def get_compiled_mfsim(self, tree, file):
BasicBlock.id_counter = 1
ir = self.get_ir(tree)
ir = Program(functions=ir.functions,
config=CompilerCLI([
"-d", "-inline", "-t", "mfsim", "-i", file, "-o",
"output/"
]).config,
symbol_table=ir.symbol_table,
bb_graph=ir.graph,
name=file,
calls=ir.calls)
pm = PassManager(ir)
pm.run_analysis()
pm.run_transformations()
prog = pm.program
target = MFSimTarget(prog)
target.transform()
return str([
target.num_cgs, target.num_transfers, target.num_dags,
target.num_detects, target.num_dispense, target.num_dispose,
target.num_edges, target.num_heats, target.num_mixes,
target.num_splits, target.expid
])
def get_volume(self, tree, file):
ir = self.get_ir(tree)
ir = Program(functions=ir.functions, config=CompilerCLI(["-d", "-tv", "-i", file, "-o", "output/"]).config,
symbol_table=ir.symbol_table, bb_graph=ir.graph, name=file, calls=ir.calls)
pm = PassManager(ir)
pm.run_analysis()
pm.run_transformations()
prog = pm.program
return prog.analysis['volume_tracking']
def get_compiled_ir(self, tree):
# This resets the basic block counter right before we
# traverse the IR visitor. This makes testing for
# basic block id deterministic and independent of
# the order in which tests are run.
BasicBlock.id_counter = 1
ir = self.get_ir(tree)
expander = SIMDExpansion()
target = IRTarget(expander.transform(Program(functions=ir.functions, symbol_table=ir.symbol_table,
bb_graph=ir.graph, name="TEST_FILE", calls=ir.calls,
config=CompilerCLI(["-d", "-t", "ir", "-i", "TEST_FILE"]).config)))
target.transform()
return target
def _get_config(args: str):
if not args:
args = "-t ir -d -i TEST_FILE"
cli = CompilerCLI(args)
return cli.config
def main(args):
# parse the args.
cli = CompilerCLI(args)
compiler = BSCompiler(cli.config)
compiler.compile()