#

# Copyright (c) 2016, 2019, Oracle and/or its affiliates. All rights reserved.

# DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.

#

# This code is free software; you can redistribute it and/or modify it

# under the terms of the GNU General Public License version 2 only, as

# published by the Free Software Foundation. Oracle designates this

# particular file as subject to the "Classpath" exception as provided

# by Oracle in the LICENSE file that accompanied this code.

#

# This code is distributed in the hope that it will be useful, but WITHOUT

# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or

# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License

# version 2 for more details (a copy is included in the LICENSE file that

# accompanied this code).

#

# You should have received a copy of the GNU General Public License version

# 2 along with this work; if not, write to the Free Software Foundation,

# Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.

#

# Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA

# or visit www.oracle.com if you need additional information or have any

# questions.

#

default: all

include $(SPEC)

include MakeBase.gmk

include FindTests.gmk

# We will always run multiple tests serially

.NOTPARALLEL:

################################################################################

# Parse global control variables

################################################################################

ifneq ($(TEST_VM_OPTS), )

ifneq ($(TEST_OPTS), )

TEST_OPTS := $(TEST_OPTS);VM_OPTIONS=$(TEST_VM_OPTS)

else

TEST_OPTS := VM_OPTIONS=$(TEST_VM_OPTS)

endif

endif

$(eval $(call ParseKeywordVariable, TEST_OPTS, \

SINGLE_KEYWORDS := JOBS TIMEOUT_FACTOR JCOV, \

STRING_KEYWORDS := VM_OPTIONS JAVA_OPTIONS AOT_MODULES, \

))

# Helper function to propagate TEST_OPTS values.

#

# Note: No spaces are allowed around the arguments.

# Arg $1 The variable in TEST_OPTS to propagate

# Arg $2 The control variable to propagate it to

define SetTestOpt

ifneq ($$(TEST_OPTS_$1), )

$2_$1 := $$(TEST_OPTS_$1)

endif

endef

# Setup _NT_SYMBOL_PATH on Windows

ifeq ($(call isTargetOs, windows), true)

ifndef _NT_SYMBOL_PATH

# Can't use PathList here as it adds quotes around the value.

_NT_SYMBOL_PATH := \

$(subst $(SPACE),;,$(strip \

$(foreach p, $(sort $(dir $(wildcard \

$(addprefix $(SYMBOLS_IMAGE_DIR)/bin/, *.pdb */*.pdb)))), \

$(call FixPath, $p) \

) \

))

export _NT_SYMBOL_PATH

$(call LogDebug, Rewriting _NT_SYMBOL_PATH to $(_NT_SYMBOL_PATH))

endif

endif

################################################################################

# Hook to include the corresponding custom file, if present.

$(eval $(call IncludeCustomExtension, RunTests.gmk))

################################################################################

# This is the JDK that we will test

JDK_UNDER_TEST := $(JDK_IMAGE_DIR)

TEST_RESULTS_DIR := $(OUTPUTDIR)/test-results

TEST_SUPPORT_DIR := $(OUTPUTDIR)/test-support

TEST_SUMMARY := $(TEST_RESULTS_DIR)/test-summary.txt

TEST_LAST_IDS := $(TEST_SUPPORT_DIR)/test-last-ids.txt

ifeq ($(CUSTOM_ROOT), )

JTREG_TOPDIR := $(TOPDIR)

else

JTREG_TOPDIR := $(CUSTOM_ROOT)

endif

JTREG_FAILURE_HANDLER_DIR := $(TEST_IMAGE_DIR)/failure_handler

JTREG_FAILURE_HANDLER := $(JTREG_FAILURE_HANDLER_DIR)/jtregFailureHandler.jar

JTREG_FAILURE_HANDLER_TIMEOUT ?= 0

ifneq ($(wildcard $(JTREG_FAILURE_HANDLER)), )

JTREG_FAILURE_HANDLER_OPTIONS := \

-timeoutHandlerDir:$(JTREG_FAILURE_HANDLER) \

-observerDir:$(JTREG_FAILURE_HANDLER) \

-timeoutHandler:jdk.test.failurehandler.jtreg.GatherProcessInfoTimeoutHandler \

-observer:jdk.test.failurehandler.jtreg.GatherDiagnosticInfoObserver \

-timeoutHandlerTimeout:$(JTREG_FAILURE_HANDLER_TIMEOUT)

endif

GTEST_LAUNCHER_DIRS := $(patsubst %/gtestLauncher, %, \

$(wildcard $(TEST_IMAGE_DIR)/hotspot/gtest/*/gtestLauncher))

GTEST_VARIANTS := $(strip $(patsubst $(TEST_IMAGE_DIR)/hotspot/gtest/%, %, \

$(GTEST_LAUNCHER_DIRS)))

COV_ENVIRONMENT :=

JTREG_COV_OPTIONS :=

ifeq ($(TEST_OPTS_JCOV), true)

JCOV_OUTPUT_DIR := $(TEST_RESULTS_DIR)/jcov-output

JCOV_GRABBER_LOG := $(JCOV_OUTPUT_DIR)/grabber.log

JCOV_RESULT_FILE := $(JCOV_OUTPUT_DIR)/result.xml

JCOV_REPORT := $(JCOV_OUTPUT_DIR)/report

JCOV_MEM_OPTIONS := -Xms64m -Xmx4g

# Replace our normal test JDK with the JCov image.

JDK_UNDER_TEST := $(JCOV_IMAGE_DIR)

COV_ENVIRONMENT = JAVA_TOOL_OPTIONS="$(JCOV_MEM_OPTIONS)" \

_JAVA_OPTIONS="$(JCOV_MEM_OPTIONS)"

JTREG_COV_OPTIONS = -e:JAVA_TOOL_OPTIONS='$(JCOV_MEM_OPTIONS)' \

-e:_JAVA_OPTIONS='$(JCOV_MEM_OPTIONS)'

endif

ifeq ($(GCOV_ENABLED), true)

GCOV_OUTPUT_DIR := $(TEST_RESULTS_DIR)/gcov-output

COV_ENVIRONMENT = GCOV_PREFIX="$(GCOV_OUTPUT_DIR)"

JTREG_COV_OPTIONS = -e:GCOV_PREFIX="$(GCOV_OUTPUT_DIR)"

endif

################################################################################

# Optionally create AOT libraries for specified modules before running tests.

# Note, this could not be done during JDK build time.

################################################################################

# Note, this could not be done during JDK build time.

# Parameter 1 is the name of the rule.

#

# Remaining parameters are named arguments.

# MODULE The module to generate a library for

# BIN Output directory in which to put the library

# VM_OPTIONS List of JVM arguments to use when creating library

# OPTIONS_VAR Name of variable to put AOT java options in

# PREREQS_VAR Name of variable to put all AOT prerequisite rule targets in

# for test rules to depend on

#

SetupAotModule = $(NamedParamsMacroTemplate)

define SetupAotModuleBody

$1_AOT_LIB := $$($1_BIN)/$$(call SHARED_LIBRARY,$$($1_MODULE))

$1_AOT_CCLIST := $$(wildcard $$(TOPDIR)/test/hotspot/jtreg/compiler/aot/scripts/$$($1_MODULE)-list.txt)

# Create jaotc flags.

# VM flags which don't affect AOT code generation are filtered out:

# -Xcomp, -XX: -TieredCompilation

$1_JAOTC_OPTS := \

-J-Xmx4g --info \

$$(addprefix -J, $$(filter-out -Xcomp %TieredCompilation, $$($1_VM_OPTIONS))) \

$$(addprefix --compile-commands$(SPACE), $$($1_AOT_CCLIST)) \

--linker-path $$(LD_JAOTC) \

#

ifneq ($$(filter -ea, $$($1_VM_OPTIONS)), )

$1_JAOTC_OPTS = --compile-with-assertions

endif

$$($1_AOT_LIB): $$(JDK_UNDER_TEST)/release \

$$(call DependOnVariable, $1_JAOTC_OPTS) \

$$(call DependOnVariable, JDK_UNDER_TEST)

$$(call LogWarn, Generating $$(patsubst $$(OUTPUTDIR)/%, %, $$@))

$$(call MakeTargetDir)

$$(call ExecuteWithLog, $$@, \

$((COV_ENVIRONMENT) \

$$(FIXPATH) $$(JDK_UNDER_TEST)/bin/jaotc \

$$($1_JAOTC_OPTS) --output $$@ --module $$($1_MODULE) \

)

$$(call ExecuteWithLog, [email protected], ( \

$$(FIXPATH) $$(JDK_UNDER_TEST)/bin/java \

$$($1_VM_OPTIONS) -XX: UnlockDiagnosticVMOptions -XX: UnlockExperimentalVMOptions \

-XX: PrintAOT -XX: UseAOTStrictLoading \

-XX:AOTLibrary=$$@ -version \

> [email protected] \

))

$1_AOT_OPTIONS = -XX: UnlockExperimentalVMOptions

$1_AOT_OPTIONS = -XX:AOTLibrary=$$($1_AOT_LIB)

$1_AOT_TARGETS = $$($1_AOT_LIB)

endef

# Parameter 1 is the name of the rule.

#

# Remaining parameters are named arguments.

# MODULES The modules to generate a library for

# VM_OPTIONS List of JVM arguments to use when creating libraries

#

# After calling this, the following variables are defined

# $1_AOT_OPTIONS List of all java options needed to use the AOT libraries

# $1_AOT_TARGETS List of all targets that the test rule will need to depend on

#

SetupAot = $(NamedParamsMacroTemplate)

define SetupAotBody

$$(info Running with AOTd libraries for $$($1_MODULES))

# Put aot libraries in a separate directory so they are not deleted between

# test runs and may be reused between make invocations.

$$(foreach m, $$($1_MODULES), \

$$(eval $$(call SetupAotModule, $1_$$m, \

MODULE := $$m, \

BIN := $$(TEST_SUPPORT_DIR)/aot/$1, \

VM_OPTIONS := $$($1_VM_OPTIONS), \

)) \

$$(eval $1_AOT_OPTIONS = $$($1_$$m_AOT_OPTIONS)) \

$$(eval $1_AOT_TARGETS = $$($1_$$m_AOT_TARGETS)) \

)

endef

################################################################################

# Setup global test running parameters

################################################################################

# Each factor variable comes in 3 variants. The first one is reserved for users

# to use on command line. The other two are for predifined configurations in JDL

# and for machine specific configurations respectively.

TEST_JOBS_FACTOR ?= 1

TEST_JOBS_FACTOR_JDL ?= 1

TEST_JOBS_FACTOR_MACHINE ?= 1

ifeq ($(TEST_JOBS), 0)

CORES_DIVIDER := 2

ifeq ($(call isTargetCpuArch, sparc), true)

# For smaller SPARC machines we see reasonable scaling of throughput up to

# cpus/4 without affecting test reliability. On the bigger machines, cpus/4

# causes intermittent timeouts.

ifeq ($(shell $(EXPR) $(NUM_CORES) \> 16), 1)

CORES_DIVIDER := 5

else

CORES_DIVIDER := 4

endif

endif

# For some big multi-core machines with low ulimit -u setting we hit the max

# threads/process limit. In such a setup the memory/cores-only-guided

# TEST_JOBS config is insufficient. From experience a concurrency setting of

# 14 works reasonably well for low ulimit values (<= 4096). Thus, use

# divider 4096/14. For high ulimit -u values this shouldn't make a difference.

ULIMIT_DIVIDER := (4096/14)

PROC_ULIMIT := -1

ifneq ($(OPENJDK_TARGET_OS), windows)

PROC_ULIMIT := $(shell $(ULIMIT) -u)

ifeq ($(PROC_ULIMIT), unlimited)

PROC_ULIMIT := -1

endif

endif

MEMORY_DIVIDER := 2048

TEST_JOBS := $(shell $(AWK) \

'BEGIN { \

c = $(NUM_CORES) / $(CORES_DIVIDER); \

m = $(MEMORY_SIZE) / $(MEMORY_DIVIDER); \

u = $(PROC_ULIMIT); \

if (u > -1) { \

u = u / $(ULIMIT_DIVIDER); \

if (u < c) c = u; \

} \

if (c > m) c = m; \

c = c * $(TEST_JOBS_FACTOR); \

c = c * $(TEST_JOBS_FACTOR_JDL); \

c = c * $(TEST_JOBS_FACTOR_MACHINE); \

if (c < 1) c = 1; \

printf "%.0f", c; \

}')

endif

################################################################################

# Parse control variables

################################################################################

ifneq ($(TEST_OPTS), )

# Inform the user

$(info Running tests using TEST_OPTS control variable '$(TEST_OPTS)')

endif

### Jtreg

$(eval $(call SetTestOpt,VM_OPTIONS,JTREG))

$(eval $(call SetTestOpt,JAVA_OPTIONS,JTREG))

$(eval $(call SetTestOpt,AOT_MODULES,JTREG))

$(eval $(call SetTestOpt,JOBS,JTREG))

$(eval $(call SetTestOpt,TIMEOUT_FACTOR,JTREG))

$(eval $(call SetTestOpt,FAILURE_HANDLER_TIMEOUT,JTREG))

$(eval $(call ParseKeywordVariable, JTREG, \

SINGLE_KEYWORDS := JOBS TIMEOUT_FACTOR FAILURE_HANDLER_TIMEOUT \

TEST_MODE ASSERT VERBOSE RETAIN MAX_MEM RUN_PROBLEM_LISTS \

RETRY_COUNT, \

STRING_KEYWORDS := OPTIONS JAVA_OPTIONS VM_OPTIONS KEYWORDS \

EXTRA_PROBLEM_LISTS AOT_MODULES, \

))

ifneq ($(JTREG), )

# Inform the user

$(info Running tests using JTREG control variable '$(JTREG)')

endif

### Gtest

$(eval $(call SetTestOpt,VM_OPTIONS,GTEST))

$(eval $(call SetTestOpt,JAVA_OPTIONS,GTEST))

$(eval $(call SetTestOpt,AOT_MODULES,GTEST))

$(eval $(call ParseKeywordVariable, GTEST, \

SINGLE_KEYWORDS := REPEAT, \

STRING_KEYWORDS := OPTIONS VM_OPTIONS JAVA_OPTIONS AOT_MODULES, \

))

ifneq ($(GTEST), )

# Inform the user

$(info Running tests using GTEST control variable '$(GTEST)')

endif

### Microbenchmarks

$(eval $(call SetTestOpt,VM_OPTIONS,MICRO))

$(eval $(call SetTestOpt,JAVA_OPTIONS,MICRO))

$(eval $(call ParseKeywordVariable, MICRO, \

SINGLE_KEYWORDS := ITER FORK TIME WARMUP_ITER WARMUP_TIME, \

STRING_KEYWORDS := OPTIONS JAVA_OPTIONS VM_OPTIONS RESULTS_FORMAT TEST_JDK \

BENCHMARKS_JAR, \

))

ifneq ($(MICRO), )

# Inform the user

$(info Running tests using MICRO control variable '$(MICRO)')

endif

################################################################################

# Component-specific Jtreg settings

################################################################################

hotspot_JTREG_MAX_MEM := 0

hotspot_JTREG_ASSERT := false

hotspot_JTREG_NATIVEPATH := $(TEST_IMAGE_DIR)/hotspot/jtreg/native

jdk_JTREG_NATIVEPATH := $(TEST_IMAGE_DIR)/jdk/jtreg/native

jdk_JTREG_PROBLEM_LIST = $(TOPDIR)/test/jdk/ProblemList.txt

jaxp_JTREG_PROBLEM_LIST = $(TOPDIR)/test/jaxp/ProblemList.txt

langtools_JTREG_PROBLEM_LIST = $(TOPDIR)/test/langtools/ProblemList.txt

nashorn_JTREG_PROBLEM_LIST = $(TOPDIR)/test/nashorn/ProblemList.txt

hotspot_JTREG_PROBLEM_LIST = $(TOPDIR)/test/hotspot/jtreg/ProblemList.txt

langtools_JTREG_MAX_MEM := 768m

################################################################################

# Parse test selection

#

# The user has given a test selection in the TEST variable. We must parse it

# and determine what that means in terms of actual calls to the test framework.

#

# The parse functions take as argument a test specification as given by the

# user, and returns a fully qualified test descriptor if it was a match, or

# nothing if not. A single test specification can result in multiple test

# descriptors being returned. A valid test descriptor must always be accepted

# and returned identically.

################################################################################

# Helper function to determine if a test specification is a Gtest test

#

# It is a Gtest test if it is either "gtest", or "gtest:" followed by an optional

# test filter string, and an optional "/<variant>" to select a specific JVM

# variant. If no variant is specified, all found variants are tested.

define ParseGtestTestSelection

$(if $(filter gtest%, $1), \

$(if $(filter gtest, $1), \

$(addprefix gtest:all/, $(GTEST_VARIANTS)) \

, \

$(if $(strip $(or $(filter gtest/%, $1) $(filter gtest:/%, $1))), \

$(patsubst gtest:/%, gtest:all/%, $(patsubst gtest/%, gtest:/%, $1)) \

, \

$(if $(filter gtest:%, $1), \

$(if $(findstring /, $1), \

$1 \

, \

$(addprefix $1/, $(GTEST_VARIANTS)) \

) \

) \

) \

) \

)

endef

# Helper function to determine if a test specification is a microbenchmark test

#

# It is a microbenchmark test if it is either "micro", or "micro:" followed by

# an optional test filter string.

define ParseMicroTestSelection

$(if $(filter micro%, $1), \

$(if $(filter micro, $1), \

micro:all \

, \

$(if $(filter micro:, $1), \

micro:all \

, \

$1 \

) \

) \

)

endef

# Helper function that removes the TOPDIR part

CleanupJtregPath = \

$(strip $(patsubst %/, %, $(subst $(JTREG_TOPDIR)/,, $1)))

# Take a partial Jtreg root path and return a full, absolute path to that Jtreg

# root. Also support having "hotspot" as an alias for "hotspot/jtreg".

ExpandJtregRoot = \

$(call CleanupJtregPath, $(wildcard \

$(if $(filter /%, $1), \

$(if $(wildcard $(strip $1)/TEST.ROOT), \

$1 \

) \

, \

$(filter $(addprefix %, $1), $(JTREG_TESTROOTS) $(addsuffix /, $(JTREG_TESTROOTS))) \

$(filter $(addprefix %, $(strip $1)/jtreg), $(JTREG_TESTROOTS) $(addsuffix /, $(JTREG_TESTROOTS))) \

) \

))

# Take a partial Jtreg test path and return a full, absolute path to that Jtreg

# test. Also support having "hotspot" as an alias for "hotspot/jtreg".

ExpandJtregPath = \

$(if $(call ExpandJtregRoot, $1), \

$(call ExpandJtregRoot, $1) \

, \

$(call CleanupJtregPath, $(wildcard \

$(if $(filter /%, $1), \

$1 \

, \

$(addsuffix /$(strip $1), $(JTREG_TESTROOTS) $(TEST_BASEDIRS)) \

$(addsuffix $(strip $(patsubst hotspot/%, /hotspot/jtreg/%, $1)), $(JTREG_TESTROOTS) $(TEST_BASEDIRS)) \

) \

)) \

)

# Helper function to determine if a test specification is a Jtreg test

#

# It is a Jtreg test if it optionally begins with jtreg:, and then is either

# an unspecified group name (possibly prefixed by :), or a group in a

# specified test root, or a path to a test or test directory,

# either absolute or relative to any of the TEST_BASEDIRS or test roots.

define ParseJtregTestSelection

$(eval TEST_NAME := $(strip $(patsubst jtreg:%, %, $1))) \

$(if $(or $(findstring :, $(TEST_NAME)), $(findstring /, $(TEST_NAME))), , \

$(eval TEST_NAME := :$(TEST_NAME)) \

) \

$(if $(findstring :, $(TEST_NAME)), \

$(if $(filter :%, $(TEST_NAME)), \

$(eval TEST_GROUP := $(patsubst :%, %, $(TEST_NAME))) \

$(eval TEST_ROOTS := $(foreach test_root, $(JTREG_TESTROOTS), \

$(call CleanupJtregPath, $(test_root)))) \

, \

$(eval TEST_PATH := $(word 1, $(subst :, $(SPACE), $(TEST_NAME)))) \

$(eval TEST_GROUP := $(word 2, $(subst :, $(SPACE), $(TEST_NAME)))) \

$(eval TEST_ROOTS := $(call ExpandJtregRoot, $(TEST_PATH))) \

) \

$(foreach test_root, $(TEST_ROOTS), \

$(if $(filter /%, $(test_root)), \

jtreg:$(test_root):$(TEST_GROUP) \

, \

$(if $(filter $(TEST_GROUP), $($(JTREG_TOPDIR)/$(test_root)_JTREG_TEST_GROUPS)), \

jtreg:$(test_root):$(TEST_GROUP) \

) \

) \

) \

, \

$(eval TEST_PATHS := $(call ExpandJtregPath, $(TEST_NAME))) \

$(foreach test_path, $(TEST_PATHS), \

jtreg:$(test_path) \

) \

)

endef

# Helper function to determine if a test specification is a special test

#

# It is a special test if it is "special:" followed by a test name,

# if it is "make:" or "make-" followed by a make test, or any of the special

# test names as a single word.

define ParseSpecialTestSelection

$(if $(filter special:%, $1), \

$1 \

) \

$(if $(filter make%, $1), \

$(if $(filter make:%, $1), \

special:$(strip $1) \

) \

$(if $(filter make-%, $1), \

special:$(patsubst make-%,make:%, $1) \

) \

$(if $(filter make, $1), \

special:make:all \

)

) \

$(if $(filter failure-handler, $1), \

special:$(strip $1) \

)

endef

ifeq ($(TEST), )

$(info No test selection given in TEST!)

$(info Please use e.g. 'make test TEST=tier1' or 'make test-tier1')

$(info See doc/testing.[md|html] for help)

$(error Cannot continue)

endif

# Now intelligently convert the test selection given by the user in TEST

# into a list of fully qualified test descriptors of the tests to run.

TESTS_TO_RUN :=

$(foreach test, $(TEST), \

$(eval PARSED_TESTS := $(call ParseCustomTestSelection, $(test))) \

$(if $(strip $(PARSED_TESTS)), , \

$(eval PARSED_TESTS = $(call ParseGtestTestSelection, $(test))) \

) \

$(if $(strip $(PARSED_TESTS)), , \

$(eval PARSED_TESTS = $(call ParseMicroTestSelection, $(test))) \

) \

$(if $(strip $(PARSED_TESTS)), , \

$(eval PARSED_TESTS = $(call ParseJtregTestSelection, $(test))) \

) \

$(if $(strip $(PARSED_TESTS)), , \

$(eval PARSED_TESTS = $(call ParseSpecialTestSelection, $(test))) \

) \

$(if $(strip $(PARSED_TESTS)), , \

$(eval UNKNOWN_TEST := $(test)) \

) \

$(eval TESTS_TO_RUN = $(PARSED_TESTS)) \

)

ifneq ($(UNKNOWN_TEST), )

$(info Unknown test selection: '$(UNKNOWN_TEST)')

$(info See doc/testing.[md|html] for help)

$(error Cannot continue)

endif

TESTS_TO_RUN := $(strip $(TESTS_TO_RUN))

# Present the result of our parsing to the user

$(info Test selection '$(TEST)', will run:)

$(foreach test, $(TESTS_TO_RUN), $(info * $(test)))

################################################################################

# Functions for setting up rules for running the selected tests

#

# The SetupRun*Test functions all have the same interface:

#

# Parameter 1 is the name of the rule. This is the test id, based on the test

# descriptor, and this is also used as variable prefix, and the targets

# generated are listed in a variable by that name.

#

# Remaining parameters are named arguments. Currently this is only:

# TEST -- The properly formatted fully qualified test descriptor

#

# After the rule named by the test id has been executed, the following

# variables will be available:

# testid_TOTAL - the total number of tests run

# testid_PASSED - the number of successful tests

# testid_FAILED - the number of failed tests

# testid_ERROR - the number of tests was neither successful or failed

#

################################################################################

### Rules for Gtest

SetupRunGtestTest = $(NamedParamsMacroTemplate)

define SetupRunGtestTestBody

$1_TEST_RESULTS_DIR := $$(TEST_RESULTS_DIR)/$1

$1_TEST_SUPPORT_DIR := $$(TEST_SUPPORT_DIR)/$1

$1_EXITCODE := $$($1_TEST_RESULTS_DIR)/exitcode.txt

$1_VARIANT := $$(lastword $$(subst /, , $$($1_TEST)))

ifeq ($$(filter $$($1_VARIANT), $$(GTEST_VARIANTS)), )

$$(error Invalid gtest variant '$$($1_VARIANT)'. Valid variants: $$(GTEST_VARIANTS))

endif

$1_TEST_NAME := $$(strip $$(patsubst %/$$($1_VARIANT), %, \

$$(patsubst gtest:%, %, $$($1_TEST))))

ifneq ($$($1_TEST_NAME), all)

$1_GTEST_FILTER := --gtest_filter=$$($1_TEST_NAME)*

endif

ifneq ($$(GTEST_REPEAT), )

$1_GTEST_REPEAT :=--gtest_repeat=$$(GTEST_REPEAT)

endif

ifneq ($$(GTEST_AOT_MODULES), )

$$(eval $$(call SetupAot, $1, \

MODULES := $$(GTEST_AOT_MODULES), \

VM_OPTIONS := $$(GTEST_VM_OPTIONS) $$(GTEST_JAVA_OPTIONS), \

))

endif

run-test-$1: pre-run-test $$($1_AOT_TARGETS)

$$(call LogWarn)

$$(call LogWarn, Running test '$$($1_TEST)')

$$(call MakeDir, $$($1_TEST_RESULTS_DIR) $$($1_TEST_SUPPORT_DIR))

$$(call ExecuteWithLog, $$($1_TEST_SUPPORT_DIR)/gtest, ( \

$$(FIXPATH) $$(TEST_IMAGE_DIR)/hotspot/gtest/$$($1_VARIANT)/gtestLauncher \

-jdk $(JDK_UNDER_TEST) $$($1_GTEST_FILTER) \

--gtest_output=xml:$$($1_TEST_RESULTS_DIR)/gtest.xml \

$$($1_GTEST_REPEAT) $$(GTEST_OPTIONS) $$(GTEST_VM_OPTIONS) \

$$(GTEST_JAVA_OPTIONS) $$($1_AOT_OPTIONS) \

> >($(TEE) $$($1_TEST_RESULTS_DIR)/gtest.txt) \

&& $$(ECHO) $$$$? > $$($1_EXITCODE) \

|| $$(ECHO) $$$$? > $$($1_EXITCODE) \

))

$1_RESULT_FILE := $$($1_TEST_RESULTS_DIR)/gtest.txt

parse-test-$1: run-test-$1

$$(call LogWarn, Finished running test '$$($1_TEST)')

$$(call LogWarn, Test report is stored in $$(strip \

$$(subst $$(TOPDIR)/, , $$($1_TEST_RESULTS_DIR))))

$$(if $$(wildcard $$($1_RESULT_FILE)), \

$$(eval $1_TOTAL := $$(shell $$(AWK) '/==========.* tests? from .* \

test cases? ran/ { print $$$$2 }' $$($1_RESULT_FILE))) \

$$(if $$($1_TOTAL), , $$(eval $1_TOTAL := 0)) \

$$(eval $1_PASSED := $$(shell $$(AWK) '/\[ PASSED \] .* tests?./ \

{ print $$$$4 }' $$($1_RESULT_FILE))) \

$$(if $$($1_PASSED), , $$(eval $1_PASSED := 0)) \

$$(eval $1_FAILED := $$(shell $$(AWK) '/\[ FAILED \] .* tests?, \

listed below/ { print $$$$4 }' $$($1_RESULT_FILE))) \

$$(if $$($1_FAILED), , $$(eval $1_FAILED := 0)) \

$$(eval $1_ERROR := $$(shell \

$$(EXPR) $$($1_TOTAL) - $$($1_PASSED) - $$($1_FAILED))) \

, \

$$(eval $1_PASSED := 0) \

$$(eval $1_FAILED := 0) \

$$(eval $1_ERROR := 1) \

$$(eval $1_TOTAL := 1) \

)

$1: run-test-$1 parse-test-$1

TARGETS = $1 run-test-$1 parse-test-$1

TEST_TARGETS = parse-test-$1

endef

################################################################################

### Rules for Microbenchmarks

# Helper function for SetupRunMicroTest. Set a MICRO_* variable from, in order:

# 1) Specified by user on command line

# 2) Generic default

#

# Note: No spaces are allowed around the arguments.

# Arg $1 The test ID (i.e. $1 in SetupRunMicroTest)

# Arg $2 Base variable, e.g. MICRO_TEST_JDK

# Arg $3 The default value (optional)

define SetMicroValue

ifneq ($$($2), )

$1_$2 := $$($2)

else

ifneq ($3, )

$1_$2 := $3

endif

endif

endef

SetupRunMicroTest = $(NamedParamsMacroTemplate)

define SetupRunMicroTestBody

$1_TEST_RESULTS_DIR := $$(TEST_RESULTS_DIR)/$1

$1_TEST_SUPPORT_DIR := $$(TEST_SUPPORT_DIR)/$1

$1_EXITCODE := $$($1_TEST_RESULTS_DIR)/exitcode.txt

$1_TEST_NAME := $$(strip $$(patsubst micro:%, %, $$($1_TEST)))

$$(eval $$(call SetMicroValue,$1,MICRO_BENCHMARKS_JAR,$$(TEST_IMAGE_DIR)/micro/benchmarks.jar))

$$(eval $$(call SetMicroValue,$1,MICRO_TEST_JDK,$$(JDK_UNDER_TEST)))

$$(eval $$(call SetMicroValue,$1,MICRO_JAVA_OPTIONS))

# Current tests needs to open java.io

$1_MICRO_JAVA_OPTIONS = --add-opens=java.base/java.io=ALL-UNNAMED

# Set library path for native dependencies

$1_MICRO_JAVA_OPTIONS = -Djava.library.path=$$(TEST_IMAGE_DIR)/micro/native

# Save output as JSON or CSV file

ifneq ($$(MICRO_RESULTS_FORMAT), )

$1_MICRO_BASIC_OPTIONS = -rf $$(MICRO_RESULTS_FORMAT)

$1_MICRO_BASIC_OPTIONS = -rff $$($1_TEST_RESULTS_DIR)/jmh-result.$(MICRO_RESULTS_FORMAT)

endif

ifneq ($$(MICRO_VM_OPTIONS)$$(MICRO_JAVA_OPTIONS), )

JMH_JVM_ARGS := $$(MICRO_VM_OPTIONS) $$(MICRO_JAVA_OPTIONS)

$1_MICRO_VM_OPTIONS := -jvmArgs $(call ShellQuote,$$(JMH_JVM_ARGS))

endif

ifneq ($$(MICRO_ITER), )

$1_MICRO_ITER := -i $$(MICRO_ITER)

endif

ifneq ($$(MICRO_FORK), )

$1_MICRO_FORK := -f $$(MICRO_FORK)

endif

ifneq ($$(MICRO_TIME), )

$1_MICRO_TIME := -r $$(MICRO_TIME)

endif

ifneq ($$(MICRO_WARMUP_ITER), )

$1_MICRO_WARMUP_ITER := -wi $$(MICRO_WARMUP_ITER)

endif

ifneq ($$(MICRO_WARMUP_TIME), )

$1_MICRO_WARMUP_TIME := -w $$(MICRO_WARMUP_TIME)

endif

run-test-$1: pre-run-test

$$(call LogWarn)

$$(call LogWarn, Running test '$$($1_TEST)')

$$(call MakeDir, $$($1_TEST_RESULTS_DIR) $$($1_TEST_SUPPORT_DIR))

$$(call ExecuteWithLog, $$($1_TEST_SUPPORT_DIR)/micro, ( \

$$(FIXPATH) $$($1_MICRO_TEST_JDK)/bin/java $$($1_MICRO_JAVA_OPTIONS) \

-jar $$($1_MICRO_BENCHMARKS_JAR) \

$$($1_MICRO_ITER) $$($1_MICRO_FORK) $$($1_MICRO_TIME) \

$$($1_MICRO_WARMUP_ITER) $$($1_MICRO_WARMUP_TIME) \

$$($1_MICRO_VM_OPTIONS) $$($1_MICRO_BASIC_OPTIONS) $$(MICRO_OPTIONS) \

$$($1_TEST_NAME) \

> >($(TEE) $$($1_TEST_RESULTS_DIR)/micro.txt) \

&& $$(ECHO) $$$$? > $$($1_EXITCODE) \

|| $$(ECHO) $$$$? > $$($1_EXITCODE) \

))

$1_RESULT_FILE := $$($1_TEST_RESULTS_DIR)/micro.txt

parse-test-$1: run-test-$1

$$(call LogWarn, Finished running test '$$($1_TEST)')

$$(call LogWarn, Test report is stored in $$(strip \

$$(subst $$(TOPDIR)/, , $$($1_TEST_RESULTS_DIR))))

$$(if $$(wildcard $$($1_EXITCODE)), \

$$(eval $1_EXIT_CODE := $$(shell $$(CAT) $$($1_EXITCODE))) \

$$(if $$(filter 0, $$($1_EXIT_CODE)), \

$$(eval $1_PASSED := 1) \

$$(eval $1_ERROR := 0) \

, \

$$(eval $1_PASSED := 0) \

$$(eval $1_ERROR := 1) \

) \

$$(eval $1_FAILED := 0) \

$$(eval $1_TOTAL := $$(shell \

$$(EXPR) $$($1_PASSED) $$($1_ERROR))) \

, \

$$(eval $1_PASSED := 0) \

$$(eval $1_FAILED := 0) \

$$(eval $1_ERROR := 1) \

$$(eval $1_TOTAL := 1) \

)

$1: run-test-$1 parse-test-$1

TARGETS = $1 run-test-$1 parse-test-$1

TEST_TARGETS = parse-test-$1

endef

################################################################################

### Rules for Jtreg

# Helper function for SetupRunJtregTest. Set a JTREG_* variable from, in order:

# 1) Specified by user on command line

# 2) Component-specific default

# 3) Generic default

#

# Note: No spaces are allowed around the arguments.

# Arg $1 The test ID (i.e. $1 in SetupRunJtregTest)

# Arg $2 Base variable, e.g. JTREG_JOBS

# Arg $3 The default value (optional)

define SetJtregValue

ifneq ($$($2), )

$1_$2 := $$($2)

else

ifneq ($$($$($1_COMPONENT)_$2), )

$1_$2 := $$($$($1_COMPONENT)_$2)

else

ifneq ($3, )

$1_$2 := $3

endif

endif

endif

endef

SetupRunJtregTest = $(NamedParamsMacroTemplate)

define SetupRunJtregTestBody

$1_TEST_RESULTS_DIR := $$(TEST_RESULTS_DIR)/$1

$1_TEST_SUPPORT_DIR := $$(TEST_SUPPORT_DIR)/$1

$1_EXITCODE := $$($1_TEST_RESULTS_DIR)/exitcode.txt

$1_TEST_NAME := $$(strip $$(patsubst jtreg:%, %, $$($1_TEST)))

$1_TEST_ROOT := \

$$(strip $$(foreach root, $$(JTREG_TESTROOTS), \

$$(if $$(filter $$(root)%, $$(JTREG_TOPDIR)/$$($1_TEST_NAME)), $$(root)) \

))

$1_COMPONENT := $$(lastword $$(subst /, $$(SPACE), $$($1_TEST_ROOT)))

# This will work only as long as just hotspot has the additional "jtreg" directory

ifeq ($$($1_COMPONENT), jtreg)

$1_COMPONENT := hotspot

endif

ifeq ($$(JT_HOME), )

$$(info Error: jtreg framework is not found.)

$$(info Please run configure using --with-jtreg.)

$$(error Cannot continue)

endif

# Unfortunately, we need different defaults for some JTREG values,

# depending on what component we're running.

# Convert JTREG_foo into $1_JTREG_foo with a suitable value.

$$(eval $$(call SetJtregValue,$1,JTREG_TEST_MODE,agentvm))

$$(eval $$(call SetJtregValue,$1,JTREG_ASSERT,true))

$$(eval $$(call SetJtregValue,$1,JTREG_MAX_MEM,512m))

$$(eval $$(call SetJtregValue,$1,JTREG_NATIVEPATH))

$$(eval $$(call SetJtregValue,$1,JTREG_BASIC_OPTIONS))

$$(eval $$(call SetJtregValue,$1,JTREG_PROBLEM_LIST))

# Only the problem list for the current test root should be used.

$1_JTREG_PROBLEM_LIST := $$(filter $$($1_TEST_ROOT)%, $$($1_JTREG_PROBLEM_LIST))

ifneq ($(TEST_JOBS), 0)

$$(eval $$(call SetJtregValue,$1,JTREG_JOBS,$$(TEST_JOBS)))

else

$$(eval $$(call SetJtregValue,$1,JTREG_JOBS,$$(JOBS)))

endif

# Make sure MaxRAMPercentage is high enough to not cause OOM or swapping since

# we may end up with a lot of JVM's

$1_JTREG_MAX_RAM_PERCENTAGE := $$(shell $$(EXPR) 25 / $$($1_JTREG_JOBS))

# SPARC is in general slower per core so need to scale up timeouts a bit.

ifeq ($(call isTargetCpuArch, sparc), true)

JTREG_TIMEOUT_FACTOR ?= 8

else

JTREG_TIMEOUT_FACTOR ?= 4

endif

JTREG_VERBOSE ?= fail,error,summary

JTREG_RETAIN ?= fail,error

JTREG_RUN_PROBLEM_LISTS ?= false

JTREG_RETRY_COUNT ?= 0

ifneq ($$($1_JTREG_MAX_MEM), 0)

$1_JTREG_BASIC_OPTIONS = -vmoption:-Xmx$$($1_JTREG_MAX_MEM)

$1_JTREG_LAUNCHER_OPTIONS = -Xmx$$($1_JTREG_MAX_MEM)

endif

$1_JTREG_BASIC_OPTIONS = -$$($1_JTREG_TEST_MODE) \

-verbose:$$(JTREG_VERBOSE) -retain:$$(JTREG_RETAIN) \

-concurrency:$$($1_JTREG_JOBS) -timeoutFactor:$$(JTREG_TIMEOUT_FACTOR) \

-vmoption:-XX:MaxRAMPercentage=$$($1_JTREG_MAX_RAM_PERCENTAGE)

$1_JTREG_BASIC_OPTIONS = -automatic -ignore:quiet

# Make it possible to specify the JIB_DATA_DIR for tests using the

# JIB Artifact resolver

$1_JTREG_BASIC_OPTIONS = -e:JIB_DATA_DIR

# Some tests needs to find a boot JDK using the JDK8_HOME variable.

$1_JTREG_BASIC_OPTIONS = -e:JDK8_HOME=$$(BOOT_JDK)

# If running on Windows, propagate the _NT_SYMBOL_PATH to enable

# symbol lookup in hserr files

ifeq ($$(call isTargetOs, windows), true)

$1_JTREG_BASIC_OPTIONS = -e:_NT_SYMBOL_PATH

endif

$1_JTREG_BASIC_OPTIONS = \

$$(addprefix -javaoption:, $$(JTREG_JAVA_OPTIONS)) \

$$(addprefix -vmoption:, $$(JTREG_VM_OPTIONS)) \

#

ifeq ($$($1_JTREG_ASSERT), true)

$1_JTREG_BASIC_OPTIONS = -ea -esa

endif

ifneq ($$($1_JTREG_NATIVEPATH), )

$1_JTREG_BASIC_OPTIONS = -nativepath:$$($1_JTREG_NATIVEPATH)

endif

ifeq ($$(JTREG_RUN_PROBLEM_LISTS), true)

JTREG_PROBLEM_LIST_PREFIX := -match:

else

JTREG_PROBLEM_LIST_PREFIX := -exclude:

endif

ifneq ($$($1_JTREG_PROBLEM_LIST), )

$1_JTREG_BASIC_OPTIONS = $$(addprefix $$(JTREG_PROBLEM_LIST_PREFIX), $$($1_JTREG_PROBLEM_LIST))

endif

ifneq ($$(JTREG_EXTRA_PROBLEM_LISTS), )

# Accept both absolute paths as well as relative to the current test root.

$1_JTREG_BASIC_OPTIONS = $$(addprefix $$(JTREG_PROBLEM_LIST_PREFIX), $$(wildcard \

$$(JTREG_EXTRA_PROBLEM_LISTS) \

$$(addprefix $$($1_TEST_ROOT)/, $$(JTREG_EXTRA_PROBLEM_LISTS)) \

))

endif

ifneq ($$(JIB_HOME), )

$1_JTREG_BASIC_OPTIONS = -e:JIB_HOME=$$(JIB_HOME)

endif

$1_JTREG_BASIC_OPTIONS = -e:TEST_IMAGE_DIR=$(TEST_IMAGE_DIR)

$1_JTREG_BASIC_OPTIONS = -e:TEST_IMAGE_GRAAL_DIR=$(TEST_IMAGE_DIR)/hotspot/jtreg/graal

ifneq ($$(JTREG_FAILURE_HANDLER_OPTIONS), )

$1_JTREG_LAUNCHER_OPTIONS = -Djava.library.path="$(JTREG_FAILURE_HANDLER_DIR)"

endif

ifneq ($$(JTREG_KEYWORDS), )

# The keywords string may contain problematic characters and may be quoted

# already when it arrives here. Remove any existing quotes and replace them

# with one set of single quotes.

$1_JTREG_KEYWORDS := \

$$(strip $$(subst $$(SQUOTE),,$$(subst $$(DQUOTE),,$$(JTREG_KEYWORDS))))

ifneq ($$($1_JTREG_KEYWORDS), )

$1_JTREG_BASIC_OPTIONS = -k:'$$($1_JTREG_KEYWORDS)'

endif

endif

ifneq ($$(JTREG_AOT_MODULES), )

$$(eval $$(call SetupAot, $1, \

MODULES := $$(JTREG_AOT_MODULES), \

VM_OPTIONS := $$(JTREG_VM_OPTIONS) $$(JTREG_JAVA_OPTIONS), \

))

endif

ifneq ($$($1_AOT_OPTIONS), )

$1_JTREG_BASIC_OPTIONS = -vmoptions:"$$($1_AOT_OPTIONS)"

endif

clean-workdir-$1:

$$(RM) -r $$($1_TEST_SUPPORT_DIR)

$1_COMMAND_LINE := \

$$(JAVA) $$($1_JTREG_LAUNCHER_OPTIONS) \

-Dprogram=jtreg -jar $$(JT_HOME)/lib/jtreg.jar \

$$($1_JTREG_BASIC_OPTIONS) \

-testjdk:$$(JDK_UNDER_TEST) \

-dir:$$(JTREG_TOPDIR) \

-reportDir:$$($1_TEST_RESULTS_DIR) \

-workDir:$$($1_TEST_SUPPORT_DIR) \

-status:$$$${JTREG_STATUS} \

$$(JTREG_OPTIONS) \

$$(JTREG_FAILURE_HANDLER_OPTIONS) \

$$(JTREG_COV_OPTIONS) \

$$($1_TEST_NAME) \

&& $$(ECHO) $$$$? > $$($1_EXITCODE) \

|| $$(ECHO) $$$$? > $$($1_EXITCODE)

ifneq ($$(JTREG_RETRY_COUNT), 0)

$1_COMMAND_LINE := \

for i in {0..$$(JTREG_RETRY_COUNT)}; do \

if [ "$$$$i" != 0 ]; then \

$$(PRINTF) "\nRetrying Jtreg run. Attempt: $$$$i\n"; \

fi; \

$$($1_COMMAND_LINE); \

if [ "`$$(CAT) $$($1_EXITCODE)`" = "0" ]; then \

break; \

fi; \

export JTREG_STATUS="-status:error,fail"; \

done

endif

run-test-$1: pre-run-test clean-workdir-$1 $$($1_AOT_TARGETS)

$$(call LogWarn)

$$(call LogWarn, Running test '$$($1_TEST)')

$$(call MakeDir, $$($1_TEST_RESULTS_DIR) $$($1_TEST_SUPPORT_DIR))

$$(call ExecuteWithLog, $$($1_TEST_SUPPORT_DIR)/jtreg, ( \

$$(COV_ENVIRONMENT) $$($1_COMMAND_LINE) \

))

$1_RESULT_FILE := $$($1_TEST_RESULTS_DIR)/text/stats.txt

parse-test-$1: run-test-$1

$$(call LogWarn, Finished running test '$$($1_TEST)')

$$(call LogWarn, Test report is stored in $$(strip \

$$(subst $$(TOPDIR)/, , $$($1_TEST_RESULTS_DIR))))

$$(if $$(wildcard $$($1_RESULT_FILE)), \

$$(eval $1_PASSED := $$(shell $$(AWK) '{ gsub(/[,;]/, ""); \

for (i=1; i<=NF; i ) { if ($$$$i == "passed:") \

print $$$$(i 1) } }' $$($1_RESULT_FILE))) \

$$(if $$($1_PASSED), , $$(eval $1_PASSED := 0)) \

$$(eval $1_FAILED := $$(shell $$(AWK) '{gsub(/[,;]/, ""); \

for (i=1; i<=NF; i ) { if ($$$$i == "failed:") \

print $$$$(i 1) } }' $$($1_RESULT_FILE))) \