def on_pick(event, infr=None):
import wbia.plottool as pt
logger.info('ON PICK: %r' % (event, ))
artist = event.artist
plotdat = pt.get_plotdat_dict(artist)
if plotdat:
if 'node' in plotdat:
all_node_data = ut.sort_dict(plotdat['node_data'].copy())
visual_node_data = ut.dict_subset(all_node_data,
infr.visual_node_attrs, None)
node_data = ut.delete_dict_keys(all_node_data,
infr.visual_node_attrs)
node = plotdat['node']
node_data['degree'] = infr.graph.degree(node)
node_label = infr.pos_graph.node_label(node)
logger.info('visual_node_data: ' +
ut.repr2(visual_node_data, nl=1))
logger.info('node_data: ' + ut.repr2(node_data, nl=1))
ut.cprint('node: ' + ut.repr2(plotdat['node']), 'blue')
logger.info('(pcc) node_label = %r' % (node_label, ))
logger.info('artist = %r' % (artist, ))
elif 'edge' in plotdat:
all_edge_data = ut.sort_dict(plotdat['edge_data'].copy())
logger.info(infr.repr_edge_data(all_edge_data))
ut.cprint('edge: ' + ut.repr2(plotdat['edge']), 'blue')
logger.info('artist = %r' % (artist, ))
else:
logger.info('???: ' + ut.repr2(plotdat))
logger.info(ut.get_timestamp())
def package_installer():
"""
system dependent post pyinstaller step
"""
print('[installer] +--- PACKAGE_INSTALLER ---')
#build_win32_inno_installer()
cwd = get_setup_dpath()
# Build the os-appropriate package
if sys.platform.startswith('win32'):
installer_src = build_win32_inno_installer()
installer_fname_fmt = 'ibeis-win32-install-{timestamp}.exe'
elif sys.platform.startswith('darwin'):
installer_src = build_osx_dmg_installer()
installer_fname_fmt = 'ibeis-osx-install-{timestamp}.dmg'
elif sys.platform.startswith('linux'):
installer_src = build_linux_zip_binaries()
installer_fname_fmt = 'ibeis-linux-binary-{timestamp}.zip'
#try:
# raise NotImplementedError('no linux packager (rpm or deb) supported. try running with --build')
#except Exception as ex:
# ut.printex(ex)
#pass
# timestamp the installer name
installer_fname = installer_fname_fmt.format(timestamp=ut.get_timestamp())
installer_dst = join(cwd, 'dist', installer_fname)
try:
ut.move(installer_src, installer_dst)
except Exception as ex:
ut.printex(ex, 'error moving setups', iswarning=True)
print('[installer] L___ FINISH PACKAGE_INSTALLER ___')
def package_installer():
"""
system dependent post pyinstaller step
"""
print('[installer] +--- PACKAGE_INSTALLER ---')
#build_win32_inno_installer()
cwd = get_setup_dpath()
# Build the os-appropriate package
if sys.platform.startswith('win32'):
installer_src = build_win32_inno_installer()
installer_fname_fmt = 'ibeis-win32-install-{timestamp}.exe'
elif sys.platform.startswith('darwin'):
installer_src = build_osx_dmg_installer()
installer_fname_fmt = 'ibeis-osx-install-{timestamp}.dmg'
elif sys.platform.startswith('linux'):
installer_src = build_linux_zip_binaries()
installer_fname_fmt = 'ibeis-linux-binary-{timestamp}.zip'
#try:
# raise NotImplementedError('no linux packager (rpm or deb) supported. try running with --build')
#except Exception as ex:
# ut.printex(ex)
#pass
# timestamp the installer name
installer_fname = installer_fname_fmt.format(timestamp=ut.get_timestamp())
installer_dst = join(cwd, 'dist', installer_fname)
try:
ut.move(installer_src, installer_dst)
except Exception as ex:
ut.printex(ex, 'error moving setups', iswarning=True)
print('[installer] L___ FINISH PACKAGE_INSTALLER ___')
def build_runbench_pyth_text(cy_bench_list):
# write script to run all cyth benchmarks
runbench_pytext_fmt_ = r'''
#!/usr/bin/env python
" Autogenerated by cyth on {timestamp} "
from __future__ import absolute_import, division, print_function
import utool
{bench_import_text}
SORTBY = utool.get_argval('--sortby', str, 'python')
if __name__ == '__main__':
all_results = []
iterations = utool.get_argval(('--iterations', '-n'), type_=int, default=100)
# Run the benchmarks
{bench_runline_text}
# Sort by chosen field
sortable_fields = ['python', 'cython']
sortx = sortable_fields.index(SORTBY)
sorted_allresults = sorted(all_results, key=lambda tup: tup[sortx])
sorted_lines = [tup[2] for tup in sorted_allresults]
# Report sorted results
print('\n\n')
print('==================================')
print('Aggregating all benchmarks results')
print('==================================')
print('\n')
print('sorting by %s' % sortable_fields[sortx])
print('\n'.join(utool.flatten(sorted_lines)))
'''
runbench_pytext_fmt = utool.unindent(runbench_pytext_fmt_).strip('\n')
from os.path import relpath, splitext
import os
def bench_fpath_to_modname(bench):
bench_upath = utool.unixpath(bench)
bench_relpath = relpath(bench_upath, os.getcwd())
bench_relname, _ = splitext(bench_relpath)
bench_modname = bench_relname.replace('\\', '/').replace('/', '.')
return bench_modname
bench_modnames = list(map(bench_fpath_to_modname, cy_bench_list))
bench_imports = [
'import ' + bench_modname for bench_modname in bench_modnames
]
runline_fmt = 'all_results.extend({bench_modname}.run_all_benchmarks(iterations))'
bench_runlines = [
runline_fmt.format(bench_modname=bench_modname)
for bench_modname in bench_modnames
]
bench_import_text = '\n'.join(bench_imports)
bench_runline_text = '\n '.join(bench_runlines)
timestamp = utool.get_timestamp() # NOQA
runbench_pytext = runbench_pytext_fmt.format(
timestamp=timestamp,
bench_runline_text=bench_runline_text,
bench_import_text=bench_import_text)
return runbench_pytext
def build_matrix_str(allres):
ibs = allres.ibs
cx2_gx = ibs.tables.cx2_gx
gx2_gname = ibs.tables.gx2_gname
def cx2_gname(rid):
return [os.path.splitext(gname)[0] for gname in gx2_gname[cx2_gx]]
col_label_gname = cx2_gname(allres.col_label_rid)
row_label_gname = cx2_gname(allres.row_label_rid)
timestamp = utool.get_timestamp(format_='comment') + '\n'
header = '\n'.join([
'# Result score matrix', '# Generated on: ' + timestamp,
'# Format: rows separated by newlines, cols separated by commas',
'# num_queries / rows = ' + repr(len(row_label_gname)),
'# num_indexed / cols = ' + repr(len(col_label_gname)),
'# row_labels = ' + repr(row_label_gname),
'# col_labels = ' + repr(col_label_gname)
])
row_strings = []
for row in allres.score_matrix:
row_str = map(lambda x: '%5.2f' % x, row)
row_strings.append(', '.join(row_str))
body = '\n'.join(row_strings)
matrix_str = '\n'.join([header, body])
allres.matrix_str = matrix_str
def build_matrix_str(allres):
ibs = allres.ibs
cx2_gx = ibs.tables.cx2_gx
gx2_gname = ibs.tables.gx2_gname
def cx2_gname(rid):
return [os.path.splitext(gname)[0] for gname in gx2_gname[cx2_gx]]
col_label_gname = cx2_gname(allres.col_label_rid)
row_label_gname = cx2_gname(allres.row_label_rid)
timestamp = utool.get_timestamp(format_='comment') + '\n'
header = '\n'.join(
['# Result score matrix',
'# Generated on: ' + timestamp,
'# Format: rows separated by newlines, cols separated by commas',
'# num_queries / rows = ' + repr(len(row_label_gname)),
'# num_indexed / cols = ' + repr(len(col_label_gname)),
'# row_labels = ' + repr(row_label_gname),
'# col_labels = ' + repr(col_label_gname)])
row_strings = []
for row in allres.score_matrix:
row_str = map(lambda x: '%5.2f' % x, row)
row_strings.append(', '.join(row_str))
body = '\n'.join(row_strings)
matrix_str = '\n'.join([header, body])
allres.matrix_str = matrix_str
def review(oracle, edge, truth, infr, accuracy=None):
feedback = {
'user_id': 'user:oracle',
'confidence': 'absolutely_sure',
'evidence_decision': None,
'meta_decision': NULL,
'timestamp_s1': ut.get_timestamp('int', isutc=True),
'timestamp_c1': ut.get_timestamp('int', isutc=True),
'timestamp_c2': ut.get_timestamp('int', isutc=True),
'tags': [],
}
is_recovering = infr.is_recovering()
if accuracy is None:
if is_recovering:
accuracy = oracle.recover_accuracy
else:
accuracy = oracle.normal_accuracy
# The oracle can get anything where the hardness is less than its
# accuracy
hardness = oracle.rng.random()
error = accuracy < hardness
if error:
error_options = list(oracle.states - {truth} - {INCMP})
observed = oracle.rng.choice(list(error_options))
else:
observed = truth
if accuracy < 1.0:
feedback['confidence'] = 'pretty_sure'
if accuracy < 0.5:
feedback['confidence'] = 'guessing'
feedback['evidence_decision'] = observed
if error:
infr.print(
'ORACLE ERROR real={} pred={} acc={:.2f} hard={:.2f}'.format(
truth, observed, accuracy, hardness),
2,
color='red',
)
# infr.print(
# 'ORACLE ERROR edge={}, truth={}, pred={}, rec={}, hardness={:.3f}'.format(edge, truth, observed, is_recovering, hardness),
# 2, color='red')
return feedback
def dump_profile_text():
import utool as ut
print("Dumping Profile Information")
profile = ut.PROFILE_FUNC
output_text, summary_text = get_profile_text(profile)
#profile.dump_stats('out.lprof')
print(summary_text)
ut.writeto('profile_output.txt', output_text + '\n' + summary_text)
ut.writeto('profile_output.%s.txt' % (ut.get_timestamp()),
output_text + '\n' + summary_text)
def make_bench_text(benchmark_codes, benchmark_names, py_modname):
# TODO: let each function individually specify number
codes = '\n\n\n'.join(benchmark_codes) # NOQA
list_ = [utool.quasiquote('results.extend({benchfunc}(iterations))')
for benchfunc in benchmark_names]
all_benchmarks = utool.indent('\n'.join(list_), ' ' * 8).strip() # NOQA
timestamp = utool.get_timestamp() # NOQA
bench_text_fmt = get_bench_text_fmt()
bench_text = utool.quasiquote(bench_text_fmt)
return bench_text
def build_runbench_pyth_text(cy_bench_list):
# write script to run all cyth benchmarks
runbench_pytext_fmt_ = r'''
#!/usr/bin/env python
" Autogenerated by cyth on {timestamp} "
from __future__ import absolute_import, division, print_function
import utool
{bench_import_text}
SORTBY = utool.get_argval('--sortby', str, 'python')
if __name__ == '__main__':
all_results = []
iterations = utool.get_argval(('--iterations', '-n'), type_=int, default=100)
# Run the benchmarks
{bench_runline_text}
# Sort by chosen field
sortable_fields = ['python', 'cython']
sortx = sortable_fields.index(SORTBY)
sorted_allresults = sorted(all_results, key=lambda tup: tup[sortx])
sorted_lines = [tup[2] for tup in sorted_allresults]
# Report sorted results
print('\n\n')
print('==================================')
print('Aggregating all benchmarks results')
print('==================================')
print('\n')
print('sorting by %s' % sortable_fields[sortx])
print('\n'.join(utool.flatten(sorted_lines)))
'''
runbench_pytext_fmt = utool.unindent(runbench_pytext_fmt_).strip('\n')
from os.path import relpath, splitext
import os
def bench_fpath_to_modname(bench):
bench_upath = utool.unixpath(bench)
bench_relpath = relpath(bench_upath, os.getcwd())
bench_relname, _ = splitext(bench_relpath)
bench_modname = bench_relname.replace('\\', '/').replace('/', '.')
return bench_modname
bench_modnames = list(map(bench_fpath_to_modname, cy_bench_list))
bench_imports = ['import ' + bench_modname for bench_modname in bench_modnames]
runline_fmt = 'all_results.extend({bench_modname}.run_all_benchmarks(iterations))'
bench_runlines = [runline_fmt.format(bench_modname=bench_modname)
for bench_modname in bench_modnames]
bench_import_text = '\n'.join(bench_imports)
bench_runline_text = '\n '.join(bench_runlines)
timestamp = utool.get_timestamp() # NOQA
runbench_pytext = runbench_pytext_fmt.format(timestamp=timestamp,
bench_runline_text=bench_runline_text,
bench_import_text=bench_import_text)
return runbench_pytext
def make_bench_text(benchmark_codes, benchmark_names, py_modname):
# TODO: let each function individually specify number
codes = '\n\n\n'.join(benchmark_codes) # NOQA
list_ = [
utool.quasiquote('results.extend({benchfunc}(iterations))')
for benchfunc in benchmark_names
]
all_benchmarks = utool.indent('\n'.join(list_), ' ' * 8).strip() # NOQA
timestamp = utool.get_timestamp() # NOQA
bench_text_fmt = get_bench_text_fmt()
bench_text = utool.quasiquote(bench_text_fmt)
return bench_text
def inject_python_code(fpath, patch_code, tag=None,
inject_location='after_imports'):
"""
DEPRICATE
puts code into files on disk
"""
import utool as ut
assert tag is not None, 'TAG MUST BE SPECIFIED IN INJECTED CODETEXT'
text = ut.read_from(fpath)
comment_start_tag = '# <util_inject:%s>' % tag
comment_end_tag = '# </util_inject:%s>' % tag
tagstart_txtpos = text.find(comment_start_tag)
tagend_txtpos = text.find(comment_end_tag)
text_lines = ut.split_python_text_into_lines(text)
# split the file into two parts and inject code between them
if tagstart_txtpos != -1 or tagend_txtpos != -1:
assert tagstart_txtpos != -1, 'both tags must not be found'
assert tagend_txtpos != -1, 'both tags must not be found'
for pos, line in enumerate(text_lines):
if line.startswith(comment_start_tag):
tagstart_pos = pos
if line.startswith(comment_end_tag):
tagend_pos = pos
part1 = text_lines[0:tagstart_pos]
part2 = text_lines[tagend_pos + 1:]
else:
if inject_location == 'after_imports':
first_nonimport_pos = 0
for line in text_lines:
list_ = ['import ', 'from ', '#', ' ']
isvalid = (len(line) == 0 or
any(line.startswith(str_) for str_ in list_))
if not isvalid:
break
first_nonimport_pos += 1
part1 = text_lines[0:first_nonimport_pos]
part2 = text_lines[first_nonimport_pos:]
else:
raise AssertionError('Unknown inject location')
newtext = (
'\n'.join(part1 + [comment_start_tag]) +
'\n' + patch_code + '\n' +
'\n'.join( [comment_end_tag] + part2)
)
text_backup_fname = fpath + '.' + ut.get_timestamp() + '.bak'
ut.write_to(text_backup_fname, text)
ut.write_to(fpath, newtext)
def inject_python_code(fpath,
patch_code,
tag=None,
inject_location='after_imports'):
"""
DEPRICATE
puts code into files on disk
"""
import utool as ut
assert tag is not None, 'TAG MUST BE SPECIFIED IN INJECTED CODETEXT'
text = ut.read_from(fpath)
comment_start_tag = '# <util_inject:%s>' % tag
comment_end_tag = '# </util_inject:%s>' % tag
tagstart_txtpos = text.find(comment_start_tag)
tagend_txtpos = text.find(comment_end_tag)
text_lines = ut.split_python_text_into_lines(text)
# split the file into two parts and inject code between them
if tagstart_txtpos != -1 or tagend_txtpos != -1:
assert tagstart_txtpos != -1, 'both tags must not be found'
assert tagend_txtpos != -1, 'both tags must not be found'
for pos, line in enumerate(text_lines):
if line.startswith(comment_start_tag):
tagstart_pos = pos
if line.startswith(comment_end_tag):
tagend_pos = pos
part1 = text_lines[0:tagstart_pos]
part2 = text_lines[tagend_pos + 1:]
else:
if inject_location == 'after_imports':
first_nonimport_pos = 0
for line in text_lines:
list_ = ['import ', 'from ', '#', ' ']
isvalid = (len(line) == 0
or any(line.startswith(str_) for str_ in list_))
if not isvalid:
break
first_nonimport_pos += 1
part1 = text_lines[0:first_nonimport_pos]
part2 = text_lines[first_nonimport_pos:]
else:
raise AssertionError('Unknown inject location')
newtext = ('\n'.join(part1 + [comment_start_tag]) + '\n' + patch_code +
'\n' + '\n'.join([comment_end_tag] + part2))
text_backup_fname = fpath + '.' + ut.get_timestamp() + '.bak'
ut.write_to(text_backup_fname, text)
ut.write_to(fpath, newtext)
def dump_profile_text():
import utool as ut
print("Dumping Profile Information")
profile = ut.PROFILE_FUNC
try:
output_text, summary_text = get_profile_text(profile)
except AttributeError:
print('profile is not on')
else:
#profile.dump_stats('out.lprof')
print(summary_text)
ut.writeto('profile_output.txt', output_text + '\n' + summary_text)
ut.writeto('profile_output.%s.txt' % (ut.get_timestamp()),
output_text + '\n' + summary_text)
def _detect_remote_push_imageset(ibs, image_uuid_list):
route_url = _construct_route_url('/api/image/imageset/text/json/')
db_name = ibs.get_dbname()
db_uuid = ibs.get_db_init_uuid()
time_str = ut.get_timestamp()
imageset_text = 'Sync from %s (%s) at %s' % (db_name, db_uuid, time_str)
imageset_text_list = [imageset_text] * len(image_uuid_list)
data_dict = {
'image_uuid_list': image_uuid_list,
'imageset_text_list': imageset_text_list,
}
for key in data_dict:
data_dict[key] = ut.to_json(data_dict[key])
response = requests.put(route_url, data=data_dict)
_verify_response(response)
def __dump_text_report(allres, report_type):
if not 'report_type' in vars():
report_type = 'rankres_str'
print('[rr2] Dumping textfile: ' + report_type)
report_str = allres.__dict__[report_type]
# Get directories
result_dir = allres.ibs.dirs.result_dir
timestamp_dir = join(result_dir, 'timestamped_results')
utool.ensurepath(timestamp_dir)
utool.ensurepath(result_dir)
# Write to timestamp and result dir
timestamp = utool.get_timestamp()
csv_timestamp_fname = report_type + allres.title_suffix + timestamp + '.csv'
csv_timestamp_fpath = join(timestamp_dir, csv_timestamp_fname)
csv_fname = report_type + allres.title_suffix + '.csv'
csv_fpath = join(result_dir, csv_fname)
utool.write_to(csv_fpath, report_str)
utool.write_to(csv_timestamp_fpath, report_str)
def __dump_text_report(allres, report_type):
if not 'report_type' in vars():
report_type = 'rankres_str'
print('[rr2] Dumping textfile: ' + report_type)
report_str = allres.__dict__[report_type]
# Get directories
result_dir = allres.ibs.dirs.result_dir
timestamp_dir = join(result_dir, 'timestamped_results')
utool.ensurepath(timestamp_dir)
utool.ensurepath(result_dir)
# Write to timestamp and result dir
timestamp = utool.get_timestamp()
csv_timestamp_fname = report_type + allres.title_suffix + timestamp + '.csv'
csv_timestamp_fpath = join(timestamp_dir, csv_timestamp_fname)
csv_fname = report_type + allres.title_suffix + '.csv'
csv_fpath = join(result_dir, csv_fname)
utool.write_to(csv_fpath, report_str)
utool.write_to(csv_timestamp_fpath, report_str)
def make_setup(repodir):
setup_text_fmt_ = '''
# autogenerated setup.py on {timestamp} for {repodir}
from __future__ import absolute_import, division, print_function
import setuptools
#from utool import util_setup
INSTALL_REQUIRES = [
]
if __name__ == '__main__':
setuptools.setup(
name='{pkgname}',
packages={packages},
#packages=util_setup.find_packages(),
#version='0.0.0.autogen',
#description='short description',
#url='',
#ext_modules=util_setup.find_ext_modules(),
#cmdclass=util_setup.get_cmdclass(),
#author=''
#author_email='',
#keywords='',
#install_requires=INSTALL_REQUIRES,
package_data={{}},
scripts=[
],
classifiers=[],
)
'''
setup_text_fmt = utool.unindent(setup_text_fmt_)
timestamp = utool.get_timestamp()
pkgname = basename(repodir)
packages = utool.ls_moduledirs(repodir, full=False)
print(pkgname)
setup_text = setup_text_fmt.format(
packages=packages,
repodir=repodir,
timestamp=timestamp,
pkgname=pkgname,
)
return setup_text
def make_setup(repodir):
setup_text_fmt_ = '''
# autogenerated setup.py on {timestamp} for {repodir}
from __future__ import absolute_import, division, print_function
import setuptools
#from utool import util_setup
INSTALL_REQUIRES = [
]
if __name__ == '__main__':
setuptools.setup(
name='{pkgname}',
packages={packages},
#packages=util_setup.find_packages(),
#version='0.0.0.autogen',
#description='short description',
#url='',
#ext_modules=util_setup.find_ext_modules(),
#cmdclass=util_setup.get_cmdclass(),
#author=''
#author_email='',
#keywords='',
#install_requires=INSTALL_REQUIRES,
package_data={{}},
scripts=[
],
classifiers=[],
)
'''
setup_text_fmt = utool.unindent(setup_text_fmt_)
timestamp = utool.get_timestamp()
pkgname = basename(repodir)
packages = utool.ls_moduledirs(repodir, full=False)
print(pkgname)
setup_text = setup_text_fmt.format(
packages=packages,
repodir=repodir,
timestamp=timestamp,
pkgname=pkgname,
)
return setup_text
def __init__(
qres_wgt,
ibs,
cm_list,
parent=None,
callback=None,
qreq_=None,
query_title='',
review_cfg={},
):
if ut.VERBOSE:
logger.info('[qres_wgt] Init QueryResultsWidget')
assert not isinstance(cm_list, dict)
assert qreq_ is not None, 'must specify qreq_'
if USE_FILTER_PROXY:
super(QueryResultsWidget,
qres_wgt).__init__(parent=parent,
model_class=CustomFilterModel)
else:
super(QueryResultsWidget, qres_wgt).__init__(parent=parent)
# if USE_FILTER_PROXY:
# APIItemWidget.__init__(qres_wgt, parent=parent,
# model_class=CustomFilterModel)
# else:
# APIItemWidget.__init__(qres_wgt, parent=parent)
qres_wgt.cm_list = cm_list
qres_wgt.ibs = ibs
qres_wgt.qreq_ = qreq_
qres_wgt.query_title = query_title
qres_wgt.qaid2_cm = dict([(cm.qaid, cm) for cm in cm_list])
qres_wgt.review_cfg = id_review_api.REVIEW_CFG_DEFAULTS.copy()
qres_wgt.review_cfg = ut.update_existing(qres_wgt.review_cfg,
review_cfg,
assert_exists=True)
# qres_wgt.altkey_shortcut =
# QtWidgets.QShortcut(QtGui.QKeySequence(QtCore.Qt.ALT), qres_wgt,
# qres_wgt.on_alt_pressed,
# context=QtCore..Qt.WidgetShortcut)
qres_wgt.button_list = None
qres_wgt.show_new = True
qres_wgt.show_join = True
qres_wgt.show_split = True
qres_wgt.tt = ut.tic()
# Set results data
if USE_FILTER_PROXY:
qres_wgt.add_checkboxes(qres_wgt.show_new, qres_wgt.show_join,
qres_wgt.show_split)
lbl = gt.newLineEdit(
qres_wgt,
text=
"'T' marks as correct match. 'F' marks as incorrect match. Alt brings up context menu. Double click a row to inspect matches.",
editable=False,
enabled=False,
)
qres_wgt.layout().setSpacing(0)
qres_wgt_layout = qres_wgt.layout()
if hasattr(qres_wgt_layout, 'setMargin'):
qres_wgt_layout.setMargin(0)
else:
qres_wgt_layout.setContentsMargins(0, 0, 0, 0)
bottom_bar = gt.newWidget(qres_wgt,
orientation=Qt.Horizontal,
spacing=0,
margin=0)
bottom_bar.layout().setSpacing(0)
bottom_bar_layout = bottom_bar.layout()
if hasattr(bottom_bar_layout, 'setMargin'):
bottom_bar_layout.setMargin(0)
else:
bottom_bar_layout.setContentsMargins(0, 0, 0, 0)
lbl.setMinimumSize(0, 0)
lbl.setSizePolicy(QtWidgets.QSizePolicy.Expanding,
QtWidgets.QSizePolicy.Ignored)
# lbl.setSizePolicy(gt.newSizePolicy())
qres_wgt.layout().addWidget(bottom_bar)
bottom_bar.addWidget(lbl)
bottom_bar.addNewButton(
'Mark unreviewed with higher scores as correct',
pressed=qres_wgt.mark_unreviewed_above_score_as_correct,
)
bottom_bar.addNewButton('Repopulate', pressed=qres_wgt.repopulate)
bottom_bar.addNewButton('Edit Filters', pressed=qres_wgt.edit_filters)
qres_wgt.setSizePolicy(gt.newSizePolicy())
qres_wgt.repopulate()
qres_wgt.connect_signals_and_slots()
if callback is None:
callback = partial(ut.identity, None)
qres_wgt.callback = callback
qres_wgt.view.setColumnHidden(0, False)
qres_wgt.view.setColumnHidden(1, False)
qres_wgt.view.connect_single_key_to_slot(gt.ALT_KEY,
qres_wgt.on_alt_pressed)
qres_wgt.view.connect_keypress_to_slot(qres_wgt.on_special_key_pressed)
if parent is None:
# Register parentless QWidgets
fig_presenter.register_qt4_win(qres_wgt)
dbdir = qres_wgt.qreq_.ibs.get_dbdir()
expt_dir = ut.ensuredir(ut.unixjoin(dbdir, 'SPECIAL_GGR_EXPT_LOGS'))
review_log_dir = ut.ensuredir(ut.unixjoin(expt_dir, 'review_logs'))
ts = ut.get_timestamp(isutc=True, timezone=True)
log_fpath = ut.unixjoin(
review_log_dir,
'review_log_%s_%s.json' % (qres_wgt.qreq_.ibs.dbname, ts))
# LOG ALL CHANGES MADE TO NAMES
import logging
# ut.vd(review_log_dir)
# create logger with 'spam_application'
logger_ = logging.getLogger('query_review')
logger_.setLevel(logging.DEBUG)
formatter = logging.Formatter(
'%(asctime)s - %(name)s - %(levelname)s - %(message)s')
# create file handler which logs even debug messages
fh = logging.FileHandler(log_fpath)
fh.setLevel(logging.DEBUG)
fh.setFormatter(formatter)
logger_.addHandler(fh)
# create console handler with a higher log level
ch = logging.StreamHandler()
ch.setLevel(logging.INFO)
ch.setFormatter(formatter)
logger_.addHandler(ch)
qres_wgt.logger = logger
logger_.info('START QUERY_RESULT_REVIEW')
logger_.info('NUM CHIP_MATCH OBJECTS (len(cm_list)=%d)' %
(len(cm_list), ))
logger_.info('NUM PAIRS TO EVIDENCE_DECISION (nRows=%d)' %
(qres_wgt.review_api.nRows, ))
logger_.info('PARENT QUERY REQUEST (cfgstr=%s)' %
(qres_wgt.qreq_.get_cfgstr(with_input=True), ))
def build_rankres_str(allres):
'Builds csv files showing the rids/scores/ranks of the query results'
ibs = allres.ibs
#qrid2_qres = allres.qrid2_qres
cx2_cid = ibs.tables.cx2_cid
#cx2_nx = ibs.tables.cx2_nx
test_samp = allres.qrid_list
train_samp = ibs.train_sample_rid
indx_samp = ibs.indexed_sample_rid
# Get organized data for csv file
(qcx2_top_true_rank, qcx2_top_true_score,
qcx2_top_true_rid) = allres.top_true_qcx_arrays
(qcx2_bot_true_rank, qcx2_bot_true_score,
qcx2_bot_true_rid) = allres.bot_true_qcx_arrays
(qcx2_top_false_rank, qcx2_top_false_score,
qcx2_top_false_rid) = allres.top_false_qcx_arrays
# Number of groundtruth per query
qcx2_numgt = np.zeros(len(cx2_cid)) - 2
for qrid in test_samp:
qcx2_numgt[qrid] = len(ibs.get_other_indexed_rids(qrid))
# Easy to digest results
num_chips = len(test_samp)
num_nonquery = len(np.setdiff1d(indx_samp, test_samp))
# Find the test samples WITH ground truth
test_samp_with_gt = np.array(test_samp)[qcx2_numgt[test_samp] > 0]
if len(test_samp_with_gt) == 0:
warnings.warn('[rr2] there were no queries with ground truth')
#train_nxs_set = set(cx2_nx[train_samp])
flag_cxs_fn = ibs.flag_cxs_with_name_in_sample
def ranks_less_than_(thresh, intrain=None):
#Find the number of ranks scoring more than thresh
# Get statistics with respect to the training set
if len(test_samp_with_gt) == 0:
test_cxs_ = np.array([])
elif intrain is None: # report all
test_cxs_ = test_samp_with_gt
else: # report either or
in_train_flag = flag_cxs_fn(test_samp_with_gt, train_samp)
if intrain is False:
in_train_flag = True - in_train_flag
test_cxs_ = test_samp_with_gt[in_train_flag]
# number of test samples with ground truth
num_with_gt = len(test_cxs_)
if num_with_gt == 0:
return [], ('NoGT', 'NoGT', -1, 'NoGT')
# find tests with ranks greater and less than thresh
testcx2_ttr = qcx2_top_true_rank[test_cxs_]
greater_rids = test_cxs_[np.where(testcx2_ttr >= thresh)[0]]
num_greater = len(greater_rids)
num_less = num_with_gt - num_greater
num_greater = num_with_gt - num_less
frac_less = 100.0 * num_less / num_with_gt
fmt_tup = (num_less, num_with_gt, frac_less, num_greater)
return greater_rids, fmt_tup
greater5_rids, fmt5_tup = ranks_less_than_(5)
greater1_rids, fmt1_tup = ranks_less_than_(1)
#
gt5_intrain_rids, fmt5_in_tup = ranks_less_than_(5, intrain=True)
gt1_intrain_rids, fmt1_in_tup = ranks_less_than_(1, intrain=True)
#
gt5_outtrain_rids, fmt5_out_tup = ranks_less_than_(5, intrain=False)
gt1_outtrain_rids, fmt1_out_tup = ranks_less_than_(1, intrain=False)
#
allres.greater1_rids = greater1_rids
allres.greater5_rids = greater5_rids
#print('greater5_rids = %r ' % (allres.greater5_rids,))
#print('greater1_rids = %r ' % (allres.greater1_rids,))
# CSV Metadata
header = '# Experiment allres.title_suffix = ' + allres.title_suffix + '\n'
header += utool.get_timestamp(format_='comment') + '\n'
# Scalar summary
scalar_summary = '# Num Query Chips: %d \n' % num_chips
scalar_summary += '# Num Query Chips with at least one match: %d \n' % len(
test_samp_with_gt)
scalar_summary += '# Num NonQuery Chips: %d \n' % num_nonquery
scalar_summary += '# Ranks <= 5: %r/%r = %.1f%% (missed %r)\n' % (fmt5_tup)
scalar_summary += '# Ranks <= 1: %r/%r = %.1f%% (missed %r)\n\n' % (
fmt1_tup)
scalar_summary += '# InTrain Ranks <= 5: %r/%r = %.1f%% (missed %r)\n' % (
fmt5_in_tup)
scalar_summary += '# InTrain Ranks <= 1: %r/%r = %.1f%% (missed %r)\n\n' % (
fmt1_in_tup)
scalar_summary += '# OutTrain Ranks <= 5: %r/%r = %.1f%% (missed %r)\n' % (
fmt5_out_tup)
scalar_summary += '# OutTrain Ranks <= 1: %r/%r = %.1f%% (missed %r)\n\n' % (
fmt1_out_tup)
header += scalar_summary
# Experiment parameters
#header += '# Full Parameters: \n' + utool.indent(params.param_string(), '#') + '\n\n'
# More Metadata
header += textwrap.dedent('''
# Rank Result Metadata:
# QCX = Query chip-index
# QGNAME = Query images name
# NUMGT = Num ground truth matches
# TT = top true
# BT = bottom true
# TF = top false''').strip()
# Build the CSV table
test_sample_gx = ibs.tables.cx2_gx[test_samp]
test_sample_gname = ibs.tables.gx2_gname[test_sample_gx]
test_sample_gname = [g.replace('.jpg', '') for g in test_sample_gname]
column_labels = [
'QCX',
'NUM GT',
'TT CX',
'BT CX',
'TF CX',
'TT SCORE',
'BT SCORE',
'TF SCORE',
'TT RANK',
'BT RANK',
'TF RANK',
'QGNAME',
]
column_list = [
test_samp,
qcx2_numgt[test_samp],
qcx2_top_true_rid[test_samp],
qcx2_bot_true_rid[test_samp],
qcx2_top_false_rid[test_samp],
qcx2_top_true_score[test_samp],
qcx2_bot_true_score[test_samp],
qcx2_top_false_score[test_samp],
qcx2_top_true_rank[test_samp],
qcx2_bot_true_rank[test_samp],
qcx2_top_false_rank[test_samp],
test_sample_gname,
]
column_type = [
int,
int,
int,
int,
int,
float,
float,
float,
int,
int,
int,
str,
]
rankres_str = utool.util_csv.make_csv_table(column_labels, column_list,
header, column_type)
# Put some more data at the end
problem_true_pairs = zip(allres.problem_true.qrids,
allres.problem_true.rids)
problem_false_pairs = zip(allres.problem_false.qrids,
allres.problem_false.rids)
problem_str = '\n'.join([
'#Problem Cases: ',
'# problem_true_pairs = ' + repr(problem_true_pairs),
'# problem_false_pairs = ' + repr(problem_false_pairs)
])
rankres_str += '\n' + problem_str
# Attach results to allres structure
allres.rankres_str = rankres_str
allres.scalar_summary = scalar_summary
allres.problem_false_pairs = problem_false_pairs
allres.problem_true_pairs = problem_true_pairs
allres.problem_false_pairs = problem_false_pairs
allres.problem_true_pairs = problem_true_pairs
def autogen_explicit_injectable_metaclass(classname, regen_command=None,
conditional_imports=None):
r"""
Args:
classname (?):
Returns:
?:
CommandLine:
python -m utool.util_class --exec-autogen_explicit_injectable_metaclass
Example:
>>> # DISABLE_DOCTEST
>>> from utool.util_class import * # NOQA
>>> from utool.util_class import __CLASSTYPE_ATTRIBUTES__ # NOQA
>>> import ibeis
>>> import ibeis.control.IBEISControl
>>> classname = ibeis.control.controller_inject.CONTROLLER_CLASSNAME
>>> result = autogen_explicit_injectable_metaclass(classname)
>>> print(result)
"""
import utool as ut
vals_list = []
def make_redirect(func):
# PRESERVES ALL SIGNATURES WITH EXECS
src_fmt = r'''
def {funcname}{defsig}:
""" {orig_docstr}"""
return {orig_funcname}{callsig}
'''
from utool._internal import meta_util_six
orig_docstr = meta_util_six.get_funcdoc(func)
funcname = meta_util_six.get_funcname(func)
orig_funcname = modname.split('.')[-1] + '.' + funcname
orig_docstr = '' if orig_docstr is None else orig_docstr
import textwrap
# Put wrapped function into a scope
import inspect
argspec = inspect.getargspec(func)
(args, varargs, varkw, defaults) = argspec
defsig = inspect.formatargspec(*argspec)
callsig = inspect.formatargspec(*argspec[0:3])
src_fmtdict = dict(funcname=funcname, orig_funcname=orig_funcname,
defsig=defsig, callsig=callsig,
orig_docstr=orig_docstr)
src = textwrap.dedent(src_fmt).format(**src_fmtdict)
return src
src_list = []
for classkey, vals in __CLASSTYPE_ATTRIBUTES__.items():
modname = classkey[1]
if classkey[0] == classname:
vals_list.append(vals)
for func in vals:
src = make_redirect(func)
src = ut.indent(src)
src = '\n'.join([_.rstrip() for _ in src.split('\n')])
src_list.append(src)
if regen_command is None:
regen_command = 'FIXME None given'
module_header = ut.codeblock(
"""
# -*- coding: utf-8 -*-
""" + ut.TRIPLE_DOUBLE_QUOTE + """
Static file containing autogenerated functions for {classname}
Autogenerated on {autogen_time}
RegenCommand:
{regen_command}
""" + ut.TRIPLE_DOUBLE_QUOTE + """
from __future__ import absolute_import, division, print_function
import utool as ut
""").format(
autogen_time=ut.get_timestamp(),
regen_command=regen_command,
classname=classname)
depends_module_block = autogen_import_list(classname, conditional_imports)
inject_statement_fmt = ("print, rrr, profile = "
"ut.inject2(__name__, '[autogen_explicit_inject_{classname}]')")
inject_statement = inject_statement_fmt.format(classname=classname)
source_block_lines = [
module_header,
depends_module_block,
inject_statement,
'\n',
'class ExplicitInject' + classname + '(object):',
] + src_list
source_block = '\n'.join(source_block_lines)
source_block = ut.autoformat_pep8(source_block, aggressive=2)
return source_block
def makeinit(mod_dpath, exclude_modnames=[], use_star=False):
r"""
Args:
mod_dpath (str):
exclude_modnames (list): (default = [])
use_star (bool): (default = False)
Returns:
str: init_codeblock
CommandLine:
python -m utool.util_autogen makeinit --modname=ibeis.algo
Example:
>>> # SCRIPT
>>> from utool.util_autogen import * # NOQA
>>> import utool as ut
>>> modname = ut.get_argval('--modname', str, default=None)
>>> mod_dpath = (os.getcwd() if modname is None else
>>> ut.get_modpath(modname, prefer_pkg=True))
>>> mod_dpath = ut.unixpath(mod_dpath)
>>> mod_fpath = join(mod_dpath, '__init__.py')
>>> exclude_modnames = ut.get_argval(('--exclude', '-x'), list, default=[])
>>> use_star = ut.get_argflag('--star')
>>> init_codeblock = makeinit(mod_dpath, exclude_modnames, use_star)
>>> ut.dump_autogen_code(mod_fpath, init_codeblock)
"""
from utool._internal import util_importer
import utool as ut
module_name = ut.get_modname_from_modpath(mod_dpath)
IMPORT_TUPLES = util_importer.make_import_tuples(mod_dpath, exclude_modnames=exclude_modnames)
initstr = util_importer.make_initstr(module_name, IMPORT_TUPLES)
regen_command = 'cd %s\n' % (mod_dpath)
regen_command += ' makeinit.py'
regen_command += ' --modname={modname}'.format(modname=module_name)
if use_star:
regen_command += ' --star'
if len(exclude_modnames ) > 0:
regen_command += ' -x ' + ' '.join(exclude_modnames)
regen_block = (ut.codeblock('''
"""
Regen Command:
{regen_command}
"""
''').format(regen_command=regen_command))
importstar_codeblock = ut.codeblock(
'''
"""
python -c "import {module_name}" --dump-{module_name}-init
python -c "import {module_name}" --update-{module_name}-init
"""
__DYNAMIC__ = True
if __DYNAMIC__:
# TODO: import all utool external prereqs. Then the imports will not import
# anything that has already in a toplevel namespace
# COMMENTED OUT FOR FROZEN __INIT__
# Dynamically import listed util libraries and their members.
from utool._internal import util_importer
# FIXME: this might actually work with rrrr, but things arent being
# reimported because they are already in the modules list
import_execstr = util_importer.dynamic_import(__name__, IMPORT_TUPLES)
exec(import_execstr)
DOELSE = False
else:
# Do the nonexec import (can force it to happen no matter what if alwyas set
# to True)
DOELSE = True
if DOELSE:
# <AUTOGEN_INIT>
pass
# </AUTOGEN_INIT>
'''.format(module_name=module_name)
)
ts_line = '# Autogenerated on {ts}'.format(ts=ut.get_timestamp('printable'))
init_codeblock_list = ['# -*- coding: utf-8 -*-', ts_line]
init_codeblock_list.append(initstr)
init_codeblock_list.append('\nIMPORT_TUPLES = ' + ut.list_str(IMPORT_TUPLES))
if use_star:
init_codeblock_list.append(importstar_codeblock)
init_codeblock_list.append(regen_block)
init_codeblock = '\n'.join(init_codeblock_list)
return init_codeblock
def build_rankres_str(allres):
'Builds csv files showing the rids/scores/ranks of the query results'
ibs = allres.ibs
#qrid2_qres = allres.qrid2_qres
cx2_cid = ibs.tables.cx2_cid
#cx2_nx = ibs.tables.cx2_nx
test_samp = allres.qrid_list
train_samp = ibs.train_sample_rid
indx_samp = ibs.indexed_sample_rid
# Get organized data for csv file
(qcx2_top_true_rank,
qcx2_top_true_score,
qcx2_top_true_rid) = allres.top_true_qcx_arrays
(qcx2_bot_true_rank,
qcx2_bot_true_score,
qcx2_bot_true_rid) = allres.bot_true_qcx_arrays
(qcx2_top_false_rank,
qcx2_top_false_score,
qcx2_top_false_rid) = allres.top_false_qcx_arrays
# Number of groundtruth per query
qcx2_numgt = np.zeros(len(cx2_cid)) - 2
for qrid in test_samp:
qcx2_numgt[qrid] = len(ibs.get_other_indexed_rids(qrid))
# Easy to digest results
num_chips = len(test_samp)
num_nonquery = len(np.setdiff1d(indx_samp, test_samp))
# Find the test samples WITH ground truth
test_samp_with_gt = np.array(test_samp)[qcx2_numgt[test_samp] > 0]
if len(test_samp_with_gt) == 0:
warnings.warn('[rr2] there were no queries with ground truth')
#train_nxs_set = set(cx2_nx[train_samp])
flag_cxs_fn = ibs.flag_cxs_with_name_in_sample
def ranks_less_than_(thresh, intrain=None):
#Find the number of ranks scoring more than thresh
# Get statistics with respect to the training set
if len(test_samp_with_gt) == 0:
test_cxs_ = np.array([])
elif intrain is None: # report all
test_cxs_ = test_samp_with_gt
else: # report either or
in_train_flag = flag_cxs_fn(test_samp_with_gt, train_samp)
if intrain is False:
in_train_flag = True - in_train_flag
test_cxs_ = test_samp_with_gt[in_train_flag]
# number of test samples with ground truth
num_with_gt = len(test_cxs_)
if num_with_gt == 0:
return [], ('NoGT', 'NoGT', -1, 'NoGT')
# find tests with ranks greater and less than thresh
testcx2_ttr = qcx2_top_true_rank[test_cxs_]
greater_rids = test_cxs_[np.where(testcx2_ttr >= thresh)[0]]
num_greater = len(greater_rids)
num_less = num_with_gt - num_greater
num_greater = num_with_gt - num_less
frac_less = 100.0 * num_less / num_with_gt
fmt_tup = (num_less, num_with_gt, frac_less, num_greater)
return greater_rids, fmt_tup
greater5_rids, fmt5_tup = ranks_less_than_(5)
greater1_rids, fmt1_tup = ranks_less_than_(1)
#
gt5_intrain_rids, fmt5_in_tup = ranks_less_than_(5, intrain=True)
gt1_intrain_rids, fmt1_in_tup = ranks_less_than_(1, intrain=True)
#
gt5_outtrain_rids, fmt5_out_tup = ranks_less_than_(5, intrain=False)
gt1_outtrain_rids, fmt1_out_tup = ranks_less_than_(1, intrain=False)
#
allres.greater1_rids = greater1_rids
allres.greater5_rids = greater5_rids
#print('greater5_rids = %r ' % (allres.greater5_rids,))
#print('greater1_rids = %r ' % (allres.greater1_rids,))
# CSV Metadata
header = '# Experiment allres.title_suffix = ' + allres.title_suffix + '\n'
header += utool.get_timestamp(format_='comment') + '\n'
# Scalar summary
scalar_summary = '# Num Query Chips: %d \n' % num_chips
scalar_summary += '# Num Query Chips with at least one match: %d \n' % len(test_samp_with_gt)
scalar_summary += '# Num NonQuery Chips: %d \n' % num_nonquery
scalar_summary += '# Ranks <= 5: %r/%r = %.1f%% (missed %r)\n' % (fmt5_tup)
scalar_summary += '# Ranks <= 1: %r/%r = %.1f%% (missed %r)\n\n' % (fmt1_tup)
scalar_summary += '# InTrain Ranks <= 5: %r/%r = %.1f%% (missed %r)\n' % (fmt5_in_tup)
scalar_summary += '# InTrain Ranks <= 1: %r/%r = %.1f%% (missed %r)\n\n' % (fmt1_in_tup)
scalar_summary += '# OutTrain Ranks <= 5: %r/%r = %.1f%% (missed %r)\n' % (fmt5_out_tup)
scalar_summary += '# OutTrain Ranks <= 1: %r/%r = %.1f%% (missed %r)\n\n' % (fmt1_out_tup)
header += scalar_summary
# Experiment parameters
#header += '# Full Parameters: \n' + utool.indent(params.param_string(), '#') + '\n\n'
# More Metadata
header += textwrap.dedent('''
# Rank Result Metadata:
# QCX = Query chip-index
# QGNAME = Query images name
# NUMGT = Num ground truth matches
# TT = top true
# BT = bottom true
# TF = top false''').strip()
# Build the CSV table
test_sample_gx = ibs.tables.cx2_gx[test_samp]
test_sample_gname = ibs.tables.gx2_gname[test_sample_gx]
test_sample_gname = [g.replace('.jpg', '') for g in test_sample_gname]
column_labels = ['QCX', 'NUM GT',
'TT CX', 'BT CX', 'TF CX',
'TT SCORE', 'BT SCORE', 'TF SCORE',
'TT RANK', 'BT RANK', 'TF RANK',
'QGNAME', ]
column_list = [
test_samp, qcx2_numgt[test_samp],
qcx2_top_true_rid[test_samp], qcx2_bot_true_rid[test_samp],
qcx2_top_false_rid[test_samp], qcx2_top_true_score[test_samp],
qcx2_bot_true_score[test_samp], qcx2_top_false_score[test_samp],
qcx2_top_true_rank[test_samp], qcx2_bot_true_rank[test_samp],
qcx2_top_false_rank[test_samp], test_sample_gname, ]
column_type = [int, int, int, int, int,
float, float, float, int, int, int, str, ]
rankres_str = utool.util_csv.make_csv_table(column_labels, column_list, header, column_type)
# Put some more data at the end
problem_true_pairs = zip(allres.problem_true.qrids, allres.problem_true.rids)
problem_false_pairs = zip(allres.problem_false.qrids, allres.problem_false.rids)
problem_str = '\n'.join( [
'#Problem Cases: ',
'# problem_true_pairs = ' + repr(problem_true_pairs),
'# problem_false_pairs = ' + repr(problem_false_pairs)])
rankres_str += '\n' + problem_str
# Attach results to allres structure
allres.rankres_str = rankres_str
allres.scalar_summary = scalar_summary
allres.problem_false_pairs = problem_false_pairs
allres.problem_true_pairs = problem_true_pairs
allres.problem_false_pairs = problem_false_pairs
allres.problem_true_pairs = problem_true_pairs
def _onresize(event):
print('foo' + ut.get_timestamp())
def autogen_explicit_injectable_metaclass(classname, regen_command=None,
conditional_imports=None):
r"""
Args:
classname (?):
Returns:
?:
CommandLine:
python -m utool.util_class --exec-autogen_explicit_injectable_metaclass
Example:
>>> # DISABLE_DOCTEST
>>> from utool.util_class import * # NOQA
>>> from utool.util_class import __CLASSTYPE_ATTRIBUTES__ # NOQA
>>> import ibeis
>>> import ibeis.control.IBEISControl
>>> classname = ibeis.control.controller_inject.CONTROLLER_CLASSNAME
>>> result = autogen_explicit_injectable_metaclass(classname)
>>> print(result)
"""
import utool as ut
vals_list = []
def make_redirect(func):
# PRESERVES ALL SIGNATURES WITH EXECS
src_fmt = r'''
def {funcname}{defsig}:
""" {orig_docstr}"""
return {orig_funcname}{callsig}
'''
from utool._internal import meta_util_six
orig_docstr = meta_util_six.get_funcdoc(func)
funcname = meta_util_six.get_funcname(func)
orig_funcname = modname.split('.')[-1] + '.' + funcname
orig_docstr = '' if orig_docstr is None else orig_docstr
import textwrap
# Put wrapped function into a scope
import inspect
argspec = inspect.getargspec(func)
(args, varargs, varkw, defaults) = argspec
defsig = inspect.formatargspec(*argspec)
callsig = inspect.formatargspec(*argspec[0:3])
src_fmtdict = dict(funcname=funcname, orig_funcname=orig_funcname,
defsig=defsig, callsig=callsig,
orig_docstr=orig_docstr)
src = textwrap.dedent(src_fmt).format(**src_fmtdict)
return src
src_list = []
for classkey, vals in __CLASSTYPE_ATTRIBUTES__.items():
modname = classkey[1]
if classkey[0] == classname:
vals_list.append(vals)
for func in vals:
src = make_redirect(func)
src = ut.indent(src)
src = '\n'.join([_.rstrip() for _ in src.split('\n')])
src_list.append(src)
if regen_command is None:
regen_command = 'FIXME None given'
module_header = ut.codeblock(
"""
# -*- coding: utf-8 -*-
""" + ut.TRIPLE_DOUBLE_QUOTE + """
Static file containing autogenerated functions for {classname}
Autogenerated on {autogen_time}
RegenCommand:
{regen_command}
""" + ut.TRIPLE_DOUBLE_QUOTE + """
from __future__ import absolute_import, division, print_function
import utool as ut
""").format(
autogen_time=ut.get_timestamp(),
regen_command=regen_command,
classname=classname)
depends_module_block = autogen_import_list(classname, conditional_imports)
inject_statement_fmt = ("print, rrr, profile = "
"ut.inject2(__name__, '[autogen_explicit_inject_{classname}]')")
inject_statement = inject_statement_fmt.format(classname=classname)
source_block_lines = [
module_header,
depends_module_block,
inject_statement,
'\n',
'class ExplicitInject' + classname + '(object):',
] + src_list
source_block = '\n'.join(source_block_lines)
source_block = ut.autoformat_pep8(source_block, aggressive=2)
return source_block