def optimize_results_clock(ctx):
""" Automatically generate results iterating over different clock periods
TODO: allow for user selected ranges
"""
# Define the clock targets (in ns) that will be used to optimize latency and resources
# optimize_clock_targets = [5, 10]
optimize_clock_targets = [5, 6, 7, 8, 9, 10, 11]
config = ctx.obj.config
# no keep flag,iterate manually
ctx.obj.solution_num = find_solution_num(ctx) + 1
# Iterate over the different clock targets
click.secho("Optimizing current HLS design", bold=True)
# Iterate over each one of the targets
for clk_target in optimize_clock_targets:
click.echo(
click.style("Optimizing for clock=" + str(clk_target) +
" ns @ solution" + str(ctx.obj.solution_num),
fg='yellow'))
# Setup the file
ctx.obj.file = build_tcl_file(ctx, clk_target)
# Add the syn step
ctx.obj.file.write("csynth_design" + "\n")
ctx.obj.file.write("exit" + "\n")
ctx.obj.file.close()
# Call the Vivado HLS process
returncode = subprocess.call(["vivado_hls -f run_hls.tcl"], shell=True)
# Check return status of the HLS process.
if returncode < 0:
raise click.Abort()
elif returncode > 0:
click.echo(
"Warning: HLS Process returned an error, skipping report opening!"
)
raise click.Abort()
else:
pass
# Iterate over the solution number for the next loop iterations
ctx.obj.solution_num += 1
def build(ctx, keep, report):
"""Runs the Vivado HLS tool and executes the specified build stages."""
ctx.obj.solution_num = find_solution_num(ctx)
ctx.obj.file = do_start_build_stuff(ctx)
pass
def status(ctx, stats):
"""Prints out a message detailing the current project status."""
check_for_project(ctx)
ctx.obj.solution_num = find_solution_num(ctx)
print_project_status(ctx, stats)
def report(ctx, stage):
"""Opens the Vivado HLS report for the chosen build stages."""
check_for_project(ctx)
ctx.obj.solution_num = find_solution_num(ctx)
for report in stage:
open_report(ctx, report)