def test_config_update():
fn = _file_path('valid.cfg')
fn_new = _file_path('updates.cfg')
cfg_new = parse_config(fn_new)
cfg_ = parse_config(fn)
update_config(cfg_, cfg_new, update_comments=False)
assert 'section3' in cfg_
assert 'newvar' in cfg_.section2
assert cfg_.section1._comment == 'old section1 comment'
cfg_ = parse_config(fn)
update_config(cfg_, cfg_new, create_new_sections=False)
assert 'section3' not in cfg_
assert 'newvar' in cfg_.section2
cfg_ = parse_config(fn)
update_config(cfg_,
cfg_new,
create_new_sections=True,
create_new_items=False)
assert 'section3' in cfg_
assert 'newvar' not in cfg_.section2
cfg_ = parse_config(fn)
update_config(cfg_, cfg_new, update_comments=True)
assert cfg_.section1._comment == 'updated section1 comment'
cfg_ = parse_config(fn)
update_config(cfg_, cfg_new, create_new_items=['section2'])
assert 'newvar' in cfg_.section2
cfg_ = parse_config(fn)
update_config(cfg_, cfg_new, create_new_items=['section1'])
assert 'newvar' not in cfg_.section2
def test_write_read_cycle():
fn = _file_path('valid.cfg')
cfg_ = parse_config(fn)
txt = dump_config(cfg_)
txtlines = txt.split('\n')
cfg_back = _parse_config(txtlines)
for secname, sec in cfg_:
assert secname in cfg_back
for itemname, item in sec:
assert itemname in getattr(cfg_back, secname)
def test_config():
"""Test reading of valid config"""
fn = _file_path('valid.cfg')
cfg_ = parse_config(fn)
assert 'section1' in cfg_
assert 'section2' in cfg_
secs = sorted(secname for (secname, sec) in cfg_)
assert secs == ['section1', 'section2']
assert cfg_.section1.var1 == 1
assert 'list' in cfg_.section1.var2
assert cfg_.section1['var1']._comment == 'this is var1'
assert cfg_.section2.mydict['c'] == 3
def load_config_dialog(self):
"""Bring up load dialog and load selected file"""
fout = QtWidgets.QFileDialog.getOpenFileName(self, 'Load config file',
op.expanduser('~'),
'Config files (*.cfg)')
fname = fout[0]
if fname:
try:
cfg_new = configdot.parse_config(fname)
configdot.update_config(
cfg,
cfg_new,
create_new_sections=False,
create_new_items=['layouts'],
update_comments=False,
)
except ValueError:
qt_message_dialog('Could not parse %s' % fname)
else:
self._update_inputs()
def test_def_last_line():
"""Test cfg with multiline def terminating on last line"""
fn = _file_path('def_last_line.cfg')
cfg = parse_config(fn)
assert 'foo' in cfg.section2
def test_invalid_def():
"""Test cfg with invalid def"""
fn = _file_path('invalid.cfg')
with pytest.raises(ValueError):
parse_config(fn)
def test_orphaned_def():
"""Test cfg with def outside section"""
fn = _file_path('orphan.cfg')
with pytest.raises(ValueError):
parse_config(fn)
cfg.autoproc['write_eclipse_fp_info'].value = 'write'
# default config
cfg_template_fn = resource_filename(__name__, 'data/default.cfg')
# user specific config
# On Windows, this typically puts the config at C:\Users\Username, since the
# USERPROFILE environment variable points there. Putting the config in a
# networked home dir requires some tinkering with environment variables
# (e.g. setting HOME)
homedir = op.expanduser('~')
cfg_user_fn = op.join(homedir, '.gaitutils.cfg')
# provide the global cfg instance
# read template config
cfg = parse_config(cfg_template_fn)
if op.isfile(cfg_user_fn):
logger.debug('reading user config from %s' % cfg_user_fn)
cfg_user = parse_config(cfg_user_fn)
# update config from user file, but do not overwrite comments
# new config items are only allowed in layouts section
update_config(
cfg,
cfg_user,
create_new_sections=False,
create_new_items=['layouts'],
update_comments=False,
)
else:
logger.warning('no config file, trying to create %s' % cfg_user_fn)
cfg_txt = dump_config(cfg)
@author: jussi ([email protected]) """ import inspect import sys import os.path as op import os import subprocess import time import logging from ulstools.configdot import parse_config from gaitutils import nexus, config # reset the config so that user settings do not affect testing cfg = parse_config(config.cfg_template_fn) # where test data is held testdata_root = r'Z:\gaitutils_testdata' def start_nexus(): if not nexus.pid(): # try to start Nexus for tests... exe = op.join(cfg.general.nexus_path, 'Nexus.exe') # silence Nexus output blackhole = open(os.devnull, 'w') subprocess.Popen([exe], stdout=blackhole) time.sleep(9) if not nexus.pid(): raise Exception('Please start Vicon Nexus first')
