这个是Pflash中的PAGE-FE地址放不下的函数， chongdianzhuang2_step。
下边是prm文件中的地址定义，我想着如何定义地址能一下呢？
NAMES
/* CodeWarrior will pass all the needed files to the linker by command line. But here you may add your additional files */
END
SEGMENTS /* here all RAM/ROM areas of the device are listed. Used in PLACEMENT below. All addresses are 'logical' */
/* Register space */
/* IO_SEG = PAGED 0x0000 TO 0x07FF; intentionally not defined */
/* non-paged EEPROM */
EEPROM = READ_ONLY DATA_NEAR IBCC_NEAR 0x0C00 TO 0x0FFF;
/* non-paged RAM */
RAM = READ_WRITE DATA_NEAR 0x2000 TO 0x3FFF;
/* non-banked FLASH */
ROM_4000 = READ_ONLY DATA_NEAR IBCC_NEAR 0x4000 TO 0x7FFF;
ROM_C000 = READ_ONLY DATA_NEAR IBCC_NEAR 0xC000 TO 0xFEFF;
/* VECTORS = READ_ONLY 0xFF00 TO 0xFFFF; intentionally not defined: used for VECTOR commands below */
//OSVECTORS = READ_ONLY 0xFF10 TO 0xFFFF; /* OSEK interrupt vectors (use your vector.o) */
/* paged EEPROM 0x0800 TO 0x0BFF; addressed through EPAGE */
EEPROM_00 = READ_ONLY DATA_FAR IBCC_FAR 0x000800 TO 0x000BFF;
EEPROM_01 = READ_ONLY DATA_FAR IBCC_FAR 0x010800 TO 0x010BFF;
EEPROM_02 = READ_ONLY DATA_FAR IBCC_FAR 0x020800 TO 0x020BFF;
EEPROM_03 = READ_ONLY DATA_FAR IBCC_FAR 0x030800 TO 0x030BFF;
EEPROM_04 = READ_ONLY DATA_FAR IBCC_FAR 0x040800 TO 0x040BFF;
EEPROM_05 = READ_ONLY DATA_FAR IBCC_FAR 0x050800 TO 0x050BFF;
EEPROM_06 = READ_ONLY DATA_FAR IBCC_FAR 0x060800 TO 0x060BFF;
EEPROM_07 = READ_ONLY DATA_FAR IBCC_FAR 0x070800 TO 0x070BFF;
EEPROM_08 = READ_ONLY DATA_FAR IBCC_FAR 0x080800 TO 0x080BFF;
EEPROM_09 = READ_ONLY DATA_FAR IBCC_FAR 0x090800 TO 0x090BFF;
EEPROM_0A = READ_ONLY DATA_FAR IBCC_FAR 0x0A0800 TO 0x0A0BFF;
EEPROM_0B = READ_ONLY DATA_FAR IBCC_FAR 0x0B0800 TO 0x0B0BFF;
EEPROM_0C = READ_ONLY DATA_FAR IBCC_FAR 0x0C0800 TO 0x0C0BFF;
EEPROM_0D = READ_ONLY DATA_FAR IBCC_FAR 0x0D0800 TO 0x0D0BFF;
EEPROM_0E = READ_ONLY DATA_FAR IBCC_FAR 0x0E0800 TO 0x0E0BFF;
EEPROM_0F = READ_ONLY DATA_FAR IBCC_FAR 0x0F0800 TO 0x0F0BFF;
EEPROM_10 = READ_ONLY DATA_FAR IBCC_FAR 0x100800 TO 0x100BFF;
EEPROM_11 = READ_ONLY DATA_FAR IBCC_FAR 0x110800 TO 0x110BFF;
EEPROM_12 = READ_ONLY DATA_FAR IBCC_FAR 0x120800 TO 0x120BFF;
EEPROM_13 = READ_ONLY DATA_FAR IBCC_FAR 0x130800 TO 0x130BFF;
EEPROM_14 = READ_ONLY DATA_FAR IBCC_FAR 0x140800 TO 0x140BFF;
EEPROM_15 = READ_ONLY DATA_FAR IBCC_FAR 0x150800 TO 0x150BFF;
EEPROM_16 = READ_ONLY DATA_FAR IBCC_FAR 0x160800 TO 0x160BFF;
EEPROM_17 = READ_ONLY DATA_FAR IBCC_FAR 0x170800 TO 0x170BFF;
EEPROM_18 = READ_ONLY DATA_FAR IBCC_FAR 0x180800 TO 0x180BFF;
EEPROM_19 = READ_ONLY DATA_FAR IBCC_FAR 0x190800 TO 0x190BFF;
EEPROM_1A = READ_ONLY DATA_FAR IBCC_FAR 0x1A0800 TO 0x1A0BFF;
EEPROM_1B = READ_ONLY DATA_FAR IBCC_FAR 0x1B0800 TO 0x1B0BFF;
EEPROM_1C = READ_ONLY DATA_FAR IBCC_FAR 0x1C0800 TO 0x1C0BFF;
EEPROM_1D = READ_ONLY DATA_FAR IBCC_FAR 0x1D0800 TO 0x1D0BFF;
EEPROM_1E = READ_ONLY DATA_FAR IBCC_FAR 0x1E0800 TO 0x1E0BFF;
EEPROM_1F = READ_ONLY DATA_FAR IBCC_FAR 0x1F0800 TO 0x1F0BFF;
EEPROM_FC = READ_ONLY DATA_FAR IBCC_FAR 0xFC0800 TO 0xFC0BFF;
EEPROM_FD = READ_ONLY DATA_FAR IBCC_FAR 0xFD0800 TO 0xFD0BFF;
EEPROM_FE = READ_ONLY DATA_FAR IBCC_FAR 0xFE0800 TO 0xFE0BFF;
/* EEPROM_FF = READ_ONLY 0xFF0800 TO 0xFF0BFF; intentionally not defined: equivalent to EEPROM */
/* paged RAM: 0x1000 TO 0x1FFF; addressed through RPAGE */
RAM_F0 = READ_WRITE DATA_FAR 0xF01000 TO 0xF01FFF;
RAM_F1 = READ_WRITE DATA_FAR 0xF11000 TO 0xF11FFF;
RAM_F2 = READ_WRITE DATA_FAR 0xF21000 TO 0xF21FFF;
RAM_F3 = READ_WRITE DATA_FAR 0xF31000 TO 0xF31FFF;
RAM_F4 = READ_WRITE DATA_FAR 0xF41000 TO 0xF41FFF;
RAM_F5 = READ_WRITE DATA_FAR 0xF51000 TO 0xF51FFF;
RAM_F6 = READ_WRITE DATA_FAR 0xF61000 TO 0xF61FFF;
RAM_F7 = READ_WRITE DATA_FAR 0xF71000 TO 0xF71FFF;
RAM_F8 = READ_WRITE DATA_FAR 0xF81000 TO 0xF81FFF;
RAM_F9 = READ_WRITE DATA_FAR 0xF91000 TO 0xF91FFF;
RAM_FA = READ_WRITE DATA_FAR 0xFA1000 TO 0xFA1FFF;
RAM_FB = READ_WRITE DATA_FAR 0xFB1000 TO 0xFB1FFF;
RAM_FC = READ_WRITE DATA_FAR 0xFC1000 TO 0xFC1FFF;
RAM_FD = READ_WRITE DATA_FAR 0xFD1000 TO 0xFD1FFF;
/* RAM_FE = READ_WRITE 0xFE1000 TO 0xFE1FFF; intentionally not defined: equivalent to RAM: 0x2000..0x2FFF */
/* RAM_FF = READ_WRITE 0xFF1000 TO 0xFF1FFF; intentionally not defined: equivalent to RAM: 0x3000..0x3FFF */
/* paged FLASH: 0x8000 TO 0xBFFF; addressed through PPAGE */
PAGE_C0 = READ_ONLY DATA_FAR IBCC_FAR 0xC08000 TO 0xC0BFFF;
PAGE_C1 = READ_ONLY DATA_FAR IBCC_FAR 0xC18000 TO 0xC1BFFF;
PAGE_C2 = READ_ONLY DATA_FAR IBCC_FAR 0xC28000 TO 0xC2BFFF;
PAGE_C3 = READ_ONLY DATA_FAR IBCC_FAR 0xC38000 TO 0xC3BFFF;
PAGE_C4 = READ_ONLY DATA_FAR IBCC_FAR 0xC48000 TO 0xC4BFFF;
PAGE_C5 = READ_ONLY DATA_FAR IBCC_FAR 0xC58000 TO 0xC5BFFF;
PAGE_C6 = READ_ONLY DATA_FAR IBCC_FAR 0xC68000 TO 0xC6BFFF;
PAGE_C7 = READ_ONLY DATA_FAR IBCC_FAR 0xC78000 TO 0xC7BFFF;
PAGE_C8 = READ_ONLY DATA_FAR IBCC_FAR 0xC88000 TO 0xC8BFFF;
PAGE_C9 = READ_ONLY DATA_FAR IBCC_FAR 0xC98000 TO 0xC9BFFF;
PAGE_CA = READ_ONLY DATA_FAR IBCC_FAR 0xCA8000 TO 0xCABFFF;
PAGE_CB = READ_ONLY DATA_FAR IBCC_FAR 0xCB8000 TO 0xCBBFFF;
PAGE_CC = READ_ONLY DATA_FAR IBCC_FAR 0xCC8000 TO 0xCCBFFF;
PAGE_CD = READ_ONLY DATA_FAR IBCC_FAR 0xCD8000 TO 0xCDBFFF;
PAGE_CE = READ_ONLY DATA_FAR IBCC_FAR 0xCE8000 TO 0xCEBFFF;
PAGE_CF = READ_ONLY DATA_FAR IBCC_FAR 0xCF8000 TO 0xCFBFFF;
PAGE_D0 = READ_ONLY DATA_FAR IBCC_FAR 0xD08000 TO 0xD0BFFF;
PAGE_D1 = READ_ONLY DATA_FAR IBCC_FAR 0xD18000 TO 0xD1BFFF;
PAGE_D2 = READ_ONLY DATA_FAR IBCC_FAR 0xD28000 TO 0xD2BFFF;
PAGE_D3 = READ_ONLY DATA_FAR IBCC_FAR 0xD38000 TO 0xD3BFFF;
PAGE_D4 = READ_ONLY DATA_FAR IBCC_FAR 0xD48000 TO 0xD4BFFF;
PAGE_D5 = READ_ONLY DATA_FAR IBCC_FAR 0xD58000 TO 0xD5BFFF;
PAGE_D6 = READ_ONLY DATA_FAR IBCC_FAR 0xD68000 TO 0xD6BFFF;
PAGE_D7 = READ_ONLY DATA_FAR IBCC_FAR 0xD78000 TO 0xD7BFFF;
PAGE_D8 = READ_ONLY DATA_FAR IBCC_FAR 0xD88000 TO 0xD8BFFF;
PAGE_D9 = READ_ONLY DATA_FAR IBCC_FAR 0xD98000 TO 0xD9BFFF;
PAGE_DA = READ_ONLY DATA_FAR IBCC_FAR 0xDA8000 TO 0xDABFFF;
PAGE_DB = READ_ONLY DATA_FAR IBCC_FAR 0xDB8000 TO 0xDBBFFF;
PAGE_DC = READ_ONLY DATA_FAR IBCC_FAR 0xDC8000 TO 0xDCBFFF;
PAGE_DD = READ_ONLY DATA_FAR IBCC_FAR 0xDD8000 TO 0xDDBFFF;
PAGE_DE = READ_ONLY DATA_FAR IBCC_FAR 0xDE8000 TO 0xDEBFFF;
PAGE_DF = READ_ONLY DATA_FAR IBCC_FAR 0xDF8000 TO 0xDFBFFF;
PAGE_E0 = READ_ONLY DATA_FAR IBCC_FAR 0xE08000 TO 0xE0BFFF;
PAGE_E1 = READ_ONLY DATA_FAR IBCC_FAR 0xE18000 TO 0xE1BFFF;
PAGE_E2 = READ_ONLY DATA_FAR IBCC_FAR 0xE28000 TO 0xE2BFFF;
PAGE_E3 = READ_ONLY DATA_FAR IBCC_FAR 0xE38000 TO 0xE3BFFF;
PAGE_E4 = READ_ONLY DATA_FAR IBCC_FAR 0xE48000 TO 0xE4BFFF;
PAGE_E5 = READ_ONLY DATA_FAR IBCC_FAR 0xE58000 TO 0xE5BFFF;
PAGE_E6 = READ_ONLY DATA_FAR IBCC_FAR 0xE68000 TO 0xE6BFFF;
PAGE_E7 = READ_ONLY DATA_FAR IBCC_FAR 0xE78000 TO 0xE7BFFF;
PAGE_E8 = READ_ONLY DATA_FAR IBCC_FAR 0xE88000 TO 0xE8BFFF;
PAGE_E9 = READ_ONLY DATA_FAR IBCC_FAR 0xE98000 TO 0xE9BFFF;
PAGE_EA = READ_ONLY DATA_FAR IBCC_FAR 0xEA8000 TO 0xEABFFF;
PAGE_EB = READ_ONLY DATA_FAR IBCC_FAR 0xEB8000 TO 0xEBBFFF;
PAGE_EC = READ_ONLY DATA_FAR IBCC_FAR 0xEC8000 TO 0xECBFFF;
PAGE_ED = READ_ONLY DATA_FAR IBCC_FAR 0xED8000 TO 0xEDBFFF;
PAGE_EE = READ_ONLY DATA_FAR IBCC_FAR 0xEE8000 TO 0xEEBFFF;
PAGE_EF = READ_ONLY DATA_FAR IBCC_FAR 0xEF8000 TO 0xEFBFFF;
PAGE_F0 = READ_ONLY DATA_FAR IBCC_FAR 0xF08000 TO 0xF0BFFF;
PAGE_F1 = READ_ONLY DATA_FAR IBCC_FAR 0xF18000 TO 0xF1BFFF;
PAGE_F2 = READ_ONLY DATA_FAR IBCC_FAR 0xF28000 TO 0xF2BFFF;
PAGE_F3 = READ_ONLY DATA_FAR IBCC_FAR 0xF38000 TO 0xF3BFFF;
PAGE_F4 = READ_ONLY DATA_FAR IBCC_FAR 0xF48000 TO 0xF4BFFF;
PAGE_F5 = READ_ONLY DATA_FAR IBCC_FAR 0xF58000 TO 0xF5BFFF;
PAGE_F6 = READ_ONLY DATA_FAR IBCC_FAR 0xF68000 TO 0xF6BFFF;
PAGE_F7 = READ_ONLY DATA_FAR IBCC_FAR 0xF78000 TO 0xF7BFFF;
PAGE_F8 = READ_ONLY DATA_FAR IBCC_FAR 0xF88000 TO 0xF8BFFF;
PAGE_F9 = READ_ONLY DATA_FAR IBCC_FAR 0xF98000 TO 0xF9BFFF;
PAGE_FA = READ_ONLY DATA_FAR IBCC_FAR 0xFA8000 TO 0xFABFFF;
PAGE_FB = READ_ONLY DATA_FAR IBCC_FAR 0xFB8000 TO 0xFBBFFF;
PAGE_FC = READ_ONLY DATA_FAR IBCC_FAR 0xFC8000 TO 0xFCBFFF;
/* PAGE_FD = READ_ONLY 0xFD8000 TO 0xFDBFFF; intentionally not defined: equivalent to ROM_4000 */
PAGE_FE = READ_ONLY DATA_FAR IBCC_FAR 0xFE8000 TO 0xFEBFFF;
/* PAGE_FF = READ_ONLY 0xFF8000 TO 0xFFBFFF; intentionally not defined: equivalent to ROM_C000 */
END
PLACEMENT /* here all predefined and user segments are placed into the SEGMENTS defined above. */
_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 */
//.ostext, /* eventually OSEK code */
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_FE, PAGE_FC, PAGE_FB, PAGE_FA, PAGE_F9, PAGE_F8,
PAGE_F7, PAGE_F6, PAGE_F5, PAGE_F4, PAGE_F3, PAGE_F2, PAGE_F1, PAGE_F0,
PAGE_ED, PAGE_EC, PAGE_EB, PAGE_EA, PAGE_E9, PAGE_E8,
PAGE_E7, PAGE_E6, PAGE_E5, PAGE_E4, PAGE_E3, PAGE_E2, PAGE_E1, PAGE_E0,
PAGE_DF, PAGE_DE, PAGE_DD, PAGE_DC, PAGE_DB, PAGE_DA, PAGE_D9, PAGE_D8,
PAGE_D7, PAGE_D6, PAGE_D5, PAGE_D4, PAGE_D3, PAGE_D2, PAGE_D1, PAGE_D0,
PAGE_CF, PAGE_CE, PAGE_CD, PAGE_CC, PAGE_CB, PAGE_CA, PAGE_C9, PAGE_C8,
PAGE_C7, PAGE_C6, PAGE_C5, PAGE_C4, PAGE_C3, PAGE_C2, PAGE_C1, PAGE_C0;
MSCAN0,
MSCAN1 INTO PAGE_EF,PAGE_EE;
//.stackstart, /* eventually used for OSEK kernel awareness: Main-Stack Start */
SSTACK, /* allocate stack first to avoid overwriting variables on overflow */
//.stackend, /* eventually used for OSEK kernel awareness: Main-Stack End */
DEFAULT_RAM /* all variables, the default RAM location */
INTO RAM;
PAGED_RAM INTO /* when using banked addressing for variable data, make sure to specify
the option -D__FAR_DATA on the compiler command line */
RAM_F0, RAM_F1, RAM_F2, RAM_F3, RAM_F4, RAM_F5, RAM_F6, RAM_F7,
RAM_F8, RAM_F9, RAM_FA, RAM_FB, RAM_FC, RAM_FD;
MSCAN INTO PAGE_EE;
DISTRIBUTE DISTRIBUTE_INTO
ROM_4000, PAGE_FE, PAGE_FC, PAGE_FB, PAGE_FA, PAGE_F9, PAGE_F8, PAGE_F7,
PAGE_F6, PAGE_F5, PAGE_F4, PAGE_F3, PAGE_F2, PAGE_F1, PAGE_F0,
PAGE_EF,PAGE_EE, PAGE_ED, PAGE_EC, PAGE_EB, PAGE_EA, PAGE_E9, PAGE_E8, PAGE_E7,
PAGE_E6, PAGE_E5, PAGE_E4, PAGE_E3, PAGE_E2, PAGE_E1, PAGE_E0, PAGE_DF,
PAGE_DE, PAGE_DD, PAGE_DC, PAGE_DB, PAGE_DA, PAGE_D9, PAGE_D8, PAGE_D7,
PAGE_D6, PAGE_D5, PAGE_D4, PAGE_D3, PAGE_D2, PAGE_D1, PAGE_D0, PAGE_CF,
PAGE_CE, PAGE_CD, PAGE_CC, PAGE_CB, PAGE_CA, PAGE_C9, PAGE_C8, PAGE_C7,
PAGE_C6, PAGE_C5, PAGE_C4, PAGE_C3, PAGE_C2, PAGE_C1, PAGE_C0;
CONST_DISTRIBUTE DISTRIBUTE_INTO
ROM_4000, PAGE_FE, PAGE_FC, PAGE_FB, PAGE_FA, PAGE_F9, PAGE_F8, PAGE_F7,
PAGE_F6, PAGE_F5, PAGE_F4, PAGE_F3, PAGE_F2, PAGE_F1, PAGE_F0, PAGE_EF,
PAGE_EE, PAGE_ED, PAGE_EC, PAGE_EB, PAGE_EA, PAGE_E9, PAGE_E8, PAGE_E7,
PAGE_E6, PAGE_E5, PAGE_E4, PAGE_E3, PAGE_E2, PAGE_E1, PAGE_E0, PAGE_DF,
PAGE_DE, PAGE_DD, PAGE_DC, PAGE_DB, PAGE_DA, PAGE_D9, PAGE_D8, PAGE_D7,
PAGE_D6, PAGE_D5, PAGE_D4, PAGE_D3, PAGE_D2, PAGE_D1, PAGE_D0, PAGE_CF,
PAGE_CE, PAGE_CD, PAGE_CC, PAGE_CB, PAGE_CA, PAGE_C9, PAGE_C8, PAGE_C7,
PAGE_C6, PAGE_C5, PAGE_C4, PAGE_C3, PAGE_C2, PAGE_C1, PAGE_C0;
DATA_DISTRIBUTE DISTRIBUTE_INTO
RAM, RAM_FD, RAM_FC, RAM_FB, RAM_FA, RAM_F9, RAM_F8, RAM_F7,
RAM_F6, RAM_F5, RAM_F4, RAM_F3, RAM_F2, RAM_F1, RAM_F0;
//.vectors INTO OSVECTORS; /* OSEK vector table */
END
ENTRIES /* keep the following unreferenced variables */
/* OSEK: always allocate the vector table and all dependent objects */
//_vectab OsBuildNumber _OsOrtiStackStart _OsOrtiStart
END
STACKSIZE 0x100 /* size of the stack (will be allocated in DEFAULT_RAM) */
/* use these definitions in plane of the vector table ('vectors') above */
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 an Assembly application. */
//INIT Entry /* for assembly applications: that this is as well the initialization entry point */
放下大于16K的代码呢？
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