binary data test 4Mhz clock

serial/env.conf

@@ -8,15 +8,15 @@
 # and load this file from it. Something like this:
 # ----------- myproject.stc ---------------
 # load s mycode.cod
- frequency 8000000
+# frequency 12000000
 # load c netlist.stc
 # -----------------------------------------
 # You can then just load this new file:
 # gpsim -c myproject.stc
 # and use netlist.stc whenever you save from the breadboard.
 #
-
-
+# Set the Clock frequency to 4 Mhz.
+frequency 4000000
 # Processor position:
 module library libgpsim_modules.dll
 
@@ -39,9 +39,35 @@ U1.ypos = 72
 
 
 # Connections:
-node n
-attach n portc6 U1.RXPIN
+node PIC_tx
+node PIC_rx
+
+attach PIC_tx portc6 U1.RXPIN
+# attach PIC_rx portc7 U1.TXPIN
+# Create a stimulus node:
+node analog_node
+attach analog_node porta3
+# Create a triangle wave stimulus that's 1000 cycles long
+# and attach it to porta bit 0. The duty cycle is 30%
+# and the phase is 10%. 
+echo stimulus create
+
+stimulus tri
+
+period 1000
+
+high_time 300
+
+phase 100
+
+#port porta 0
+name t_wave
+
+end
+
+echo stimulus created
 
+attach analog_node porta3 t_wave
 
 
 # End.

serial/send-data.c

@@ -33,7 +33,7 @@ static __code uint16_t __at (0x2007) config = _XT_OSC & _PWRTE_ON & _BODEN_ON
 
 
 // Until SDCC supports strings again the message will be far more terse.
-static const char str[]={'h', 'e', 'l', 'l', 'o', ' ', 'w', 'o', 'r', 'l', 'd', '\r', '\n', '\0'};
+static const char str[]={'d', 'a', 't', 'a', '\n', '\0'};
 
 void main(void)
 {
@@ -49,22 +49,40 @@ void main(void)
  TXEN=1; // Enable transmission mode
 
 
- while(1) // repeat over and over
- {
- PORTB = 0X01; // message flag on
- for(i=0; str[i] != '\0'; i++)
- {
- PORTB = 0X03; // char flag on
-
- TXREG=str[i]; // Add a character to the output buffer
-
- while(!TXIF); // Wait while the output buffer is full
-
- PORTB = 0X01; // char flag off
- }
- PORTB = 0X00; // message flag on
-
- }
-
-
+ //while(1) // repeat over and over
+ //{ 
+ PORTB = 0X01; // message flag on
+ for(i=0; str[i] != '\0'; i++)
+ {
+ PORTB = 0X03; // char flag on
+ TXREG=str[i]; // Add a character to the output buffer 
+ while(!TXIF); // Wait while the output buffer is full
+ PORTB = 0X01; // char flag off
+ }
+ ADCON1=0b00100010; //adc initonce
+
+
+
+ TMR2=0x00; //clear timer2 output
+
+ T2CON=0x04; //start timer2
+
+ TRISA=0x0C; //set AN2 (RAx) and AN3 (RAx) to inputs
+
+ ADCON0=0b11010101; //begin AD conversion on AN2
+
+ while(ADCON0<2>=1) //wait until ADCON0<1> flips to 0
+
+ continue;
+
+ //PORTB=ADRESH; //write ADC result to portB
+ TXREG=ADRESH; // Add a character to the output buffer 
+ while(!TXIF); // Wait while the output buffer is full
+
+ T2CON=0x00; //end timer
+
+ PORTC=TMR2; //write timer result to portC
+
+ PORTB = 0X00; // message flag on 
+ //} 
 }