def execute(self) -> DefaultStat:
total_stat = DefaultStat()
for chain in get_all_chains():
val = self.as_timed_result(
lambda: self.import_empty_blocks(chain, self.num_blocks))
stat = DefaultStat(caption=chain.get_vm().fork,
total_blocks=self.num_blocks,
total_seconds=val.duration)
total_stat = total_stat.cumulate(stat)
self.print_stat_line(stat)
return total_stat
def execute(self) -> DefaultStat:
total_stat = DefaultStat()
for chain in get_all_chains():
value = self.as_timed_result(
lambda: self.mine_blocks(chain, self.num_blocks, self.num_tx))
total_gas_used, total_num_tx = value.wrapped_value
stat = DefaultStat(
caption=chain.get_vm().fork,
total_blocks=self.num_blocks,
total_tx=total_num_tx,
total_seconds=value.duration,
total_gas=total_gas_used,
)
total_stat = total_stat.cumulate(stat)
self.print_stat_line(stat)
return total_stat
def execute(self) -> DefaultStat:
total_stat = DefaultStat()
for chain in get_all_chains():
# Perform prepartions on the chain that do not count into the
# benchmark time
self._setup_benchmark(chain)
# Perform the actual work that is measured
value = self.as_timed_result(
lambda: self.mine_blocks(chain, self.num_blocks, self.num_tx))
total_gas_used, total_num_tx = value.wrapped_value
stat = DefaultStat(
caption=chain.get_vm().fork,
total_blocks=self.num_blocks,
total_tx=total_num_tx,
total_seconds=value.duration,
total_gas=total_gas_used,
)
total_stat = total_stat.cumulate(stat)
self.print_stat_line(stat)
return total_stat