def execTpch(acc, num, showPlan=False):
qPath = "../query/plans/tpch" + str(num) + ".py"
cfgPath = "../query/plans/tpch" + str(num) + "cfg.py"
# read query plan
alg = RelationalAlgebra(acc)
plan = eval(loadScript(qPath))
# read plan configuration ( if exists )
cfg = {}
if os.path.isfile(cfgPath):
cfg = eval(loadScript(cfgPath))
# show basic plan
if showPlan:
alg.showGraph(plan)
plan = alg.resolveAlgebraPlan(plan, cfg)
# show refined plan
if showPlan:
alg.showGraph(plan)
experimentBuffer(alg, plan, cfg, num)
def execTpch ( acc, num, showPlan=False ):
qPath = "../query/plans/tpch" + str(num) + ".py"
cfgPath = "../query/plans/tpch" + str(num) + "cfg.py"
# read query plan
alg = RelationalAlgebra ( acc )
plan = eval ( loadScript ( qPath ) )
# read plan configuration ( if exists )
cfg = {}
if os.path.isfile ( cfgPath ):
cfg = eval ( loadScript ( cfgPath ) )
# show basic plan
if showPlan:
alg.showGraph ( plan )
plan = alg.resolveAlgebraPlan ( plan, cfg )
# show refined plan
if showPlan:
alg.showGraph ( plan )
compiler = CudaCompiler ( algebraContext = alg, smArchitecture = "sm_75", decimalRepr = CType.FP32, debug = False )
compilerPlan = alg.translateToCompilerPlan ( plan, compiler )
compiler.gencode ( compilerPlan )
compiler.compile ( "tpch" + str(num) )
compiler.execute ()