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coprocessor: rework memory model for output variables -- hopefully issues there are resolved and we are only down to final nuklear memory issue. cut new debug release

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camh 2022-02-17 11:18:44 -08:00
parent a17c8b1977
commit 722bc791da
7 changed files with 108 additions and 117 deletions
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2
SerialHelper.c
View File

@ -56,7 +56,7 @@ OSErr setupDebugSerialPort(short refNum) {
return err; return err;
} }
return; return 0;
} }
OSErr writeSerialPortDebug(short refNum, const char* str) OSErr writeSerialPortDebug(short refNum, const char* str)

187
coprocessorjs.c
View File

@ -10,11 +10,13 @@
IOParam outgoingSerialPortReference; IOParam outgoingSerialPortReference;
IOParam incomingSerialPortReference; IOParam incomingSerialPortReference;
const bool PRINT_ERRORS = false; // #define PRINT_ERRORS 1
const bool DEBUGGING = false; // #define DEBUGGING 1
const int RECEIVE_WINDOW_SIZE = 32767; // receive in up to 100kb chunks? #define MAX_ATTEMPTS 10
const int MAX_RECEIVE_SIZE = RECEIVE_WINDOW_SIZE; // not sure if these ever need to be different #define RECEIVE_WINDOW_SIZE 32767 // receive in up to 32kb chunks
char GlobalSerialInputBuffer[32767]; // make this match MAX_RECEIVE_SIZE #define MAX_RECEIVE_SIZE 32767 // matching RECEIVE_WINDOW_SIZE for now
char GlobalSerialInputBuffer[MAX_RECEIVE_SIZE];
char tempOutput[MAX_RECEIVE_SIZE];
char application_id[255]; char application_id[255];
int call_counter = 0; int call_counter = 0;
@ -84,12 +86,12 @@ void setupPBControlForSerialPort(short serialPortShort) {
cb.csParam[0] = stop10 | noParity | data8 | baud28800; // TODO: can we achieve higher than 9600 baud? - should be able to achieve at least 19.2k on a 68k machine cb.csParam[0] = stop10 | noParity | data8 | baud28800; // TODO: can we achieve higher than 9600 baud? - should be able to achieve at least 19.2k on a 68k machine
OSErr err = PBControl ((ParmBlkPtr) & cb, 0); // PBControl definition: http://mirror.informatimago.com/next/developer.apple.com/documentation/mac/Networking/Networking-296.html OSErr err = PBControl ((ParmBlkPtr) & cb, 0); // PBControl definition: http://mirror.informatimago.com/next/developer.apple.com/documentation/mac/Networking/Networking-296.html
if (PRINT_ERRORS) { #ifdef PRINT_ERRORS
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "err:%d\n", err); sprintf(errMessage, "err:%d\n", err);
printf(errMessage); printf(errMessage);
} #endif
if (err < 0) { if (err < 0) {
@ -97,8 +99,6 @@ void setupPBControlForSerialPort(short serialPortShort) {
} }
} }
void setupSerialPort(const char *name) { void setupSerialPort(const char *name) {
#ifdef DEBUG_FUNCTION_CALLS #ifdef DEBUG_FUNCTION_CALLS
@ -130,12 +130,12 @@ void setupSerialPort(const char *name) {
OSErr err = MacOpenDriver(serialPortOutputName, &serialPortOutput); OSErr err = MacOpenDriver(serialPortOutputName, &serialPortOutput);
if (PRINT_ERRORS) { #ifdef PRINT_ERRORS
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "err:%d\n", err); sprintf(errMessage, "err:%d\n", err);
printf(errMessage); printf(errMessage);
} #endif
if (err < 0) { if (err < 0) {
@ -144,12 +144,12 @@ void setupSerialPort(const char *name) {
err = MacOpenDriver(serialPortInputName, &serialPortInput); // result in 0 but still doesn't work err = MacOpenDriver(serialPortInputName, &serialPortInput); // result in 0 but still doesn't work
if (PRINT_ERRORS) { #ifdef PRINT_ERRORS
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "err:%d\n", err); sprintf(errMessage, "err:%d\n", err);
printf(errMessage); printf(errMessage);
} #endif
if (err < 0) { if (err < 0) {
@ -219,16 +219,15 @@ void readSerialPort(char* output) {
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: readSerialPort"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: readSerialPort");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("readSerialPort\n"); printf("readSerialPort\n");
} #endif
// make sure output variable is clear // make sure output variable is clear
memset(&output[0], 0, MAX_RECEIVE_SIZE); memset(output, '\0', MAX_RECEIVE_SIZE);
bool done = false; bool done = false;
char tempOutput[MAX_RECEIVE_SIZE];
long int totalByteCount = 0; long int totalByteCount = 0;
incomingSerialPortReference.ioReqCount = 0; incomingSerialPortReference.ioReqCount = 0;
int loopCounter = 0; int loopCounter = 0;
@ -236,13 +235,14 @@ void readSerialPort(char* output) {
while (!done) { while (!done) {
if (loopCounter++ > MAX_RECIEVE_LOOP_ITERATIONS) { if (loopCounter++ > MAX_RECIEVE_LOOP_ITERATIONS) {
writeSerialPortDebug(boutRefNum, "coprocessor.readSerialPort MAX RECEIVE ITERATIONS");
char *errorMessage = "TIMEOUT_ERROR"; char *errorMessage = "TIMEOUT_ERROR";
strncat(output, errorMessage, strlen(output) - 1); strncat(output, errorMessage, strlen(output) - 1);
// once we are done reading the buffer entirely, we need to clear it. i'm not sure if this is the best way or not but seems to work // once we are done reading the buffer entirely, we need to clear it. i'm not sure if this is the best way or not but seems to work
memset(&GlobalSerialInputBuffer[0], 0, MAX_RECEIVE_SIZE); memset(GlobalSerialInputBuffer, '\0', MAX_RECEIVE_SIZE);
return; return;
} }
@ -250,66 +250,71 @@ void readSerialPort(char* output) {
long int byteCount = 0; long int byteCount = 0;
long int lastByteCount = 0; long int lastByteCount = 0;
bool doByteCountsMatch = false; bool doByteCountsMatch = false;
short serGetBufStatus;
// the byteCount != lastByteCount portion of the loop means that we want to wait // the byteCount != lastByteCount portion of the loop means that we want to wait
// for the byteCounts to match between SerGetBuf calls - this means that the buffer // for the byteCounts to match between SerGetBuf calls - this means that the buffer
// is full and ready to be read // is full and ready to be read
while (!doByteCountsMatch || byteCount == 0) { while (!doByteCountsMatch || byteCount == 0) {
if (DEBUGGING) { #ifdef DEBUGGING
char debugMessage[100]; char debugMessage[100];
sprintf(debugMessage, "receive loop: byteCount: %ld, lastByteCount: %ld\n", byteCount, lastByteCount); sprintf(debugMessage, "receive loop: byteCount: %ld, lastByteCount: %ld\n", byteCount, lastByteCount);
printf(debugMessage); printf(debugMessage);
} #endif
lastByteCount = (long int)byteCount; lastByteCount = (long int)byteCount;
wait(0.01); // give the buffer a moment to fill wait(0.01); // give the buffer a moment to fill
serGetBufStatus = SerGetBuf(incomingSerialPortReference.ioRefNum, &byteCount); #ifdef PRINT_ERRORS
short serGetBufStatus = SerGetBuf(incomingSerialPortReference.ioRefNum, &byteCount);
if (serGetBufStatus != 0 && PRINT_ERRORS) { if (serGetBufStatus != 0) {
printf("potential problem with serGetBufStatus:\n"); printf("potential problem with serGetBufStatus:\n");
char debugMessage[100]; char debugMessage[100];
sprintf(debugMessage, "serGetBufStatus: %d\n", serGetBufStatus); sprintf(debugMessage, "serGetBufStatus: %d\n", serGetBufStatus);
printf(debugMessage); printf(debugMessage);
} }
#else
SerGetBuf(incomingSerialPortReference.ioRefNum, &byteCount);
#endif
// basically, we're stating that if we have a stall for 2 iterations of the loop where the byteCounts are matching, then // basically, we're stating that if we have a stall for 2 iterations of the loop where the byteCounts are matching, then
// we assume we are no longer receiving communication. could have bugs? ie, we could be "done" reading before the data is all written // we assume we are no longer receiving communication. could have bugs? ie, we could be "done" reading before the data is all written
if (byteCount == lastByteCount && byteCount != 0 && lastByteCount != 0) { if (byteCount == lastByteCount && byteCount != 0 && lastByteCount != 0) {
if (DEBUGGING) { #ifdef DEBUGGING
char debugMessage[100]; char debugMessage[100];
sprintf(debugMessage, "receive loop setting last doByteCountsMatch to true: byteCount: %ld, lastByteCount: %ld\n", byteCount, lastByteCount); sprintf(debugMessage, "receive loop setting last doByteCountsMatch to true: byteCount: %ld, lastByteCount: %ld\n", byteCount, lastByteCount);
printf(debugMessage); printf(debugMessage);
} #endif
doByteCountsMatch = true; doByteCountsMatch = true;
} }
} }
if (DEBUGGING) { #ifdef DEBUGGING
char debugMessage[100]; char debugMessage[100];
sprintf(debugMessage, "receive loop complete: byteCount: %ld, lastByteCount: %ld\n", byteCount, lastByteCount); sprintf(debugMessage, "receive loop complete: byteCount: %ld, lastByteCount: %ld\n", byteCount, lastByteCount);
printf(debugMessage); printf(debugMessage);
} #endif
incomingSerialPortReference.ioReqCount = byteCount; incomingSerialPortReference.ioReqCount = byteCount;
OSErr err = PBRead((ParmBlkPtr)&incomingSerialPortReference, 0); #ifdef PRINT_ERRORS
OSErr err = PBRead((ParmBlkPtr)&incomingSerialPortReference, 0);
if (PRINT_ERRORS) {
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "err:%d\n", err); sprintf(errMessage, "err:%d\n", err);
printf(errMessage); printf(errMessage);
} #else
PBRead((ParmBlkPtr)&incomingSerialPortReference, 0);
#endif
memcpy(tempOutput, GlobalSerialInputBuffer, byteCount); memcpy(tempOutput, GlobalSerialInputBuffer, byteCount);
@ -317,7 +322,7 @@ void readSerialPort(char* output) {
if (strstr(tempOutput, ";;@@&&") != NULL) { if (strstr(tempOutput, ";;@@&&") != NULL) {
if (DEBUGGING) { #ifdef DEBUGGING
printf("done building temp output\n"); printf("done building temp output\n");
printf(tempOutput); printf(tempOutput);
@ -329,7 +334,7 @@ void readSerialPort(char* output) {
printf(debugOutput); printf(debugOutput);
printf("\ndone with output\n"); printf("\ndone with output\n");
printf("\n"); printf("\n");
} #endif
done = true; done = true;
} }
@ -342,7 +347,7 @@ void readSerialPort(char* output) {
writeSerialPortDebug(boutRefNum, output); writeSerialPortDebug(boutRefNum, output);
// once we are done reading the buffer entirely, we need to clear it. i'm not sure if this is the best way or not but seems to work // once we are done reading the buffer entirely, we need to clear it. i'm not sure if this is the best way or not but seems to work
memset(&GlobalSerialInputBuffer[0], 0, MAX_RECEIVE_SIZE); memset(GlobalSerialInputBuffer, '\0', MAX_RECEIVE_SIZE);
return; return;
} }
@ -354,32 +359,32 @@ OSErr writeSerialPort(const char* stringToWrite) {
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: writeSerialPort"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: writeSerialPort");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("writeSerialPort\n"); printf("writeSerialPort\n");
} #endif
outgoingSerialPortReference.ioBuffer = (Ptr) stringToWrite; outgoingSerialPortReference.ioBuffer = (Ptr) stringToWrite;
outgoingSerialPortReference.ioReqCount = strlen(stringToWrite); outgoingSerialPortReference.ioReqCount = strlen(stringToWrite);
if (DEBUGGING) { #ifdef DEBUGGING
printf("attempting to write string to serial port\n"); printf("attempting to write string to serial port\n");
printf(stringToWrite); printf(stringToWrite);
printf("\n"); printf("\n");
} #endif
// PBWrite Definition From Inside Macintosh Volume II-185: // PBWrite Definition From Inside Macintosh Volume II-185:
// PBWrite takes ioReqCount bytes from the buffer pointed to by ioBuffer and attempts to write them to the device driver having the reference number ioRefNum. // PBWrite takes ioReqCount bytes from the buffer pointed to by ioBuffer and attempts to write them to the device driver having the reference number ioRefNum.
// The drive number, if any, of the device to be written to is specified by ioVRefNum. After the write is completed, the position is returned in ioPosOffset and the number of bytes actually written is returned in ioActCount. // The drive number, if any, of the device to be written to is specified by ioVRefNum. After the write is completed, the position is returned in ioPosOffset and the number of bytes actually written is returned in ioActCount.
OSErr err = PBWrite((ParmBlkPtr)& outgoingSerialPortReference, 0); OSErr err = PBWrite((ParmBlkPtr)& outgoingSerialPortReference, 0);
if (PRINT_ERRORS) { #ifdef PRINT_ERRORS
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "err:%d\n", err); sprintf(errMessage, "err:%d\n", err);
printf(errMessage); printf(errMessage);
} #endif
return err; return err;
} }
@ -405,29 +410,29 @@ OSErr closeSerialPort() {
OSErr err = MacCloseDriver(outgoingSerialPortReference.ioRefNum); OSErr err = MacCloseDriver(outgoingSerialPortReference.ioRefNum);
if (PRINT_ERRORS) { #ifdef PRINT_ERRORS
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "err:%d\n", err); sprintf(errMessage, "err:%d\n", err);
printf(errMessage); printf(errMessage);
} #endif
return err; return err;
} }
// return time is char but this is only for error messages - final param is output variable that will be re-assigned within this function // return value is char but this is only for error messages - final param is output variable that will be re-assigned within this function
char* _getReturnValueFromResponse(char* response, char* application_id, char* call_counter, char* operation, char* output) { char* _getReturnValueFromResponse(char* response, char* application_id, char* call_counter, char* operation, char* output) {
#ifdef DEBUG_FUNCTION_CALLS #ifdef DEBUG_FUNCTION_CALLS
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: _getReturnValueFromResponse"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: _getReturnValueFromResponse");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("_getReturnValueFromResponse\n"); printf("_getReturnValueFromResponse\n");
printf(response); printf(response);
printf("\n"); printf("\n");
} #endif
// get the first token in to memory // get the first token in to memory
char *token = strtokm(response, ";;;"); char *token = strtokm(response, ";;;");
@ -435,22 +440,21 @@ char* _getReturnValueFromResponse(char* response, char* application_id, char* ca
// we need to track the token that we are on because the coprocessor.js responses are standardized // we need to track the token that we are on because the coprocessor.js responses are standardized
// so the tokens at specific positions will map to specific items in the response // so the tokens at specific positions will map to specific items in the response
int tokenCounter = 0; int tokenCounter = 0;
const int MAX_ATTEMPTS = 10;
// loop through the string to extract all other tokens // loop through the string to extract all other tokens
while (token != NULL) { while (token != NULL) {
if (tokenCounter > MAX_ATTEMPTS) { if (tokenCounter > MAX_ATTEMPTS) {
return "max attempts exceeded"; return "max attempts exceeded";
} }
if (DEBUGGING) { #ifdef DEBUGGING
char *debugOutput; char *debugOutput;
sprintf(debugOutput, "inspect token %d: %s\n", tokenCounter, token); sprintf(debugOutput, "inspect token %d: %s\n", tokenCounter, token);
printf(debugOutput); printf(debugOutput);
} #endif
switch (tokenCounter) { switch (tokenCounter) {
@ -486,9 +490,9 @@ char* _getReturnValueFromResponse(char* response, char* application_id, char* ca
} }
break; break;
case 4: case 4:;
if (DEBUGGING) { #ifdef DEBUGGING
printf("setting output to token:\n"); printf("setting output to token:\n");
printf(token); printf(token);
@ -496,17 +500,18 @@ char* _getReturnValueFromResponse(char* response, char* application_id, char* ca
sprintf(debugOutput, "\n'%ld'\n", strlen(token)); sprintf(debugOutput, "\n'%ld'\n", strlen(token));
printf(debugOutput); printf(debugOutput);
printf("\ndone with output\n"); printf("\ndone with output\n");
} #endif
int lengthWithoutControlChars = strlen(token) - 6; int lengthWithoutControlChars = strlen(token) - 6;
if (strlen(output) - 1 < lengthWithoutControlChars) { // writeSerialPortDebug(boutRefNum, "SETTING OUTPUT VARIABLE");
// char x[2555];
// sprintf(x, "%s: %d (%.*s)", token, lengthWithoutControlChars, lengthWithoutControlChars, token);
// writeSerialPortDebug(boutRefNum, x);
lengthWithoutControlChars = strlen(output) - 1; sprintf(output, "%.*s", lengthWithoutControlChars, token); // drop the ;;@@&& off the end of the response
} writeSerialPortDebug(boutRefNum, output);
strncat(output, token, lengthWithoutControlChars); // drop the ;;@@&& off the end of the response
return NULL; return NULL;
default: default:
@ -528,11 +533,11 @@ void writeToCoprocessor(char* operation, char* operand) {
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: writeToCoprocessor"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: writeToCoprocessor");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("writeToCoprocessor\n"); printf("writeToCoprocessor\n");
} #endif
const char* messageTemplate = "%s;;;%s;;;%s;;;%s;;@@&&"; // see: https://github.com/CamHenlin/coprocessor.js/blob/main/index.js#L25 const char* messageTemplate = "%s;;;%s;;;%s;;;%s;;@@&&"; // see: https://github.com/CamHenlin/coprocessor.js/blob/main/index.js#L25
char call_id[32]; char call_id[32];
@ -545,14 +550,16 @@ void writeToCoprocessor(char* operation, char* operand) {
// application_id is globally defined for now, how will that work in a library? // application_id is globally defined for now, how will that work in a library?
sprintf(messageToSend, messageTemplate, application_id, call_id, operation, operand); sprintf(messageToSend, messageTemplate, application_id, call_id, operation, operand);
OSErr err = writeSerialPort(messageToSend); #ifdef PRINT_ERRORS
if (PRINT_ERRORS) { OSErr err = writeSerialPort(messageToSend);
char errMessage[100]; char errMessage[100];
sprintf(errMessage, "writeToCoprocessor err:%d\n", err); sprintf(errMessage, "writeToCoprocessor err:%d\n", err);
printf(errMessage); printf(errMessage);
} #else
writeSerialPort(messageToSend);
#endif
return; return;
} }
@ -565,22 +572,26 @@ void getReturnValueFromResponse(char *response, char *operation, char *output) {
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: getReturnValueFromResponse"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: getReturnValueFromResponse");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("getReturnValueFromResponse\n"); printf("getReturnValueFromResponse\n");
} #endif
char call_id[32]; char call_id[32];
sprintf(call_id, "%d", call_counter - 1); sprintf(call_id, "%d", call_counter - 1);
char *err = _getReturnValueFromResponse(response, application_id, call_id, operation, output);
if (err != NULL && PRINT_ERRORS) { #ifdef PRINT_ERRORS
char *err = _getReturnValueFromResponse(response, application_id, call_id, operation, output);
printf("error getting return value from response:\n");
printf(err); if (err != NULL) {
printf("\n");
printf("error getting return value from response:\n");
printf(err);
printf("\n");
} }
#else
_getReturnValueFromResponse(response, application_id, call_id, operation, output);
#endif
} }
// TODO: this is a function we would want to expose in a library // TODO: this is a function we would want to expose in a library
@ -591,10 +602,10 @@ void sendProgramToCoprocessor(char* program, char *output) {
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: sendProgramToCoprocessor"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: sendProgramToCoprocessor");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("sendProgramToCoprocessor\n"); printf("sendProgramToCoprocessor\n");
} #endif
SetCursor(*GetCursor(watchCursor)); SetCursor(*GetCursor(watchCursor));
@ -617,10 +628,10 @@ void callFunctionOnCoprocessor(char* functionName, char* parameters, char* outpu
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: callFunctionOnCoprocessor"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: callFunctionOnCoprocessor");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("callFunctionOnCoprocessor\n"); printf("callFunctionOnCoprocessor\n");
} #endif
const char* functionTemplate = "%s&&&%s"; const char* functionTemplate = "%s&&&%s";
@ -637,11 +648,13 @@ void callFunctionOnCoprocessor(char* functionName, char* parameters, char* outpu
char serialPortResponse[MAX_RECEIVE_SIZE]; char serialPortResponse[MAX_RECEIVE_SIZE];
readSerialPort(serialPortResponse); readSerialPort(serialPortResponse);
// writeSerialPortDebug(boutRefNum, "========================Got response from serial port"); writeSerialPortDebug(boutRefNum, "========================Got response from serial port");
// writeSerialPortDebug(boutRefNum, serialPortResponse); writeSerialPortDebug(boutRefNum, serialPortResponse);
memset(output, '\0', RECEIVE_WINDOW_SIZE); memset(output, '\0', RECEIVE_WINDOW_SIZE);
getReturnValueFromResponse(serialPortResponse, "FUNCTION", output); getReturnValueFromResponse(serialPortResponse, "FUNCTION", output);
writeSerialPortDebug(boutRefNum, "========================and return value from response");
writeSerialPortDebug(boutRefNum, output);
SetCursor(&qd.arrow); SetCursor(&qd.arrow);
@ -655,10 +668,10 @@ void callEvalOnCoprocessor(char* toEval, char* output) {
writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: callEvalOnCoprocessor"); writeSerialPortDebug(boutRefNum, "DEBUG_FUNCTION_CALLS: callEvalOnCoprocessor");
#endif #endif
if (DEBUGGING) { #ifdef DEBUGGING
printf("callEvalOnCoprocessor\n"); printf("callEvalOnCoprocessor\n");
} #endif
writeToCoprocessor("EVAL", toEval); writeToCoprocessor("EVAL", toEval);

4
coprocessorjs.h
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@ -1,7 +1,3 @@
const int MAX_RECEIVE_SIZE;
void setupCoprocessor(char *applicationId, const char *serialDeviceName); void setupCoprocessor(char *applicationId, const char *serialDeviceName);
void sendProgramToCoprocessor(char* program, char *output); void sendProgramToCoprocessor(char* program, char *output);

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dist/MessagesForMacintosh.dsk vendored
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dist/MessagesForMacintosh.zip vendored
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29
nuklear_app.c
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@ -99,6 +99,7 @@ void aFailed(char *file, int line) {
} }
#define MAX_CHAT_MESSAGES 17 #define MAX_CHAT_MESSAGES 17
#define MAX_RECEIVE_SIZE 32767
Boolean firstOrMouseMove = true; Boolean firstOrMouseMove = true;
Boolean gotMouseEvent = false; Boolean gotMouseEvent = false;
@ -107,10 +108,10 @@ char activeChatMessages[MAX_CHAT_MESSAGES][2048]; // this should match to MAX_RO
char box_input_buffer[2048]; char box_input_buffer[2048];
char chatFriendlyNames[16][64]; char chatFriendlyNames[16][64];
char ip_input_buffer[255]; char ip_input_buffer[255];
char jsFunctionResponse[32767]; // Matches MAX_RECEIVE_SIZE char jsFunctionResponse[MAX_RECEIVE_SIZE]; // Matches MAX_RECEIVE_SIZE
char chatCountFunctionResponse[32767]; // Matches MAX_RECEIVE_SIZE char chatCountFunctionResponse[MAX_RECEIVE_SIZE]; // Matches MAX_RECEIVE_SIZE
char tempChatCountFunctionResponse[32767]; // Matches MAX_RECEIVE_SIZE char tempChatCountFunctionResponse[MAX_RECEIVE_SIZE]; // Matches MAX_RECEIVE_SIZE
char previousChatCountFunctionResponse[32767]; // Matches MAX_RECEIVE_SIZE char previousChatCountFunctionResponse[MAX_RECEIVE_SIZE]; // Matches MAX_RECEIVE_SIZE
char new_message_input_buffer[255]; char new_message_input_buffer[255];
int activeMessageCounter = 0; int activeMessageCounter = 0;
int chatFriendlyNamesCounter = 0; int chatFriendlyNamesCounter = 0;
@ -294,30 +295,14 @@ void getChatCounts() {
return; return;
} }
strcpy(previousChatCountFunctionResponse, chatCountFunctionResponse);
//#ifdef MESSAGES_FOR_MACINTOSH_DEBUGGING //#ifdef MESSAGES_FOR_MACINTOSH_DEBUGGING
writeSerialPortDebug(boutRefNum, "update current chat count"); writeSerialPortDebug(boutRefNum, "update current chat count");
writeSerialPortDebug(boutRefNum, chatCountFunctionResponse); writeSerialPortDebug(boutRefNum, chatCountFunctionResponse);
writeSerialPortDebug(boutRefNum, previousChatCountFunctionResponse); writeSerialPortDebug(boutRefNum, previousChatCountFunctionResponse);
// update current chat count
// 1
// wrangled byn
// wrangled by the knockers:::0,Aaron Sunderland:::0,Shirley Waggoner:::0,waggoner6171@icloud.com:::0,Rebecca Henlin:::0,Chris Sjoblom:::0,Leo Torbochkin:::0,Jayant Sai:::0,+15095713317:::0,Adam Struthers:::0
// 2
// wrangled by the knockers:::0,Aaron Sunderland:::0,Shin
// wrangled by the knockers:::0,Aaron Sunderland:::0,Shirley Waggoner:::0,waggoner6171@icloud.com:::0,Rebecca Henlin:::0,Chris Sjoblom:::0,Leo Torbochkin:::0,Jayant Sai:::0,+15095713317:::0,Adam Struthers:::0
// 3
// wrangled by the knockers:::0,Aaron Sunderland:::0,n
// wrangled by the knockers:::0,Aaron Sunderland:::0,Shirley Waggoner:::0,waggoner6171@icloud.com:::0,Rebecca Henlin:::0,Chris Sjoblom:::0,Leo Torbochkin:::0,Jayant Sai:::0,+15095713317:::0,Adam Struthers:::0
// 4
// wrangled by the knockers:::0,Aaron Sunderland:::0,Shirley Waggoner:::0,waggoner6171@icloud.com:::0,Rebecca Henlin:::0,Chris Sjoblom:::0,Leo Torbochkin:::0,Jayant Sai:::0,+15095713317:::0,Adam Struthers:::0
// wrangled by the knockers:::0,Aaron Sunderland:::0,n
//#endif //#endif
strcpy(previousChatCountFunctionResponse, chatCountFunctionResponse);
SysBeep(1); SysBeep(1);
strcpy(tempChatCountFunctionResponse, chatCountFunctionResponse); strcpy(tempChatCountFunctionResponse, chatCountFunctionResponse);

3
nuklear_quickdraw.h
View File

@ -1175,8 +1175,6 @@ NK_API void nk_quickdraw_render(WindowPtr window, struct nk_context *ctx) {
PROFILE_START("copy bits"); PROFILE_START("copy bits");
#endif #endif
writeSerialPortDebug(boutRefNum, "COPYBITS PROCESS");
SetPort(window); SetPort(window);
Rect quickDrawRectangle; Rect quickDrawRectangle;
@ -1186,7 +1184,6 @@ NK_API void nk_quickdraw_render(WindowPtr window, struct nk_context *ctx) {
quickDrawRectangle.right = mostRight; quickDrawRectangle.right = mostRight;
CopyBits(&gMainOffScreen.bits->portBits, &window->portBits, &quickDrawRectangle, &quickDrawRectangle, srcCopy, 0L); CopyBits(&gMainOffScreen.bits->portBits, &window->portBits, &quickDrawRectangle, &quickDrawRectangle, srcCopy, 0L);
writeSerialPortDebug(boutRefNum, "DONE COPYBITS PROCESS");
mostLeft = WINDOW_WIDTH; mostLeft = WINDOW_WIDTH;
mostBottom = 1; mostBottom = 1;