## along with this program. If not, see <http://www.gnu.org/licenses/>.
##
-import logging, warnings
-from pygccxml import parser, declarations
+from xml.etree import ElementTree
from collections import OrderedDict
import sys, os, re
-class crapfilter(logging.Filter):
- def filter(self, record):
- if record.msg.find('GCCXML version') > -1:
- return 0
- return 1
-logger = logging.getLogger('pygccxml.cxx_parser').addFilter(crapfilter())
-warnings.filterwarnings('ignore', message="unable to find out array size from expression")
+index_file = sys.argv[1]
# Get directory this script is in.
dirname = os.path.dirname(os.path.realpath(__file__))
-# Parse GCCXML output to get declaration tree.
-decls = parser.parse_xml_file(
- os.path.join(dirname, "libsigrok.xml"), parser.gccxml_configuration_t())
-
-# Get global namespace from declaration tree.
-ns = declarations.get_global_namespace(decls)
-
mapping = dict([
('sr_loglevel', 'LogLevel'),
('sr_packettype', 'PacketType'),
('sr_channeltype', 'ChannelType'),
('sr_trigger_matches', 'TriggerMatchType')])
-classes = OrderedDict()
+index = ElementTree.parse(index_file)
# Build mapping between class names and enumerations.
-for enum in ns.enumerations():
- if enum.name in mapping:
- classname = mapping[enum.name]
- classes[classname] = enum
+
+classes = OrderedDict()
+
+for compound in index.findall('compound'):
+ if compound.attrib['kind'] != 'file':
+ continue
+ filename = os.path.join(
+ os.path.dirname(index_file),
+ '%s.xml' % compound.attrib['refid'])
+ doc = ElementTree.parse(filename)
+ for section in doc.find('compounddef').findall('sectiondef'):
+ if section.attrib["kind"] != 'enum':
+ continue
+ for member in section.findall('memberdef'):
+ if member.attrib["kind"] != 'enum':
+ continue
+ name = member.find('name').text
+ if name in mapping:
+ classes[member] = mapping[name]
header = open(os.path.join(dirname, 'include/libsigrok/enums.hpp'), 'w')
code = open(os.path.join(dirname, 'enums.cpp'), 'w')
}}
"""
-for classname, enum in classes.items():
+for enum, classname in classes.items():
+
+ enum_name = enum.find('name').text
+ member_names = [m.find('name').text for m in enum.findall('enumvalue')]
+ trimmed_names = [re.sub("^SR_[A-Z]+_", "", n) for n in member_names]
# Begin class and public declarations
print >> header, header_public_template.format(
- classname=classname, enumname=enum.name)
+ classname=classname, enumname=enum_name)
# Declare public pointers for each enum value
- for name, value in enum.values:
- trimmed_name = re.sub("^SR_[A-Z]+_", "", name)
- print >> header, '\tstatic const %s * const %s;' % (classname, trimmed_name)
+ for trimmed_name in trimmed_names:
+ print >> header, '\tstatic const %s * const %s;' % (
+ classname, trimmed_name)
# Declare additional methods if present
filename = os.path.join(dirname, "%s_methods.hpp" % classname)
# Begin private declarations
print >> header, header_private_template.format(
- classname=classname, enumname=enum.name)
+ classname=classname, enumname=enum_name)
# Declare private constants for each enum value
- for name, value in enum.values:
- trimmed_name = re.sub("^SR_[A-Z]+_", "", name)
+ for trimmed_name in trimmed_names:
print >> header, '\tstatic const %s _%s;' % (classname, trimmed_name)
# End class declaration
# Begin class code
print >> code, code_template.format(
- classname=classname, enumname=enum.name)
+ classname=classname, enumname=enum_name)
# Define private constants for each enum value
- for name, value in enum.values:
- trimmed_name = re.sub("^SR_[A-Z]+_", "", name)
+ for name, trimmed_name in zip(member_names, trimmed_names):
print >> code, 'const %s %s::_%s = %s(%s, "%s");' % (
classname, classname, trimmed_name, classname, name, trimmed_name)
# Define public pointers for each enum value
- for name, value in enum.values:
- trimmed_name = re.sub("^SR_[A-Z]+_", "", name)
+ for trimmed_name in trimmed_names:
print >> code, 'const %s * const %s::%s = &%s::_%s;' % (
classname, classname, trimmed_name, classname, trimmed_name)
# Define map of enum values to constants
print >> code, 'const std::map<enum %s, const %s *> %s::values = {' % (
- enum.name, classname, classname)
- for name, value in enum.values:
- trimmed_name = re.sub("^SR_[A-Z]+_", "", name)
+ enum_name, classname, classname)
+ for name, trimmed_name in zip(member_names, trimmed_names):
print >> code, '\t{%s, %s::%s},' % (name, classname, trimmed_name)
print >> code, '};'
BINDINGS_CXX="no"; cxx_msg="C++11 compiler required"
fi
-# The C++ bindings use gccxml to parse libsigrok symbols.
-AC_CHECK_PROG([HAVE_GCCXML], [gccxml], [yes])
-if test "x$HAVE_GCCXML" != "xyes"; then
- BINDINGS_CXX="no"; cxx_msg="gccxml required"
+# The C++ bindings use doxygen to parse libsigrok symbols.
+AC_CHECK_PROG([HAVE_DOXYGEN], [doxygen], [yes])
+if test "x$HAVE_DOXYGEN" != "xyes"; then
+ BINDINGS_CXX="no"; cxx_msg="doxygen required"
fi
# Python is needed for the C++ bindings.
CXXLIBS="$CXXLIBS $python_LIBS"],
[BINDINGS_PYTHON="no"; python_msg="Python headers required"])
-# The C++ bindings need the pygccxml Python module.
-m4_ifdef([AX_PYTHON_MODULE], [AX_PYTHON_MODULE([pygccxml])],
- # We'll let it go through even if the macro wasn't found, the python
- # module may still be there.
- [HAVE_PYTHON_PYGCCXML="yes";
- AC_MSG_NOTICE([Missing macro m4_toupper(aX_PYTHON_MODULE), no pygccxml check])]
-)
-if test "x$HAVE_PYMOD_PYGCCXML" != "xyes"; then
- BINDINGS_CXX="no"; cxx_msg="Python pygccxml module required"
-fi
-
# The Python bindings need the setuptools Python module.
m4_ifdef([AX_PYTHON_MODULE], [AX_PYTHON_MODULE([setuptools])],
# We'll let it go through even if the macro wasn't found, the python
projects / libsigrok.git / commitdiff