Console Serial IO con display OLED e seriale asincrona
Dependencies: mbed BufferedSerial AserialIOFuncLib SSD1306 TerminalPlusV2
Fork of SerialIO by
Console Serial IO con display OLED e seriale asincrona
Functions.h
- Committer:
- MaxScorda
- Date:
- 2015-12-24
- Revision:
- 38:d88296cbb39c
- Parent:
- 37:befd2fe96ee3
- Child:
- 39:0d7165083e7a
File content as of revision 38:d88296cbb39c:
#include <string> #include "IOFuncLib.h" #include "choiceFunctions.h" //Valori di Menu int p01, p02, p03; int p51, p52; void bannerAdv() { //spostato qui per lasciare in pace la libreria term.reset(); term.cls(); term.frame(0, 0, 79, 22,1); term.forgcol(3); term.bold(); term.formatPrintf("_____ H-Ard Synth Project Console _____\n",19,1); term.formatPrintf("______ Nucleo Scorda IO Terminal ______\n",19,2); term.resetattrib(); term.forgcol(7); //3-4 term.formatPrintf(fnzAdd.string2char(fnzAdd.padstr("\n",78,char(196))),1,3,1); //top 1/2 term.forgcol(6); /* //5-6 term.formatPrintf("Pattern 0......... \n",2,6); //p11 term.formatPrintf("Pattern 1......... \n",42,6); //p12 //7-8 term.formatPrintf("Pattern 2......... \n",2,8); //p21 term.formatPrintf("Random Act (r1o/f) \n",42,8); //p22 //9-10 term.formatPrintf("Serial Real(sro/f) \n",2,10); //p31 //11-12 term.formatPrintf("Note Pattern......\n",2,12,99); //p41 */ //18-19 p51=18; p52=18; term.formatPrintf("Input string...... \n",2,p51); //p51 term.formatPrintf("Command Type \n",48,p52); //p52 p01=19; p02=19; p03=19; term.formatPrintf("Funzione \n",2,p01); //p01 term.formatPrintf("Numero \n",32,p02); //p02 term.formatPrintf("Parametro \n",51,p03); //p03 //21 term.forgcol(7); term.formatPrintf("Serial Feedback \n",2,21); // grigino /* term.formatPrintf(fnzAdd.string2char(fnzAdd.padstr("\n",78,char(196))),1,5); //top 3/4 term.formatPrintf(fnzAdd.string2char(fnzAdd.padstr("\n",78,char(196))),1,9); //top 7/8 term.formatPrintf(fnzAdd.string2char(fnzAdd.padstr("\n",78,char(196))),1,13); //top 11/12 term.forgcol(2); term.formatPrintf("Pattern: da 031 a 252 - Traccia 0-2, Note 3-6, Len 1-2 \n",2,16); //help term.formatPrintf("Stato random: r1on-r1off \n",2,17); //help term.formatPrintf("Cambia Note: da n01 a n53 - Nota 0-5, Val 1-3 \n",2,18); //help term.formatPrintf("start, stop, dstop (delay) - rl: reload value\n",2,19); //help term.forgcol(7); */ term.formatPrintf(fnzAdd.string2char(fnzAdd.padstr("\n",78,char(196))),1,17,1); //bottom pot term.formatPrintf(fnzAdd.string2char(fnzAdd.padstr("\n",78,char(196))),1,20); //azzo funziona... term.locate(0, 23); printf("Command: > "); } void callback() { // Note: you need to actually read from the serial to clear the RX interrupt // ardser.printf("%d \n", cont++); // myled2 = !myled2; } void scsa() { //Funzione per screensaver inverseDisp(dispType); } void parserVT100(char stringa[]) { string func; //funzione l=led string funcnum; //funzione ordinata 1,2,3 ecc string param; //parametro on, off string strIn = string(stringa); bool errp=1; //pad a 4 strIn=fnzAdd.padstr(strIn,5,' '); strIn=fnzAdd.addEOS(strIn); //split func=strIn.substr(0,1); funcnum=strIn.substr(1,1); param=strIn.substr(2,3); //write param term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(func)),11,p01,10,1); //p01 term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(funcnum)),39,p02,10,1); //p02 term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(param)),61,p03,10,1); //p03 //write input string term.formatPrintf(fnzAdd.string2char(strIn),21,p51,10,1); //p51 //term.formatPrintf(((char*)func.c_str() ,02,07); funziona anche cosi' //command Cambia Funzione if (func=="f") { errp=funcOut(func, funcnum,param, string(stringa)); } //init: al boot chiedi ad arduino i codici else if (func=="i") { errp=initFunc(func, funcnum,param); } //led for test else if (func=="l") { errp=Lfunc(func, funcnum,param); } //command Cambia menu else if (func=="m") { errp=menuOut(func, funcnum,param, string(stringa)); } //Random Activate DA FARE!!!!!!!!! else if (func=="r") { errp=RfuncOut(func, funcnum,param); } //start else if (strIn.substr(0,5)=="start") { errp=StartfuncOut(); } //stop else if (strIn.substr(0,4)=="stop") { errp=StopfuncOut(); } // comando fuori parsing if (errp==1) { term.forgcol(1); term.formatPrintf("Bad Command\n",61,p52,99,1); //p52 term.forgcol(9); if (realExtraSerial==false) ardser.printf("Bad command\n\r"); printDisp(dispType,"** Bad command ** \n\r"); } term.readypos(); } void writeInput(char stringa[]) { string func; //funzione l=led string funcnum; //funzione ordinata 1,2,3 ecc string param; //parametro on, off string strIn = string(stringa); bool errp=1; strIn=fnzAdd.padstr(strIn,5,' '); //non dovrebbe servire strIn=fnzAdd.addEOS(strIn); //split func=strIn.substr(0,1); funcnum=strIn.substr(1,1); param=strIn.substr(2,3); //Descrizione Menu in input if (func=="m") { errp=menuIn(func, stringa); } //Descrizione funzione in input else if (func=="f") { errp=functionIn(func, stringa); } //start else if (strIn.substr(0,4)=="start") { errp=StartfuncIn(); } //stop else if (strIn.substr(0,3)=="stop") { errp=StopfuncIn(); } term.formatPrintf(fnzAdd.string2char(">"+fnzAdd.subEOS(string(stringa))+"<"),18,21,99,1); term.readypos(); } void preloadValue() { string func; //funzione l=led string funcnum; //funzione ordinata 1,2,3 ecc string param; //parametro on, off string strIn; //azzero vettori for (int i = 0; i < 10; i++) { menu_main[i]=""; menu_funcChoice[i]=""; } for (int i = 0; i < 100; i++) { menu_function[i]=""; } menu_main[0]="z.z"; //invero e' sbagliato. controllare cosa usa di stop menu_funcChoice[0]="z.z"; menu_function[0]="z.z"; //pattern /* for (int i = 0; i < 3; i++) { strIn=fnzAdd.i2s(i)+"-"+fnzAdd.i2s(i+3)+"-"+fnzAdd.i2s(2); term.formatPrintf(fnzAdd.string2char(strIn),21+(i%2)*40,6+(2*(i/2)),8,1); //p11 //p12 //p21 } //real serial term.formatPrintf("OFF\n",21,10,3,1); //p31 //random term.formatPrintf("ON\n",61,8,99,1); //p22 // note term.formatPrintf("60 64 67 71 74 77\n",21,12,99,1); //p41 */ term.readypos(); } void pressed() { ardser.printf("rl\r"); term.formatPrintf("rl\n",21,p51,8,1); //p51 term.formatPrintf("Ask for reload\n",61,p52,99,1); //p52 led.flash(2); }