Shop OBEX P1 Docs P2 Docs Learn Events
C# Prop Serial Boot loader example for the Silabs CP2110 — Parallax Forums

C# Prop Serial Boot loader example for the Silabs CP2110

tonyp12tonyp12 Posts: 1,951
edited 2014-02-04 08:57 in Propeller 1
Dirty barebone version, should be easy to follow along.

It does not load an external file as of now, the little pasm toogle program is included in the c# code.
Should be easy to change the hidlib calls to use a generic windows com port if you want to fidle with ftdi uarts. 
Found 1 counts of UART HID devices.
Connected to device number: 1
UART is: Open
pulled DTR low
pulled DTR high
sent 251 bytes: 249,254,255,254,255,255...
sent 258 bytes of $F9 as sync bits
received 258 bytes: 254,255,254,254,254...
Version: 1
sent 11 bytes for command: 1
sent 11 bytes for lenght (19longs)
sent 203 bytes of T1/T2 encoded SpinCode
sent $f9 3 times
Goodbye.


/* 
version 0.45, programming by Tony P.
The DLL is 32bit so don't forget to force x86 output 
in QuickSharp Tools/Options.../Build Tools/Tool Settings: "Microsoft C# 3.0 Compiler - Release" 
and add in common options: /platform:x86 
*/

//$ SLABCP2110.cs
using System;
using System.Threading;
using SLAB_HID_TO_UART;
namespace CP2110_UART
{
    public class Program
    {
   
        public static void Main()
        {    
        IntPtr device = IntPtr.Zero;  
        int i = 1;
        uint j = 0;
        ushort dtr = 1<<13; // use GPIO9(opendrain) as DTR
        uint deviceNum= 0;
        ushort vid = 0x10C4;
        ushort pid = 0xea80;
        byte[] buffer = new byte[258]; // text buffer (max 4096)
        
        if(CP2110_DLL.HidUart_GetNumDevices(ref j, vid, pid)==0){
                Console.WriteLine("Found " +j+ " counts of UART HID devices."); 
            }
    
        if (CP2110_DLL.HidUart_Open(ref device, deviceNum, vid, pid)==0){
	      Console.WriteLine("Connected to device number: " + (deviceNum+1)); 
            }	
        
        if (CP2110_DLL.HidUart_SetUartEnable(device, i)!=0){
                 Console.WriteLine("could not access Device");
            }	 
            
        if (CP2110_DLL.HidUart_GetUartEnable(device, ref i)==0){
                 if (i == 1){Console.WriteLine("UART is: Open");} 
            }	
        
        buffer[0] = 0x0F9;   // time sync
              
        i = 80;    // seed with "P" for the LSFR, prepare buffer with "secret" handshake.
        for(j=1; j<251; j++){
                if ((i & 1)==1){
                    buffer[j] = 0x0ff;
                }
                else{
                    buffer[j] = 0x0fe;
                } 
            i = i << 1 | (i >> 7 ^ i >> 5 ^ i >> 4 ^ i >> 1) & 1; // predictable random numbers
        }
          
        if (CP2110_DLL.HidUart_WriteLatch(device, 0 ,dtr)==0){
                 Console.WriteLine("pulled DTR low");
            }
            
        Thread.Sleep(20);    // milliseconds Timeout 
        if (CP2110_DLL.HidUart_WriteLatch(device, dtr ,dtr)==0){
                 Console.WriteLine("pulled DTR high");
            }
        
        Thread.Sleep(100);    // milliseconds Timeout   
        if (CP2110_DLL.HidUart_Write(device, buffer, 251, ref j)==0){
              if (j == 251){Console.WriteLine("sent 251 bytes: "+buffer[0]+","+buffer[1]+","+buffer[2]+","+buffer[3]+","+buffer[4]+","+buffer[5]+"...");}
              }
            
        for(j=0; j<258; j++){buffer[j] = 0x0f9;} // set up 258 sync bits in one shoot as we have 480 byte fifo buffer we read later.
        if (CP2110_DLL.HidUart_Write(device, buffer, 258, ref j)==0){
              if (j == 258){Console.WriteLine("sent 258 bytes of $F9 as sync bits");}
              }         
         
         if (CP2110_DLL.HidUart_Read(device, buffer, 258, ref j)==0){
              Console.WriteLine("received "+j+" bytes: "+buffer[0]+","+buffer[1]+","+buffer[2]+","+buffer[3]+","+buffer[4]+"...");
             }
             
         i = 0;
         for(j=250; j<258; j++){
            i = i >> 1;
            if (buffer[j] == 0x0ff){
                i += 1 << 7; 
             }
            }   
         Console.WriteLine("Version: " + i);   
              
         i = 1;   //command 1=load ram, then run, 2=load ram+eeprom+verify, then shutdown, 3=load ram+eeprom+verify, then run 
         buffer[0]=0x092;
         if (i==1){;buffer[0]=0x093;}
         if (i==2){;buffer[0]=0x09A;}
         if (i==3){;buffer[0]=0x09B;}
         buffer[1]=0x092; buffer[2]=0x092; buffer[3]=0x092; buffer[4]=0x092; buffer[5]=0x092;
         buffer[6]=0x092; buffer[7]=0x092; buffer[8]=0x092; buffer[9]=0x092; buffer[10]=0x0F2;
         if (CP2110_DLL.HidUart_Write(device, buffer, 11, ref j)==0){
              if (j == 11){Console.WriteLine("sent 11 bytes for command: " + i);
              }
         }
         
        buffer[0]=0x09b; buffer[1]=0x09a;
        if (CP2110_DLL.HidUart_Write(device, buffer, 11, ref j)==0){
              if (j == 11){Console.WriteLine("sent 11 bytes for lenght (19longs)");
              }
         }
         
        byte[] SpinCode = {                             // 19longs (76 bytes)
        0x00, 0xD8, 0xB8, 0x05, 0x6F, 0xDE, 0x10, 0x00, 0x4C, 0x00, 0x54, 0x00,
        0x44, 0x00, 0x58, 0x00, 0x3C, 0x00, 0x02, 0x00, 0x34, 0x00, 0x00, 0x00,
        0x0A, 0xEC, 0xBF, 0xA0, 0x08, 0xE8, 0xBF, 0x68, 0x05, 0x16, 0xFC, 0xA0,
        0xF1, 0x17, 0xBC, 0x80, 0x07, 0x16, 0xBC, 0xF8, 0x0A, 0xE8, 0xBF, 0x6C,
        0x04, 0x00, 0x7C, 0x5C, 0xC0, 0xE1, 0xE4, 0x00, 0x00, 0x00, 0x04, 0x00,
        0x00, 0x00, 0x10, 0x00, 0x00, 0x00, 0x14, 0x00, 0x34, 0xC7, 0x08, 0x35,
        0x2C, 0x32, 0x00, 0x00 };
                
        byte bit = 1; 
        uint buffcnt=0;
        for(j=0; j<258; j++){;buffer[j]=0x092;}             // fill buffer with $92
        for(j=0; j<76; j++)
        { 
            for(i=0; i<8; i++)
            {
                if ((SpinCode[j] & 1<<i) == 1<<i)          // check if bit is set
                {
                  buffer[buffcnt]+=bit;                    // turn a %100 in to a %110 
                }
                bit<<=3; if(bit==0){; bit=1; buffcnt++;}   // rolling bit if shifted out to zero, move on to next byte
            } 
        } 
        
        if (CP2110_DLL.HidUart_Write(device, buffer, buffcnt+1, ref j)==0){
              if (j == buffcnt+1){Console.WriteLine("sent "+(buffcnt+1)+" bytes of T1/T2 encoded SpinCode");}
              }
              
        for(i=0; i<3; i++){      
            Thread.Sleep(100);    // milliseconds Timeout 
            buffer[0]=0x0f9;
            CP2110_DLL.HidUart_Write(device, buffer, 1, ref j);
        }
        if (j ==1){Console.WriteLine("sent $f9 " +i+" times");}
        
        Console.WriteLine("Goodbye.");
        }

  }
}

Video of it actually working.
default.jpg
http://youtu.be/G2yk0gnwKEE

Comments

  • turbosupraturbosupra Posts: 1,088
    edited 2012-03-11 06:15
    Just to be clear, you can write to the prop using the Silabs CP2110 and c sharp?

    That's awesome, when do you expect to be able to load a .spin file this way? I have a c sharp GUI that interfaces with the prop, but I had not tried to write an eeprom file or anything.




    tonyp12 wrote: »
    Dirty barebone version, should be easy to follow along.

    It does not load an external file as of now, as the the little asm toogle program is included in the source code.
    Should be easy to change the hidlib calls to use a generic windows com port if you want to fidle with ftdi uarts. 
    Found 1 counts of UART HID devices.
Connected to device number: 1
UART is: Open
pulled DTR low
pulled DTR high
sent 251 bytes: 249,254,255,254,255,255...
sent 258 bytes of $F9 as sync bits
received 258 bytes: 254,255,254,254,254...
Version: 1
sent 11 bytes for command: 1
sent 11 bytes for lenght (19longs)
sent 203 bytes of T1/T2 encoded SpinCode
sent $f9 3 times
Goodbye.


    /* 
version 0.4, programming by Tony P.
The DLL is 32bit so don't forget to force x86 output 
in QuickSharp Tools/Options.../Build Tools/Tool Settings: "Microsoft C# 3.0 Compiler - Release" 
and add in common options: /platform:x86 
*/

//$ SLABCP2110.cs
using System;
using System.Threading;
using SLAB_HID_TO_UART;
namespace CP2110_UART
{
    public class Program
    {
   
        public static void Main()
        {    
        IntPtr device = IntPtr.Zero;  
        int i = 1;
        uint j = 0;
        ushort dtr = 1<<13; // use GPIO9(opendrain) as DTR
        uint deviceNum= 0;
        ushort vid = 0x10C4;
        ushort pid = 0xea80;
        byte[] buffer = new byte[258]; // text buffer (max 4096)
        
        if(CP2110_DLL.HidUart_GetNumDevices(ref j, vid, pid)==0){
           Console.WriteLine("Found " +j+ " counts of UART HID devices."); 
            }
    
        if (CP2110_DLL.HidUart_Open(ref device, deviceNum, vid, pid)==0){
		         Console.WriteLine("Connected to device number: " + (deviceNum+1)); 
            }	
        
        if (CP2110_DLL.HidUart_SetUartEnable(device, i)!=0){
                 Console.WriteLine("could not access Device");
            }	 
            
        if (CP2110_DLL.HidUart_GetUartEnable(device, ref i)==0){
                 if (i == 1){Console.WriteLine("UART is: Open");} 
            }	
    
        if (CP2110_DLL.HidUart_WriteLatch(device, 0 ,dtr)==0){
                 Console.WriteLine("pulled DTR low");
            }	   
        
        Thread.Sleep(20);    // milliseconds Timeout 
        
        if (CP2110_DLL.HidUart_WriteLatch(device, dtr ,dtr)==0){
                 Console.WriteLine("pulled DTR high");
            }
      
        Thread.Sleep(100);    // milliseconds Timeout 
        
        buffer[0] = 0x0F9;   // time sync
              
        i = 80;    // seed with "P" for the LSFR
        for(j=1; j<251; j++){
                if ((i & 1)==1){
                    buffer[j] = 0x0ff;
                }
                else{
                    buffer[j] = 0x0fe;
                } 
            i = i << 1 | (i >> 7 ^ i >> 5 ^ i >> 4 ^ i >> 1) & 1; // predictable random numbers
        }
            
         if (CP2110_DLL.HidUart_Write(device, buffer, 251, ref j)==0){
              if (j == 251){Console.WriteLine("sent 251 bytes: "+buffer[0]+","+buffer[1]+","+buffer[2]+","+buffer[3]+","+buffer[4]+","+buffer[5]+"...");}
              }
            
        for(j=0; j<258; j++){buffer[j] = 0x0f9;} // set up 258 sync bits in one shoot as we have 480 byte fifo buffer we read later.
        if (CP2110_DLL.HidUart_Write(device, buffer, 258, ref j)==0){
              if (j == 258){Console.WriteLine("sent 258 bytes of $F9 as sync bits");}
              }         
         
         if (CP2110_DLL.HidUart_Read(device, buffer, 258, ref j)==0){
              Console.WriteLine("received "+j+" bytes: "+buffer[0]+","+buffer[1]+","+buffer[2]+","+buffer[3]+","+buffer[4]+"...");
             }
             
         i = 0;
         for(j=250; j<258; j++){
            i = i >> 1;
            if (buffer[j] == 0x0ff){
                i += 1 << 7; 
             }
            }   
         Console.WriteLine("Version: " + i);   
              
         i = 1;   //command 1=load ram, then run, 2=load ram+eeprom+verify, then shutdown, 3=load ram+eeprom+verify, then run 
         buffer[0]=0x092;
         if (i==1){;buffer[0]=0x093;}
         if (i==2){;buffer[0]=0x09A;}
         if (i==3){;buffer[0]=0x09B;}
         buffer[1]=0x092; buffer[2]=0x092; buffer[3]=0x092; buffer[4]=0x092; buffer[5]=0x092;
         buffer[6]=0x092; buffer[7]=0x092; buffer[8]=0x092; buffer[9]=0x092; buffer[10]=0x0F2;
         if (CP2110_DLL.HidUart_Write(device, buffer, 11, ref j)==0){
              if (j == 11){Console.WriteLine("sent 11 bytes for command: " + i);
              }
         }
         
        buffer[0]=0x09b; buffer[1]=0x09a;
        if (CP2110_DLL.HidUart_Write(device, buffer, 11, ref j)==0){
              if (j == 11){Console.WriteLine("sent 11 bytes for lenght (19longs)");
              }
         }
         
         byte[] SpinCode = {                             // 19longs (76 bytes)
        0x00, 0xD8, 0xB8, 0x05, 0x6F, 0xDE, 0x10, 0x00, 0x4C, 0x00, 0x54, 0x00,
        0x44, 0x00, 0x58, 0x00, 0x3C, 0x00, 0x02, 0x00, 0x34, 0x00, 0x00, 0x00,
        0x0A, 0xEC, 0xBF, 0xA0, 0x08, 0xE8, 0xBF, 0x68, 0x05, 0x16, 0xFC, 0xA0,
        0xF1, 0x17, 0xBC, 0x80, 0x07, 0x16, 0xBC, 0xF8, 0x0A, 0xE8, 0xBF, 0x6C,
        0x04, 0x00, 0x7C, 0x5C, 0xC0, 0xE1, 0xE4, 0x00, 0x00, 0x00, 0x04, 0x00,
        0x00, 0x00, 0x10, 0x00, 0x00, 0x00, 0x14, 0x00, 0x34, 0xC7, 0x08, 0x35,
        0x2C, 0x32, 0x00, 0x00 };
            
        int bit = 1; 
        int buffcnt=0;
        for(j=0; j<258; j++){;buffer[j]=0x092;}             // fill buffer with $92
        for(j=0; j<76; j++)
        { 
            for(i=0; i<8; i++)
            {
                if ((SpinCode[j] & 1<<i) == 1<<i)           // check if bit is set
                {
                  buffer[buffcnt]+=(byte)bit;
                }
                bit<<=3;if (bit==512){;bit=1;buffcnt++;}    // rolling bit, every 3 times move to next byte
            } 
        } 
        
        if (CP2110_DLL.HidUart_Write(device, buffer, 203, ref j)==0){
              if (j == 203){Console.WriteLine("sent 203 bytes of T1/T2 encoded SpinCode");}
              }
              
        for(i=0; i<3; i++){      
            Thread.Sleep(100);    // milliseconds Timeout 
            buffer[0]=0x0f9;
            CP2110_DLL.HidUart_Write(device, buffer, 1, ref j);
        }
        if (j ==1){Console.WriteLine("sent $f9 " +i+" times");}
        
        Console.WriteLine("Goodbye.");
        }

  }
}

    Video of it actually working.
    http://youtu.be/G2yk0gnwKEE
  • jmgjmg Posts: 15,173
    edited 2012-03-11 12:04
    Can you try varying the baud rate ?
    You can check actual average rates by continually sending a large buffer of 55H, and using a frequency counter.
    Try non std values, to see the granularity of the CP2110.
    Data suggests granularity of 24MHz/(2*N), and there is some conflict over 1MBd or 500Kbd as maximum.
    Valid values should be 500000/521739/545454/571428/600000/ etc
  • tonyp12tonyp12 Posts: 1,951
    edited 2012-03-11 12:23
    I did not have to change it as default is the values I needed anyway.

    HidUart_SetUartConfig
    Sets the baud rate, data bits, parity, stop bits, and flow control.
    Refer to the device data sheet for a list of supported configuration settings.

    DWORD baudRate, BYTE dataBits, BYTE parity, BYTE stopBits, BYTE flowControl

    http://www.silabs.com/pages/DownloadDoc.aspx?FILEURL=Support Documents/TechnicalDocs/AN433.pdf
  • jazzedjazzed Posts: 11,803
    edited 2012-03-11 14:43
    This is a good idea. Is it possible to find/write a driver that can be visible to the O/S as a virtual serial port?

    According to the CP2110.pdf System Overview, the device is "natively supported"
    "The CP2110 uses the standard USB HID device class which is natively supported by most operating systems. Acustom driver does not need to be installed for this device." CP2110 rev 1.1, page 1.

    Can propeller tool just find it and use DTR for reset without special code? ... Have you tried it?
  • tonyp12tonyp12 Posts: 1,951
    edited 2012-03-11 14:57
    You don't need a driver but it will not show up as a com port either.
    All the commands are actually done with hid id report protocols.
    I use Silabs Hid library to make it easier and the dll could be compiled
    with it so it would still be a all-in-one exe.

    Once a complete spin.binary downloader is done
    the next step is to emulate a com port that will trick Spin Tool
    As official CP2110 support will probably be a while as Parallax is
    pretty invested in current uart ic's with 13'034 units in stock.

    I'm thinking of maybe moving DTR to GPIO7 as that is an input by default.
    I had it there first becuse it was an input but for some reason I went with gpio9.

    I use GPIO9 and that is a push/pull output If by default it's in high state and
    you press a reset button =short circuit.
    My board don't have a reset button and I right away I re-program it to open drain.
    btw in input and opendrain mode it have internal 100k pull-up.

    There is no official DTR pin on the CP2110.
    The GPIOs mode are programmed (burned) once and for all and will always stay in that mode.


    The slightly harder to program direct-hid-id-report way.
    http://www.silabs.com/pages/DownloadDoc.aspx?FILEURL=Support Documents/TechnicalDocs/AN434.pdf
  • turbosupraturbosupra Posts: 1,088
    edited 2012-03-11 16:17
    Was this a dumb question?
    turbosupra wrote: »
    Just to be clear, you can write to the prop using the Silabs CP2110 and c sharp?

    That's awesome, when do you expect to be able to load a .spin file this way? I have a c sharp GUI that interfaces with the prop, but I had not tried to write an eeprom file or anything.
  • tonyp12tonyp12 Posts: 1,951
    edited 2012-03-11 16:23
    >Just to be clear, you can write to the prop using the Silabs CP2110 and c sharp?

    Yes you can have regular uart chat between the Prop and your C# program through a CP2110.
    And you can also program the ram/eeprom using (my) C#.
    The Prop is none the wiser as it is regular uart after all.

    And if someone wants to program in C / VBasic it would work with those too.
    Only thing what could stop you is that it ONLY comes in QFN (0.5mm)
  • turbosupraturbosupra Posts: 1,088
    edited 2012-03-11 16:56
    That's great, I'd rather use your class. I have a c sharp program that can auto query which com port the prop is on and even check to see if more than one prop is connected to a pc, as well as send and receive variable values, but nothing that could load an eeprom file. When you say it cannot load an "external file" do you mean eeprom file or something else?

    tonyp12 wrote: »
    >Just to be clear, you can write to the prop using the Silabs CP2110 and c sharp?

    Yes you can have regular uart chat between the Prop and your C# program through a CP2110.
    And you can also program the ram/eeprom using (my) C#.
    The Prop is none the wiser as it is regular uart after all.

    And if some make a program in C / VBasic it would work with those too.
    Only thing what could stop you is that it ONLY comes in QFN (0.5mm)
  • tonyp12tonyp12 Posts: 1,951
    edited 2012-03-11 17:01
    >When you say it cannot load an "external file" do you mean eeprom file or something else?

    In prop tool Press F8 (View Info...) and you can save binary or eeprom file.
    I will make it so that you can load one of these files and send it over to the prop-board using the CP2110.
    Eventually I will emulate a com port and you can use Prop tool like normal.

    But there is nothing stopping you using C# and programming the eeprom trough a FTDI chip either,
    just follow my C# code and use com port calls instead.

    P.S you don't have to use the Replay with Quote, you can just copy one or two lines like I do.
  • jazzedjazzed Posts: 11,803
    edited 2012-03-11 17:15
    The path of least resistance is to have a virtual com port driver similar to the FT232.
    That's one reason why Parallax has so many units in stock.

    Adding support for a different method in existing tools will be difficult, but not impossible.
    IMHO though, Propeller Tool will never have such support. Just based on what I've seen.

    tonyp12 wrote: »
    You don't need a driver but it will not show up as a com port either.
    All the commands are actually done with hid id report protocols.
    I use Silabs Hid library to make it easier and the dll could be compiled
    with it so it would still be a all-in-one exe. ....
  • tonyp12tonyp12 Posts: 1,951
    edited 2012-03-11 17:25
    >virtual com port driver similar to the FT232.That's one reason why Parallax has so many units in stock.

    The FTDI has to use a driver period, one that install a device DLL that some PCs with high security settings will balk at.
    Using HID as the base gives you many options.
    I will write a Virtual com port when I have time, I have to do this probono as Silabs is not paying me.
  • dileep254dileep254 Posts: 1
    edited 2014-02-04 03:00
    Hi tony,

    I am working with cp2114-cs42l55. my python code is below .The problem i was facing was i am not able write data into dac registers and read it back from i2c interface.can u help me if u have any idea


    import ctypes
    import time
    import os


    os.system("cls")
    mydll=ctypes.OleDLL("C:\Python27\SLABHIDtoUART.dll")
    mydk=ctypes.OleDLL("C:\Python27\SLABHIDDevice.dll")
    SI_SUCCESS =0x00;
    j=0;
    vid=0x10C4;
    pid=0xEAB0;
    devicenum=0;
    k = ctypes.c_ulong();
    R=ctypes.pointer(k);


    c=ctypes.c_uint()
    m=ctypes.pointer(c)


    ro=ctypes.c_ulong();
    rd=ctypes.pointer(ro);






    kbuf =ctypes.create_string_buffer(255)
    B=ctypes.pointer(kbuf)


    status = mydll.HidUart_GetNumDevices(R,vid,pid);
    print "status is " + str(status)


    pk=ctypes.c_ulong();
    D=ctypes.pointer(pk);


    no=ctypes.c_ulong();
    dw=ctypes.pointer(no);


    if status != SI_SUCCESS:
    print "No of devices found is error "
    print k.value




    ########opening the device
    op=mydll.HidUart_Open(m,devicenum,vid,pid)
    print "op is " +str(op)
    print c.value










    enable=mydll.HidUart_SetUartEnable(c.value,1)
    print "enable is " +str(enable)


    ##Getenable=mydll.HidUart_GetUartEnable(c.value,D)
    ##print Getenable
    ##print pk.value


    ##buff=mydll.HidUart_FlushBuffers(c.value,1,1)
    ##setuartconfig=mydll.HidUart_SetUartConfig(c.value,115200,0x03,0x00,0x00,0x00)
    ##print "set uart config is "+str(setuartconfig)
    ##
    ##setusbconfig=mydll.HidUart_SetUsbConfig(c.value,0x10C4,0xEAB0,0x32,0x00,0100,0x05,0x01)


    Gpio=(ctypes.c_ulong*14)()
    Gpio[0]=0x03
    Gpio[1]=0x03
    Gpio[2]=0x03
    Gpio[3]=0x03
    Gpio[4]=0x03
    Gpio[5]=0x04
    Gpio[6]=0x04
    Gpio[7]=0x04
    Gpio[8]=0x04
    Gpio[9]=0x03
    Gpio[10]=0x04
    Gpio[11]=0x03
    Gpio[12]=0x02
    Gpio[13]=0x02


    PGpio=ctypes.pointer(Gpio)
    pinconf=mydll.CP2114_SetPinConfig(m.contents,PGpio,0,0x0000,0x0000,0x00)


    print "pincnf" + str(pinconf)


    Ram=(ctypes.c_ulong*32)()
    Ram[0]=0x1E
    Ram[1]=0x00
    Ram[2]=0x01
    Ram[3]=0x00
    Ram[4]=0x94
    Ram[5]=0xA6
    Ram[6]=0xC4
    Ram[7]=0x0C
    Ram[8]=0x01
    Ram[9]=0xE0
    Ram[10]=0x1C
    Ram[11]=0x1D
    Ram[12]=0x1A
    Ram[13]=0x1B
    Ram[14]=0x1C
    Ram[15]=0x1D
    Ram[16]=0x1A
    Ram[17]=0x1B
    Ram[18]=0x70
    Ram[19]=0x77
    Ram[20]=0x44
    Ram[21]=0x0C
    Ram[22]=0x00
    Ram[23]=0x00
    Ram[24]=0x00
    Ram[25]=0x00
    Ram[26]=0x00
    Ram[27]=0x00
    Ram[28]=0x00
    Ram[29]=0x00
    Ram[30]=0x00
    Ram[31]=0x00
    ##Ram[32]=0x94
    ##Ram[33]=0x10




    Ramp=ctypes.pointer(Ram)






    RA=mydll.CP2114_SetRamConfig(m.contents,Ramp)
    print "RA is "+str(RA);
    ##time.sleep(4)
    ##os.startfile('song.wav')


    ##GRam=(ctypes.c_ulong*32)(255)
    ##GRamp=ctypes.pointer(GRam)
    ##
    ####
    ##GRA=mydll.CP2114_GetRamConfig(c.value,GRamp)
    ##print "GRA is "+str(GRA)
    ##
    ##print GRamp.contents[0],GRamp.contents[1],GRamp.contents[2],GRamp.contents[3]
    ##
    ##
    ##time.sleep(2)










    dac=(ctypes.c_ulong*8)()
    dac[0]=0x02;
    dac[1]=0x0F












    dacp=ctypes.pointer(dac)
    IC=mydll.CP2114_SetDacRegisters(m.contents,dacp,2)
    print "IC status is "+str(IC)




    time.sleep(10)


    Gdac=(ctypes.c_ulong*8)()
    Gdacp=ctypes.pointer(Gdac)


    DC=mydll.CP2114_GetDacRegisters(m.contents,0x02,4,Gdacp)
    print "DC status is "+str(DC)
    print Gdacp.contents[0],Gdacp.contents[1],Gdacp.contents[2],Gdacp.contents[3]
  • jazzedjazzed Posts: 11,803
    edited 2014-02-04 08:57
    @dileep254 welcome to the forums.

    To preserve code indenting for Python, add your code between the [code ] [/code ] tags (no spaces in the tags).

    See this link for an example: http://forums.parallax.com/misc.php?do=bbcode#code
Sign In or Register to comment.