midierr.h"
#include "midimgr.h"
#include "midicode.h"
#include "cmdline.h"
/* Needed for KillEverybody */
#include <toolutils.h>
#include <AppleEvents.h>
#include <EPPC.h>
#include <Gestalt.h>
#include <PPCToolbox.h>
#include <Processes.h>
#include <Sound.h>
#define CMTclientID 'CMT '
/* note the following are in alphabetical order for Patcher display */
#define timePortID 'Atim'
#define inputPortID 'Bin '
#define outputPortID 'Cout'
#define noClient ' '
#define noTimeBaseRefNum 0
#define noReadHook 0L
#define zeroTime 0L
#define timePortBuffSize 0L
#define inputPortBuffSize 2048
#define outputPortBuffSize 0L
#define refCon0 0L
pascal short CMTreader(MIDIPacket *ThePacketPtr, long TheRefCon);
/* "patch" switch from command line. This switch is cached in patch_flag and tells
whether to look in the resource fork for a patch, or just hook up to midi in and
out. If the resource fork is used, the patch will be saved upon exit. */
private boolean patch_flag;
extern boolean ctrlFilter;
extern boolean exclFilter;
extern boolean realFilter;
private midi_read_lock = false; /* used to stop input during data structure manipulation */
private void set_error(int bit);
#ifndef NYQUIST
void PatchPorts(void);
void SavePatch(OSType PortID, short PortInfoResID, char *PortInfoResName);
#endif
/* exported: */
public short InputRefNum; /* Input port reference number. */
public short OutputRefNum; /* Output port reference number. */
public short TimeRefNum; /* Time base port reference number. */
Boolean GManualPatch; /* True if not launched by a PatchBay Config. File. */
/****************************************************************************
*
* variables shared with other modules
*
****************************************************************************/
/* midi input buffer */
long buff[BUFF_SIZE/4]; /* data buffer, declared long to get 32-bit alignment */
int buffhead = 0; /* buffer head and tail pointers */
int bufftail = 0;
/* user supplied system exclusive buffer */
byte *xbuff = NULL; /* address of the user-supplied buffer */
public long xbufmask; /* mask for circular buffer address calculation */
long xbufhead = 0; /* buffer head and tail pointers */
long xbuftail = 0;
boolean xbuf_flush = true; /* says to flush remainder of sysex message */
#ifdef SYSEXDEBUG
int sysexcount = 0; /* for debugging */
int sysexdone = 0;
int sysexheadcount = 0;
byte sysexfirst = 0;
int sysexsysex = 0;
#endif
/* midi_flush -- empty out buffers */
/**/
void midi_flush()
{
midi_read_lock = true;
buffhead = 0;
bufftail = 0;
xbufhead = 0;
xbuftail = 0;
xbuf_flush = true; /* in case sysex continuation messages are still coming */
midi_read_lock = false;
}
/* Nyquist only uses CMT for Midi and Adagio file IO */
#ifndef NYQUIST
/* Get String representation of MIDI Mgr Version Num.*/
/* See Mac Tech Note #189 for details. */
char *StdMacVerNumToStr(long VerNum, char *VerStr)
{
char *RetVal;
char MajVer, MinVer, VerStage, VerRev, BugFixVer = 0;
if (VerNum == 0)
{
RetVal = NULL;
}
else
{
MajVer = (VerNum & 0xFF000000) >> 24;
MinVer = (VerNum & 0x00FF0000) >> 16;
VerStage = (VerNum & 0x0000FF00) >> 8;
VerRev = (VerNum & 0x000000FF) >> 0;
BugFixVer = MinVer & 0x0F;
switch (VerStage)
{
case 0x20:
VerStage = 'd';
break;
case 0x40:
VerStage = 'a';
break;
case 0x60:
VerStage = 'b';
break;
case 0x80:
VerStage = ' ';
break;
default:
VerStage = '?';
break;
}
if (BugFixVer == 0)
{
sprintf(VerStr,"%X.%X%c%X",
MajVer, MinVer>>4, VerStage, VerRev);
}
else
{
sprintf(VerStr,"%X.%X.%X%c%X",
MajVer, MinVer >> 4, MinVer & 0x0F, VerStage, VerRev);
}
RetVal = VerStr;
}
return(RetVal);
}
/* C2PStrCpy -- Convert a C String (from Cstr) into a Pascal string */
/*
* NOTE: this is not the same code as shipped with midi manager example
*/
char *C2PStrCpy(char *Cstr, Str255 Pstr)
{
char *c = Cstr;
char *p = ((char *) Pstr) + 1;
while (*c) *p++ = *c++;
*Pstr = c - Cstr;
return( (char *) Pstr );
}
/* This checks to see if THINK C is running under System 7,
and ONLY WORKS UNDER SYSTEM 7! Don't use unless you check! */
boolean ThinkCRunning(void)
{
ProcessSerialNumber processSN;
OSErr myErr;
ProcessInfoRec infoRec;
processSN.lowLongOfPSN = kNoProcess;
processSN.highLongOfPSN = kNoProcess;
do {
myErr = GetNextProcess(&processSN);
infoRec.processInfoLength = sizeof(ProcessInfoRec);
infoRec.processName = 0L;
infoRec.processAppSpec = 0L;
myErr = GetProcessInformation(&processSN, &infoRec);
if (!myErr) {
if (infoRec.processSignature == 'KAHL') {
return(true);
}
}
} while (myErr == noErr);
return(false);
}
/* This kills off all the other running processes...
ONLY WORKS UNDER SYSTEM 7! Don't use unless you check! */
void KillEverybody(void)
{
ProcessSerialNumber myProc, processSN;
ProcessSerialNumber finderPSN;
ProcessInfoRec infoRec;
Str31 processName;
FSSpec procSpec;
OSErr myErr = noErr;
OSErr otherError;
AppleEvent theEvent;
AEDesc theAddress;
Boolean ourFlag, notFinder;
Boolean finderFound = false;
GetCurrentProcess(&myProc);
/* Preset the PSN to no PSN, see IM VI, the Process Manager */
processSN.lowLongOfPSN = kNoProcess;
processSN.highLongOfPSN = kNoProcess;
finderPSN.lowLongOfPSN = 0UL; /* brk: was nil */
finderPSN.highLongOfPSN = 0UL; /* brk: was nil */
do {
myErr = GetNextProcess(&processSN);
/* See if it's us first */
notFinder = true;
SameProcess(&myProc, &processSN, &ourFlag);
infoRec.processInfoLength = sizeof(ProcessInfoRec);
infoRec.processName = (StringPtr) &processName;
infoRec.processAppSpec = &procSpec;
GetProcessInformation(&processSN, &infoRec);
if (!ourFlag && !finderFound) {
/* see if it's the Finder, we have to kill the finder LAST */
/* or else non-sys 7 apps won't get killed */
/* since the Finder must be there to convert the AppleEvent to Puppet Strings */
/* if the app is not APpleEvent aware */
/* Also, FileShare HAS to be killed before the Finder */
/* or your life will be unpleasant */
if (infoRec.processSignature == 'MACS' && infoRec.processType == 'FNDR') {
/* save this number for later */
finderPSN = processSN;
notFinder = false;
finderFound = true;
} else {
notFinder = true;
}
}
if (!myErr && !ourFlag && notFinder) {
otherError = AECreateDesc(typeProcessSerialNumber, (Ptr)&processSN, sizeof(processSN), &theAddress);
if (!otherError)
otherError = AECreateAppleEvent(kCoreEventClass, kAEQuitApplication, &theAddress, kAutoGenerateReturnID,
kAnyTransactionID, &theEvent);
if (!otherError)
AEDisposeDesc(&theAddress);
/* Again, the Finder will convert the AppleEvent to puppetstrings if */
/* the application is a System 6 or non-AE aware app. This ONLY */
/* happens for the 4 required (oapp,odoc,pdoc, and quit) AppleEvents */
/* and ONLY if you use the PSN for the address */
if (!otherError)
AESend(&theEvent, 0L, kAENoReply + kAEAlwaysInteract + kAECanSwitchLayer, kAENormalPriority, kAEDefaultTimeout,
0L, 0L);
AEDisposeDesc(&theEvent);
}
} while (!myErr);
/* Now, if the finder was running, it's safe to kill it */
if (finderPSN.lowLongOfPSN || finderPSN.highLongOfPSN) {
otherError = AECreateDesc(typeProcessSerialNumber, (Ptr)&finderPSN, sizeof(processSN), &theAddress);
if (!otherError)
otherError = AECreateAppleEvent(kCoreEventClass, kAEQuitApplication, &theAddress, kAutoGenerateReturnID,
kAnyTransactionID, &theEvent);
if (!otherError)
AEDisposeDesc(&theAddress);
if (!otherError)
AESend(&theEvent, 0L, kAENoReply + kAEAlwaysInteract + kAECanSwitchLayer, kAENormalPriority, kAEDefaultTimeout, 0L,
0L);
AEDisposeDesc(&theEvent);
}
}
/* Sign into the MIDI Manager. */
/* Set up time, input, and output ports. */
/* Start our time base clock. */
void setup_midimgr(void)
{
MIDIPortParams Init; /* MIDI Mgr Init data structure */
Handle TheIconHndl;
OSErr TheErr;
long MIDIMgrVerNum; /* MIDI Manager Ver (Std Mac Ver #) */
Str255 name = "\pCMU MIDI Toolkit";
char MIDIMgrVerStr[256]; /* MIDI Manager Ver (Std Mac Ver # String) */
long vers;
EventRecord theEvent;
Gestalt(gestaltSystemVersion, &vers);
vers = (vers >> 8) & 0xf; /* shift result over and mask out major version number */
if ((vers >= 7) && (!cl_switch("keep")) && (!ThinkCRunning())) {
gprintf(TRANS,"Killing other processes...\n");
KillEverybody();
for (vers=0; vers<100; ++vers) {
while (WaitNextEvent(everyEvent, &theEvent, 0L, 0L)) ;
}
}
/* Make sure MIDIMgr is installed and save version num. */
MIDIMgrVerNum = SndDispVersion(midiToolNum);
if (MIDIMgrVerNum == 0) {
gprintf(ERROR, "The MIDI Manager is not installed! Exiting...\n");
EXIT(1);
} else {
StdMacVerNumToStr(MIDIMgrVerNum, MIDIMgrVerStr);
gprintf(TRANS,"MIDI Manager Version %s\n", MIDIMgrVerStr);
}
/* Sign in to the MIDI Manager. */
TheIconHndl = GetResource('ICN#', 1);
TheErr = MIDISignIn(CMTclientID,
0L,
TheIconHndl,
name);
if (TheErr) {
gprintf(ERROR, "Trouble signing into MIDI Manager! Aborting...");
EXIT(1);
}
/* Assume not a Patchbay configuration. */
GManualPatch = true;
/* Add time port. */
Init.portID = timePortID;
Init.portType = midiPortTypeTime;
Init.timeBase = noTimeBaseRefNum;
Init.readHook = noReadHook;
Init.initClock.syncType = midiInternalSync;
Init.initClock.curTime = zeroTime;
Init.initClock.format = midiFormatMSec;
Init.refCon = SetCurrentA5();
C2PStrCpy("TimeBase", Init.name);
TheErr = MIDIAddPort(CMTclientID, timePortBuffSize, &TimeRefNum, &Init);
/* Has a PatchBay connection been resolved? */
if (TheErr == midiVConnectMade) {
GManualPatch = false;
} else if (TheErr == memFullErr) {
gprintf(ERROR, "Not enough room in heap zone to add time port! Aborting...");
MIDISignOut(CMTclientID);
EXIT(1);
}
/* Add an input port. */
Init.portID = inputPortID;
Init.portType = midiPortTypeInput;
Init.timeBase = TimeRefNum;
Init.offsetTime = midiGetCurrent;
Init.readHook = NewMIDIReadHookProc(CMTreader);
Init.refCon = SetCurrentA5();
C2PStrCpy("InputPort", Init.name);
TheErr = MIDIAddPort(CMTclientID, inputPortBuffSize, &InputRefNum, &Init);
/* Has a PatchBay connection been resolved? */
if (TheErr == midiVConnectMade) {
GManualPatch = false;
} else if (TheErr == memFullErr) {
gprintf(ERROR, "Not enough room in heap zone to add input port! Aborting...");
MIDISignOut(CMTclientID);
EXIT(1);
}
/* Add an output port. */
Init.portID = outputPortID;
Init.portType = midiPortTypeOutput;
Init.timeBase = TimeRefNum;
Init.offsetTime = midiGetCurrent;
Init.readHook = NULL;
Init.refCon = refCon0;
C2PStrCpy("OutputPort", Init.name);
TheErr = MIDIAddPort(CMTclientID, outputPortBuffSize, &OutputRefNum, &Init);
/* Has a PatchBay connection been resolved? */
if (TheErr == midiVConnectMade) {
GManualPatch = false;
} else if (TheErr == memFullErr) {
printf("Not enough room in heap zone to add output port! Aborting...");
MIDISignOut(CMTclientID);
EXIT(1);
}
if (GManualPatch) {
PatchPorts(); /* connect ports as they were */
}
/* to clean this up (later) call finish_midimgr() */
cu_register((cu_fn_type) finish_midimgr, (cu_parm_type) finish_midimgr);
/* Start our Clock. */
MIDIStartTime(TimeRefNum);
}
/* The Read Hook Function. */
/* 1st 4 bytes of sysex message get saved here and enqueued later */
char save_sysex_head[4];
int save_sysex_head_x = 0;
void sysex_insert(unsigned char data) {
if (save_sysex_head_x < 4) {
save_sysex_head[save_sysex_head_x++] = data;
}
xbuff[xbuftail++] = data;
xbuftail &= xbufmask;
if (xbuftail == xbufhead) {
set_error(SYSEXOVFL);
}
if (data == MIDI_EOX) { /* we're done with the message */
*((long *) (((byte *) buff) + bufftail)) = *((long *)save_sysex_head);
bufftail = (bufftail + 4) & BUFF_MASK;
if (bufftail == buffhead) {
set_error(BUFFOVFL);
}
}
}
/* Read all incomming MIDI data. */
pascal short CMTreader(MIDIPacket *ThePacketPtr, long TheRefCon)
{
/* Set up our A5 world. */
long SysA5 = SetA5(TheRefCon);
short RetVal = midiMorePacket, i, j;
unsigned char *mm_data = ThePacketPtr->data;
register byte data1 = mm_data[1];
if (midi_read_lock) {
/* Don't want to read packet now, get it later */
/* DOES THIS REALLY WORK? WHAT WILL CAUSE AN INTERRUPT
* TO OCCUR LATER? THIS IS ONLY USED BY midi_flush, IS
* BASED ON THE MidiArp CODE FROM APPLE, AND IS UNTESTED - RBD
*/
RetVal = midiKeepPacket;
goto alldone;
}
/* see if Packet is an error message */
if (((ThePacketPtr->flags & midiTypeMask) == midiMgrType) &&
*((short *) (&(ThePacketPtr->data))) < midiMaxErr) {
set_error(MIDIMGRERR);
goto alldone;
}
/* filter out control changes */
if (ctrlFilter) {
register int hibits = *mm_data & 0xF0;
if (hibits == 0xD0 || /* Chan Pressure */
hibits == 0xE0 || /* Pitch Bend */
hibits == 0xA0 || /* Poly Pressure */
((hibits == 0xB0) && /* Control change (don't count switches) */
((data1 < 64) || (data1 > 121)))) {
/* CONTROL MESSAGE HAS BEEN FILTERED */
goto alldone;
}
} else if (realFilter) {
register int hibits = *mm_data & 0xF0;
if (hibits >= 0xF8) goto alldone;
}
/* if not a continuation, copy the data into cmt_data */
/* The logic to detect a non-continued
* packet or a first packet is: "flags bit 1 is clear".
*/
if ((((ThePacketPtr->flags & midiContMask) == midiNoCont)) &&
(*mm_data != MIDI_SYSEX)) {
register byte *cmt_data = ((byte *) buff) + bufftail;
*((long *) cmt_data) = *((long *) mm_data);
bufftail = (bufftail + 4) & BUFF_MASK;
if (bufftail == buffhead) {
/* filled buffer faster than client emptied it */
set_error(BUFFOVFL);
}
}
/* see if we have a sysex message to copy to buffer */
if (xbuff && !exclFilter &&
((ThePacketPtr->flags & midiContMask) || *mm_data == MIDI_SYSEX)) {
int i;
register byte *x_data = xbuff + xbuftail;
/* iterate over data in message */
/* NOTE: in the previous implementation, I thought Sysex messages were
* always starting at the beginning of the buffer, but that didn't work.
* This implementation assumes nothing -- it is slower because of additional
* testing and parsing inside the loop, but seems to work.
*/
for (i = ThePacketPtr->len - 6; i > 0; i--) {
if (xbuf_flush) { /* we're searching for beginning of message */
if (*mm_data == MIDI_SYSEX) {
xbuf_flush = false;
sysex_insert(MIDI_SYSEX);
}
} else { /* we're scanning to the end of the message */
if (*mm_data == MIDI_SYSEX) { /* found it, insert proper EOX */
sysex_insert(MIDI_EOX);
sysex_insert(MIDI_SYSEX);
} else if (*mm_data == MIDI_EOX) { /* found it */
sysex_insert(MIDI_EOX);
xbuf_flush = true;
} else sysex_insert(*mm_data);
}
mm_data++;
}
}
alldone:
/* Restore the systems A5 world. */
SetA5(SysA5);
return(RetVal);
}
/* Sign out from the MIDI Manager. */
void finish_midimgr(void)
{
if (GManualPatch && patch_flag) {
SavePatch(timePortID, timePortResInfoID, "timePortInfo");
SavePatch(inputPortID, inputPortResInfoID, "inputPortInfo");
SavePatch(outputPortID, outputPortResInfoID, "outputPortInfo");
}
MIDISignOut(CMTclientID);
}
/* Alert user to Resource Manager Error. */
void
ReportResError(char *Msg)
{
OSErr TheErr;
char Buf[256];
if ( (TheErr = ResError()) != noErr) {
gprintf(ERROR, "ResError %d: %s...Aborting.", TheErr, Msg);
EXIT(1);
} else {
/* gprintf(ERROR, "%s OK\n", Msg); */
}
}
/****************************************************************************
* error handling
* Effect:
* various error conditions are flagged by setting bits in
* the global midi_error_flags. it is up to the client to clear this
* word when necessary.
****************************************************************************/
private void set_error(int bit)
{
midi_error_flags |= (1 << bit);
}
void midi_show_errors()
{
if (midi_error_flags & (1<<BUFFOVFL))
gprintf(ERROR, "Midi Buffer Overflow Error\n");
if (midi_error_flags & (1<<MIDIMGRERR))
gprintf(ERROR, "Midi Manager Error\n");
if (midi_error_flags & (1<<SYSEXOVFL))
gprintf(ERROR, "Midi Sysex Overflow Error\n");
}
/**************** PATCHING CODE ***************/
/*
MIDIArp Time, Input, and Output Port
Info Record Resource ID's.
*/
/* Get previously saved port connections (port info records) */
/* from application's 'port' resource. */
void
PatchPorts(void)
{
MIDIPortInfoHdl PortInfoH; /* Handle to port info record. */
MIDIPortInfoPtr PortInfoP; /* Pointer to port info record. */
short i, TheErr;
patch_flag = cl_switch("patch");
/* SET UP TIME PORT CONNECTIONS. */
if (patch_flag)
PortInfoH = (MIDIPortInfoHdl) GetResource(portResType, timePortResInfoID);
if (!patch_flag || PortInfoH == NULL) {
MIDIIDListHdl clients, ports;
OSErr err;
gprintf(TRANS, "Connecting to MIDI IN and OUT\n");
#ifdef MIDIMGR_VERBOSE
clients = MIDIGetClients();
gprintf(TRANS, "clients = %lx\n", clients);
HLock((Handle) clients);
for (i = 0; i < (*clients)->numIDs; i++) {
OSType id = (*clients)->list[i];
gprintf(TRANS, "%d: %c%c%c%c\n", i, (char) (id>>24),
(char) ((id >> 16) & 0xFF), (char) ((id >> 8) & 0xFF),
(char) (id & 0xFF));
}
ports = MIDIGetPorts('amdr');
HLock((Handle) ports);
for (i = 0; i < (*ports)->numIDs; i++) {
OSType id = (*ports)->list[i];
gprintf(TRANS, "%d: %c%c%c%c\n", i, (char) (id>>24),
(char) ((id >> 16) & 0xFF), (char) ((id >> 8) & 0xFF),
(char) (id & 0xFF));
}
HUnlock((Handle) ports);
HUnlock((Handle) clients);
#endif
/* the work starts here */
err = MIDIConnectData('CMT ', 'Cout', 'amdr', 'Aout');
/* gprintf(TRANS, "Connected CMT.Cout to amdr.Aout: %d\n", err); */
err = MIDIConnectData('amdr', 'Ain ', 'CMT ', 'Bin ');
/* gprintf(TRANS, "Connected amdr.Ain to CMT.Bin: %d\n", err); */
return;
}
HLock((Handle) PortInfoH);
PortInfoP = *PortInfoH;
if (GetHandleSize((Handle) PortInfoH) != 0)
{
/* Were we supposed to be sync'd to another client? */
if (PortInfoP->timeBase.clientID != noClient)
{
/* Yes, so make that client our time base. */
TheErr = MIDIConnectTime(
PortInfoP->timeBase.clientID,
PortInfoP->timeBase.portID,
CMTclientID,
timePortID
);
#ifdef IGNORE
/* Is the client still signed in? */
if (TheErr != midiVConnectErr)
{
/* Yes, so set our sync mode to external. */
MIDISetSync(ArpGlobals.TimeRefNum, midiExternalSync);
}
#endif
}
/* Were we somebody else's time base? */
for (i=0; i<PortInfoP->numConnects; i++)
{
MIDIConnectTime(CMTclientID,
timePortID,
PortInfoP->cList[i].clientID,
PortInfoP->cList[i].portID);
}
}
HUnlock((Handle) PortInfoH);
ReleaseResource((Handle) PortInfoH);
ReportResError("PatchPorts/ReleaseResource()");
/* SET UP INPUT PORT CONNECTIONS. */
PortInfoH = (MIDIPortInfoHdl) GetResource(portResType, inputPortResInfoID);
if (PortInfoH == NULL)
{
ReportResError("PatchPorts/GetResource()");
}
HLock((Handle) PortInfoH);
PortInfoP = *PortInfoH;
if (GetHandleSize((Handle) PortInfoH) != 0)
{
/* Were we connected to anyone? */
for (i=0; i<PortInfoP->numConnects; i++)
{
MIDIConnectData(CMTclientID,
inputPortID,
PortInfoP->cList[i].clientID,
PortInfoP->cList[i].portID);
}
}
HUnlock((Handle) PortInfoH);
ReleaseResource((Handle) PortInfoH);
ReportResError("PatchPorts/GetResource()");
/* SET UP OUTPUT PORT CONNECTIONS. */
PortInfoH = (MIDIPortInfoHdl) GetResource(portResType, outputPortResInfoID);
if (PortInfoH == NULL)
{
ReportResError("PatchPorts/GetResource()");
}
HLock((Handle) PortInfoH);
PortInfoP = *PortInfoH;
if (GetHandleSize((Handle) PortInfoH) != 0) {
/* Were we connected to anyone? */
for (i=0; i<PortInfoP->numConnects; i++)
{
MIDIConnectData(CMTclientID,
outputPortID,
PortInfoP->cList[i].clientID,
PortInfoP->cList[i].portID);
}
}
HUnlock((Handle) PortInfoH);
ReleaseResource((Handle) PortInfoH);
ReportResError("PatchPorts/ReleaseResource()");
}
/* Save current port connections (port info records) */
/* to application's 'port' resource. */
void
SavePatch(OSType PortID, short PortInfoResID, char *PortInfoResName)
{
Handle PortResH; /* Handle to ptch resource. */
CursHandle WatchCurs;
WatchCurs = GetCursor(watchCursor);
HLock((Handle) WatchCurs);
SetCursor(*WatchCurs);
HUnlock((Handle) WatchCurs);
/* Remove existing port info resource. */
PortResH = GetResource(portResType, PortInfoResID);
/* gprintf(TRANS, "PortResH: %lx, *PortResH: %lx\n", PortResH, *PortResH); */
if (PortResH) {
ReportResError("SavePatch/GetResource()");
RmveResource(PortResH);
ReportResError("SavePatch/RmveResource()");
DisposHandle(PortResH);
UpdateResFile(CurResFile());
ReportResError("SavePatch/UpdateResFile()");
}
/* Get new configurateion. */
PortResH = (Handle) MIDIGetPortInfo(CMTclientID, PortID);
/* Save new configurateion. */
CtoPstr(PortInfoResName);
AddResource(PortResH, portResType, PortInfoResID,
(ConstStr255Param) PortInfoResName);
PtoCstr((unsigned char *) PortInfoResName);
ReportResError("SavePatch/AddResource()");
WriteResource(PortResH);
ReportResError("SavePatch/WriteResource()");
UpdateResFile(CurResFile());
ReportResError("SavePatch/UpdateResFile()");
ReleaseResource(PortResH);
ReportResError("SavePatch/ReleaseResource()");
InitCursor();
}
#endif /* NYQUIST */