160 lines
4.1 KiB
Bash
Executable File
160 lines
4.1 KiB
Bash
Executable File
#!/bin/bash
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set -e
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usage() {
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echo "Usage: $0 [OPTIONS]"
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echo ""
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echo "Options"
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echo " --help -h : Display this message"
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echo " -n <n> : Number of harts"
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echo " -b <elf> : Binary to run in spike"
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echo " -p <pc> : PC to take checkpoint at [default 0x80000000]"
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echo " -i <insns> : Instructions after PC to take checkpoint at [default 0]"
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echo " -m <isa> : ISA to pass to spike for checkpoint generation [default rv64gc]"
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echo " -o <out> : Output directory to store the checkpoint in. [default <elf>.<pc>.<insns>.loadarch]"
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echo " -r <mem> : Memory regions to pass to spike. Passed to spike's '-m' flag. [default starting at 0x80000000 with 256MiB]"
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echo " -v : Verbose"
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exit "$1"
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}
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NHARTS=1
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BINARY=""
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PC="0x80000000"
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INSNS=0
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ISA="rv64gc"
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OUTPATH=""
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MEMOVERRIDE=""
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VERBOSE=0
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while [ "$1" != "" ];
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do
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case $1 in
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-h | --help )
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usage 3 ;;
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-n )
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shift
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NHARTS=$1 ;;
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-b )
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shift
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BINARY=$1 ;;
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-p )
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shift
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PC=$1 ;;
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-i )
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shift
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INSNS=$1 ;;
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-m )
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shift
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ISA=$1 ;;
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-o )
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shift
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OUTPATH=$1 ;;
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-r )
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shift
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MEMOVERRIDE=$1 ;;
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-v )
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VERBOSE=1 ;;
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* )
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error "Invalid option $1"
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usage 1 ;;
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esac
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shift
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done
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if [[ $VERBOSE -eq 1 ]] ; then
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set -x
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fi
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if [ -z "$MEMOVERRIDE" ] ; then
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BASEMEM="$((0x80000000)):$((0x10000000))"
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else
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BASEMEM=$MEMOVERRIDE
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fi
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SPIKEFLAGS="-p$NHARTS --pmpregions=0 --isa=$ISA -m$BASEMEM"
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BASENAME=$(basename -- $BINARY)
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if [ -z "$OUTPATH" ] ; then
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OUTPATH=$BASENAME.$PC.$INSNS.loadarch
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fi
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echo "Generating loadarch directory $OUTPATH"
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rm -rf $OUTPATH
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mkdir -p $OUTPATH
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LOADARCH_FILE=$OUTPATH/loadarch
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RAWMEM_ELF=$OUTPATH/raw.elf
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LOADMEM_ELF=$OUTPATH/mem.elf
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CMDS_FILE=$OUTPATH/cmds_tmp.txt
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SPIKECMD_FILE=$OUTPATH/spikecmd.sh
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echo "Generating state capture spike interactive commands in $CMDS_FILE"
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echo "until pc 0 $PC" >> $CMDS_FILE
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echo "rs $INSNS" >> $CMDS_FILE
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echo "dump" >> $CMDS_FILE
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for (( h=0; h<$NHARTS; h++ ))
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do
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echo "pc $h" >> $CMDS_FILE
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echo "priv $h" >> $CMDS_FILE
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echo "reg $h fcsr" >> $CMDS_FILE
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echo "reg $h vstart" >> $CMDS_FILE
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echo "reg $h vxsat" >> $CMDS_FILE
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echo "reg $h vxrm" >> $CMDS_FILE
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echo "reg $h vcsr" >> $CMDS_FILE
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echo "reg $h vtype" >> $CMDS_FILE
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echo "reg $h stvec" >> $CMDS_FILE
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echo "reg $h sscratch" >> $CMDS_FILE
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echo "reg $h sepc" >> $CMDS_FILE
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echo "reg $h scause" >> $CMDS_FILE
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echo "reg $h stval" >> $CMDS_FILE
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echo "reg $h satp" >> $CMDS_FILE
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echo "reg $h mstatus" >> $CMDS_FILE
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echo "reg $h medeleg" >> $CMDS_FILE
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echo "reg $h mideleg" >> $CMDS_FILE
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echo "reg $h mie" >> $CMDS_FILE
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echo "reg $h mtvec" >> $CMDS_FILE
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echo "reg $h mscratch" >> $CMDS_FILE
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echo "reg $h mepc" >> $CMDS_FILE
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echo "reg $h mcause" >> $CMDS_FILE
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echo "reg $h mtval" >> $CMDS_FILE
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echo "reg $h mip" >> $CMDS_FILE
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echo "reg $h mcycle" >> $CMDS_FILE
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echo "reg $h minstret" >> $CMDS_FILE
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echo "mtime" >> $CMDS_FILE
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echo "mtimecmp $h" >> $CMDS_FILE
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for (( fr=0; fr<32; fr++ ))
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do
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echo "freg $h $fr" >> $CMDS_FILE
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done
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for (( xr=0; xr<32; xr++ ))
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do
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echo "reg $h $xr" >> $CMDS_FILE
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done
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echo "vreg $h" >> $CMDS_FILE
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done
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echo "quit" >> $CMDS_FILE
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echo "spike -d --debug-cmd=$CMDS_FILE $SPIKEFLAGS $BINARY" > $SPIKECMD_FILE
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echo "Capturing state at checkpoint to spikeout"
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spike -d --debug-cmd=$CMDS_FILE $SPIKEFLAGS $BINARY 2> $LOADARCH_FILE
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echo "Finding tohost/fromhost in elf file"
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TOHOST=$(riscv64-unknown-elf-nm $BINARY | grep tohost | head -c 16)
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FROMHOST=$(riscv64-unknown-elf-nm $BINARY | grep fromhost | head -c 16)
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echo "Compiling memory to elf"
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riscv64-unknown-elf-objcopy -I binary -O elf64-littleriscv mem.0x80000000.bin $RAWMEM_ELF
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rm -rf mem.0x80000000.bin
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riscv64-unknown-elf-ld -Tdata=0x80000000 -nmagic --defsym tohost=0x$TOHOST --defsym fromhost=0x$FROMHOST -o $LOADMEM_ELF $RAWMEM_ELF
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rm -rf $RAWMEM_ELF
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echo "Ensure that at minimum you have memory regions corresponding to $BASEMEM in downstream RTL tooling"
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