p&e_icd_linker.prm

sed1335液晶驱动器源码

NAMES
END

SEGMENTS
    RAM = READ_WRITE 0x0400 TO 0x1FFF;
    /* unbanked FLASH ROM */
    ROM_4000 = READ_ONLY  0x4000 TO 0x7FFF;
    ROM_C000 = READ_ONLY  0xC000 TO 0xFEFF;
    /* banked FLASH ROM */
    PAGE_38 = READ_ONLY  0x388000 TO 0x38BFFF;
    PAGE_39 = READ_ONLY  0x398000 TO 0x39BFFF;
    PAGE_3A = READ_ONLY  0x3A8000 TO 0x3ABFFF;
    PAGE_3B = READ_ONLY  0x3B8000 TO 0x3BBFFF;
    PAGE_3C = READ_ONLY  0x3C8000 TO 0x3CBFFF;
    PAGE_3D = READ_ONLY  0x3D8000 TO 0x3DBFFF;
/*    PAGE_3E = READ_ONLY  0x3E8000 TO 0x3EBFFF; not used: equivalent to ROM_4000 */
/*    PAGE_3F = READ_ONLY  0x3F8000 TO 0x3FBFFF; not used: equivalent to ROM_C000 */
END

PLACEMENT
    _PRESTART,                   /* Used in HIWARE format: jump to _Startup at the code start */
    STARTUP,                     /* startup data structures */
    ROM_VAR,                     /* constant variables */
    STRINGS,                     /* string literals */
    VIRTUAL_TABLE_SEGMENT,       /* C++ virtual table segment */
    NON_BANKED,                  /* runtime routines which must not be banked */
    COPY                         /* copy down information: how to initialize variables */
                                 /* in case you want to use ROM_4000 here as well, make sure
                                    that all files (incl. library files) are compiled with the
                                    option: -OnB=b */
                                 INTO  ROM_C000/*, ROM_4000*/;
    DEFAULT_ROM                  INTO  PAGE_38,PAGE_39,PAGE_3A,PAGE_3B,PAGE_3C,PAGE_3D;
    DEFAULT_RAM                  INTO  RAM;
END

STACKSIZE 0x100

VECTOR 0 _Startup /* reset vector: this is the default entry point for a C/C++ application. */
//VECTOR 0 Entry  /* reset vector: this is the default entry point for a Assembly application. */
//INIT Entry      /* for assembly applications: that this is as well the initialisation entry point */
//VECTOR ADDRESS 0xFFFC  clockmonitor_isr   	/* 0xFFFC Clock monitor fail reset  */
//VECTOR ADDRESS 0xFFFA  cop_isr    			/* 0xFFFA COP failure reset  */
//VECTOR ADDRESS 0xFFF8  trap_isr   			/* 0xFFF8 Unimplemented instruction trap  */
//VECTOR ADDRESS 0xFFF6  swi_isr    			/* 0xFFF6 SWI  */
//VECTOR ADDRESS 0xFFF4  xirq_isr    			/* 0xFFF4 XIRQ  */
//VECTOR ADDRESS 0xFFF2  irq_isr    			/* 0xFFF2 IRQ  */
//VECTOR ADDRESS 0xFFF0  rti_isr   			/* 0xFFF0 real Time Interrupt  */
//VECTOR ADDRESS 0xFFEE  ect_ch0_isr    		/* 0xFFEE Timer channel 0  */
//VECTOR ADDRESS 0xFFEC  ect_ch1_isr    		/* 0xFFEC Timer channel 1  */
//VECTOR ADDRESS 0xFFEA  ect_ch2_isr    		/* 0xFFEA Timer channel 2  */
//VECTOR ADDRESS 0xFFE8  ect_ch3_isr    		/* 0xFFE8 Timer channel 3  */
//VECTOR ADDRESS 0xFFE6  ect_ch4_isr    		/* 0xFFE6 Timer channel 4  */
//VECTOR ADDRESS 0xFFE4  ect_ch5_isr    		/* 0xFFE4 Timer channel 5  */
//VECTOR ADDRESS 0xFFE2  ect_ch6_isr   		/* 0xFFE2 Timer channel 6  */
//VECTOR ADDRESS 0xFFE0  ect_ch7_isr    		/* 0xFFE0 Timer channel 7  */
//VECTOR ADDRESS 0xFFDE  ect_overflow_isr   	/* 0xFFDE Timer overflow  */
//VECTOR ADDRESS 0xFFDC  pa_a_overflow_isr   	/* 0xFFDC Pulse accumulator A overflow  */
//VECTOR ADDRESS 0xFFDA  pa_a_edge_isr   		/* 0xFFDA Pulse accumulator input edge  */
//VECTOR ADDRESS 0xFFD8  spi0_isr    			/* 0xFFD8 SPI Serial transfer complete  */
//VECTOR ADDRESS 0xFFD6  sci0_isr    			/* 0xFFD6 SCI0  */
//VECTOR ADDRESS 0xFFD4  sci1_isr   			/* 0xFFD4 SCI1  */
//VECTOR ADDRESS 0xFFD2  atd0_isr    			/* 0xFFD2 ATD0  */
//VECTOR ADDRESS 0xFFD0  atd1_isr   			/* 0xFFD0 ATD1  */
//VECTOR ADDRESS 0xFFCE Switch_Scan2
VECTOR ADDRESS 0xFFCE  portj_isr    		/* 0xFFCE port J  */
//VECTOR ADDRESS 0xFFCC Switch_Scan1
VECTOR ADDRESS 0xFFCC  porth_isr    		/* 0xFFCC Port H  */
VECTOR ADDRESS 0xFFCA  ect_mdc_isr    		/* 0xFFCA Modulus Down Counter underflow  */
//VECTOR ADDRESS 0xFFC8  pa_b_overflow_isr   	/* 0xFFC8 Pulse Accumulator B Overflow  */
//VECTOR ADDRESS 0xFFC6  crg_pll_lock_isr    	/* 0xFFC6 CRG lock  */
//VECTOR ADDRESS 0xFFC4  crg_scm_isr    		/* 0xFFC4 SCME  */
//VECTOR ADDRESS 0xFFC2  bdlc_isr    			/* 0xFFC2 BDLC  */
//VECTOR ADDRESS 0xFFC0  iic_isr    			/* 0xFFC0 IIC Bus  */
//VECTOR ADDRESS 0xFFBE  spi1_isr   			/* 0xFFBE SPI1  */
//VECTOR ADDRESS 0xFFBC  unused_isr    		/* 0xFFBC unused vector  */
//VECTOR ADDRESS 0xFFBA  eeprom_isr   		/* 0xFFBA EEPROM  */
//VECTOR ADDRESS 0xFFB8  flash_isr    		/* 0xFFB8 Flash  */
//VECTOR ADDRESS 0xFFB6  mscan0_wakeup_isr    /* 0xFFB6 MSCAN 0 wake-up  */
//VECTOR ADDRESS 0xFFB4  mscan0_error_isr   	/* 0xFFB4 MSCAN 0 errors  */
//VECTOR ADDRESS 0xFFB2  mscan0_rx_isr   		/* 0xFFB2 MSCAN 0 receive  */
//VECTOR ADDRESS 0xFFB0  mscan0_tx_isr    	/* 0xFFB0 MSCAN 0 transmit  */
//VECTOR ADDRESS 0xFFAE  mscan1_wakeup_isr   	/* 0xFFAE MSCAN 1 wake-up  */
//VECTOR ADDRESS 0xFFAC  mscan1_error_isr    	/* 0xFFAC MSCAN 1 errors  */
//VECTOR ADDRESS 0xFFAA  mscan1_rx_isr    	/* 0xFFAA MSCAN 1 receive  */
//VECTOR ADDRESS 0xFFA8  mscan1_tx_isr    	/* 0xFFA8 MSCAN 1 transmit  */
//VECTOR ADDRESS 0xFFA6  bf_rx_fifo_isr   	/* 0xFFA6 Byte Flight RX Fifo not empty  */
//VECTOR ADDRESS 0xFFA4  bf_rx_isr	    	/* 0xFFA4 Byte Flight receive  */
//VECTOR ADDRESS 0xFFA2  bf_sync_isr	    	/* 0xFFA2 Byte Flight syncronization  */
//VECTOR ADDRESS 0xFFA0  bf_general_isr    	/* 0xFFA0 Byte Flight general  */
//VECTOR ADDRESS 0xFF9E  unused_isr   		/* 0xFF9E unused vector  */
//VECTOR ADDRESS 0xFF9C  unused_isr    		/* 0xFF9C unused vector  */
//VECTOR ADDRESS 0xFF9A  unused_isr    		/* 0xFF9A unused vector  */
//VECTOR ADDRESS 0xFF98  unused_isr    		/* 0xFF98 unused vector  */
//VECTOR ADDRESS 0xFF96  mscan4_wakeup_isr    /* 0xFF96 MSCAN 4 wake-up  */
//VECTOR ADDRESS 0xFF94  mscan4_error_isr    	/* 0xFF94 MSCAN 4 errors  */
//VECTOR ADDRESS 0xFF92  mscan4_rx_isr   		/* 0xFF92 MSCAN 4 receive  */
//VECTOR ADDRESS 0xFF90  mscan4_tx_isr   		/* 0xFF90 MSCAN 4 transmit  */
//VECTOR ADDRESS 0xFF8E  portp_isr    		/* 0xFF8E Port P Interrupt */
// ADDRESS 0xFF8C  pwm_shutdown_isr    	/* 0xFF8C PWM Shutdown  */
//VECTOR 0 Entry  /* reset vector: this is the default entry point for a Assembly application. */
//INIT Entry      /* for assembly applications: that this is as well the initialisation entry point */