| #!/bin/bash |
| |
| openmsp430_mods=" |
| omsp_alu |
| omsp_clock_module |
| omsp_dbg |
| omsp_dbg_uart |
| omsp_execution_unit |
| omsp_frontend |
| omsp_mem_backbone |
| omsp_multiplier |
| omsp_register_file |
| omsp_sfr |
| omsp_sync_cell |
| omsp_sync_reset |
| omsp_watchdog |
| openMSP430" |
| |
| or1200_mods=" |
| or1200_alu |
| or1200_amultp2_32x32 |
| or1200_cfgr |
| or1200_ctrl |
| or1200_dc_top |
| or1200_dmmu_tlb |
| or1200_dmmu_top |
| or1200_du |
| or1200_except |
| or1200_fpu |
| or1200_freeze |
| or1200_ic_fsm |
| or1200_ic_ram |
| or1200_ic_tag |
| or1200_ic_top |
| or1200_if |
| or1200_immu_tlb |
| or1200_lsu |
| or1200_mem2reg |
| or1200_mult_mac |
| or1200_operandmuxes |
| or1200_pic |
| or1200_pm |
| or1200_qmem_top |
| or1200_reg2mem |
| or1200_rf |
| or1200_sb |
| or1200_sprs |
| or1200_top |
| or1200_tt |
| or1200_wbmux" |
| |
| grep_regs() { |
| x=$(grep '^ Number of Slice Registers:' $1.syr | sed 's/.*: *//;' | cut -f1 -d' ') |
| echo $x | sed 's,^ *$,-1,' |
| } |
| |
| grep_luts() { |
| x=$(grep '^ Number of Slice LUTs:' $1.syr | sed 's/.*: *//;' | cut -f1 -d' ') |
| echo $x | sed 's,^ *$,-1,' |
| } |
| |
| grep_freq() { |
| x=$(grep 'Minimum period.*Maximum Frequency' $1.syr | sed 's/\.[0-9]*MHz.*//;' | cut -f3 -d:) |
| echo $x | sed 's,^ *$,-1,' |
| } |
| |
| for mod in $openmsp430_mods $or1200_mods; do |
| printf '%-30s s,$, \\& %6d \\& %6d \\& %4d MHz \\& %6d \\& %6d \\& %4d MHz \\\\\\\\,;\n' "/${mod//_/\\\\_}}/" \ |
| $(grep_regs ${mod}) $(grep_luts ${mod}) $(grep_freq ${mod}) \ |
| $(grep_regs ${mod}_ys) $(grep_luts ${mod}_ys) $(grep_freq ${mod}_ys) |
| done |
| |
| # for mod in $openmsp430_mods $or1200_mods; do |
| # [ $mod = "or1200_top" -o $mod = "or1200_dmmu_top" -o $mod = or1200_dmmu_tlb -o $mod = or1200_immu_tlb ] && continue |
| # regs=$(grep_regs ${mod}) regs_ys=$(grep_regs ${mod}_ys) |
| # luts=$(grep_luts ${mod}) luts_ys=$(grep_luts ${mod}_ys) |
| # freq=$(grep_freq ${mod}) freq_ys=$(grep_freq ${mod}_ys) |
| # if [ $regs -gt 0 -a $regs_ys -gt 0 ]; then regs_p=$(( 100*regs_ys / regs )); else regs_p=NaN; fi |
| # if [ $luts -gt 0 -a $luts_ys -gt 0 ]; then luts_p=$(( 100*luts_ys / luts )); else luts_p=NaN; fi |
| # if [ $freq -gt 0 -a $freq_ys -gt 0 ]; then freq_p=$(( 100*freq_ys / freq )); else freq_p=NaN; fi |
| # printf '%-30s %3s %3s %3s\n' $mod $regs_p $luts_p $freq_p |
| # |
| # done |
| |
