104 lines
3.2 KiB
C
104 lines
3.2 KiB
C
/*------------------------------------------------------------------*/
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/* Projet: Dev Tools */
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/* File : serialTrace.h */
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/* Author: user@W500 08/28/20 */
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/*------------------------------------------------------------------*/
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// RCS CI/CO : Cx v v, terminate log : CcCc, view log : Cx v l
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// TODO: all this should be in a class or a singleton class
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// TODO: strings should be in Flash 32kb code
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// #include <avr/pgmspace.h>
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#ifndef __SERIALTRACE_H__
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#define __SERIALTRACE_H__
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extern char *__brkval;
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unsigned long freeMemory() {
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char top;
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return &top - (__brkval ? __brkval : __malloc_heap_start);
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}
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void retard(unsigned long ms, int mini) {
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#ifndef TEST
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delay(ms);
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#else
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delay(mini);
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#endif
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}
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// functions used for I/O using serial monitor
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#ifndef IHM // if IHM undefined then just empty functions.
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// So users don't need to change code, just define/undefine IHM.
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// A bit of a waste, but main purpose is testing.
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bool ttyAskN ( String prompt ) {}
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bool ttyAskY ( String prompt ) {}
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char ttyGetChar ( String prompt ) {}
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int ttyGetInt ( String prompt ) {}
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void ttyPutInt ( String prompt, int num ) {}
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void ttyPutMem ( ) {}
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void ttyPutStr ( String txt ) {}
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void ttyPutUin ( String prompt, unsigned int num ) {}
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void ttyPutFloat ( String prompt, float num ) {}
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void ttySetIHM ( long baud ) {}
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void ttyWipe ( short lines ) {}
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#else
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void ttySetIHM(long baud) {
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Serial.begin(baud); // WIP check if baud in correct values ?
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for (int i=0;i<10;i++) Serial.print("\n") ;
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}
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void ttyPutStr(String txt) { Serial.println(txt);
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}
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void ttyPutMem() {
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char buf[32];
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unsigned long octets = freeMemory();
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int k = octets / 1024 ; int o = octets % 1024;
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sprintf(buf, "SRAM: %dKo%d free",k,o);
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Serial.println (buf) ;
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}
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void ttyPutInt(String prompt, int num ) {
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char buf[64];
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sprintf(buf, "%s %d", prompt.c_str(), num ) ;
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Serial.println (buf) ;
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}
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void ttyPutUin(String prompt, unsigned int num ) {
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char buf[64];
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sprintf(buf, "%s %d", prompt.c_str(), num ) ;
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Serial.println(buf) ;
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}
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int ttyGetInt(String prompt) {
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Serial.println(prompt);
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while (Serial.available()==0) {} //Wait for user input
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String val=Serial.readString();
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return val.toInt();
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}
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void ttyPutFloat ( String prompt, float num ) {
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Serial.print(prompt);
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Serial.println (num) ;
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}
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void ttyPutFloatRound ( String prompt, float num ) {
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char buf[64];
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sprintf(buf, "%s %d", prompt.c_str(), int(num) ) ;
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Serial.println (buf) ;
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}
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char ttyGetChar(String prompt) {
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Serial.println(prompt);
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while (Serial.available()==0) {} //Wait for user input
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return Serial.read();
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}
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bool ttyAskY(String prompt){
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byte R = 223 & (byte)ttyGetChar(prompt);
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if ('Y' == R ) return true;
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else return false ;
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}
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bool ttyAskN(String prompt){
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byte R = 223 & (byte)ttyGetChar(prompt);
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if ('N' == R ) return true;
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return false ;
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}
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void ttyWipe (short lines) {
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//const short ESC=27 ; KO in Arduino serial monitor, works with others tty
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// Serial.write(ESC); Serial.print("[2J"); // cls
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// Serial.write(ESC); Serial.print("[H"); // cursor to home
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while (lines--) Serial.print("\n") ; // somehow overkill !
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}
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#endif // IHM
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#endif // __SERIALTRACE_H__
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