def check(self, ctx):
env = ctx.env
ctx.Message('Checking for libhpc ... ')
self.check_options(env)
# Check for a bunch of things we need for auto building.
cmd = 'scons PREFIX=${PREFIX}'
pkg = config.package(config.packages.boost)
if pkg and pkg.found and pkg.base_dir:
cmd += ' BOOST_DIR=' + pkg.base_dir
pkg = config.package(config.packages.MPI)
if pkg and pkg.found and pkg.base_dir:
cmd += ' MPI_DIR=' + pkg.base_dir
pkg = config.package(config.packages.HDF5)
if pkg and pkg.found and pkg.base_dir:
cmd += ' HDF5_DIR=' + pkg.base_dir
pkg = config.package(config.packages.pugixml)
if pkg and pkg.found and pkg.base_dir:
cmd += ' PUGIXML_DIR=' + pkg.base_dir
if env['WITH_OPENMP']:
cmd += ' WITH_OPENMP=yes'
cmd += ' install'
# Setup the build handler. I'm going to assume this will work for all architectures.
self.set_build_handler([cmd])
res = super(libhpc, self).check(ctx)
self.check_required(res[0], ctx)
ctx.Result(res[0])
return res[0]
def check(self, ctx):
env = ctx.env
ctx.Message('Checking for libhpc ... ')
self.check_options(env)
# Check for a bunch of things we need for auto building.
cmd = 'scons PREFIX=${PREFIX}'
pkg = config.package(config.packages.boost)
if pkg and pkg.found and pkg.base_dir:
cmd += ' BOOST_DIR=' + pkg.base_dir
pkg = config.package(config.packages.MPI)
if pkg and pkg.found and pkg.base_dir:
cmd += ' MPI_DIR=' + pkg.base_dir
pkg = config.package(config.packages.HDF5)
if pkg and pkg.found and pkg.base_dir:
cmd += ' HDF5_DIR=' + pkg.base_dir
pkg = config.package(config.packages.pugixml)
if pkg and pkg.found and pkg.base_dir:
cmd += ' PUGIXML_DIR=' + pkg.base_dir
if env['WITH_OPENMP']:
cmd += ' WITH_OPENMP=yes'
cmd += ' install'
# Setup the build handler. I'm going to assume this will work for all architectures.
self.set_build_handler([cmd])
res = super(libhpc, self).check(ctx)
self.check_required(res[0], ctx)
ctx.Result(res[0])
return res[0]
def check(self, ctx):
env = ctx.env
ctx.Message('Checking for SOCI ... ')
self.check_options(env)
# SOCI can use Boost, so check to see if Boost is in our
# set of configuration options and set accordingly.
cmake = 'cmake -DCMAKE_INSTALL_PREFIX:PATH=${PREFIX}'
boost = config.package(config.packages.boost)
# if boost and boost.found and boost.base_dir:
# cmake += ' -DBOOST_DIR:PATH=' + boost.base_dir
cmake += ' -DWITH_BOOST=off'
# Turn on release mode to prevent a very odd bug
# in SOCI that produces an assertion whenever you
# try to read data from PostgreSQL into a vector
# larger than numeric_limits<unsigned short>::max().
cmake += ' -DCMAKE_BUILD_TYPE:STRING=release'
# Check for sqlite3, like boost.
sqlite = config.package(config.packages.sqlite3)
if sqlite and sqlite.found and sqlite.base_dir:
cmake += ' -DSQLITE3_INCLUDE_DIR:PATH=' + sqlite.include_directories(
)
cmake += ' -DSQLITE3_LIBRARY:FILEPATH=' + sqlite.libraries()
# Check for MySQL.
pkg = config.package(config.packages.MySQL)
if pkg and pkg.found and pkg.base_dir:
cmake += ' -DMYSQL_INCLUDE_DIR:PATH=' + pkg.include_directories()
cmake += ' -DMYSQL_LIBRARY:FILEPATH=' + pkg.libraries()
# Check for PostgreSQL.
pkg = config.package(config.packages.PostgreSQL)
if pkg and pkg.found and pkg.base_dir:
cmake += ' -DPOSTGRESQL_INCLUDE_DIR:PATH=' + pkg.include_directories(
)
cmake += ' -DPOSTGRESQL_LIBRARY:FILEPATH=' + pkg.libraries()
# For some reason SOCI is incompatible with gcc 4.7.1.
# Need to switch off testing and the empty thingy.
cmake += ' -DSOCI_TEST:BOOL=off -DSOCI_EMPTY:BOOL=off'
cmake += ' .'
self.set_build_handler([cmake, 'make', 'make install'])
# Check each backend for existence.
backends = {
'sqlite3': {
'libs': ['soci_core', 'soci_sqlite3'],
},
'mysql': {
'libs': ['soci_core', 'soci_mysql'],
'extra_libs': ['dl', 'mysqlclient'],
},
'postgresql': {
'libs': ['soci_core', 'soci_postgresql'],
'extra_libs': ['dl', 'pq'],
},
}
found = False
for be, opts in backends.items():
self.libs = [opts['libs']]
self.extra_libs = [opts.get('extra_libs', [])]
res = super(SOCI, self).check(ctx)
if res[0]:
found = True
env.MergeFlags('-DHAVESOCI' + be.upper())
# If this is a required backend, terminate with failure.
elif be in self.backends:
found = False
break
self.check_required(found, ctx)
ctx.Result(found)
return found
def check(self, ctx):
env = ctx.env
ctx.Message('Checking for SOCI ... ')
self.check_options(env)
# SOCI can use Boost, so check to see if Boost is in our
# set of configuration options and set accordingly.
cmake = 'cmake -DCMAKE_INSTALL_PREFIX:PATH=${PREFIX}'
boost = config.package(config.packages.boost)
# if boost and boost.found and boost.base_dir:
# cmake += ' -DBOOST_DIR:PATH=' + boost.base_dir
cmake += ' -DWITH_BOOST=off'
# Turn on release mode to prevent a very odd bug
# in SOCI that produces an assertion whenever you
# try to read data from PostgreSQL into a vector
# larger than numeric_limits<unsigned short>::max().
cmake += ' -DCMAKE_BUILD_TYPE:STRING=release'
# Check for sqlite3, like boost.
sqlite = config.package(config.packages.sqlite3)
if sqlite and sqlite.found and sqlite.base_dir:
cmake += ' -DSQLITE3_INCLUDE_DIR:PATH=' + sqlite.include_directories()
cmake += ' -DSQLITE3_LIBRARY:FILEPATH=' + sqlite.libraries()
# Check for MySQL.
pkg = config.package(config.packages.MySQL)
if pkg and pkg.found and pkg.base_dir:
cmake += ' -DMYSQL_INCLUDE_DIR:PATH=' + pkg.include_directories()
cmake += ' -DMYSQL_LIBRARY:FILEPATH=' + pkg.libraries()
# Check for PostgreSQL.
pkg = config.package(config.packages.PostgreSQL)
if pkg and pkg.found and pkg.base_dir:
cmake += ' -DPOSTGRESQL_INCLUDE_DIR:PATH=' + pkg.include_directories()
cmake += ' -DPOSTGRESQL_LIBRARY:FILEPATH=' + pkg.libraries()
# For some reason SOCI is incompatible with gcc 4.7.1.
# Need to switch off testing and the empty thingy.
cmake += ' -DSOCI_TEST:BOOL=off -DSOCI_EMPTY:BOOL=off'
cmake += ' .'
self.set_build_handler([
cmake,
'make',
'make install'
])
# Check each backend for existence.
backends = {
'sqlite3': {
'libs': ['soci_core', 'soci_sqlite3'],
},
'mysql': {
'libs': ['soci_core', 'soci_mysql'],
'extra_libs': ['dl', 'mysqlclient'],
},
'postgresql': {
'libs': ['soci_core', 'soci_postgresql'],
'extra_libs': ['dl', 'pq'],
},
}
found = False
for be, opts in backends.iteritems():
self.libs = [opts['libs']]
self.extra_libs = [opts.get('extra_libs', [])]
res = super(SOCI, self).check(ctx)
if res[0]:
found = True
env.MergeFlags('-DHAVESOCI' + be.upper())
# If this is a required backend, terminate with failure.
elif be in self.backends:
found = False
break
self.check_required(found, ctx)
ctx.Result(found)
return found
