def test_two_envs(self):
"""fails for two environment variables"""
sat_path = os.path.abspath(os.path.join(MODEL_PATH, 'Satellite_V02'))
os.environ['Satellite_V02_base'] = sat_path
os.environ['Satellite_V02_bddm'] = os.path.join('BULK', 'MATERIAUX')
#os.environ['Satellite_V02_INCLUDE'] = os.path.join(sat_path, 'INCLUDE')
#os.environ['Satellite_V02_BULK'] = os.path.join(sat_path, 'BULK')
pth = "INCLUDE 'Satellite_V02_base:Satellite_V02_bddm:Satellite_V02_Materiaux.blk'"
with self.assertRaises(SyntaxError):
pth2 = get_include_filename([pth], include_dir=r'C:\dir\dir2', is_windows=True)
with self.assertRaises(SyntaxError):
pth2 = get_include_filename([pth], include_dir=r'C:\dir\dir2', is_windows=False)
def test_paths_sat(self):
"""runs through the various satellite includes on windows and linux"""
sat_path = os.path.abspath(os.path.join(MODEL_PATH, 'Satellite_V02'))
os.environ['Satellite_V02_base'] = sat_path
os.environ['Satellite_V02_bddm'] = os.path.join(
sat_path, 'BULK', 'MATERIAUX')
os.environ['Satellite_V02_BULK'] = os.path.join(sat_path, 'BULK')
os.environ['Satellite_V02_INCLUDE'] = os.path.join(sat_path, 'INCLUDE')
assert os.path.exists(sat_path), print_bad_path(sat_path)
assert os.path.exists(os.path.join(sat_path, 'BULK')), print_bad_path(
os.path.join(sat_path, 'BULK'))
assert os.path.exists(os.path.join(
sat_path, 'BULK', 'MATERIAUX')), print_bad_path(
os.path.join(sat_path, 'BULK', 'MATERIAUX'))
assert os.path.exists(os.path.join(
sat_path,
'INCLUDE')), print_bad_path(os.path.join(sat_path, 'INCLUDE'))
pths = [
"INCLUDE 'Satellite_V02_bddm:Satellite_V02_Materiaux.blk'",
"INCLUDE 'Satellite_V02_BULK:CONM2/Satellite_V02_CONM2.blk'",
"INCLUDE 'Satellite_V02_BULK:RBE2/Satellite_V02_RBE2.blk'",
"INCLUDE 'Satellite_V02_BULK:TUBE/Satellite_V02_TubeCentral.blk'",
"INCLUDE 'Satellite_V02_BULK:TUBE/Satellite_V02_Barre_TubeCentral.blk'",
"INCLUDE 'Satellite_V02_INCLUDE:Satellite_V02_Panneau_Etoile.dat'",
"INCLUDE 'Satellite_V02_BULK:ETOILE/Satellite_V02_Barre_Panneau_Etoile.blk'",
"INCLUDE 'Satellite_V02_BULK:TOP/Satellite_V02_Panneau_PZ.blk'",
"INCLUDE 'Satellite_V02_BULK:TOP/Satellite_V02_Barre_Panneau_PZ.blk'",
"INCLUDE 'Satellite_V02_BULK:BOTTOM/Satellite_V02_Panneau_MZ.blk'",
"INCLUDE 'Satellite_V02_INCLUDE:Satellite_V02_Tube_Cone.dat'",
"INCLUDE 'Satellite_V02_BULK:COORDS/satellite_V02_Coord.blk'",
"INCLUDE 'Satellite_V02_INCLUDE:Satellite_V02_Panneau_Externe.dat'",
]
for pth in pths:
pth2 = get_include_filename([pth], include_dir='', is_windows=True)
#if not os.path.exists(pth2):
#msg = 'Invalid Path\nold: %r\nnew: %r' % (pth, pth2)
#msg += print_bad_path(pth2)
#raise RuntimeError(msg)
#print('pth1 =', pth2)
pth2 = get_include_filename([pth],
include_dir='',
is_windows=False)
def test_dollar_envs(self):
"""tests sane environment variables"""
sat_path = os.path.abspath(os.path.join(MODEL_PATH, 'Satellite_V02'))
os.environ['Satellite_V02_base'] = sat_path
os.environ['Satellite_V02_bddm'] = os.path.join('BULK', 'MATERIAUX')
#os.environ['Satellite_V02_INCLUDE'] = os.path.join(sat_path, 'INCLUDE')
#os.environ['Satellite_V02_BULK'] = os.path.join(sat_path, 'BULK')
pth = "INCLUDE '%Satellite_V02_bddm%:Satellite_V02_Materiaux.blk'"
pth2 = get_include_filename([pth], include_dir='', is_windows=True)
def _lines_to_deck_lines(self, lines):
# type: (List[str]) -> List[str], int
"""
Merges the includes into the main deck.
Parameters
----------
lines : List[str]
the lines from the main BDF
Returns
-------
active_lines : List[str]
all the active lines in the deck
"""
nlines = len(lines)
i = 0
while i < nlines:
try:
line = lines[i].rstrip('\r\n\t')
except IndexError:
break
uline = line.upper()
if uline.startswith('INCLUDE'):
j, include_lines = self._get_include_lines(
lines, line, i, nlines)
bdf_filename2 = get_include_filename(
include_lines, include_dir=self.include_dir)
if self.read_includes:
try:
self._open_file_checks(bdf_filename2)
except IOError:
crash_name = 'pyNastran_crash.bdf'
self._dump_file(crash_name, lines, j)
msg = 'There was an invalid filename found while parsing.\n'
msg += 'Check the end of %r\n' % crash_name
msg += 'bdf_filename2 = %r\n' % bdf_filename2
msg += 'abs_filename2 = %r\n' % os.path.abspath(
bdf_filename2)
#msg += 'len(bdf_filename2) = %s' % len(bdf_filename2)
print(msg)
raise
#raise IOError(msg)
with self._open_file(bdf_filename2,
basename=False) as bdf_file:
#print('bdf_file.name = %s' % bdf_file.name)
try:
lines2 = bdf_file.readlines()
except UnicodeDecodeError:
msg = 'Invalid Encoding: encoding=%r. Fix it by:\n' % self.encoding
msg += ' 1. try a different encoding (e.g., latin1)\n'
msg += " 2. call read_bdf(...) with `encoding`'\n"
msg += (
" 3. Add '$ pyNastran : encoding=latin1"
' (or other encoding) to the top of the main file\n'
)
raise RuntimeError(msg)
#print('lines2 = %s' % lines2)
nlines += len(lines2)
#line2 = lines[j].split('$')
#if not line2[0].isalpha():
#print('** %s' % line2)
include_comment = '\n$ INCLUDE processed: %s\n' % bdf_filename2
#for line in lines2:
#print(" ?%s" % line.rstrip())
lines = lines[:i] + [include_comment] + lines2 + lines[j:]
#for line in lines:
#print(" *%s" % line.rstrip())
else:
lines = lines[:i] + lines[j:]
self.reject_lines.append(include_lines)
#self.reject_lines.append(write_include(bdf_filename2))
i += 1
if self.dumplines:
self._dump_file('pyNastran_dump.bdf', lines, i)
return lines
def lines_to_deck_lines(self, lines, make_ilines=True):
# type: (List[str]) -> List[str], int
"""
Merges the includes into the main deck.
Parameters
----------
lines : List[str]
the lines from the main BDF
make_ilines : bool; default=True
flag for ilines
Returns
-------
active_lines : List[str]
all the active lines in the deck
ilines : (nlines, 2) int ndarray
if make_ilines = True:
the [ifile, iline] pair for each line in the file
if make_ilines = False:
ilines = None
"""
nlines = len(lines)
ilines = None
if make_ilines:
ilines = _make_ilines(nlines, ifile=0)
i = 0
ifile = 1
while i < nlines:
try:
line = lines[i].rstrip('\r\n\t')
except IndexError:
break
uline = line.upper()
if uline.startswith('INCLUDE'):
j, include_lines = self._get_include_lines(
lines, line, i, nlines)
bdf_filename2 = get_include_filename(
include_lines, include_dir=self.include_dir)
self.include_lines[ifile - 1].append(
(include_lines, bdf_filename2))
if self.read_includes:
lines, nlines, ilines = self._update_include(
lines,
nlines,
ilines,
include_lines,
bdf_filename2,
i,
j,
ifile,
make_ilines=make_ilines)
ifile += 1
else:
lines = lines[:i] + lines[j:]
if make_ilines:
ilines = np.vstack([
ilines[:i, :],
ilines[j:, :],
])
#assert len(ilines[:, 1]) == len(np.unique(ilines[:, 1]))
#self.include_lines[ifile].append(include_lines)
#self.reject_lines.append(write_include(bdf_filename2))
i += 1
if self.dumplines:
self._dump_file('pyNastran_dump.bdf', lines, i)
#if make_ilines:
#nilines = ilines.shape[0]
#assert nlines == ilines.shape[0], 'nlines=%s nilines=%s' % (nlines, nilines)
return lines, ilines
