一、准备工作开发软件vivado 2018.3升级补丁20260730_5.4.0.2_hardlink_test.rar复旦微提供二、搭建流程1、解压缩升级补丁注意路径必须纯英文。2、制作vivado启动脚本配置临时环境变量echo off set JFM_PATHC:\JFM_Kits start C:\Xilinx\Vivado\2018.3\bin\vivado.bat新建一个txt文本文件将上述代码复制黏贴进去保存后修改文件扩展名为bat。注意vivado的安装路径以及升级补丁的存放路径。要根据自己的实际情况修改。然后执行这个脚本启动vivado2018.3。系统变量JFM_PATHC:\JFM_Kits会临时加入到运行环境中。3、在打开的vivado里随便新建一个工程然后关闭IP Cache可以避免大部分因为兼容性引发的编译错误。Tools - Setting - IP4、在vivado的tcl console里执行source c:/JFM_Kits/ip_patch/run.tcl注意升级补丁的存放路径start_gui open_project C:/My_Work/DRTD/FPGA/DRTD/DRTD.xpr open_project C:/My_Work/DRTD/FPGA/DRTD/DRTD.xpr INFO: [Project 1-313] Project file moved from C:/my_project/DRTD/FPGA/DRTD since last save. Scanning sources... Finished scanning sources INFO: [IP_Flow 19-234] Refreshing IP repositories INFO: [IP_Flow 19-1704] No user IP repositories specified INFO: [IP_Flow 19-2313] Loaded Vivado IP repository C:/Xilinx/Vivado/2018.3/data/ip. open_project: Time (s): cpu 00:00:08 ; elapsed 00:00:08 . Memory (MB): peak 730.414 ; gain 135.785 update_compile_order -fileset sources_1 source c:/JFM_Kits/ip_patch/run.tcl # package require md5 # proc copy_patch {} { # set current_prj_path [get_property DIRECTORY [current_project]] # # set judge_dst_path [format %s/ip_patch $current_prj_path] # if {[file exists $judge_dst_path] 1} { # puts The ip_patch file is existing in current project! # # } else { # set dir [file join $::env(JFM_PATH) ip_patch] # if {[file exists $dir] 0} { # error An error occurs:\nPlease check if JFM_PATH $dir is existing! # } # file mkdir $current_prj_path/ip_patch # # file mkdir $current_prj_path/ip_patch/045ai # # file mkdir $current_prj_path/ip_patch/tools # set part [get_property PART [current_project]] # # if {[regexp {xc7z045} $part]} { # # file copy -force $dir/045ai/JDY_ip_top_0_route.dcp $current_prj_path/ip_patch/045ai # # } # file copy -force $dir/edif $current_prj_path/ip_patch # # file copy -force $dir/edif_transform $current_prj_path/ip_patch # file copy -force $dir/process_control $current_prj_path/ip_patch # # file copy -force $dir/paspd $current_prj_path/ip_patch # # file copy -force $dir/tools/bitfile_replace.tcl $current_prj_path/ip_patch/tools # # file copy -force $dir/tools/mig_auto_winCheck.tcl $current_prj_path/ip_patch/tools # file copy -force $dir/all_src_files.tcl $current_prj_path/ip_patch # file copy -force $dir/ip_patch.cfg $current_prj_path/ip_patch # file copy -force $dir/run.tcl $current_prj_path/ip_patch # file copy -force $dir/time_check.txt $current_prj_path/ip_patch # file copy -force $dir/top.tcl $current_prj_path/ip_patch # file copy -force $dir/procise_incr_cfg.txt $current_prj_path/ip_patch # file copy -force $dir/xadc_filter $current_prj_path/ip_patch # # file copy -force $dir/ip_patch_version.log $current_prj_path/ip_patch # puts Copy patch to project path $current_prj_path successfully! # } # # } # proc process {str} { # set r {} # binary scan XdQCHdZNL4ENVLnUsv4AZ7dmfU8wvbDRRjnfWuQS c* l # binary scan $str c* d # set pmax [llength $l] # set cn 0 # foreach {c} $d { # set cp [lindex $l $cn] # append r [format %c [expr {($c 0xff) ^ ($cp 0xff)}]] # incr cn # if {$cn $pmax} { # set cn 0 # } # } # return $r # } # proc jfm_run {} { # set current_prj_path [get_property DIRECTORY [current_project]] # if {$current_prj_path ! .} { # copy_patch # } else { # set current_prj_path $::env(JFM_PATH) # } # # set dir [file join $current_prj_path ip_patch] # set all_src_file [format %s/all_src_files.tcl $dir] # set all_src_file_bak [format %s/all_src_files.tcl.bak $dir] # if {[file exists $all_src_file] [file exists $all_src_file_bak] 0} { # file copy -force $all_src_file $all_src_file_bak # } # # if {[file size $all_src_file] 0} { # error An error occurs:\nPlease check file: $all_src_file \nThe size of this file is 0KB,you can ask FAE for help! # } # source $all_src_file # # set tclPath [format %s/top.tcl $dir] # # set tclPPath [format %s/..top.tcl $dir] # # # set filein [open $tclPath r] # # fconfigure $filein -encoding binary -translation binary # # set filetxt [read $filein] # # close $filein # # file copy -force $tclPath $tclPPath # # set fileout [open $tclPath w] # # fconfigure $fileout -encoding binary -translation binary # # set outstr [process $filetxt] # # puts -nonewline $fileout $outstr # # close $fileout # # source $tclPath -notrace # # # } # jfm_run The ip_patch file is existing in current project!执行过程中没有错误发生就意味着补丁升级完成。5、给vivado添加两个实用按钮在tcl console中执行根据复旦微的流程有这一项实际上没用了直接跳过create_ip_patch_buttonsource_run_tcl_and_add_ip_patch加载补丁remove_ip_patch移除补丁6、执行hardlink流程依次执行下述两条指令指令1source C:/JFM_Kits/ip_patch/vivado_lnk/lnk_change.tcl –notrace指令2create_vivado_hardlink_lnk fmk230t_fmk300t注意指令2附带的参数需要根据芯片的不同进行修改每次执行只执行一款芯片的开发环境生成。执行指令2等待时间较长根据电脑配置的不同等待时间会有所不同大约2~8分钟。source C:/JFM_Kits/ip_patch/vivado_lnk/lnk_change.tcl -notrace create_vivado_hardlink_lnk fmk230t_fmk300t patch_version.dat not found at: C:/Xilinx/Vivado/2018.3/patches/AR000/vivado/data/patches/patch_version.dat hardlink_reset_database executed successfully! The operating system is WINDOWS! Version: 2018.3 Creating hardlink... Hardlink created Creating shortcut... All tasks completed You can copy the shortcuts in the path(C:/Xilinx/Vivado/2018.3_fmk230t_fmk300t.lnk) to the desktop for use create_patch_version_dat executed successfully! hardlink_replace_fmk230t_fmk300t_database executed successfully,you can open C:/Xilinx/Vivado/2018.3_fmk230t_fmk300t to develop projects!执行完成后会在C:/Xilinx/Vivado目录下多出一个快捷图标2018.3_fmk230t_fmk300t要启动复旦微的开发环境就执行这个即可。7、启动复旦微开发环境左上角的标题和纯净的vivado是不一样的。8、检查开发环境是否可用在工程的器件选择里应该会有复旦微的器件8、添加系统环境变量C:\Xilinx\SDK\2018.3\binC:\Xilinx\SDK\2018.3\lib\win64.o不然Launch SDK功能不正常以上针对复旦微FMK230T8器件的开发环境搭建完成。