101 lines
3.9 KiB
Tcl
101 lines
3.9 KiB
Tcl
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# -----------------------------------------------------------------------------
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# The confidential and proprietary information contained in this file may
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# only be used by a person authorised under and to the extent permitted
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# by a subsisting licensing agreement from ARM limited.
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#
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# (C) COPYRIGHT 2018 ARM limited.
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# ALL RIGHTS RESERVED
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#
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# This entire notice must be reproduced on all copies of this file
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# and copies of this file may only be made by a person if such person is
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# permitted to do so under the terms of a subsisting license agreement
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# from ARM limited.
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#
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# SVN Information
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#
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# Checked In : $Date$
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#
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# Revision : $Revision$
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#
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# Release Information : Cortex-M1 DesignStart-r0p1-00rel0
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#
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# -----------------------------------------------------------------------------
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# Project : Cortex-M1 Arty A7 Example design with V2C-DAPLink adaptor board
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#
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# Purpose : Script to create bit and mcs files for Arty A7 board
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#
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# Combines the original bit file, mmi file, and software elf to create
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# the full bitstream
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# Then converts full bitstream to mcs for download to the onboard flash
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#
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# Can be run either in Vivado GUI TCL console, or else in batch mode
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# from command line
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# If run in Vivado TCL console, pwd needs to be set to root of project,
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# in the same location as the bit file
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# -----------------------------------------------------------------------------
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# Input files
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set mmi_file "./m1.mmi"
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set elf_file "../bsp/bootloader.elf"
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set source_bit_file "./aum1.runs/impl_1/au_top.bit"
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set reference_bit_file "./aum1_reference.bit"
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# Output files
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set output_bit_file "aum1.bit"
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set output_bin_file "aum1.bin"
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# Enable to turn on debug
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set updatemem_debug 0
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# Assemble bit file that can be downloaded to device directly
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# Combine the original bit file, mmi file, and software elf to create the full bitstream
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# Delete target file
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file delete -force $output_bit_file
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file delete -force $output_bin_file
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# Determine if the user has built the project and has the target source file
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# If not, then use the reference bit file shipped with the project
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if { ![file exists $source_bit_file] } {
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puts "\n********************************************"
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puts "INFO - File $source_bit_file doesn't exist as project has not been built"
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puts " Using $reference_bit_file instead\n"
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puts "********************************************/n"
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set source_bit_file $reference_bit_file
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}
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# Banner message to console as there is no output for a few seconds
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puts " Running updatemem ..."
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if { $updatemem_debug } {
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set error [catch {exec updatemem --debug --force --meminfo $mmi_file --data $elf_file --bit $source_bit_file --proc dummy --out $output_bit_file} result]
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} else {
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set error [catch {exec updatemem --force --meminfo $mmi_file --data $elf_file --bit $source_bit_file --proc dummy --out $output_bit_file} result]
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}
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# Print the stdout from updatemem
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puts $result
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# Updatemem returns 0 even when there is an error, so cannot trap on error. Having deleted output file to start, then
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# detect if it now exists, else exit.
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if { ![file exists $output_bit_file] } {
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puts "ERROR - $output_bit_file not made"
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return -1
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} else {
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puts "\n********************************************"
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puts " $output_bit_file correctly generated"
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puts "********************************************\n"
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}
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# Create BIN file for base board QSPI flash memory
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write_cfgmem -force -format BIN -size 2 -interface SPIx1 -loadbit " up 0 $output_bit_file" $output_bin_file
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# Check BIN was correctly made
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if { ![file exists $output_bin_file] } {
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puts "ERROR - $output_bit_file not made"
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return -1
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} else {
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puts "\n********************************************"
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puts " $output_bin_file correctly generated"
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puts "********************************************\n"
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}
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