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　 else if(processor.substr(0,5) == "MB9BF") { // hide option because file not existing for this target Project.HideProperty("LD","LIB","UART0PUTC", 1); targetstr = "-mcpu=cortex-m3"; // forbid thumb, InterWork and "-mapcs-frame" selection Project.HideProperty("LD","Specific","Thumb", 1); Project.HideProperty("GCC","Specific","Thumb", 1); Project.HideProperty("AS","Specific","Thumb", 1); Project.HideProperty("GCC","Specific","CallStandard", 1); // Set thumb mode to thumb (default is non-thumb) Project.SetPropertyValue("LD","Specific","Thumb", "-mthumb"); Project.SetPropertyValue("GCC","Specific","Thumb", "-mthumb"); Project.SetPropertyValue("AS","Specific","Thumb", "-mthumb"); // Forbid precompiled library options STLIB and STM32LIB Project.SetPropertyValue("LD","LIB","STM32LIB",0); Project.SetPropertyValue("LD","LIB","STRXLIB",0); Project.SetPropertyValue("LD","LIB","STLIB","Dummy"); Project.HideProperty("LD","LIB","STM32LIB",1); Project.HideProperty("LD","LIB","STRXLIB",1); // Show Cortex Debug tools Project.HideProperty("Target","DebugARM","DebugTool_CORTEX", 0); }

　 var MB9BF = 0; if(processor.substr( 0, 5) == "MB9BF") { MB9BF = 1; }

　 //MB9BF else if(MB9BF==1) { //find RAM and FLASH sizes in Kbytes Device_FlashSize = Tools.GetPropertyValue("Target","ProcessorARM","CodeSize"); Device_RAMSize = Tools.GetPropertyValue("Target","ProcessorARM","RamSize"); Device_FlashAddr = Tools.GetPropertyValue("Target","ProcessorARM","CodeStart"); Device_RAMAddr = Tools.GetPropertyValue("Target","ProcessorARM","RamStart"); var limit_val = 0x10000; //limit to 64K if selected if( limit == "Yes" ) { if ( Device_FlashSize > limit_val ) Device_FlashSize = limit_val; if(Device_RAMSize > limit_val ) Device_RAMSize = limit_val; } Device_FlashSizeK = Device_FlashSize / 0x400; Device_RAMSizeK = Device_RAMSize / 0x400; //find sub familly MB9SubFamily = processor.substr( 0, 6) + "_" + Device_FlashSizeK + "K_" + Device_RAMSizeK + "K" ; MB9SubFamilyShort = processor.substr( 0, 7); MB9_FlashPatchAddr = 0; MB9_EndFlashSize = 0; MB9_EndFlashAddr = 0; MB9_RealFlashSize = Device_FlashSize; MB9_RealFlashSizeK = MB9_RealFlashSize / 0x400; //handle start of flash trick for MB9BFx if ( (MB9SubFamilyShort == "MB9BF51") || (MB9SubFamilyShort == "MB9BF61") ) { Device_FlashStartSize = 0x200; } //handle FlashStart thing if ( Device_FlashStartSize > 0 ) { Device_FlashStartAddr = Device_FlashAddr; Device_FlashAddr = parseInt(Device_FlashAddr) + parseInt(Device_FlashStartSize) + 4; Device_FlashSize = parseInt(Device_FlashSize) - parseInt(Device_FlashStartSize) - 4; //cross fingers that flash size is larger than 0x200 ;) } //make default file name include = MB9SubFamily; //make DEF file name DEFfile = include + "_DEF.ld"; //make BOOT script according to BOOT option if(bootmode == "0") include = include + "_FLASH.ld"; else if (bootmode == "1") include = include + "_RAM.ld"; else include = include + "_EXT.ld"; //write MB9BFxx_DEF.ld file, which includes memory sizes and stack pointer init val var file2 = objFSO.CreateTextFile(DEFfile, true); var endram = parseInt(Device_RAMAddr) + parseInt( Device_RAMSize ) ; file2.Write ("/*\n"); file2.Write ("Linker subscript for MB9BF definitions with " + MB9_RealFlashSizeK + "K Flash and " + Device_RAMSizeK + "K RAM\n"); file2.Write ("Copyright RAISONANCE 2007-2010\n"); file2.Write ("!!! This file is automatically generated by Ride !!!\n"); file2.Write ("Do not modify it, as it will be erased at every link.\n"); file2.Write ("You can use, copy and distribute this file freely, but without any waranty.\n"); file2.Write ("*/\n"); file2.Write ("\n"); file2.Write ("/* Memory Spaces Definitions */\n"); file2.Write ("\n"); file2.Write ("MEMORY\n"); file2.Write ("{\n"); file2.Write (" RAM (xrw) : ORIGIN = 0x" + HexString32(Device_RAMAddr) + ", LENGTH = 0x" + HexString(Device_RAMSize) + "\n"); if ( Device_FlashStartSize > 0 ) { file2.Write (" STARTFLASH (rx) : ORIGIN = 0x" + HexString32(Device_FlashStartAddr) + ", LENGTH = 0x" + HexString(Device_FlashStartSize) + "\n"); } else { file2.Write (" STARTFLASH (rx) : ORIGIN = 0x0, LENGTH = 0x0\n"); } file2.Write (" CRPPATCH (r) : ORIGIN = 0x0, LENGTH = 0\n"); file2.Write (" FLASH (rx) : ORIGIN = 0x" + HexString32(Device_FlashAddr) + ", LENGTH = 0x" + HexString(Device_FlashSize) + "\n"); file2.Write (" FLASHPATCH (r) : ORIGIN = 0x0, LENGTH = 0\n"); if ( MB9_EndFlashSize > 0 ) { file2.Write (" ENDFLASH (rx) : ORIGIN = 0x" + HexString32(MB9_EndFlashAddr) + ", LENGTH = 0x" + HexString(MB9_EndFlashSize) + "\n"); } else { file2.Write (" ENDFLASH (rx) : ORIGIN = 0x0, LENGTH = 0x0\n"); } file2.Write (" FLASHB1 (rx) : ORIGIN = 0x00000000, LENGTH = 0\n"); file2.Write (" EXTMEMB0 (rx) : ORIGIN = 0x00000000, LENGTH = 0\n"); file2.Write (" EXTMEMB1 (rx) : ORIGIN = 0x00000000, LENGTH = 0\n"); file2.Write (" EXTMEMB2 (rx) : ORIGIN = 0x00000000, LENGTH = 0\n"); file2.Write (" EXTMEMB3 (rx) : ORIGIN = 0x00000000, LENGTH = 0\n"); file2.Write ("}\n"); file2.Write ("\n"); file2.Write ("/* higher address of the user mode stack */\n"); file2.Write ("_estack = 0x" + HexString32(endram) + ";\n"); file2.Write ("\n"); file2.Close(); STRFamily = processor.substr( 0, 7) + "x"; }

　 else if (MB9BF==1)//MB9BF { file.Write ("INCLUDE \"" + MB9SubFamily + "_DEF.ld\"\n\n"); file.Write ("/* include the common MB9BFx sub-script */\n"); // file.Write ("INCLUDE \"" + MB9Family + "_COMMON.ld\"\n\n"); include_src = defaultlibdir + "\\" + "MB9BFx_COMMON.ld"; include_dest = outputdir + "\\" + "MB9BFx_COMMON.ld"; var file_dest = objFSO.GetFile( include_src ); file_dest.Copy ( include_dest ); file.Write ("INCLUDE \"" + "MB9BFx_COMMON.ld" + "\"\n\n"); }

　 if( (type == "MB9BF") && (toolname != "DebugTool_CORTEX") ) return;