def dump_subset(self,filename,append=False,verbose=False):
"""
dump a textual representation of the decoded
data in the currently loaded subset to a file.
If `append=True`, append to an existing file
(otherwise over-write file).
If `verbose=True`, more complete but harder to read info is written.
`ncepbufr.open.load_subset` must be called before
trying to print the decoded subset using `ncepbufr.open.dump_subset`.
"""
lunout = random.choice(_funits)
if not append:
iret = _bufrlib.fortran_open(filename,lunout,'formatted','rewind')
else:
iret = _bufrlib.fortran_open(filename,lunout,'formatted','append')
if iret != 0:
msg='error opening %s' % filename
if not verbose:
_bufrlib.ufdump(self.lunit,lunout)
else:
_bufrlib.ufbdmp(self.lunit,lunout)
iret = _bufrlib.fortran_close(lunout)
if iret == 0:
bisect.insort_left(_funits,lunout)
else:
raise IOError('error closing %s' % filename)
def dump_subset(self, filename, append=False, verbose=False):
"""
dump a textual representation of the decoded
data in the currently loaded subset to a file.
If `append=True`, append to an existing file
(otherwise over-write file).
If `verbose=True`, more complete but harder to read info is written.
`ncepbufr.open.load_subset` must be called before
trying to print the decoded subset using `ncepbufr.open.dump_subset`.
"""
lunout = random.choice(_funits)
if not append:
iret = _bufrlib.fortran_open(filename, lunout, 'formatted',
'rewind')
else:
iret = _bufrlib.fortran_open(filename, lunout, 'formatted',
'append')
if iret != 0:
msg = 'error opening %s' % filename
if not verbose:
_bufrlib.ufdump(self.lunit, lunout)
else:
_bufrlib.ufbdmp(self.lunit, lunout)
iret = _bufrlib.fortran_close(lunout)
if iret == 0:
bisect.insort_left(_funits, lunout)
else:
raise IOError('error closing %s' % filename)
def close(self):
"""
close the bufr file
"""
_bufrlib.closbf(self.lunit)
# add fortran unit number back to pool
bisect.insort_left(_funits,self.lunit)
if self.lundx is not None:
iret = _bufrlib.fortran_close(self.lundx)
if iret == 0:
bisect.insort_left(_funits,self.lundx)
else:
raise IOError('error closing %s' % self.table)
def close(self):
"""
close the bufr file
"""
_bufrlib.closbf(self.lunit)
# add fortran unit number back to pool
bisect.insort_left(_funits, self.lunit)
if self.lundx is not None:
iret = _bufrlib.fortran_close(self.lundx)
if iret == 0:
bisect.insort_left(_funits, self.lundx)
else:
raise IOError('error closing %s' % self.table)
def dump_table(self,filename):
"""
dump embedded bufr table to a file
"""
lundx = random.choice(_funits)
iret = _bufrlib.fortran_open(filename,lundx,'formatted','rewind')
if iret != 0:
msg='error opening %s' % filename
_bufrlib.dxdump(self.lunit,lundx)
iret = _bufrlib.fortran_close(lundx)
if iret == 0:
bisect.insort_left(_funits,lundx)
else:
raise IOError('error closing %s' % filename)
def dump_table(self, filename):
"""
dump embedded bufr table to a file
"""
lundx = random.choice(_funits)
iret = _bufrlib.fortran_open(filename, lundx, 'formatted', 'rewind')
if iret != 0:
msg = 'error opening %s' % filename
_bufrlib.dxdump(self.lunit, lundx)
iret = _bufrlib.fortran_close(lundx)
if iret == 0:
bisect.insort_left(_funits, lundx)
else:
raise IOError('error closing %s' % filename)
