def get_classpath_repr(self):
return self.dist().classpath_repr()
_compilers = ['graal-economy', 'graal']
_bootClasspathDists = [
BootClasspathDist('GRAAL'),
]
def add_compiler(compilerName):
_compilers.append(compilerName)
def add_boot_classpath_dist(dist):
_bootClasspathDists.append(dist)
mx_gate.add_jacoco_includes(['com.oracle.graal.*'])
mx_gate.add_jacoco_excluded_annotations(['@Snippet', '@ClassSubstitution'])
class JVMCI9MicrobenchExecutor(mx_microbench.MicrobenchExecutor):
def parseForkedVmArgs(self, vmArgs):
jvm = get_vm()
return ['-' + jvm] + _parseVmArgs(_jdk, vmArgs)
def run_java(self, args):
run_vm(args)
mx_microbench.set_microbenchmark_executor(JVMCI9MicrobenchExecutor())
def ctw(args, extraVMarguments=None):
_compilers = ["graal-economy", "graal"]
_bootClasspathDists = [BootClasspathDist("GRAAL")]
def add_compiler(compilerName):
_compilers.append(compilerName)
def add_boot_classpath_dist(dist):
_bootClasspathDists.append(dist)
mx_gate.add_jacoco_includes(["com.oracle.graal.*"])
mx_gate.add_jacoco_excluded_annotations(["@Snippet", "@ClassSubstitution"])
# This is different than the 'jmh' commmand in that it
# looks for internal JMH benchmarks (i.e. those that
# depend on the JMH library).
def microbench(args):
"""run JMH microbenchmark projects"""
parser = ArgumentParser(
prog="mx microbench",
description=microbench.__doc__,
usage="%(prog)s [command options|VM options] [-- [JMH options]]",
)
parser.add_argument("--jar", help="Explicitly specify micro-benchmark location")
known_args, args = parser.parse_known_args(args)
vmArgs, jmhArgs = mx.extract_VM_args(args, useDoubleDash=True)