*
                                   * Example of asm program
                                   *
                                   *-----------------------------------------------------------
                                   * This programs sums up all values inside the n memory 
                                   * addresses starting from the address written in ``strt_adrs''. 
                                   * n is written in ``loop_size'' address. The result should be 
                                   * stored into the address specified by ``result''.
                                   *
                                   * ``strt_adrs'', ``loop_size'' and ``result'' are labels of 
                                   * addresses in the memory. The data inside the first two must 
                                   * be put there prior to runing the program
                                   *
                                   *-----------------------------------------------------------
                                   *
                                   * Starting address of program 
                                   * in main mem.
                                   * This command tells the 
                                   * assembler to calculate 
                                   * addresses starting from 
                                   * the specified hex address.
                                   *-----------------------------------------------------------
0x00000000: 0x8C01000E       init:  LW r1 r0 loop_size            * r1 = loop_size value
                                   * r1 will be our counter
                                   *
0x00000001: 0x8C02000D              LW r2 r0 strt_adrs            * r2 = strt_adrs value 
                                   * r2 will be out ptr
                                   *
0x00000002: 0x2C030000              ADDI r3 r0 0                  * r3=0. 
                                   * r3 will be our accumulator
                                   *
                                   *-----------------------------------------------------------
                                   *  First test if cntr<=0. If so, exit.
                                   *
0x00000003: 0x78240000              SLEI r4 r1 0                  * test if cntr<=0 if so r4=1
                                   *                 else  r4=0
0x00000004: 0x14800005              BNEZ r4 end_prog              * if r4!=0 go to endlp
                                   *-----------------------------------------------------------
                           sum_lp: 
0x00000005: 0x8C450000              LW r5 r2 0                    *	   * r5=*ptr  (r5=*r2)
0x00000006: 0x00651823              ADD r3 r3 r5                  * r3=r3+r5 
0x00000007: 0x2C420001              ADDI r2 r2 1                  * ptr++ (r2++)
0x00000008: 0x2C21FFFF              ADDI r1 r1 -1                 * cntr-- (r1--)
0x00000009: 0x1420FFFB              BNEZ r1 sum_lp                * if cntr!=0 goto fill 
                                   *-----------------------------------------------------------
                                   *  
                                   *
                         end_prog: 
0x0000000A: 0x2C04000F              ADDI r4 r0 result             * r4 = result adrs value  
0x0000000B: 0xAC830000              SW r3 r4 0                    * *r4=r3 
                                   * =store sum into result
                                   *-----------------------------------------------------------
                                   *
                            endlp: 
0x0000000C: 0x1000FFFF              BEQZ r0 endlp                 *
                                   *
                                   *-----------------------------------------------------------
                                   *
                                   *  Here the data of this program starts
                                   *
                        strt_adrs: 
0x0000000D: 0x00000012             DC 0x00000012 * First memory address 
                                   * to be summed
                        loop_size: 
0x0000000E: 0x00000005             DC 0x00000005 * loop size = 5
                                   *
0x0000000F:                result: DS 0x00000001 
                                   * result
                                   *-----------------------------------------------------------	
                                   * put the next data block 
                                   * starting from 0x00000012
0x00000012: 0x00000001             DC 0x00000001 
0x00000013: 0x00000020             DC 0x00000020 
0x00000014: 0x00000300             DC 0x00000300 
0x00000015: 0x00004000             DC 0x00004000 
0x00000016: 0x00050000             DC 0x00050000 
                                   *-----------------------------------------------------------