/////////////////////////////////////////////////////////////////////////////////
//This is for the debugger rom on the M3A-7535 ES1 developement board.		/
//The main difference is apparently that the code starts at 0x3080              /
//        - lnk740.xcl -		                                        /
//                                                                              /
//        XLINK 4.44, or higher, command file to be used with the 740           /
//	C-compiler V1.xx                                                        /
//        Usage:  xlink  your_file(s)  -f lnk740                                /
//                                                                              /
//        $Id: lnk740.xcl 1.4 2001/07/16 14:14:59Z IJON Exp $                   /
//                                                                              /
//	IMPORTANT:	1. Use a COPY of this file.                             /
//			2. Select a C library at the end of this file           /
//			   that matches the compilation switches.               /
//			3. If you use the 37600, see note about the             /
//			   INTVEC segment futher down.                          /
/////////////////////////////////////////////////////////////////////////////////
//First: define CPU
-c740


/////////////////////////////////////////////////////////////////////////////////
//the kd38 debugger tool want these options set
-ylmba


/////////////////////////////////////////////////////////////////////////////////
//Setup all read-only segments (PROM) at address 8000
-Z(CODE)RCODE,Z_CDATA,N_CDATA,C_ICALL,C_RECFN,CSTR,CCSTR,CODE,CONST=3080-FEFF


/////////////////////////////////////////////////////////////////////////////////
//Setup "bit" segments (always zero if there is no need to reserve
//bit variable space for some other purpose)
-Z(BIT)BITVARS=200   //address 40 (only)


/////////////////////////////////////////////////////////////////////////////////
//  Setup "ZPAGE" segments. 
//  We allocate 41-FF for zero page by default.  It is assumed that
//  00-3F is for SFRs while 40 is for a few "bit" variables.
//  The following segment defintions (EXPR_STACK, INT_EXPR_STACK and
//  CSTACK) that do not have an address given must fit inside the 
//  "41-FF" address range.  
//  If you have the CSTACK (processor stack) segment outside zero page,
//  you have to give it an address and XLINK will no longer try to
//  fit it within zero page.
-Z(ZPAGE)ZPAGE,C_ARGZ,Z_UDATA,Z_IDATA=41-FF


/////////////////////////////////////////////////////////////////////////////////
//  Setup "EXPR_STACK" segment. This zero page located stack is used
//  to hold temporary when evaluating complex expressions.
//  It is set to 20(hex) below.
-Z(ZPAGE)EXPR_STACK+20


/////////////////////////////////////////////////////////////////////////////////
//  Setup "INT_EXPR_STACK" segment. This zero page located stack is used
//  to hold temporary when evaluating complex expressions for interrupt
//  routines written in C.  It is set to 0 below. 
//  You must give this stack space if you have C written interrupts that 
//  need an expression stack.
-Z(ZPAGE)INT_EXPR_STACK+0


/////////////////////////////////////////////////////////////////////////////////
//  Setup "CSTACK" segment. This is the CPU stack. Note that this can 
//  either reside in page 0 or 1
-Z(ZPAGE)CSTACK+40


/////////////////////////////////////////////////////////////////////////////////
//  Setup "NPAGE" segments at address 1000-7FFF
-Z(NPAGE)NPAGE,C_ARGN,N_UDATA,N_IDATA,ECSTR=1000-7FFF


/////////////////////////////////////////////////////////////////////////////////
// Setup "RF_STACK" segment.  This stack is used for recursive function.
// It is by default given a size of 256 bytes by the library.  By giving
// a non-zero size below, you _expand_ the stack by that amount.
-Z(NPAGE)RF_STACK+0


/////////////////////////////////////////////////////////////////////////////////
//  Setup the "INTVEC" interrupt segment. 
//  If you are using the 37600 (chip group -v2) and the default cstartup
//  reset vector, you must change the INTVEC line below to:
//	-Z(CODE)INTVEC=FFC0-FFFF
//
//  If you have a tiny chip derivative that does not have the interrupt
//  vectors in page FF, you can change the page of the addresses below.
//  CSTARTUP inserts the reset vector relative to INTVEC start which 
//  means that you can change the page without any problems:
//	-Z(CODE)INTVEC=1FE0-1FFF
//	-Z(CODE)C_FNT=1F00
-Z(CODE)INTVEC=FFE0-FFFF
-Z(CODE)C_FNT=FF00


/////////////////////////////////////////////////////////////////////////////////
//  See configuration section concerning printf/sprintf
-e_small_write=_formatted_write 


/////////////////////////////////////////////////////////////////////////////////
//  See configuration section concerning scanf/sscanf
-e_medium_read=_formatted_read 


/////////////////////////////////////////////////////////////////////////////////
//  This example files selects the default library which is 
//  tiny memory model and a 740 with MUL/DIV.
//  If you want to use another library, you can do it by 
//  removing the comments around it and adding comments around 
//  the default library.
//      cl7400t   //-v0  -mt
//	cl7400l   //-v0  -ml
//	cl7401t   //-v1  -mt
//	cl7401l   //-v1  -ml
//	cl7402t   //-v2  -mt
//	cl7402l   //-v2  -ml
cl7400t 


//Code will now reside on file aout.a31 in INTEL-STANDARD format