src/part2/examples/txn/platforms/ez430_rf2500/linkcmd.xdt

%/* --COPYRIGHT--,EPL
% *  Copyright (c) 2008 Texas Instruments and others.
% *  All rights reserved. This program and the accompanying materials
% *  are made available under the terms of the Eclipse Public License v1.0
% *  which accompanies this distribution, and is available at
% *  http://www.eclipse.org/legal/epl-v10.html
% * 
% *  Contributors:
% *      Texas Instruments - initial implementation
% * 
% * --/COPYRIGHT--*/
%/*
% * ======== linkcmd.xdt ========
% *  This is template file is used to generate a linker command file for
% *  executables.  It provides a single place where we can embed information
% *  necessary to load/run executables.
% *
% *  This template is expanded after the configuration script runs and the
% *  results placed in a file (with extension .xdl) associated with the
% *  executable.
% *
% *  Linker templates are passed the following arguments:
% *     $out        - an open file stream for the generated linker
% *                   command file
% *     $args[]     - an array of zero or more libraries that should be linked
% *                   with (in the order they appear in the argument list)
% *
% *  In addition to these arguments, there is a global variable named
% *  'this' that is set as follows:
% *     this        - the program object
% */
%var _utils = xdc.loadCapsule("ti/targets/linkUtils.xs");
%var prog = this;    /* meaningful alias for this (== xdc.cfg.Program) */

/*
 * Do not modify this file; it is automatically generated from the template
 * linkcmd.xdt in the txn.platforms.ez430_rf2500 package and will be
 * overwritten.
 */

/*
 * put '"'s around paths because, without this, the linker
 * considers '-' as minus operator, not a file name character.
 */

%for (var i = 0; i < prog.$$asmvec.length; i++) {
"`prog.$$asmvec[i]`"
%}

%for (var i = 0; i < $args.length; i++) {
-l"`$args[i]`"
%}


%/* aliases interfere with whole_program and are unnecessary in this case */
%if (prog.build.profile.match(/whole_program/) == null) {
`_utils.genAliases(prog)`
%}

--args `utils.toHex(prog.argSize)`
-heap  `utils.toHex(prog.heap)`
-stack `utils.toHex(prog.stack)`

MEMORY
{
%for (var i = 0; i < prog.cpu.memoryMap.length; i++) {
    %var mem = prog.cpu.memoryMap[i];
    %var page = (mem.page != null) ? ("PAGE " + mem.page + ": ") : "";
    %var org = utils.toHex(mem.base);
    %var len = utils.toHex(mem.len);
    %var access = (mem.access != null) ? (" (" + mem.access + ")") : "";
    `page``mem.name``access` : org = `org`, len = `len`
%}
}

/*
 * Linker command file contributions from all loaded packages:
 */
`_utils.genContributions($args)`

/*
 * symbolic aliases for static instance objects
 */
%for (var sym in Program.symbol) {
    %var inst = Program.symbol[sym];
    %if (typeof(inst) == 'number') {
`this.build.target.asmName(sym)` = `inst`;
    %}
    %else {
        %var objTab = inst.$module.$name.replace(/\./g, '_') + '_Object__table__V';
        %var off = Program.$capsule.instSize(inst) * inst.$index;
`this.build.target.asmName(sym)` = `this.build.target.asmName(objTab)` + `off`;
    %}
%}

/************************************************************
* STANDARD BITS
************************************************************/
/************************************************************
* STATUS REGISTER BITS
************************************************************/
/************************************************************
* PERIPHERAL FILE MAP
************************************************************/
/************************************************************
* SPECIAL FUNCTION REGISTER ADDRESSES + CONTROL BITS
************************************************************/
IE1                = 0x0000;
IFG1               = 0x0002;
IE2                = 0x0001;
IFG2               = 0x0003;

/************************************************************
* ADC10
************************************************************/
ADC10DTC0          = 0x0048;
ADC10DTC1          = 0x0049;
ADC10AE0           = 0x004A;
ADC10AE1           = 0x004B;
ADC10CTL0          = 0x01B0;
ADC10CTL1          = 0x01B2;
ADC10MEM           = 0x01B4;
ADC10SA            = 0x01BC;

/************************************************************
* Basic Clock Module
************************************************************/
DCOCTL             = 0x0056;
BCSCTL1            = 0x0057;
BCSCTL2            = 0x0058;
BCSCTL3            = 0x0053;

/*************************************************************
* Flash Memory
*************************************************************/
FCTL1              = 0x0128;
FCTL2              = 0x012A;
FCTL3              = 0x012C;

/************************************************************
* Operational Amplifier
************************************************************/
OA0CTL0            = 0x00C0;
OA0CTL1            = 0x00C1;
OA1CTL0            = 0x00C2;
OA1CTL1            = 0x00C3;

/************************************************************
* DIGITAL I/O Port1/2 Pull up / Pull down Resistors
************************************************************/
P1IN               = 0x0020;
P1OUT              = 0x0021;
P1DIR              = 0x0022;
P1IFG              = 0x0023;
P1IES              = 0x0024;
P1IE               = 0x0025;
P1SEL              = 0x0026;
P1REN              = 0x0027;
P2IN               = 0x0028;
P2OUT              = 0x0029;
P2DIR              = 0x002A;
P2IFG              = 0x002B;
P2IES              = 0x002C;
P2IE               = 0x002D;
P2SEL              = 0x002E;
P2REN              = 0x002F;

/************************************************************
* DIGITAL I/O Port3/4 Pull up / Pull down Resistors
************************************************************/
P3IN               = 0x0018;
P3OUT              = 0x0019;
P3DIR              = 0x001A;
P3SEL              = 0x001B;
P3REN              = 0x0010;
P4IN               = 0x001C;
P4OUT              = 0x001D;
P4DIR              = 0x001E;
P4SEL              = 0x001F;
P4REN              = 0x0011;

/************************************************************
* Timer A3
************************************************************/
TAIV               = 0x012E;
TACTL              = 0x0160;
TACCTL0            = 0x0162;
TACCTL1            = 0x0164;
TACCTL2            = 0x0166;
TAR                = 0x0170;
TACCR0             = 0x0172;
TACCR1             = 0x0174;
TACCR2             = 0x0176;

/************************************************************
* Timer B3
************************************************************/
TBIV               = 0x011E;
TBCTL              = 0x0180;
TBCCTL0            = 0x0182;
TBCCTL1            = 0x0184;
TBCCTL2            = 0x0186;
TBR                = 0x0190;
TBCCR0             = 0x0192;
TBCCR1             = 0x0194;
TBCCR2             = 0x0196;

/************************************************************
* USCI
************************************************************/
UCA0CTL0           = 0x0060;
UCA0CTL1           = 0x0061;
UCA0BR0            = 0x0062;
UCA0BR1            = 0x0063;
UCA0MCTL           = 0x0064;
UCA0STAT           = 0x0065;
UCA0RXBUF          = 0x0066;
UCA0TXBUF          = 0x0067;
UCA0ABCTL          = 0x005D;
UCA0IRTCTL         = 0x005E;
UCA0IRRCTL         = 0x005F;
UCB0CTL0           = 0x0068;
UCB0CTL1           = 0x0069;
UCB0BR0            = 0x006A;
UCB0BR1            = 0x006B;
UCB0I2CIE          = 0x006C;
UCB0STAT           = 0x006D;
UCB0RXBUF          = 0x006E;
UCB0TXBUF          = 0x006F;
UCB0I2COA          = 0x0118;
UCB0I2CSA          = 0x011A;

/************************************************************
* WATCHDOG TIMER
************************************************************/
WDTCTL             = 0x0120;

/************************************************************
* Calibration Data in Info Mem
************************************************************/
CALDCO_16MHZ       = 0x10F8;
CALBC1_16MHZ       = 0x10F9;
CALDCO_12MHZ       = 0x10FA;
CALBC1_12MHZ       = 0x10FB;
CALDCO_8MHZ        = 0x10FC;
CALBC1_8MHZ        = 0x10FD;
CALDCO_1MHZ        = 0x10FE;
CALBC1_1MHZ        = 0x10FF;

SECTIONS
{
   .reset > RESET
   .usci_rx > USCI_RX
   .int03 > IOPORT2
   .timer_a0 > TIMER_A0
   .timer_b0 > TIMER_B0
   .adc10 > ADC10
   
%/get "standard" section text */
%var sections = _utils.genSections(prog);
%
%/* replace NOLOAD with COPY to work around a ti.targets "bug" */
%sections = sections.replace('NOLOAD', 'COPY');
%
%/* modify .stack to fill with a known initial value */
%sections = sections.replace('.stack:', '.stack: fill=0xcafe,');
`sections`
}