#{===============================================================================} #{ } #{ CUMMINS ENGINE COMPANY, INC. } #{ COPYRIGHT 1994 CUMMINS ENGINE COMPANY, INC. ALL RIGHTS RESERVED } #{ This program may not be reproduced, in whole or in part in any form or by an} #{ means whatsoever without the written permission of: } #{ CUMMINS ENGINE COMPANY, INC. } #{ 1460 National Road } #{ Columbus, IN 47201 } #{ } #{ File Name: CM5xx_Makefile SDR: None } #{ } #{ File Description: This file is the primary make file for the cm5xx sources. } #{ } #{ Project Name: CM5xx } #{ } #{ Author: J. Mohos Creation Date: 29 JUN 94 } #{ } #{ Limitations: } #{ } #{ Language: C, Motorola 68331 Assembler } #{ Processor: Motorola 68331 } #{ Platform: CM5xx module } #{ } #{ Assumptions: } #{ } #{ Revision History: Please use ClearCase to get the revision history. } #{ } #{ DSEE Compatibilty: This version matches rev 16 of cm5xx_base_thread. } #{ } #{===============================================================================} # # Define the suffix types for the automated suffix rules. # .SUFFIXES: .o .c .i .a .s .lst .map .map2 .x .x2 # # The following are the default options selected for all targets. # .SILENT is the same as the -s command line option to build silently # A .SILET: * entry indicates that all builds should be silent. # .SILENT: * # # The following macro indicates where the .dd file generation # tool resides. # GEN_NT_TOOL=/vob/core0/tool_lib/gen_nt_report CHECK_ALIGN=/vob/core0/tool_lib/check_eeprom_placement NTN_TEST=/vob/core0/tool_lib/ntn_test TRANSLATE_E2M=/vob/cm/dd/bin/translate_e2m # # Define the build diagnostics macros to stamp the object name # and time of start and stop into a temp file. MIS has requested # these diagnostics to monitor build performance. # They must be located at the very start and end points of each # translation rule. # START_STAMP=echo "Start: "$@ "`date '+%D %T'`" >> /usr/tmp/buildtimes.$$USER END_STAMP=echo "End: "$@ "`date '+%D %T'`" >> /usr/tmp/buildtimes.$$USER #{**********************************************************} #{** The master make file will generate the CM5xx sources **} #{**********************************************************} # # The final stage of the build is done in this block. # The CODE_BLOCK and the FINAL_LINK are the dependencies for the # ultimate calibration result. # $(BLDLIB)/$(PROJ).cal: $(BLDLIB)/$(PROJ)_Code_Block.o \ $(BLDLIB)/$(PROJ)_Final_Link.x \ $(TOOLLIB_DEPENDS) $(START_STAMP) @echo "Building $(PROJ) ..." # # Remove existing results. # $(RM) -f $(BLDLIB)/$(PROJ).cal $(RM) -f $(BLDLIB)/$(PROJ).e2m $(RM) -f $(BLDLIB)/$(PROJ).gc2 $(RM) -f $(BLDLIB)/$(PROJ).dd $(RM) -f $(BLDLIB)/$(PROJ).seg $(RM) -f $(BLDLIB)/$(PROJ).srt $(RM) -f $(BLDLIB)/$(PROJ)_NTN_Check.ntc # # Creating final calibration file. This is done by concatenating all # of the hex files from all of the pages and eeprom. Each file has a # file terminator, :00000001FF, which is removed using grep. Obviously # the last one is left alone. Additionally pages 1, 2, and 3 need to # have an offset for 32 bit addressing. This is added using echo and # the directive :02000004000xzz. x is the page and zz is the checksum # for the line. # # Dummy Master Header Record # echo ":040000FF00030000F7" > $(BLDLIB)/hex_temp # # Adding block data structure definition # $(GREP) "BD_OLD_LINE" $(P2LIB)/block_data.h | $(AWK) '{print $$3}' >> $(BLDLIB)/hex_temp # # Sort the .x2 file prior to conversion to hex format. # $(TOOLLIB)/sort_s_record $(BLDLIB)/$(PROJ)_Final_Link.x2 > $(BLDLIB)/sorted_x2 # # Converting Motorola S record into Intel hex format # $(TOOLLIB)/mint $(BLDLIB)/sorted_x2 >> $(BLDLIB)/hex_temp # # Running tool to fixup CRC Checksum in Master Header Record # $(TOOLLIB)/calibration_crc.bin $(BLDLIB)/hex_temp # # Move working file into $(PROJ).cal # $(MV) $(BLDLIB)/hex_temp $(BLDLIB)/$(PROJ).cal # # Creating e2m file # Run data_dictionary_config_spec through the C preprocessor # Create config.tmp from the data dictionary # Get date using grep, # Run tool that calculates checksum # $(RM) -f $(BLDLIB)/ddcs.c $(RM) -f $(BLDLIB)/ddcs.i $(CP) $(CSPECLIB)/p135_base_ddcs.h $(BLDLIB)/ddcs.c cd $(BLDLIB); \ $(CC) $(MODULE_SPECIFIER) -P $(BLDLIB)/ddcs.c # # Calling OGC to create both a Reference_Thread and a config.e2m # file based on the data dictionary config spec sent to it. # # NOTE: When making a release add -s SW_RELEASE_NAME to the # end of the next line, otherwise no label will be attached. # $(BUILD_CONFIG) -f $(BLDLIB)/ddcs.i -o $(BLDLIB) -no_min_range $(MV) $(BLDLIB)/Reference_Thread $(BLDLIB)/$(PROJ)_config.ref # # Inserting proper date stamp # if [ "$(ACT_DATE)" = "DAY" ]; then \ $(GREP) "#define JULIAN_DATE" $(BLDLIB)/flash_date_stamp.h | $(NAWK) '{printf("%s%s",($$3 - 1),($$3 + 1));}' > $(BLDLIB)/config.date; \ elif [ "$(ACT_DATE)" != "NONE" ] ; then \ echo $(ACT_DATE) > $(BLDLIB)/config.date; \ else \ echo " " > $(BLDLIB)/config.date; \ fi echo '{ ' > $(BLDLIB)/nawk.tmp echo ' comment = substr($$15,11); ' >> $(BLDLIB)/nawk.tmp if [ "$(ACT_DATE)" != "NONE" ] ; then \ echo ' printf("%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s%s\n",$$1,$$2,$$3,$$4,$$5,$$6,$$7,$$8,$$9,$$10,$$11,$$12,$$13,$$14,df,comment);' >> $(BLDLIB)/nawk.tmp; \ else \ echo ' print ;' >> $(BLDLIB)/nawk.tmp; \ fi echo '} ' >> $(BLDLIB)/nawk.tmp $(NAWK) -f $(BLDLIB)/nawk.tmp -F, df=`cat $(BLDLIB)/config.date` $(BLDLIB)/config.e2m > $(BLDLIB)/$(PROJ).e2m.modified_dates # # Do Core to Project-specific unit translation # (i.e., %FU -> MM3S) # # Unit conversion is defined by the $(BLDLIB)/translate_e2m.definition file. # $(TRANSLATE_E2M) $(BLDLIB)/translate_e2m.definition \ $(BLDLIB)/$(PROJ).e2m.modified_dates \ > $(BLDLIB)/$(PROJ).e2m.translated_units # # Run GCC to: # 1. Check the e2m file for tools compliance # 2. Add the CRC/checksum # $(GREP) "#define JULIAN_DATE" $(BLDLIB)/flash_date_stamp.h | $(AWK) '{print $$3}' > $(BLDLIB)/config.date $(DEVSYSLIB)/GCC -d `cat $(BLDLIB)/config.date` -o $(BLDLIB)/$(PROJ).e2m -c $(BLDLIB)/$(PROJ).e2m.translated_units -h $(BLDLIB)/$(PROJ).cal -i -k cm5xx -s 8 -v 320 > $(BLDLIB)/$(PROJ).gc2 # # Print genconfig warnings to standard output # if \ $(GREP) -i warn: $(BLDLIB)/$(PROJ).gc2; \ then \ exit 0; \ fi # # Print genconfig errors to standard output # if \ $(GREP) -i error: $(BLDLIB)/$(PROJ).gc2; \ then \ exit 0; \ fi if \ $(GREP) -i "Segmentation fault" $(BLDLIB)/$(PROJ).gc2; \ then \ exit 0; \ fi # # Generate the .seg and .srt files. # Add the current software phase to the head of the sort file. # cd $(BLDLIB); \ $(TOOLLIB)/gen_cm5xx_seg_srt $(PROJ)_Final_Link.map; \ echo "CPN,CP;EOH;SN,SA,ST,SL; " > $(PROJ).srt; \ echo -n "Core_Phase " >> $(PROJ).srt; \ $(GREP) "Core_Phase_Designation" $(BLDLIB)/version.h | $(GREP) "0x" | \ $(NAWK) '{start = (index($$0,"0x")+2); end = index($$0,";"); size = (end-start); print substr($$0,start,size)}' >> $(PROJ).srt; \ cat $(PROJ)_Final_Link.srt >> $(PROJ).srt; $(RM) -f $(PROJ)_Final_Link.srt; \ $(MV) -f $(PROJ)_Final_Link.seg $(PROJ).seg; \ touch $(BLDLIB)/$(PROJ).srt; touch $(BLDLIB)/$(PROJ).seg; # # Testing to see if a graphic console is available. The .dd file generation # tool requires a graphic console to bring up the MasterWorks control panal. # Without this the simulator will not run. # If a graphic console is available then the .dd file will be generated using the # current data dictionary .ref file and the current IEEE .x file. The MasterWorks # control panel has to come up in order to run the software simulator. # echo "*********************************************" echo "** W A R N I N G **" echo "** No Premier.dd file is being built, **" echo "** there is only a dummy file **" echo "** NTN Check is also not being performed **" echo "*********************************************" echo "**** This is a Dummy .dd file ****" >>$(BLDLIB)/$(PROJ).dd # if [ "$$DISPLAY" = ":0.0" ] || [ "$$DISPLAY" = "" ]; then \ # echo ""; \ # echo "======================================================================="; \ # echo "Could not generate file $(BLDLIB)/$(PROJ).dd file because"; \ # echo "your DISPLAY environment variable is not set to a graphic console!"; \ # echo "Example: setenv DISPLAY oregon:0.0 "; \ # echo "======================================================================="; \ # exit 25; \ # else \ # $(RM) -f $(BLDLIB)/temp.dd; \ # $(TOOLLIB)/gen_nt_header $(BLDLIB)/$(PROJ).seg > $(BLDLIB)/$(PROJ).dd; \ # $(GREP) "Core_Phase_Designation" $(BLDLIB)/version.h | $(GREP) "0x" | \ # $(NAWK) '{start = (index($$0,"0x")+2); end = index($$0,";"); size = (end-start); printf(";CORE BASE PHASE: "); print substr($$0,start,size)}' >> $(BLDLIB)/$(PROJ).dd; \ # $(GEN_NT_TOOL) $(BLDLIB)/$(PROJ)_config.ref $(BLDLIB)/$(PROJ)_Final_Link.x $(BLDLIB)/temp.dd; \ # cat $(BLDLIB)/temp.dd >> $(BLDLIB)/$(PROJ).dd; \ # $(RM) -f $(BLDLIB)/temp.dd; \ # echo "-----------------------------------------------------------------------------"; \ # echo "Missing software name fields:"; \ # if \ # $(GREP) "NO_SOFTWARE_NAME" $(BLDLIB)/$(PROJ).dd; \ # then \ # echo "Total missing software names:" `$(GREP) -c "NO_SOFTWARE_NAME" $(BLDLIB)/$(PROJ).dd`; \ # else \ # echo "None"; \ # fi; \ # echo "-----------------------------------------------------------------------------"; \ # echo "Invalid software name fields:"; \ # if \ # $(GREP) "INVALID_SOFTWARE_NAME" $(BLDLIB)/$(PROJ).dd; \ # then \ # echo "Total invalid software names:" `$(GREP) -c "INVALID_SOFTWARE_NAME" $(BLDLIB)/$(PROJ).dd`; \ # else \ # echo "None"; \ # fi; \ # echo "-----------------------------------------------------------------------------"; \ # # fi # # # Checking Name Table Name alignment # # $(NTN_TEST) $(BLDLIB)/$(PROJ).dd $(BLDLIB)/$(PROJ)_Final_Link.map $(BLDLIB)/$(PROJ)_Final_Link.x2 $(P2LIB)/name_table.h > $(BLDLIB)/$(PROJ)_NTN_Check.ntc # if \ # $(GREP) -s "ERROR" $(BLDLIB)/$(PROJ)_NTN_Check.ntc; \ # then \ # echo "Alignment Error: check $(BLDLIB)/$(PROJ)_NTN_Check.ntc for details"; \ # exit 1; \ # fi # # Remove the temporary files. # $(RM) -f $(BLDLIB)/$(PROJ).e2m.modified_dates # $(RM) -f $(BLDLIB)/$(PROJ).e2m.translated_units $(RM) -f $(BLDLIB)/ddcs.c $(RM) -f $(BLDLIB)/config.date $(RM) -f $(BLDLIB)/sorted_x2 $(RM) -f $(BLDLIB)/config.e2m $(RM) -f $(BLDLIB)/nawk.tmp $(RM) -f $(BLDLIB)/$(PROJ).untranslated $(END_STAMP) # # Translation rules used to generate the Boot Loader declaration file # $(P2LIB)/boot_loader_code.h: $(RELEASED_BOOT_LOADER) \ $(TOOLLIB)/s_record_to_const @echo "Generating boot_loader_code.h" $(RM) -f $(P2LIB)/boot_loader_code.h $(TOOLLIB)/s_record_to_const $(RELEASED_BOOT_LOADER) > $(P2LIB)/boot_loader_code.h @echo "Successfully built boot_loader_code.h" $(P2LIB)/prog_bootloader.o: $(P2LIB)/boot_loader_code.h # # Translation rules used to generate the AHAC tailorable files. # $(IFACELIB)/convert_name.o: $(AHAC_FCS_OUTPUT).i $(P2LIB)/dx_multipacket_data.o: $(AHAC_FCS_OUTPUT).i $(P2LIB)/index_table.o: $(AHAC_FCS_OUTPUT).i $(P2LIB)/j1708_here_is_data.o: $(AHAC_FCS_OUTPUT).i $(P2LIB)/name_table.o: $(AHAC_FCS_OUTPUT).i $(AHAC_FCS_OUTPUT).i: $(AHAC_FCS) @echo "Generating index_table.h and name_table.h" $(RM) -f $(AHAC_FCS_OUTPUT).c $(RM) -f $(AHAC_FCS_OUTPUT).i $(RM) -f $(P2LIB)/index_table.h $(RM) -f $(P2LIB)/name_table.h $(CP) $(AHAC_FCS) $(AHAC_FCS_OUTPUT).c cd $(BLDLIB); \ $(RM) -f /usr/tmp/ahac.$$USER.$$$$; \ $(CC) $(MODULE_SPECIFIER) -P $(AHAC_FCS_OUTPUT).c > /usr/tmp/ahac.$$USER.$$$$; \ if \ $(GREP) -s "directive ignored" /usr/tmp/ahac.$$USER.$$$$; \ then \ echo "ERROR: missing include file."; \ $(RM) -f /usr/tmp/ahac.$$USER.$$$$; \ exit 1; \ fi; \ $(RM) -f /usr/tmp/ahac.$$USER.$$$$; \ $(AHAC_TABLE_GEN) -F $(AHAC_FCS_OUTPUT).i -small_name_table -a -o $(P2LIB); \ cd $(BLDLIB); \ $(RM) -f $(AHAC_FCS_OUTPUT).c touch $(P2LIB)/index_table.h touch $(P2LIB)/name_table.h @echo "Successfully built index_table.h and name_table.h" echo "Finished generating AHAC configuration files." echo "Ready to build application code..." # # The final linking is performed in this block of commands. # # A list of linker commands will be collected into one base linker command # file. This base linker command file contains LOAD statements for all of # the source objects as well as memory map information. From this base # linker command file two final link command files are generated. # The first linker command file will generate a debug .x file. The # second will generate a Motorola S format hex file. Two map files will # also be generated. # $(PROJ)_Final_Link.x, $(PROJ)_Final_Link.x2, $(PROJ)_Final_Link.map and # $(PROJ)_Final_Link.map2 are the derived objects. # $(BLDLIB)/$(PROJ)_Final_Link.x: $(AHAC_FCS_OUTPUT).i \ $(BLDLIB)/$(PROJ)_Code_Block.o \ $(FINAL_LINK_DEPENDS_OBJECTS) \ $(FINAL_LINK_DEPENDS_TOOLS) \ $(BLDLIB)/CM5xx_Makefile \ $(BLDLIB)/CM5xx_Makefile.options $(START_STAMP) @echo "Linking $(PROJ)_Final_Link ..." # # Remove the currently existing final link files. # $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link.x $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link.map $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link.x2 $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link.map2 $(RM) -f $(BLDLIB)/$(PROJ)_Align_Check.alc # # Assemble a base linker specification file. # echo "NAME final_link" > $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "CHIP $(M683XX_CHIP)" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "BASE 0" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .flash0" $(BOOT_LOADER_FIXED_DATA_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .ndlflash1" $(FLASH_BLOCK_1_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .dlflash1" $(DWN_LOADED_FLASH_BLOCK_1_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .flash3" $(FLASH_BLOCK_3_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .flash5" $(FLASH_BLOCK_5_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .flash6" $(FLASH_BLOCK_6_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .ndlee" $(EEPROM_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT .dlee" $(DWN_LOADED_EEPROM_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "SECT zerovars" $(RAM_LOGICAL_START) >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "ALIAS .flash3,literals" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "ALIAS zerovars, tags" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "ALIAS .flash3, asm_lib" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "ALIGNMOD global, 256" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD_SYMBOLS $(P2LIB)/boot_loader.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD_SYMBOLS $(P2LIB)/non_dwn_loaded_parameter_block.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/parameter_block.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/fixed_downloaded_parameters.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/index_table.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/adjustable_parameter_limits.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/version.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/flash3_code_start.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(BLDLIB)/$(PROJ)_Code_Block.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/name_table.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/flash_code_end.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/calibrations.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/ram_image.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/global.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD_SYMBOLS $(P2LIB)/non_dwn_loaded_eeprom.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "LOAD $(P2LIB)/eeprom.o" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec echo "END" >> $(BLDLIB)/$(PROJ)_Base_Link_Spec # # Assemble a final linker specification file for link 1. # echo "LISTMAP PUBLICS/ADDR CROSSREF" > $(BLDLIB)/$(PROJ)_Final_Link_1 echo "LISTABS PUBLICS INTERNALS" >> $(BLDLIB)/$(PROJ)_Final_Link_1 echo "DEBUG_SYMBOLS" >> $(BLDLIB)/$(PROJ)_Final_Link_1 echo "FORMAT IEEE" >> $(BLDLIB)/$(PROJ)_Final_Link_1 cat $(BLDLIB)/$(PROJ)_Base_Link_Spec >> $(BLDLIB)/$(PROJ)_Final_Link_1 # # Assemble a final linker specification file for link 2. # echo "FORMAT S" > $(BLDLIB)/$(PROJ)_Final_Link_2 cat $(BLDLIB)/$(PROJ)_Base_Link_Spec >> $(BLDLIB)/$(PROJ)_Final_Link_2 # # Perform link 1. # $(LNK) -c $(BLDLIB)/$(PROJ)_Final_Link_1 \ -o $(BLDLIB)/$(PROJ)_Final_Link.x \ -m > $(BLDLIB)/$(PROJ)_Final_Link.map # # Perform link 2. # $(LNK) -c $(BLDLIB)/$(PROJ)_Final_Link_2 \ -o $(BLDLIB)/$(PROJ)_Final_Link.tmp \ -m > $(BLDLIB)/$(PROJ)_Final_Link.map2 # # Check calibration/eeprom/parameter_block and ram_image alignment # $(CHECK_ALIGN) $(BLDLIB)/$(PROJ)_Final_Link.map > $(BLDLIB)/$(PROJ)_Align_Check.alc if \ $(GREP) -s "ERROR" $(BLDLIB)/$(PROJ)_Align_Check.alc; \ then \ echo "Alignment Error: check $(BLDLIB)/$(PROJ)_Align_Check.alc for details"; \ exit 1; \ fi # # Calculate and insert checksum over code segment in s record file # start_address=`$(GREP) "^_Flash3_Code_Start_Marker" $(BLDLIB)/$(PROJ)_Final_Link.map | $(AWK) '{ printf("%s\n",$$3); }' | sort -u`; \ end_address=`$(GREP) "^_Flash_Code_End_Marker" $(BLDLIB)/$(PROJ)_Final_Link.map | $(AWK) '{ printf("%s\n",$$3); }' | sort -u`; \ checksum_address=`$(GREP) "^_Application_Executable_Code_Checksum" $(BLDLIB)/$(PROJ)_Final_Link.map | $(AWK) '{ printf("%s\n",$$3); }' | sort -u`; \ checksum=`$(TOOLLIB)/s_record_checksum $(BLDLIB)/$(PROJ)_Final_Link.tmp $$start_address $$end_address`; \ $(TOOLLIB)/s_record_modify $(BLDLIB)/$(PROJ)_Final_Link.tmp $$checksum_address $$checksum > $(BLDLIB)/$(PROJ)_Final_Link.x2 # # Remove the temporary files. # $(RM) -f $(BLDLIB)/$(PROJ)_Base_Link_Spec $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link_1 $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link_2 $(RM) -f $(BLDLIB)/$(PROJ)_Final_Link.tmp $(END_STAMP) # # The Code block is build in this block of commands. # # A list of linker commands will be collected into one linker command file and # then sent to the linker. In the command file will be a LOAD statement for each # code source file. After linking, a map file and a master object file are created. # $(PROJ)_Code_Block.o and $(PROJ)_Code_Block.map are the derived objects. # $(BLDLIB)/$(PROJ)_Code_Block.o: $(AHAC_FCS_OUTPUT).i \ $(CODE_BLOCK_DEPENDS_TOOLS) \ $(FLASH3_CODE_BLOCK_DEPENDS_OBJECTS) $(START_STAMP) @echo "Linking $(PROJ)_Code_Block ..." # # Remove the existing Code Block objects # $(RM) -f $(BLDLIB)/$(PROJ)_Code_Block.o $(RM) -f $(BLDLIB)/$(PROJ)_Code_Block.map echo "" > $(BLDLIB)/$(PROJ)_Code_Block_Link_Spec; echo "LISTMAP PUBLICS/ADDR CROSSREF" >> $(BLDLIB)/$(PROJ)_Code_Block_Link_Spec; echo "LISTABS PUBLICS INTERNALS" >> $(BLDLIB)/$(PROJ)_Code_Block_Link_Spec; # # The following for statement will take each file in the dependant objects list # and prepend a LOAD statement to it. All of these LOAD statements are saved into # a link spec file along with an END statement at the tail. 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