:scale: 50%
''')
print("""
These tables contain the same information. The diagram and tables were
autogenerated, using GCC %s""" % gcc.get_gcc_version().basever)
print
for rootname, reflabel, ps in zip(
('The lowering passes', 'The "small IPA" passes',
'The "regular IPA" passes',
'Passes generating Link-Time Optimization data',
'The "all other passes" catch-all'),
('all_lowering_passes', 'all_small_ipa_passes', 'all_regular_ipa_passes',
'all_lto_gen_passes', 'all_passes'), gcc.Pass.get_roots()):
print('.. _%s:' % reflabel)
print
print(rootname)
print('-' * len(rootname))
print
t = Table([
'Pass Name', 'Required properties', 'Provided properties',
'Destroyed properties'
],
sepchar='=')
foo(t, ps, 0)
s = six.StringIO()
t.write(s)
for line in s.getvalue().splitlines():
print(' ' + line.rstrip())
print('\n')
''')
print("""
These tables contain the same information. The diagram and tables were
autogenerated, using GCC %s""" % gcc.get_gcc_version().basever)
print
for rootname, reflabel, ps in zip(('The lowering passes',
'The "small IPA" passes',
'The "regular IPA" passes',
'Passes generating Link-Time Optimization data',
'The "all other passes" catch-all'),
('all_lowering_passes',
'all_small_ipa_passes',
'all_regular_ipa_passes',
'all_lto_gen_passes',
'all_passes'),
gcc.Pass.get_roots()):
print('.. _%s:' % reflabel)
print
print(rootname)
print('-' * len(rootname))
print
t = Table(['Pass Name', 'Required properties', 'Provided properties', 'Destroyed properties'],
sepchar='=')
foo(t, ps, 0)
s = six.StringIO()
t.write(s)
for line in s.getvalue().splitlines():
print(' ' + line.rstrip())
print('\n')
# (at your option) any later version.
#
# This program 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 for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see
# <http://www.gnu.org/licenses/>.
import gcc
from gccutils import Table
t = Table(['Class', 'get_symbol()'],
sepchar='=')
for name in sorted(dir(gcc)):
obj = getattr(gcc, name)
if hasattr(obj, 'get_symbol'):
try:
sym = obj.get_symbol()
except TypeError:
continue
if sym != '<<< ??? >>>':
t.add_row((':py:class:`gcc.%s`' % name,
'`%s`' % sym.strip()))
from six import StringIO
s = StringIO()
t.write(s)