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Add batch 5 (Luthiraa_TALOS-V2, dawsonjon_fpu, The-OpenROAD-Project_OpenROAD-flow-scripts, antonblanchard_microwatt, alexforencich_verilog-i2c)
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proc report_puts { out } {
upvar 1 when when
upvar 1 filename filename
set fileId [open $filename a]
puts $fileId $out
close $fileId
}
proc report_metrics { stage when { include_erc true } { include_clock_skew true } } {
if { $::env(SKIP_REPORT_METRICS) } {
return
}
puts "Report metrics stage $stage, $when..."
set filename $::env(REPORTS_DIR)/${stage}_[string map {" " "_"} $when].rpt
set fileId [open $filename w]
close $fileId
report_puts "\n=========================================================================="
report_puts "$when report_tns"
report_puts "--------------------------------------------------------------------------"
report_tns >> $filename
report_tns_metric
report_tns_metric -hold
report_puts "\n=========================================================================="
report_puts "$when report_wns"
report_puts "--------------------------------------------------------------------------"
report_wns >> $filename
report_puts "\n=========================================================================="
report_puts "$when report_worst_slack"
report_puts "--------------------------------------------------------------------------"
report_worst_slack >> $filename
report_worst_slack_metric
report_worst_slack_metric -hold
report_puts "\n=========================================================================="
report_puts "$when report_clock_min_period"
report_puts "--------------------------------------------------------------------------"
report_clock_min_period -include_port_paths >> $filename
report_fmax_metric
if { $include_clock_skew && $::env(REPORT_CLOCK_SKEW) } {
report_puts "\n=========================================================================="
report_puts "$when report_clock_skew"
report_puts "--------------------------------------------------------------------------"
report_clock_skew >> $filename
report_clock_skew_metric
report_clock_skew_metric -hold
}
report_puts "\n=========================================================================="
report_puts "$when report_checks -path_delay min"
report_puts "--------------------------------------------------------------------------"
report_checks -path_delay min -fields {slew cap input net fanout} \
-format full_clock_expanded >> $filename
report_puts "\n=========================================================================="
report_puts "$when report_checks -path_delay max"
report_puts "--------------------------------------------------------------------------"
report_checks -path_delay max -fields {slew cap input net fanout} \
-format full_clock_expanded >> $filename
report_puts "\n=========================================================================="
report_puts "$when report_checks -unconstrained"
report_puts "--------------------------------------------------------------------------"
report_checks -unconstrained -fields {slew cap input net fanout} \
-format full_clock_expanded >> $filename
if { $include_erc } {
report_puts "\n=========================================================================="
report_puts "$when report_check_types -max_slew -max_cap -max_fanout -violators"
report_puts "--------------------------------------------------------------------------"
report_check_types -max_slew -max_capacitance -max_fanout -violators >> $filename
report_erc_metrics
report_puts "\n=========================================================================="
report_puts "$when max_slew_check_slack"
report_puts "--------------------------------------------------------------------------"
report_puts "[sta::max_slew_check_slack]"
report_puts "\n=========================================================================="
report_puts "$when max_slew_check_limit"
report_puts "--------------------------------------------------------------------------"
report_puts "[sta::max_slew_check_limit]"
if { [sta::max_slew_check_limit] < 1e30 } {
report_puts "\n=========================================================================="
report_puts "$when max_slew_check_slack_limit"
report_puts "--------------------------------------------------------------------------"
report_puts [format "%.4f" [sta::max_slew_check_slack_limit]]
}
report_puts "\n=========================================================================="
report_puts "$when max_fanout_check_slack"
report_puts "--------------------------------------------------------------------------"
report_puts "[sta::max_fanout_check_slack]"
report_puts "\n=========================================================================="
report_puts "$when max_fanout_check_limit"
report_puts "--------------------------------------------------------------------------"
report_puts "[sta::max_fanout_check_limit]"
if { [sta::max_fanout_check_limit] < 1e30 } {
report_puts "\n=========================================================================="
report_puts "$when max_fanout_check_slack_limit"
report_puts "--------------------------------------------------------------------------"
report_puts [format "%.4f" [sta::max_fanout_check_slack_limit]]
}
report_puts "\n=========================================================================="
report_puts "$when max_capacitance_check_slack"
report_puts "--------------------------------------------------------------------------"
report_puts "[sta::max_capacitance_check_slack]"
report_puts "\n=========================================================================="
report_puts "$when max_capacitance_check_limit"
report_puts "--------------------------------------------------------------------------"
report_puts "[sta::max_capacitance_check_limit]"
if { [sta::max_capacitance_check_limit] < 1e30 } {
report_puts "\n=========================================================================="
report_puts "$when max_capacitance_check_slack_limit"
report_puts "--------------------------------------------------------------------------"
report_puts [format "%.4f" [sta::max_capacitance_check_slack_limit]]
}
report_puts "\n=========================================================================="
report_puts "$when max_slew_violation_count"
report_puts "--------------------------------------------------------------------------"
report_puts "max slew violation count [sta::max_slew_violation_count]"
report_puts "\n=========================================================================="
report_puts "$when max_fanout_violation_count"
report_puts "--------------------------------------------------------------------------"
report_puts "max fanout violation count [sta::max_fanout_violation_count]"
report_puts "\n=========================================================================="
report_puts "$when max_cap_violation_count"
report_puts "--------------------------------------------------------------------------"
report_puts "max cap violation count [sta::max_capacitance_violation_count]"
report_puts "\n=========================================================================="
report_puts "$when setup_violation_count"
report_puts "--------------------------------------------------------------------------"
report_puts "setup violation count [sta::endpoint_violation_count max]"
report_puts "\n=========================================================================="
report_puts "$when hold_violation_count"
report_puts "--------------------------------------------------------------------------"
report_puts "hold violation count [sta::endpoint_violation_count min]"
set critical_path [lindex [find_timing_paths -sort_by_slack] 0]
if { $critical_path != "" } {
set path_delay [sta::format_time [[$critical_path path] arrival] 4]
set path_slack [sta::format_time [[$critical_path path] slack] 4]
} else {
set path_delay -1
set path_slack 0
}
if { [llength [all_registers]] != 0 } {
report_puts "\n=========================================================================="
report_puts "$when report_checks -path_delay max reg to reg"
report_puts "--------------------------------------------------------------------------"
report_checks -path_delay max -from [all_registers] -to [all_registers] \
-format full_clock_expanded >> $filename
report_puts "\n=========================================================================="
report_puts "$when report_checks -path_delay min reg to reg"
report_puts "--------------------------------------------------------------------------"
report_checks -path_delay min -from [all_registers] -to [all_registers] \
-format full_clock_expanded >> $filename
set inp_to_reg_critical_path \
[lindex [find_timing_paths -path_delay max -from [all_inputs] -to [all_registers]] 0]
if { $inp_to_reg_critical_path != "" } {
set target_clock_latency_max \
[sta::format_time [$inp_to_reg_critical_path target_clk_delay] 4]
} else {
set target_clock_latency_max 0
}
set inp_to_reg_critical_path [lindex \
[find_timing_paths -path_delay min -from [all_inputs] -to [all_registers]] 0]
if { $inp_to_reg_critical_path != "" } {
set target_clock_latency_min \
[sta::format_time [$inp_to_reg_critical_path target_clk_delay] 4]
set source_clock_latency [sta::format_time [$inp_to_reg_critical_path source_clk_latency] 4]
} else {
set target_clock_latency_min 0
set source_clock_latency 0
}
report_puts "\n=========================================================================="
report_puts "$when critical path target clock latency max path"
report_puts "--------------------------------------------------------------------------"
report_puts "$target_clock_latency_max"
report_puts "\n=========================================================================="
report_puts "$when critical path target clock latency min path"
report_puts "--------------------------------------------------------------------------"
report_puts "$target_clock_latency_min"
report_puts "\n=========================================================================="
report_puts "$when critical path source clock latency min path"
report_puts "--------------------------------------------------------------------------"
report_puts "$source_clock_latency"
} else {
puts "No registers in design"
}
# end if all_registers
report_puts "\n=========================================================================="
report_puts "$when critical path delay"
report_puts "--------------------------------------------------------------------------"
report_puts "$path_delay"
report_puts "\n=========================================================================="
report_puts "$when critical path slack"
report_puts "--------------------------------------------------------------------------"
report_puts "$path_slack"
report_puts "\n=========================================================================="
report_puts "$when slack div critical path delay"
report_puts "--------------------------------------------------------------------------"
if { $path_delay != 0.0 } {
report_puts "[format "%4f" [expr $path_slack / $path_delay * 100]]"
} else {
report_puts "N/A (0 delay)"
}
}
report_puts "\n=========================================================================="
report_puts "$when report_power"
report_puts "--------------------------------------------------------------------------"
if { [env_var_exists_and_non_empty CORNERS] } {
foreach corner $::env(CORNERS) {
report_puts "Corner: $corner"
report_power -corner $corner >> $filename
report_power_metric -corner $corner
}
unset corner
} else {
report_power >> $filename
report_power_metric
}
# TODO these only work to stdout, whereas we want to append to the $filename
puts "\n=========================================================================="
puts "$when report_design_area"
puts "--------------------------------------------------------------------------"
report_design_area
report_design_area_metrics
}