def _applyInsideSource(env):
# If ARCH is present and the NIDAS library source directories are
# present, then build up the library nodes from the built targets.
if not env.has_key('ARCH'):
return False
arch = env['ARCH'] # empty string for native builds
if not os.path.exists(env.Dir('#/nidas/dynld').get_abspath()):
return False
libsyms = ['LIBNIDAS_UTIL','LIBNIDAS','LIBNIDAS_DYNLD']
libmap = dict(zip(libsyms, libsyms))
libpath = []
for k in libmap.keys():
if global_exports.has_key(k+arch):
lib = global_exports[k+arch]
libmap[k] = lib
env[k] = lib
libpath.append(lib.Dir(''))
# Inside the source tree, the build dir paths have to come first, to take
# precedence over any other library paths (ie OTHER_PREFIX) added by other
# tools or for third-party libraries.
env.Prepend(LIBPATH = libpath)
env.Tool("xercesc")
env.Tool('xmlrpc')
# Set LD_LIBRARY_PATH to the locally built libraries, for builders like
# tests which want to run the nidas apps. Also include nc_server_rpc,
# in case it is not on the system path but NIDAS was built against it.
ldlibdirs = [ l.Dir('').abspath for l in env.File(libmap.values()) ]
env['ENV']['LD_LIBRARY_PATH'] = ":".join(ldlibdirs + ['/opt/nc_server/lib'])
return True
def _loadToolFile(env, name):
# See if there's a file named "tool_<tool>.py" somewhere under the
# top directory. If we find one, load it as a SConscript which
# should define and export the tool.
tool = None
matchList = _findToolFile(env, name)
# If we got a match, load it
if (len(matchList) > 0):
# If we got more than one match, complain...
if (len(matchList) > 1):
print("Warning: multiple tool files for " + name + ": " +
str(matchList) + ", using the first one")
# Load the first match
toolScript = matchList[0]
env.LogDebug("Loading %s to get tool %s..." % (toolScript, name))
env.SConscript(toolScript)
# After loading the script, make sure the tool appeared
# in the global exports list.
if global_exports.has_key(name):
tool = global_exports[name]
else:
raise SCons.Errors.StopError, "Tool error: " + \
toolScript + " does not export symbol '" + name + "'"
return tool
toolname = 'qtt_colorbar'
from SCons.Script.SConscript import global_exports
if not global_exports.has_key(toolname):
import SCons.Defaults
SCons.Defaults.DefaultEnvironment().SConscript('#/ColorBar/tool_qtt_colorbar.py')
def generate(env):
global_exports[toolname](env)
def exists(env):
return True
toolname = 'qtt_scopeplot'
from SCons.Script.SConscript import global_exports
if not global_exports.has_key(toolname):
import SCons.Defaults
SCons.Defaults.DefaultEnvironment().SConscript(
'#/ScopePlot/tool_qtt_scopeplot.py')
def generate(env):
global_exports[toolname](env)
def exists(env):
return True