Debug Failure CC v5.3

Hi Keith,

can you verify your project settings/target configuration are set for the correct chip?  Ie the G2231?  This message is typical when the wrong chip is selected.  Did you select an example for the launchpad?

Please keep us informed.

Best Regards,
Lisa

Hi Keith,

ok, glad to hear you found the missing step/what was wrong.

There is a lot of useful training and getting started material here:

http://processors.wiki.ti.com/index.php/Category:CCS_Training

All the best with development.

Best Regards,

Lisa

I spoke to soon that all was well!  I get the following message after setting target to MSP430G2231.

MSP430: Error connecting to the target: The target setup (MSP430F2274) does not match the actual target type (F20x2_G2x2x_G2x3x)

After making new taget setup for  MSP430G2231 it keeps reverting back to the default target (MSP430F2274).

Here is test file I was using from one of your aps guys which is for the G2231.  What am I doing wrong?

//---------------------------------------------------------------------------

// TI Launchpad Serial Four Motor Controller

// Written by Eric Gregori ( www.buildsmartrobots.com )

//

//    Copyright (C) 2011  Eric Gregori

//

//    This program is free software: you can redistribute it and/or modify

//    it under the terms of the GNU General Public License as published by

//    the Free Software Foundation, either version 3 of the License, or

//    (at your option) any later version.

//

//    This program is distributed in the hope that it will be useful,

//    but WITHOUT ANY WARRANTY; without even the implied warranty of

//    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

//    GNU General Public License for more details.

//

//    You should have received a copy of the GNU General Public License

//    along with this program.  If not, see <http://www.gnu.org/licenses/>.

//

// TI Launchpad based Serial Motor Controller by Eric Gregori (www.buildsmartrobots.com)

//  Plug the TI Launchpad into a PC with the Launchpad driver installed.

// A virtual COM port will be created.

// Open hyperterminal, and connect to the virtual com port.

// Settings are: 2400, 8,n,1  no flow control

// 'a' or 'b' - controls motor 1

//  'c' or 'd' - controls motor 2

// 'e' or 'f' - controls motor 4

//  'g' or 'h' - controls motor 6

//

//  Motor 1 is the first 2 pins by the positive VIN terminal

//

// P1.0 - M2 CE

// P1.1 -

// P1.2 -

// P1.3 - M1 CE

// P1.4 - M2 IN

// P1.5 - M1 IN

//

// P1.6 - M6 IN

// P1.7 - M6 CE

// P2.6 - M4 CE

// P2.7 - M4 IN

// 

//---------------------------------------------------------------------------

#include

  "msp430g2231.h"

#define

MOTORIO (BIT0|BIT3|BIT4|BIT5|BIT6|BIT7)

#define

M1_CE BIT3

#define

M1_IN BIT5

#define

M2_CE BIT0

#define

M2_IN BIT4

#define

M6_CE BIT7

#define

M6_IN BIT6

#define

M4_CE BIT6 // P2

#define

M4_IN BIT7 // P2

#define

SERIALIN BIT2

#define

SERIALOUT BIT1

#define

SERIALHIGH P1OUT |= SERIALOUT;

#define

SERIALLOW P1OUT &= ~SERIALOUT;

unsigned

short BitTime;

void

InitPins( void )

{

P1OUT  = 0;

P2OUT  = 0;

P2SEL  = 0;

  P1DIR  = MOTORIO|SERIALOUT;

  P2DIR  = 0xff;

}

　

void

Delay( unsigned short in )

{

volatile unsigned short i;

for( i=1; i; ++i )

{

if( i == in )

break;

}

}

unsigned

short MeasureLow( void )

{

volatile unsigned short i;

for( i=1; i; ++i )

{

if( P1IN & SERIALIN )

break;

}

return(i);

}

　

void

SendChar( unsigned char data )

{

// Send Start Bit

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x01 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x02 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x04 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x08 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//------------------------------

if( data & 0x10 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x20 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x40 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

if( data & 0x80 )

SERIALHIGH

else

SERIALLOW

Delay( BitTime );

//-----------------------------

// Stop bit

SERIALHIGH

Delay( BitTime );

// Stop bit

SERIALHIGH

Delay( BitTime );

}

unsigned

char GetByte( void )

{

unsigned char data;

unsigned char bits;

data = 0;

// wait for start

while(P1IN & SERIALIN){};

Delay(BitTime/2);

if( P1IN & SERIALIN)

return(0xff);

for( bits=8; bits; --bits )

{

Delay(BitTime);

data = data >> 1;

if( P1IN & SERIALIN ) // bit 0

data |= 0x80;

}

Delay(BitTime);

return(data);

}

void

main(void)

{

  WDTCTL = WDTPW + WDTHOLD;                

// Stop WDT

InitPins();

SERIALHIGH

// Initialize Clocks

  BCSCTL1 = CALBC1_1MHZ;                   

// Set range

  DCOCTL = CALDCO_1MHZ;

  BCSCTL2 &= ~(DIVS_3);                    

// SMCLK = DCO = 1MHz 

#if

0

// Test

P1OUT |= M1_CE;

P1OUT &= ~M1_IN;

Delay( 10000 );

P1OUT &= ~MOTORIO;

P1OUT |= M1_CE;

P1OUT |= M1_IN;

Delay( 10000 );

P1OUT &= ~MOTORIO;

#endif

BitTime = 0;

while(1)

{

if( BitTime == 0 )

{

while(1) // Wait for 'o'

{

 

if( (P1IN & SERIALIN) == 0 )

  {

BitTime = MeasureLow();

BitTime -= 3;

if( BitTime > 255 )

continue;

break;

  }

}

}

SendChar(

'>' );

switch( GetByte())

{

//M1_CE BIT3

//M1_IN BIT5

//M2_CE BIT0

//M2_IN BIT4

//M4_CE BIT6 // P2

//M4_IN BIT7 // P2

case 'a':

P1OUT |= M1_CE;

P1OUT &= ~M1_IN;

break;

case 'b':

P1OUT |= M1_CE;

P1OUT |= M1_IN;

break;

case 'c':

P1OUT |= M2_CE;

P1OUT &= ~M2_IN;

break;

case 'd':

P1OUT |= M2_CE;

P1OUT |= M2_IN;

break;

case 'e':

P1OUT |= M6_CE;

P1OUT &= ~M6_IN;

break;

case 'f':

P1OUT |= M6_CE;

P1OUT |= M6_IN;

break;

case 'g':

P2OUT |= M4_CE;

P2OUT &= ~M4_IN;

break;

case 'h':

P2OUT |= M4_CE;

P2OUT |= M4_IN;

break;

default:

P1OUT &= ~MOTORIO;

P2OUT &= ~(M4_CE|M4_IN);

break;

}

}

// while(1)

}

 

Hi Keith,

can you verify in the project settings the correct chip is selected.  Also in the preinclude symbols. (Project->properties->build->msp430 compiler-> advanced options->predefined symbols)   Also your ccxml file (target configuration) needs to be in sync.

Best Regards,
Lisa

Lisa:

I think I see the problem.  Just because you see the code in the console display window

does not mean it is in your project.  Need to do a cut and past over to new main.c that was just created.

Regards

 

Hi Keith,

so have you been able to resolve the issue?  You are correct that if a file is in the console/being looked for for the build ... it either needs to be included in the project or linked in.

Best Regards,
Lisa