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buildtools.py
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import os, sys, threading, shutil, re
import xml.etree.ElementTree as ET
from subprocess import Popen, PIPE, STDOUT
class BuildContext:
def __init__(self, args):
self.CPPFLAGS = ""
self.EXTRAFLAGS = ""
self.LDFLAGS = "-L${INSTALL_DIR}/lib"
self.LASTLDFLAGS = ""
self.JNIEXT = ""
self.JNILIBFLAGS = ""
self.JNIBINFLAGS = ""
self.SOFLAGS = ""
self.SOEXT = ""
self.IGNORE_SYS_PREFIXES = ()
self.INPUT_PREFIX = ""
self.THIRD_PARTY_INPUT_PREFIX = ""
self.OUTPUT_PREFIX = ""
self.TEST_PREFIX = ""
self.INPUT = {}
self.SRC_INCLUDE_DIRS = []
self.OBJ_INCLUDE_DIRS = ["3pty-install/include"]
self.THIRD_PARTY_INPUT = {}
self.TESTS = {}
self.PLATFORM = os.uname()[0]
self.LEVEL = "DEBUG"
self.TARGET = "BUILD"
self.NM = "/usr/bin/nm"
self.NMFLAGS = "-n" # specialized by platform in build.py
self.COVERAGE = False
self.PROFILE = False
# Compiler Configuration
self.CC = "gcc"
self.CXX = "g++"
self.COMPILER_NAME = "Unknown"
self.COMPILER_CONFIGURED = False
self.MAJORVERSION = 0
self.MINORVERSION = 0
self.PATCHLEVEL = 0
self.S2GEO_LIBS = ""
self.GENERATOR_CLASSES = []
for arg in [x.strip().upper() for x in args]:
if arg in ["DEBUG", "RELEASE", "MEMCHECK", "MEMCHECK_NOFREELIST"]:
self.LEVEL = arg
if arg in ["BUILD", "CLEAN", "TEST", "VOLTRUN", "VOLTDBIPC"]:
self.TARGET = arg
if arg in ["COVERAGE"]:
self.COVERAGE = True
if arg in ["PROFILE"]:
self.PROFILE = True
# Exec build.local if available, a python script provided with this
# BuildContext object as the update-able symbol BUILD. These example
# build.local lines force the use of clang instead of gcc/g++.
# BUILD.CC = "clang"
# BUILD.CXX = "clang"
buildLocal = os.path.join(os.path.dirname(__file__), "build.local")
if os.path.exists(buildLocal):
execfile(buildLocal, dict(BUILD = self))
def getOpenSSLVersion(self):
return self.OPENSSL_VERSION
def getOpenSSLToken(self):
if self.PLATFORM == 'Darwin':
return "darwin64-x86_64-cc"
if self.PLATFORM == 'Linux':
if self.compilerName() == 'gcc':
return "linux-x86_64:gcc -fpic"
print("ERROR: Don't know what platform to use to configure openssl.")
sys.exit(-1)
def compilerName(self):
self.getCompilerVersion()
if self.COMPILER_NAME:
return self.COMPILER_NAME
else:
return "UnknownCompiler"
def compilerMajorVersion(self):
self.getCompilerVersion()
return self.MAJORVERSION
def compilerMinorVersion(self):
self.getCompilerVersion()
return self.MINORVERSION
def compilerPatchLevel(self):
self.getCompilerVersion()
return self.PATCHLEVEL
def getCompilerVersion(self):
if self.COMPILER_CONFIGURED:
return
self.COMPILER_CONFIGURED = True
vinfo = output = Popen([self.CXX, "-v"], stderr=PIPE).communicate()[1]
self.MAJORVERSION = 0
self.MINORVERSION = 0
self.PATCHLEVEL = 0
vvector = [0, 0, 0]
# Apple now uses clang and has its own versioning system.
# The version 7 compiler needs special compilation options.
# This is pretty dumb code that could be improved as we support more
# compilers and versions.
# Xcode versions before 10.10
# Xcode version 10.11
# Clang built not from apple.
# gcc
patterns = [
[ r"based on LLVM ([.0-9]*)[^.0-9]", "clang"],
[ r"Apple LLVM version ([.0-9]*)[^.0-9]", "clang"],
[ r"clang version ([.0-9]*)[^.0-9]", "clang"],
[ r"gcc version ([.0-9]*)[^.0-9]", "gcc" ],
]
for pattern in patterns:
m = re.search(pattern[0], vinfo)
if m:
self.COMPILER_NAME = pattern[1]
vinfo = m.group(1)
vvector = vinfo.split(".")
break
if self.COMPILER_NAME == "Unknown":
print("Cannot find compiler version by running \"%s\"" % self.CXX)
else:
vlen = len(vvector)
if vlen > 0:
self.MAJORVERSION = int(vvector[0])
if vlen > 1:
self.MINORVERSION = int(vvector[1])
if vlen > 2:
self.PATCHLEVEL = int(vvector[2])
def readFile(filename):
"read a file into a string"
FH=open(filename, 'r')
fileString = FH.read()
FH.close()
return fileString
# get the volt version by reading buildstring.txt
version = "0.0.0"
try:
version = readFile("version.txt")
version = version.strip()
except:
print("ERROR: Unable to read version number from version.txt.")
sys.exit(-1)
# Replace the extension of filename with the
# new extension. If the filename does not
# have an extension, the new extension is just
# appended.
def replaceSuffix(name, suffix):
pos = name.rindex(".")
if pos < 0:
return name + suffix;
else:
return name[:pos] + suffix;
def outputNamesForSource(filename):
relativepath = "/".join(filename.split("/")[2:])
jni_objname = "objects/" + replaceSuffix(relativepath, ".o")
static_objname = "static_objects/" + replaceSuffix(relativepath, ".o")
return os.path.normpath(jni_objname), os.path.normpath(static_objname)
def namesForTestCode(filename):
relativepath = "/".join(filename.split("/")[2:])
binname = "cpptests/" + relativepath
sourcename = filename + ".cpp"
objectname = "static_objects/" + filename.split("/")[-1] + ".o"
return os.path.normpath(binname), os.path.normpath(objectname), os.path.normpath(sourcename)
def formatList(list):
str = ""
indent = 16
for name in list:
if indent + len(name) + 1 > 120:
str += " \\\n\t\t"
indent = 16
str += (" " + name)
indent += len(name) + 1
return str
def buildGeneratedTests(CTX, makefile, all_gen_tests):
makefile.write("########################################################################\n")
makefile.write("#\n")
makefile.write("# Generated C++ Tests.\n")
makefile.write("#\n")
makefile.write("########################################################################\n")
makefile.write("GENERATED_DIR=${OBJDIR}/generated\n")
makefile.write("GENERATED_SRC=$(GENERATED_DIR)/src\n")
makefile.write("GENERATED_OBJ=$(GENERATED_DIR)/obj\n")
makefile.write("GENERATED_BIN=$(GENERATED_DIR)/bin\n")
makefile.write("\n")
makefile.write('GENERATED_FILES= \\\n')
for gtest in all_gen_tests:
makefile.write('\t${GENERATED_SRC}/%s/%s.cpp \\\n' % (gtest[0], gtest[1]))
makefile.write('\n')
makefile.write("GENERATED_OBJS=$(subst $(GENERATED_SRC),$(GENERATED_OBJ),$(patsubst %.cpp,%.o,${GENERATED_FILES}))\n")
makefile.write("GENERATED_TESTS=$(subst $(GENERATED_SRC),$(GENERATED_BIN),$(patsubst %.cpp,%,${GENERATED_FILES}))\n")
makefile.write("\n")
makefile.write("${GENERATED_BIN}/%: ${GENERATED_OBJ}/%.o objects/harness.o objects/volt.a \\\n")
makefile.write(" | make-generated-dirs build-third-party-tools\n")
makefile.write('\t@mkdir -p $(shell dirname "$@")\n')
makefile.write("\t$(LINK.cpp) -o $@ $< objects/harness.o objects/volt.a $(LASTLDFLAGS)\n")
makefile.write("\n")
makefile.write('${GENERATED_OBJ}/%.o: ${GENERATED_SRC}/%.cpp\n')
makefile.write('\t@mkdir -p $(shell dirname "$@")\n')
makefile.write("\t$(CCACHE) $(COMPILE.cpp) -I$(ROOTDIR)/$(TEST_PREFIX) -MMD -MP -o $@ $<\n")
makefile.write("\n")
makefile.write("build-generated-tests: ${GENERATED_TESTS}\n")
makefile.write("clean-generated-tests:\n")
makefile.write("\trm -rf ${GENERATED_OBJ}/* ${GENERATED_BIN}/*\n")
makefile.write('\n')
makefile.write('make-generated-dirs: ${GENERATED_DIR}\n')
makefile.write('\tmkdir -p ${GENERATED_OBJ} ${GENERATED_BIN}\n')
makefile.write('\n')
def buildThirdPartyTools(CTX, makefile):
makefile.write("########################################################################\n")
makefile.write("#\n")
makefile.write("# Third Party Tools Section Start\n")
makefile.write("#\n")
makefile.write("########################################################################\n")
makefile.write('#\n# Force all third party libraries and tools to be\n')
makefile.write('# configured and built and built here.\n#\n')
makefile.write('# openssl - We use this only to get the Bignum from libcrypto.\n')
makefile.write('# Note that this has to be before S2.\n');
makefile.write('# s2 - We use this for geospatial computations.\n');
makefile.write('# pcre2 - We use this for regular expressions.\n');
makefile.write('.PHONY: build-third-party-tools\n')
makefile.write('build-third-party-tools: build-openssl build-s2-geometry build-pcre2\n')
makefile.write('\n')
# define makefile variables for third party tools building use
makefile.write('#\n')
makefile.write('# These are the openssl library\'s source and install directories.\n')
makefile.write('# Note that we only use the BIGNUM functions from openssl.\n#\n')
makefile.write('OPENSSL_VERSION=%s\n' % CTX.OPENSSL_VERSION)
makefile.write('OPENSSL_SRC=${THIRD_PARTY_SRC}/openssl/openssl-${OPENSSL_VERSION}\n')
makefile.write('OPENSSL_INSTALL=${INSTALL_DIR}\n')
makefile.write('#\n')
makefile.write("# These are google S2 library's source and object directories.\n")
makefile.write("#\n")
makefile.write('GOOGLE_S2_SRC=${THIRD_PARTY_SRC}/google-s2-geometry\n')
makefile.write('GOOGLE_S2_INSTALL=${INSTALL_DIR}\n')
# tar ball third party tools
makefile.write('#\n')
makefile.write('# We keep tarballs of third party sources here.\n')
makefile.write('#\n')
makefile.write('TARBALLS_DIR=${THIRD_PARTY_SRC}/tarballs\n')
makefile.write('#\n')
makefile.write('# These are the PCRE2 library\'s source, build and install directories,\n')
makefile.write('# and the location of the source tarball\n')
makefile.write('PCRE2_VERSION=10.10\n')
makefile.write('PCRE2_NAME=pcre2-${PCRE2_VERSION}\n')
makefile.write('PCRE2_SRC=${THIRD_PARTY_SRC}/${PCRE2_NAME}\n')
makefile.write('PCRE2_OBJ=${OBJDIR}/${PCRE2_NAME}\n')
makefile.write('PCRE2_INSTALL=${INSTALL_DIR}\n')
makefile.write('PCRE2_TARBALL=${TARBALLS_DIR}/${PCRE2_NAME}.tar.bz2\n')
# define makefile target for debugging
makefile.write("#\n# This target lets us print makefile variables, for debugging\n")
makefile.write("#\n# the makefile.\n#\n")
makefile.write("echo_makefile_config:\n")
makefile.write('\t@echo "ROOTDIR = $(ROOTDIR)"\n')
makefile.write('\t@echo "OBJDIR = $(OBJDIR)"\n')
makefile.write('\t@echo "SRCDIR = $(SRCDIR)"\n')
makefile.write('\t@echo "THIRD_PARTY_SRC = $(THIRD_PARTY_SRC)"\n')
makefile.write('\t@echo "GOOGLE_S2_SRC = $(GOOGLE_S2_SRC)"\n')
makefile.write('\t@echo "GOOGLE_S2_INSTALL = $(GOOGLE_S2_INSTALL)"\n')
makefile.write('\t@echo "OPENSSL_SRC = $(OPENSSL_SRC)"\n')
makefile.write('\t@echo "OPENSSL_INSTALL = $(OPENSSL_INSTALL)"\n')
makefile.write('\t@echo "OPENSSL_VERSION = $(OPENSSL_VERSION)"\n')
makefile.write('\t@echo "GENERATED_TESTS = $(GENERATED_TESTS)"\n')
#
# start to build third party tools now
#
# OpenSSL
makefile.write('########################################################################\n')
makefile.write('# OpenSSL.\n')
makefile.write('########################################################################\n')
makefile.write('.PHONY: build-openssl configure-openssl compile-openssl install-openssl clean-openssl\n')
makefile.write('\n')
makefile.write('# OpenSSL\n')
makefile.write('build-openssl: configure-openssl compile-openssl install-openssl\n')
makefile.write('\n')
makefile.write('# If we have to configure openssl, first delete any.\n')
makefile.write('# existing installation. It confuses the configuration\n')
makefile.write('# and installation procedure.\n')
makefile.write('configure-openssl:\n')
makefile.write('\t(cd "${OPENSSL_SRC}"; \\\n')
makefile.write('\t if [ ! -f Makefile ] || [ Makefile -ot Makefile.org ] || [ ! -f "${INSTALL_DIR}/lib/libcrypto.a" ] || [ ! -f "${OPENSSL_SRC}/libcrypto.a" ] || [ ! -d "${INSTALL_DIR}/include/openssl" ] ; then \\\n')
makefile.write('\t rm -rf "${INSTALL_DIR}/include/openssl" "${INSTALL_DIR}/lib/libcrypto.a"; \\\n')
makefile.write('\t ./Configure "%s"; \\\n' % CTX.getOpenSSLToken() )
makefile.write('\t fi )\n')
makefile.write('\n')
makefile.write('compile-openssl: | configure-openssl\n')
makefile.write('\t(cd "$(OPENSSL_SRC)"; $(MAKE))\n')
makefile.write('\n')
makefile.write('install-openssl: | compile-openssl\n')
makefile.write('\tif [ ! -f "$(OPENSSL_INSTALL)/lib/libcrypto.a" ] ; then \\\n')
makefile.write('\t (cd "$(OPENSSL_SRC)"; $(MAKE) INSTALLTOP=\"$(OPENSSL_INSTALL)\" OPENSSLDIR=\"$(OPENSSL_INSTALL)\" install ) ; \\\n')
makefile.write('\tfi\n')
makefile.write('\n')
makefile.write('clean-openssl:\n')
makefile.write('\t(cd "${OPENSSL_SRC}"; $(MAKE) clean; mv Makefile Makefile.last)\n')
# Google S2
makefile.write('########################################################################\n')
makefile.write('# Google S2.\n')
makefile.write('########################################################################\n')
makefile.write("#\n# Google S2 uses cmake, which has different names for the\n")
makefile.write("# build types. It's easier to translate them here than to\n")
makefile.write("# reconfigure cmake.\n#\n")
makefile.write('ifeq (${BUILD},debug)\n')
makefile.write('S2_BUILD_TYPE=Debug\n')
makefile.write('else ifeq (${BUILD},memcheck)\n')
makefile.write('S2_BUILD_TYPE=Debug\n')
makefile.write('else ifeq (${BUILD},memcheck_nofreelist)\n')
makefile.write('S2_BUILD_TYPE=Debug\n')
makefile.write('else ifeq (${BUILD},release)\n')
makefile.write('S2_BUILD_TYPE=Release\n')
makefile.write('endif\n')
makefile.write('ifeq (${S2_BUILD_TYPE},)\n')
makefile.write('$(error "Unknown build type for S2 ($BUILD should be debug, release, memcheck, memcheck_nofreelist")\n')
makefile.write('endif\n')
makefile.write('\n')
makefile.write('.PHONY: build-s2-geometry configure-s2-geometry clean-s2-geometry\n')
makefile.write('build-s2-geometry: configure-s2-geometry | build-openssl \n')
makefile.write('\t@echo Building the S2 Library\n')
makefile.write('\tcd google-s2-geometry; ${MAKE} all install\n')
makefile.write('\n')
makefile.write("#\n# Sometimes cmake fails to configure. If the makefile is not there,\n")
makefile.write("# We need to remove all of it and start over again.\n#\n")
makefile.write('configure-s2-geometry:\n')
makefile.write('\t@echo Configuring The S2 Library for building.\n')
makefile.write("\tif [ ! -f google-s2-geometry/Makefile ] ; then \\\n")
makefile.write("\t rm -rf google-s2-geometry; \\\n")
makefile.write('\t mkdir -p google-s2-geometry; \\\n')
makefile.write('\t cd google-s2-geometry; \\\n')
makefile.write('\t\tcmake -DCXX_VERSION_FLAG=\"-std=%s\" -DVOLTDB_THIRD_PARTY_CPP_DIR=\"${THIRD_PARTY_SRC}\" -DCMAKE_INSTALL_PREFIX=\"${INSTALL_DIR}\" -DCMAKE_BUILD_TYPE=\"${S2_BUILD_TYPE}\" \"${GOOGLE_S2_SRC}\"; \\\n' % CTX.CXX_VERSION_FLAG )
makefile.write("\tfi\n")
makefile.write('\n')
makefile.write('clean-s2-geometry:\n')
makefile.write("\t@echo Deleting the S2 library\\\'s object files\n")
makefile.write('\trm -rf google-s2-geometry\n')
makefile.write('\n')
# pcre2
makefile.write('########################################################################\n')
makefile.write('# pcre2 - regular expressions.\n')
makefile.write('########################################################################\n')
makefile.write('.PHONY: build-pcre2 configure-pcre2 unpack-pcre2\n')
makefile.write('build-pcre2: configure-pcre2\n')
makefile.write('\tif [ ! -f "${PCRE2_INSTALL}/lib/libpcre2-8.a" ] ; then \\\n')
makefile.write('\t echo Building PCRE2 ; \\\n')
makefile.write('\t (cd "$(PCRE2_OBJ)"; ${MAKE} install); \\\n')
makefile.write('\tfi\n')
makefile.write('configure-pcre2: unpack-pcre2\n')
makefile.write('\tif [ ! -d "${PCRE2_OBJ}" ] ; then \\\n')
makefile.write('\t echo Configuring PCRE2; \\\n')
makefile.write('\t /bin/rm -rf "${PCRE2_OBJ}"; \\\n')
makefile.write('\t mkdir -p "${PCRE2_OBJ}"; \\\n')
makefile.write('\t cd "${PCRE2_OBJ}"; \\\n')
makefile.write('\t "${PCRE2_SRC}/configure" --disable-shared --with-pic --prefix="${PCRE2_INSTALL}" ; \\\n')
makefile.write('\tfi\n')
makefile.write('unpack-pcre2:\n')
makefile.write('\tif [ ! -d "$PCRE2_SRC" ] ; then \\\n')
makefile.write('\t tar -x -j -f "${PCRE2_TARBALL}" -C "${THIRD_PARTY_SRC}" ; \\\n')
makefile.write('fi\n')
# third party tools testing target
makefile.write('########################################################################\n')
makefile.write('# Testing of third party tools. We do not run this usually, but\n')
makefile.write('# it is convenient to put it in the makefile.\n')
makefile.write('# Note that these will not be run by Jenkins.\n')
makefile.write('########################################################################\n')
makefile.write('.PHONY: test-third-party-tools test-pcre2\n')
makefile.write('test-third-party-tools: test-pcre2\n')
makefile.write('test-pcre2: build-pcre2\n')
makefile.write('\t@echo Testing PCRE2 in ${PCRE2_OBJ}\n')
makefile.write('\t(cd "${PCRE2_OBJ}"; ${MAKE} check)\n')
makefile.write('\n')
makefile.write("########################################################################\n")
makefile.write("#\n")
makefile.write("# Third Party Tools Section End\n")
makefile.write("#\n")
makefile.write("########################################################################\n")
return None
def findRootDir():
wd = os.getcwd()
while wd != "/" and not os.path.exists(os.path.join(wd, "version.txt")):
wd = os.path.realpath(os.path.join(wd, ".."))
if wd != "/":
return wd
return None
def generatedEETestFiles(output_prefix, buildType, testClasses, doGenerateFiles):
rootdir = findRootDir()
if not rootdir:
print("Can't find root directory.")
sys.exit(100)
tcArgs = ["tools/generate-ee-unit-tests.sh",
"--build",
buildType,
"--voltdbroot",
rootdir,
"--objdir",
os.path.join(rootdir, output_prefix)]
if not doGenerateFiles:
tcArgs += ["--names-only"]
for tc in testClasses:
tcArgs += ["--test-class", tc.strip()]
p = Popen(tcArgs, stdout=PIPE)
p.wait()
#
# Sometimes, in a pro build, the command above
# makes the folder obj/${BUILD}/testoutput. We
# don't really want this here, and it causes the
# Jenkins jobs to fail. So we just delete it here.
#
os.system("rm -rf %s/obj/%s/testoutput" % (rootdir, buildType))
if p.returncode != 0:
print("Fatal Error: %s" % p.communicate()[0])
sys.exit(p.returncode)
processStdOut = p.communicate()[0]
names = processStdOut.split()
names = list(names)
all_gen_tests = list((name.split("/") for name in names))
return all_gen_tests
def buildMakefile(CTX):
global version
CPPFLAGS = " ".join(CTX.CPPFLAGS.split())
MAKECPPFLAGS = CPPFLAGS
for dir in CTX.SYSTEM_DIRS:
MAKECPPFLAGS += " -isystem $(ROOTDIR)/%s" % (dir)
for dir in CTX.SRC_INCLUDE_DIRS:
MAKECPPFLAGS += " -I$(ROOTDIR)/%s" % (dir)
for dir in CTX.OBJ_INCLUDE_DIRS:
MAKECPPFLAGS += " -I${OBJDIR}/%s" % (dir)
MAKECPPFLAGS += " -I${OBJDIR}"
JNILIBFLAGS = " ".join(CTX.JNILIBFLAGS.split())
JNIBINFLAGS = " ".join(CTX.JNIBINFLAGS.split())
INPUT_PREFIX = CTX.INPUT_PREFIX.rstrip("/")
THIRD_PARTY_INPUT_PREFIX = CTX.THIRD_PARTY_INPUT_PREFIX.rstrip("/")
OUTPUT_PREFIX = CTX.OUTPUT_PREFIX.rstrip("/")
TEST_PREFIX = CTX.TEST_PREFIX.rstrip("/")
IGNORE_SYS_PREFIXES = CTX.IGNORE_SYS_PREFIXES
JNIEXT = CTX.JNIEXT.strip()
NM = CTX.NM
NMFLAGS = CTX.NMFLAGS
THIRD_PARTY_INSTALL_DIR=(OUTPUT_PREFIX + "/" + "3pty-install")
# create directories for output if they don't exist
os.system("mkdir -p %s" % (OUTPUT_PREFIX))
os.system("mkdir -p %s" % THIRD_PARTY_INSTALL_DIR)
os.system("mkdir -p %s" % (OUTPUT_PREFIX + "/nativelibs"))
os.system("mkdir -p %s" % (OUTPUT_PREFIX + "/objects"))
os.system("mkdir -p %s" % (OUTPUT_PREFIX + "/static_objects"))
os.system("mkdir -p %s" % (OUTPUT_PREFIX + "/prod"))
input_paths = []
for dir in CTX.INPUT.keys():
input = CTX.INPUT[dir].split()
input_paths += [INPUT_PREFIX + "/" + dir + "/" + x for x in input]
third_party_input_paths = []
for dir in CTX.THIRD_PARTY_INPUT.keys():
input = CTX.THIRD_PARTY_INPUT[dir].split()
third_party_input_paths += [THIRD_PARTY_INPUT_PREFIX + "/" + dir + "/" + x for x in input]
# All permanent tests
tests = []
for dir in CTX.TESTS.keys():
test_names = CTX.TESTS[dir].split()
tests += [os.path.join(TEST_PREFIX, dir, test) for test in test_names]
# All generated tests.
all_gen_tests = generatedEETestFiles(OUTPUT_PREFIX,
CTX.LEVEL.lower(),
CTX.GENERATOR_CLASSES,
True)
makefile = file(OUTPUT_PREFIX + "/makefile", 'w')
makefile.write("BUILD=%s\n" % CTX.LEVEL.lower())
makefile.write("CC = %s\n" % CTX.CC)
makefile.write("CXX = %s\n" % CTX.CXX)
makefile.write("VOLT_LOG_LEVEL = %s\n" % CTX.LOG_LEVEL)
makefile.write("CPPFLAGS += %s\n" % (MAKECPPFLAGS))
makefile.write("LDFLAGS += %s\n" % (CTX.LDFLAGS))
makefile.write("LASTLDFLAGS += %s\n" % (CTX.LASTLDFLAGS))
makefile.write("LASTIPCLDFLAGS += %s\n" % (CTX.LASTIPCLDFLAGS))
makefile.write("JNILIBFLAGS += %s\n" % (JNILIBFLAGS))
makefile.write("JNIBINFLAGS += %s\n" % (JNIBINFLAGS))
makefile.write("JNIEXT = %s\n" % (JNIEXT))
makefile.write("NM = %s\n" % (NM))
makefile.write("NMFLAGS = %s\n" % (NMFLAGS))
makefile.write('RM = /bin/rm -rf\n')
makefile.write("#\n")
makefile.write("# Capture the (relative) name of the root directory.\n")
makefile.write("# Also, remember the obj directory,\n")
makefile.write("# which should be the directory we are currently in.\n")
makefile.write("#\n")
makefile.write('ROOTDIR=$(shell (cd ../..; /bin/pwd))\n')
makefile.write('OBJDIR=$(ROOTDIR)/obj/${BUILD}\n')
makefile.write('INSTALL_DIR=$(ROOTDIR)/%s\n' % THIRD_PARTY_INSTALL_DIR)
makefile.write("TEST_PREFIX=%s\n" % TEST_PREFIX)
makefile.write('#\n')
makefile.write('# This is the root of the cpp sources.\n')
makefile.write('#\n')
makefile.write("SRCDIR = $(ROOTDIR)/src/ee\n")
makefile.write('#\n')
makefile.write('# This is the root of the third party sources.\n')
makefile.write('#\n')
makefile.write("THIRD_PARTY_SRC = $(ROOTDIR)/third_party/cpp\n")
makefile.write("#\n")
if CTX.TARGET == "CLEAN":
makefile.write(".PHONY: clean\n")
makefile.write("clean:\n")
makefile.write('\t${RM} "${PCRE2_SRC}"\n')
makefile.write('\t(cd "${OPENSSL_SRC}"; make clean)\n')
makefile.write('\trm -rf "${OBJDIR}"\n')
makefile.close()
return
makefile.write('########################################################################\n')
makefile.write('# MAIN target\n')
makefile.write('########################################################################\n')
makefile.write(".PHONY: main\n")
makefile.write('\n')
if CTX.TARGET == "VOLTRUN":
makefile.write("main: prod/voltrun\n")
elif CTX.TARGET == "TEST":
makefile.write("main:\n")
else:
makefile.write("main: nativelibs/libvoltdb-%s.$(JNIEXT)\n" % version)
jni_objects = []
static_objects = []
for filename in input_paths:
jni, static = outputNamesForSource(filename)
jni_objects.append(jni)
static_objects.append(static)
for filename in third_party_input_paths:
jni, static = outputNamesForSource(filename)
jni_objects.append(jni)
static_objects.append(static)
cleanobjs = []
makefile.write("# create symbols by running nm against libvoltdb-%s\n" % version)
nmfilename = ("nativelibs/libvoltdb-%s.sym" % version)
jnilibname = ("nativelibs/libvoltdb-%s.$(JNIEXT)" % version)
cleanobjs += [nmfilename]
makefile.write("%s: %s\n" % (nmfilename, jnilibname))
makefile.write("\t$(NM) $(NMFLAGS) %s > $@\n" % jnilibname)
makefile.write("\n")
makefile.write("# main jnilib target\n")
makefile.write("%s: %s\n" % (jnilibname, formatList(jni_objects)))
makefile.write("\t$(LINK.cpp) $(JNILIBFLAGS) -o $@ $^ $(LASTLDFLAGS) \n")
makefile.write("\n")
cleanobjs += [ jnilibname ]
makefile.write("# voltdb instance that loads the jvm from C++\n")
makefile.write("prod/voltrun: $(SRCDIR)/voltrun.cpp " + formatList(static_objects) + "\n")
makefile.write("\t$(LINK.cpp) $(JNIBINFLAGS) -o $@ $^ $(LASTLDFLAGS)\n")
makefile.write("\n")
cleanobjs += ["prod/voltrun"]
makefile.write("# voltdb execution engine that accepts work on a tcp socket (vs. jni)\n")
makefile.write("prod/voltdbipc: $(SRCDIR)/voltdbipc.cpp objects/volt.a\n")
makefile.write("\t$(LINK.cpp) -o $@ $^ $(LASTLDFLAGS) $(LASTIPCLDFLAGS)\n")
makefile.write("\n")
cleanobjs += ["prod/voltdbipc"]
makefile.write('\n')
makefile.write('\n')
makefile.write("objects/volt.a: %s\n" % formatList(jni_objects))
makefile.write("\t$(AR) $(ARFLAGS) $@ $?\n")
harness_source = TEST_PREFIX + "/harness.cpp"
makefile.write("objects/harness.o: $(ROOTDIR)/" + harness_source + "\n")
makefile.write("\t$(CCACHE) $(COMPILE.cpp) -MMD -MP -o $@ $(ROOTDIR)/" + harness_source + "\n")
makefile.write("-include %s\n" % "objects/harness.d")
makefile.write("\n")
cleanobjs += ["objects/volt.a", "objects/harness.o", "objects/harness.d"]
# build the third party tools
buildThirdPartyTools(CTX, makefile)
makefile.write("########################################################################\n")
makefile.write("#\n# %s\n#\n" % "Volt Files")
makefile.write("########################################################################\n")
for filename in input_paths:
jni_objname, static_objname = outputNamesForSource(filename)
filename = os.path.normpath(filename.replace(INPUT_PREFIX, "$(SRCDIR)"))
jni_targetpath = OUTPUT_PREFIX + "/" + "/".join(jni_objname.split("/")[:-1])
static_targetpath = OUTPUT_PREFIX + "/" + "/".join(static_objname.split("/")[:-1])
os.system("mkdir -p %s" % (jni_targetpath))
os.system("mkdir -p %s" % (static_targetpath))
makefile.write("########################################################################\n")
makefile.write("#\n# %s\n#\n" % filename)
makefile.write("########################################################################\n")
makefile.write("%s: %s | build-third-party-tools \n" % (jni_objname, filename))
makefile.write("\t$(CCACHE) $(COMPILE.cpp) %s -MMD -MP -o $@ %s\n" % (CTX.EXTRAFLAGS, filename))
makefile.write("%s: %s | build-third-party-tools \n" % (static_objname, filename))
makefile.write("\t$(CCACHE) $(COMPILE.cpp) %s -MMD -MP -o $@ %s\n" % (CTX.EXTRAFLAGS, filename))
makefile.write("-include %s\n" % replaceSuffix(jni_objname, ".d"))
makefile.write("-include %s\n" % replaceSuffix(static_objname, ".d"))
cleanobjs += [jni_objname,
static_objname,
replaceSuffix(jni_objname, ".d"),
replaceSuffix(jni_objname, ".d")]
makefile.write("\n")
makefile.write("\n")
makefile.write("########################################################################\n")
makefile.write("#\n# %s\n#\n" % "Third Party Files")
makefile.write("########################################################################\n")
for filename in third_party_input_paths:
jni_objname, static_objname = outputNamesForSource(filename)
filename = filename.replace(THIRD_PARTY_INPUT_PREFIX, "$(THIRD_PARTY_SRC)")
jni_targetpath = OUTPUT_PREFIX + "/" + "/".join(jni_objname.split("/")[:-1])
static_targetpath = OUTPUT_PREFIX + "/" + "/".join(static_objname.split("/")[:-1])
os.system("mkdir -p %s" % (jni_targetpath))
os.system("mkdir -p %s" % (static_targetpath))
makefile.write("########################################################################\n")
makefile.write("#\n# %s\n#\n" % filename)
makefile.write("########################################################################\n")
makefile.write("%s: %s | build-third-party-tools \n" % (jni_objname, filename))
makefile.write("\t$(CCACHE) $(COMPILE.cpp) %s -MMD -MP -o $@ %s\n" % (CTX.EXTRAFLAGS, filename))
makefile.write("%s: %s | build-third-party-tools \n" % (static_objname, filename))
makefile.write("\t$(CCACHE) $(COMPILE.cpp) %s -MMD -MP -o $@ %s\n" % (CTX.EXTRAFLAGS, filename))
makefile.write("-include %s\n" % replaceSuffix(jni_objname, ".d"))
makefile.write("-include %s\n" % replaceSuffix(static_objname, ".d"))
cleanobjs += [jni_objname,
static_objname,
replaceSuffix(jni_objname, ".d"),
replaceSuffix(jni_objname, ".d")]
makefile.write("\n")
makefile.write("\n")
makefile.write('########################################################################\n')
makefile.write('#\n')
makefile.write('# Tests\n')
makefile.write('#\n')
makefile.write('########################################################################\n')
# build the generated tests.
buildGeneratedTests(CTX, makefile, all_gen_tests)
makefile.write("\n")
# A target for all the tests. This is what buildtools.py eventually uses.
makefile.write("#\n# A target for all the tests. This is what buildtools.py eventually uses.\n#\n")
makefile.write(".PHONY: test\n")
makefile.write("test: \\\n")
for test in tests:
binname, objectname, sourcename = namesForTestCode(test)
makefile.write(" " + binname + " \\\n")
makefile.write(" ${GENERATED_TESTS}")
if CTX.LEVEL == "MEMCHECK" or CTX.LEVEL == "MEMCHECK_NOFREELIST":
makefile.write("\\\n prod/voltdbipc\n")
makefile.write('\n')
for test in tests:
binname, objectname, sourcename = namesForTestCode(test)
# build the object file
makefile.write("########################################################################\n")
makefile.write("#\n")
makefile.write("# %s\n" % sourcename)
makefile.write("#\n")
makefile.write("########################################################################\n")
makefile.write("%s: $(ROOTDIR)/%s | build-third-party-tools \n" % (objectname, sourcename))
makefile.write("\t$(CCACHE) $(COMPILE.cpp) -I$(ROOTDIR)/${TEST_PREFIX} -MMD -MP -o $@ $(ROOTDIR)/%s\n" % sourcename)
makefile.write("-include %s\n" % replaceSuffix(objectname, ".d"))
# link the test
makefile.write("%s: objects/harness.o %s objects/volt.a | build-third-party-tools \n" % (binname, objectname))
makefile.write("\t$(LINK.cpp) -o %s %s objects/harness.o objects/volt.a %s\n" % (binname, objectname, CTX.LASTLDFLAGS))
makefile.write("\n")
targetpath = OUTPUT_PREFIX + "/" + "/".join(binname.split("/")[:-1])
os.system("mkdir -p %s" % (targetpath))
pysourcename = sourcename[:-3] + "py"
cleanobjs += [objectname, replaceSuffix(objectname, ".d"), binname]
if os.path.exists(pysourcename):
shutil.copy(pysourcename, targetpath)
cleanobjs += [targetpath]
makefile.write("########################################################################\n")
makefile.write("#\n")
makefile.write("# Cleaning\n")
makefile.write("#\n")
makefile.write("########################################################################\n")
makefile.write("\n")
makefile.write("clean: clean-s2-geometry clean-openssl clean-3pty-install clean-generated-tests\n")
makefile.write("\t${RM} %s\n" % formatList(cleanobjs))
makefile.write("\n")
makefile.write(".PHONY: clean-3pty-install\n")
makefile.write("clean-3pty-install:\n")
makefile.write("\t@${RM} -r \"${INSTALL_DIR}\"\n")
makefile.write('\t@${RM} %s\n' % formatList(cleanobjs))
makefile.write('\t@${RM} "${PCRE2_OBJ}"\n')
makefile.write('\t@${RM} "${PCRE2_SRC}"\n')
makefile.write("\n")
makefile.close()
return True
def buildIPC(CTX):
retval = os.system("make --directory=%s prod/voltdbipc -j4" % (CTX.OUTPUT_PREFIX))
return retval
class ValgrindErrorState:
def __init__(self, expectErrorsIn, retval, valgrindFile):
self.expectErrors = expectErrorsIn
self.foundErrors = False
self.valgrindFile = valgrindFile
self.retval = retval
self.errorStrings = []
self._process()
def _process(self):
tree = ET.parse(self.valgrindFile);
root = tree.getroot()
errs = root.findall(".//error")
for err in errs:
self.foundErrors = True
self.errorStrings.append(self._toString(err))
if self.foundErrors != (self.retval != 0):
print('We %s some errors, but the return value was %d'
% (('found' if self.foundErrors else 'did not find'),
self.retval))
def _toString(self, err):
elements = '';
for child in err:
if child.tag == 'kind':
elements += child.text.strip() + '\n'
elif child.tag == 'what':
elements += " " + child.text.strip() + "\n"
elif child.tag == 'xwhat':
elements += self._parseXWhat(child) + '\n'
elif child.tag == 'stack':
elements += self._parseStack(child) + '\n'
return elements
def _parseXWhat(self, xwhat):
leakedbytes = xwhat.find('leakedbytes')
leakedblocks = xwhat.find("leakedblocks")
text = xwhat.find('text')
if leakedbytes is not None:
leakedbytes = " Leaked Bytes: " + leakedbytes.text + "\n"
else:
leakedbytes = ""
if leakedblocks is not None:
leakedblocks = " Leaked Blocks: " + leakedblocks.text + "\n"
else:
leakedblocks = ""
if text is not None:
text = " " + text.text + "\n"
else:
text = ""
return text + leakedblocks + leakedbytes
def _parseStack(self, stack):
stackFrames = ""
stackNo = 0
for frame in stack:
if frame.tag != 'frame':
continue
ip = "<undefined ip>"
fn = "<undefined fn>"
dir = "<undefined dir>"
file = "<undefined file>"
lineNo = "<undefined line number>"
for elem in frame:
name = elem.tag
value = elem.text.strip()
if elem.tag == 'ip':
ip = value
elif elem.tag == 'fn':
fn = value
elif elem.tag == 'dir':
dir = value
elif elem.tag == 'file':
file = value
elif elem.tag == 'line':
lineNo = value
stackFrames += (" %03d.) %s: %s@%s/%s: line %s" % (stackNo, ip, fn, dir, file, lineNo)) + "\n"
return stackFrames
def isExpectedState(self):
return (self.expectErrors == self.foundErrors)
def errorMessage(self, retval):
if self.isExpectedState():
exp = " (Expected)"
else:
exp = ""
return ("%s\n%d Valgrind Errors, return value %d%s: \n" %
(":-----------------------------------------------------------:", \
len(self.errorStrings), \
retval, \
exp) \
+ "\n".join(self.errorStrings))
def makeValgrindFile(testdir, pidStr):
return os.path.join(testdir, "valgrind_ee_%s.xml" % pidStr)
def runTests(CTX):
failedTests = []
successes = 0
failures = 0
# We only want to use valgrind for MEMCHECK or MEMCHECK_NOFREELIST builds.
usingValgrind = CTX.LEVEL == "MEMCHECK" or CTX.LEVEL == "MEMCHECK_NOFREELIST"
#
# Set executing to False to test this function without
# really running tests. In this case, set exretval to 0 to simulate all
# successes. Set exretval to -1 to simulate all failures.
#
executing = True
exretval = 0
retval = os.system("make --directory=%s test -j4" % (CTX.OUTPUT_PREFIX))
if retval != 0:
return -1
TEST_PREFIX = CTX.TEST_PREFIX.rstrip("/")
OUTPUT_PREFIX = CTX.OUTPUT_PREFIX.rstrip("/")
GEN_TEST_PREFIX = os.path.join(OUTPUT_PREFIX, 'generated')
tests = []
# For each test we record:
# The name of the binary directory, excluding the category and test names,
# The Category name,
# The test name,
TEST_PERMANENT = True # Set to False for debugging
TEST_GENERATED = True # Set to False for debugging.
if TEST_PERMANENT:
for dirname in CTX.TESTS.keys():
test_names = CTX.TESTS[dirname].split()
tests += [(os.path.join(OUTPUT_PREFIX, 'cpptests'),
dirname,
testname) for testname in test_names]
if TEST_GENERATED:
for dirname, testname in generatedEETestFiles(OUTPUT_PREFIX, CTX.LEVEL.lower(),
CTX.GENERATOR_CLASSES, False):
tests += [(os.path.join(OUTPUT_PREFIX, 'generated', 'bin'),
dirname,
testname)]
noValgrindTests = [ "harness_test", "serializeio_test" ]
for bindirname, dirname, test in tests:
# We expect valgrind failures in all tests in memleaktests
# except for the test named no_losses.
expectErrors = (dirname == "memleaktests") and ( test != "no_losses" )
print("In %s/%s: %sexpecting errors"
% (dirname,
test,
"" if expectErrors else "not "))
srcpath = os.path.join("test", "ee", dirname, test)
targetpath = os.path.join(bindirname, dirname, test)
retval = 0
if test.endswith("CopyOnWriteTest") and CTX.LEVEL == "MEMCHECK_NOFREELIST":
continue
if os.path.exists(targetpath + ".py"):
retval = os.system("/usr/bin/env python " + targetpath + ".py")
else:
isValgrindTest = usingValgrind
errorState = None
if usingValgrind:
for nvgtest in noValgrindTests:
if targetpath.find(nvgtest) != -1:
isValgrindTest = False;
break
if CTX.PLATFORM == "Linux" and isValgrindTest:
print('Executing valgrind test %s' % targetpath)
valgrindDir = os.path.join(bindirname, dirname)
valgrindFile = makeValgrindFile(valgrindDir, "%p")
args = ["valgrind",
"--leak-check=full",
"--show-reachable=yes",
"--error-exitcode=1",
"--suppressions=" + os.path.join(TEST_PREFIX,
"test_utils/vdbsuppressions.supp"),
"--xml=yes",
"--xml-file=" + valgrindFile,
targetpath]
print('Full command: %s' % (" ".join(args)))
sys.stdout.flush()
if executing:
process = Popen(executable="valgrind",
args=args, stderr=PIPE, bufsize=-1)
out_err = process.stderr.readlines()
retval = process.wait()
print(' Returned code %d' % retval)
fileName = makeValgrindFile(valgrindDir, "%d" % process.pid)
errorState = ValgrindErrorState(expectErrors, retval, fileName)
else:
fileName = None
retval = exretval
print(' Test %s was not run.' % os.path.join(dirname, test))
# If there are as many errors as we expect,
# then delete the xml file. Otherwise keep it.
# It may be useful.
if errorState:
if errorState.isExpectedState():
successes += 1
if fileName:
try:
os.remove(fileName)
except ex:
pass
else:
failures += 1
failedTests += [os.path.join(dirname, test)]
print(errorState.errorMessage(retval))
sys.stdout.flush()
else:
print('Executing non-valgrind test %s' % targetpath)
sys.stdout.flush()
if executing:
retval = os.system(targetpath)
else:
retval = exretval
if retval == 0:
successes += 1
else:
failures += 1
failedTests.append(os.path.join(dirname, test))
print("===============================================================================")
print("TESTING COMPLETE (PASSED: %d, FAILED: %d)" % (successes, failures))
for test in failedTests:
print("TEST: " + test + " in DIRECTORY: " + CTX.OUTPUT_PREFIX + " FAILED")
if failures == 0:
print("*** SUCCESS ***")
else:
print("!!! FAILURE !!!")
print("===============================================================================")
return failures