Diff: choiceFunctions.h

Revision:

38:d88296cbb39c

Parent:

36:9ecb98d7c2cd

Child:

39:0d7165083e7a

diff -r befd2fe96ee3 -r d88296cbb39c choiceFunctions.h
--- a/choiceFunctions.h	Fri Nov 06 22:31:17 2015 +0000
+++ b/choiceFunctions.h	Thu Dec 24 01:38:56 2015 +0000
@@ -1,25 +1,117 @@
-
-//*********************  Serial 4 real
-bool Sfunc(string func, string funcnum, string param)
+bool funcOut(string func, string funcnum, string param, string sstr)
 {
+    //fare
     bool errp=1;
-    if (param=="on ") {
-        realExtraSerial=true;
-        term.formatPrintf("ON \n",21,10,3,1); //p31
-        term.formatPrintf("RS Attiva \n",61,14,99,1); //p52
-        printDisp(dispType,"RS Attiva \n\r");
-        errp=0;
-    }
-    if (param=="off") {
-        realExtraSerial=false;
-        term.formatPrintf("OFF\n",21,10,3,1);  //p31
-        term.formatPrintf("RS Disattivata \n",61,14,99); //p52
-        if (realExtraSerial==false)  ardser.printf("\nRS OFF \n\r");
-        printDisp(dispType,"RS Disattivata \n\r");
+    char funcc;
+    int tempcc=0;
+    funcc=*fnzAdd.string2char(fnzAdd.addEOS(funcnum));
+
+    if ((funcnum>="0") && (funcnum<="9")) {
+        while (menu_funcChoice[tempcc]!="z") {
+            tempcc++;
+        }
+        if (menu_funcChoice[tempcc]=="z") tempcc--;
+        funcidx=tempcc;
+
         errp=0;
     }
     return errp;
 }
+//********************* Init: chiama Arduino al boot e chiama i paramtri
+bool initFunc(string func, string funcnum, string param)
+{
+    bool errp=1;
+
+    if (funcnum=="1") {
+       // errp=menuIn("0", param);
+
+    }
+    return errp;
+}
+
+
+//********************* Led
+bool Lfunc(string func, string funcnum, string param)
+{
+    bool errp=1;
+
+    if (funcnum=="1") {
+        if (param=="on ") {
+            term.formatPrintf("Led ACCESO \n",61,p52,99,1); //p52
+            if (realExtraSerial==false)  ardser.printf("\nLed ACCESO \n\r");
+            printDisp(dispType,"Led ACCESO \n\r");
+            led.onOff(1); //Accende il led
+            errp=0;
+        }
+        if (param=="off") {
+            term.formatPrintf("Led SPENTO! \n",61,p52,99,1); //p52
+            if (realExtraSerial==false)  ardser.printf("\nLed SPENTO! \n\r");
+            printDisp(dispType,"Led SPENTO \n\r");
+            led.onOff(0); //Spegne il led
+            errp=0;
+        }
+    }
+    return errp;
+}
+
+
+//********************** cambio menu
+
+bool funcfromMenu(string func, string funcnum, string param, string sstr)
+{
+// funzione di load funzioni da menu scelto
+    bool errp=1;
+    char funcc;
+    char tempm;
+    int ccmenu=0;
+    int ccfun=0;
+    string funzionen;
+    funcc=*fnzAdd.string2char(fnzAdd.addEOS(funcnum));
+
+    //filtro vettore funzioni in base la menu
+    do {
+        // confronto il primo carattere dell vettore funzioni col primo carattere del menu
+        funzionen=menu_function[ccmenu];
+        tempm=*fnzAdd.string2char(funzionen.substr(0,1));
+        // se = metto il valore del vettore funzioni nel vettore funzioni scelte
+        if (tempm==funcc) {
+            menu_funcChoice[ccfun]=menu_function[ccmenu];
+            ccfun++;
+        }
+        ccmenu++;
+    } while ((ccmenu<10) && (funcc!='z')) ;
+    funcidx=0;
+    //azzero da dove sono in giu'
+    for (int i =  fnzAdd.c2i(funcc)+1; i <=funcidx ; i++) {
+        term.formatPrintf("\n",42,4+i,38);
+    }
+    //scrico dalla prima allo scelto
+    for (int i =  0; i <=fnzAdd.c2i(funcc) ; i++) {
+        term.formatPrintf(fnzAdd.string2char(menu_funcChoice[i]),42,4+i,38);
+    }
+    errp=0; //per ora non fa nulla, vedere se tenere a uso futuro
+    return errp;
+}
+
+
+bool menuOut(string func, string funcnum, string param, string sstr)
+{
+    bool errp=1;
+    char funcc;
+    funcc=*fnzAdd.string2char(fnzAdd.addEOS(funcnum));
+    if ((funcnum>="0") && (funcnum<="9")) {
+        //azzero
+        term.formatPrintf(" \n",2,4+menuidx,1);
+        // scrivo
+        menuidx= fnzAdd.c2i(funcc);
+        term.formatPrintf("*\n",2,4+menuidx,1);
+        printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("Menu "+funcnum+"\r")));
+              //chiama la cernita delle funzioni
+        errp=funcfromMenu(func,  funcnum,  param,  sstr); //ritorna sempre 0 (e va bene cosi)
+    }
+    return errp;
+}
+
 
 //************************ Random Out
 bool RfuncOut(string func, string funcnum, string param)
@@ -32,8 +124,7 @@
             printDisp(dispType,"Random On \n\r");
             randomActivate=true;
             errp=0;
-        }
-        if (param=="off") {
+        } else if (param=="off") {
             term.formatPrintf("OFF\n",61,8,99,1); //p22
             ardser.printf(fnzAdd.string2char(fnzAdd.addEOS("R10\r")));
             printDisp(dispType,"Random OFF\n\r");
@@ -41,83 +132,17 @@
             errp=0;
         }
     }
-    term.formatPrintf("\n",61,14,99,1); //p52
-    return errp;
-}
-
-//********************* Led
-bool Lfunc(string func, string funcnum, string param)
-{
-    bool errp=1;
-
-    if (funcnum=="1") {
-        if (param=="on ") {
-            term.formatPrintf("Led ACCESO \n",61,14,99,1); //p52
-            if (realExtraSerial==false)  ardser.printf("\nLed ACCESO \n\r");
-            printDisp(dispType,"Led ACCESO \n\r");
-            led.onOff(1); //Accende il led
-            errp=0;
-        }
-        if (param=="off") {
-            term.formatPrintf("Led SPENTO! \n",61,14,99,1); //p52
-            if (realExtraSerial==false)  ardser.printf("\nLed SPENTO! \n\r");
-            printDisp(dispType,"Led SPENTO \n\r");
-            led.onOff(0); //Spegne il led
-            errp=0;
-        }
-    }
+    term.formatPrintf("\n",61,p52,99,1); //p52
     return errp;
 }
 
-//********************* Synth Tracce
-bool s09funcOut(string func, string funcnum, string param, char sstr)
-{
-    bool errp=1;
-    int funcn;
 
-    if ((funcnum>="0") && (funcnum<="9")) {
-        term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(func+"-"+funcnum+"-"+param)),21,14,8,1); //p51
-        // vale la pena creare una funzione di parametri da formalizzare
-        funcn=fnzAdd.c2i(sstr);
-        funcn=fnzAdd.constrain(funcn,0,2);
-        term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(func+"-"+funcnum+"-"+param)),21+(funcn%2)*40,6+(2*(funcn/2)),8,1); //p11 //p12 //p21
-        term.formatPrintf("Tracks Command \n",61,14,99,1);   //p52
-        ardser.printf(fnzAdd.string2char(fnzAdd.addEOS(func+funcnum+param+"\r")));
-        printDisp(dispType,"Tracks Command \n\r");
-        printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("  "+func+funcnum+param+"\r")));
-        //ardser.printf(fnzAdd.string2char(fnzAdd.addEOS(func+"-"+funcnum+"-"+param)));
-        errp=0;
-    }
-    return errp;
-}
-
-//********************* Synth Note
-bool NfuncOut(string func, string funcnum, string param, char* arr)
-{
-    bool errp=1;
-    int funcn;
-
-    if ((funcnum>="0") && (funcnum<="9")) {
-        if (((arr[2]>='0') && (arr[2]<='9')) || (arr[2]=='-')) {
-            term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(func+"-"+funcnum+"-"+param)),21,14,8,1); //p51
-            // vale la pena creare una funzione di parametri da formalizzare
-            funcn=fnzAdd.c2i(arr[2]);
-            //funcn=fnzAdd.constrain(funcn,0,2);
-            term.formatPrintf("Note Command \n",61,14,99,1);   //p52
-            ardser.printf(fnzAdd.string2char(fnzAdd.addEOS(func+funcnum+param+"\r")));
-            printDisp(dispType,"Note Command \n\r");
-            printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("  "+func+funcnum+param+"\r")));
-            errp=0;
-        }
-    }
-    return errp;
-}
 
 //********************* Start
 bool StartfuncOut()
 {
-    term.formatPrintf("Start\n",21,14,8,1); //p51
-    term.formatPrintf("Start H-Ard\n",61,14,99,1);   //p52
+    term.formatPrintf("Start\n",21,p51,8,1); //p51
+    term.formatPrintf("Start H-Ard\n",61,p52,99,1);   //p52
     ardser.printf("start\r");
     printDisp(dispType,"Start H-Ard\n\r");
     return 0;
@@ -126,83 +151,91 @@
 //********************* Stop
 bool StopfuncOut()
 {
-    term.formatPrintf("Stop\n",21,14,8,1); //p51
-    term.formatPrintf("Stop H-Ard\n",61,14,99,1);   //p52
+    term.formatPrintf("Stop\n",21,p51,8,1); //p51
+    term.formatPrintf("Stop H-Ard\n",61,p52,99,1);   //p52
     ardser.printf("stop\r");
     printDisp(dispType,"Stop H-Ard\n\r");
     return 0;
 }
 
-//********************* Delay Stop
-bool DelayStopfuncOut()
-{
-    term.formatPrintf("DStop\n",21,14,8,1); //p51
-    term.formatPrintf("Delay Stop H-Ard\n",61,14,99,1);   //p52
-    ardser.printf("dstop\r");
-    printDisp(dispType,"DlyStop H-Ard\n\r");
-    return 0;
-}
 
-
-
-/************************ IN Function *****************************/ 
+/************************ IN Function *****************************/
 /******************************************************************/
 /******************************************************************/
 
 
-//************************ Random
-
-
-bool RfuncIn(string func, string funcnum, string param)
+//********************* Menu In
+bool menuIn(string func, string sstr)
 {
     bool errp=1;
-    if (funcnum=="1") {
-        if (param=="on ") {
-            printDisp(dispType,"Random On \n\r");
-            term.formatPrintf("ON \n",65,8,99,1); //p22
-            printDisp(dispType,"RfuncInOn \n\r");
-            errp=0;
-        }
-        if (param=="off") {
-            term.formatPrintf("OFF\n",65,8,99,1); //p22
-            printDisp(dispType,"RfuncInOFF\n\r");
-            errp=0;
-        }
+    int funcn;
+    // char funcc=fnzAdd.string2char(sstr.substr(2,1));
+    char funcc;
+    funcc=*fnzAdd.string2char(fnzAdd.addEOS(sstr.substr(2,1)));
+    if (funcc!='z') {
+        //trasformo in intero
+        funcn=fnzAdd.c2i(funcc);
+        //assegno menu al vettore
+        menu_main[funcn]=fnzAdd.addEOS(sstr);
+        //stampo in posizione
+        term.formatPrintf(fnzAdd.string2char(menu_main[funcn]),2,4+funcn,38);
+        //display
+        printDisp(dispType,"Menu In \n\r");
+        printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("  "+sstr.substr(0,3)+"\r")));
+        errp=0;
     }
     return errp;
 }
 
-//********************* Synth Tracce
-bool s09funcIn(string func, string funcnum, string param, char sstr)
+//********************* Function In
+bool functionIn(string func, string sstr)
 {
     bool errp=1;
     int funcn;
+    char funcc= *fnzAdd.string2char(sstr.substr(2,1));
 
-    if ((funcnum>="0") && (funcnum<="9")) {
-        term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(func+"-"+funcnum+"-"+param)),21,14,8,1); //p51
-        // vale la pena creare una funzione di parametri da formalizzare
-        funcn=fnzAdd.c2i(sstr);
-        funcn=fnzAdd.constrain(funcn,0,2);
-        //azzera flag di ricezione
-         for (int i = 0; i < 3; i++) term.formatPrintf(" \n",31+(i%2)*40,6+(2*(i/2)),8,1); //p11 //p12 //p21
-        term.formatPrintf("*\n",31+(funcn%2)*40,6+(2*(funcn/2)),8,1); //p11 //p12 //p21
-        printDisp(dispType,"s09funcIn \n\r");
-        printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("  "+func+funcnum+param+"\r")));
+    if (funcc!='z') {
+        //trasformo in intero
+        funcn=fnzAdd.c2i(funcc);
+        //assegno menu al vettore
+        menu_function[funcn]=fnzAdd.addEOS(sstr.substr(2,1)); //??? sicuri?
+        //display
+        printDisp(dispType,"Function In \n\r");
+        printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("  "+sstr.substr(0,3)+"\r")));
         errp=0;
     }
     return errp;
 }
 
+//********************* Start
+bool StartfuncIn()
+{
+    term.formatPrintf("*\n",26,p51,8,1); //p51
+    // term.formatPrintf("Start H-Ard\n",61,p52,99,1);   //p52
+    // printDisp(dispType,"InStart H-Ard\n\r");
+    return 1;
+}
+
+//********************* Start
+bool StopfuncIn()
+{
+    term.formatPrintf("*\n",26,p51,8,1); //p51
+    // term.formatPrintf("Start H-Ard\n",61,p52,99,1);   //p52
+//  printDisp(dispType,"InStop H-Ard\n\r");
+    return 1;
+}
+
+
 //********************* Synth Note
 bool NfuncIn(string func, string funcnum, string param, char* arr)
 {
     bool errp=1;
     int funcn;
     if ((funcnum>="0") && (funcnum<="9")) {
-        term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(param)),21,14,8,1); //p51
+        term.formatPrintf(fnzAdd.string2char(fnzAdd.addEOS(param)),21,p51,8,1); //p51
         // vale la pena creare una funzione di parametri da formalizzare
         funcn=fnzAdd.c2i(arr[2]+arr[3]);
-        for (int i = 0; i < 6; i++) term.formatPrintf(" ",23+(i*4),12,1,1); 
+        for (int i = 0; i < 6; i++) term.formatPrintf(" ",23+(i*4),12,1,1);
         term.formatPrintf(fnzAdd.string2char(param.substr(0,2)+"*"),21+(fnzAdd.c2i(arr[1])*4),12,1,1); //p11 //p12 //p21
         printDisp(dispType,"NFuncIn\n\r");
         printDisp(dispType,fnzAdd.string2char(fnzAdd.addEOS("  "+func+funcnum+param+"\r")));
@@ -213,39 +246,12 @@
     return errp;
 }
 
-//********************* Start
-bool StartfuncIn()
-{
-   term.formatPrintf("*\n",26,14,8,1); //p51
-   // term.formatPrintf("Start H-Ard\n",61,14,99,1);   //p52
-   // printDisp(dispType,"InStart H-Ard\n\r");
-    return 1;
-}
-
-//********************* Start
-bool StopfuncIn()
-{
-   term.formatPrintf("*\n",26,14,8,1); //p51
-   // term.formatPrintf("Start H-Ard\n",61,14,99,1);   //p52
- //  printDisp(dispType,"InStop H-Ard\n\r");
-    return 1;
-}
-
-//********************* Start
-bool DelayStopfuncIn()
-{
-   term.formatPrintf("*\n",26,14,8,1); //p51
-   // term.formatPrintf("Start H-Ard\n",61,14,99,1);   //p52
- //  printDisp(dispType,"InStop H-Ard\n\r");
-    return 1;
-}
-
-//********************* Start
+//********************* Boot
 bool bootfuncIn()
 {
-   term.formatPrintf("*\n",26,14,8,1); //p51
-    term.formatPrintf("boot\n",21,14,8,1); //p51
-    term.formatPrintf("Arduino Boot\n",61,14,99,1);   //p52
+    term.formatPrintf("*\n",26,p51,8,1); //p51
+    term.formatPrintf("boot\n",21,p51,8,1); //p51
+    term.formatPrintf("Arduino Boot\n",61,p52,99,1);   //p52
     ardser.printf("rl\r");
     return 1;
 }
\ No newline at end of file