def mkMsg(self):
"""create and write module level message for this class.
Most of this is just compiling the info. meta in a dictionary
of lists where each list is a list of tuples describing the
tag lines for the particular section of the message. This tuple
format conforms to that used by the xmlMessage class which is
modeled on basic python argument passing, i.e. (key,*value,**attr).
"""
self.meta = {}
self.meta['module'] = []
self.meta['meta'] = []
self.meta['input'] = []
self.meta['output'] = []
self.meta['errorlist'] = []
self.meta['module'].append(
('module', 'name=' + self.modName, 'version=' + __version__,
'dataset=' + self.obsName))
self.meta['module'].append(('root', self.root))
self.meta['meta'].append(('meta', ))
self.meta['meta'].append(('depend', ))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'python'))
self.meta['meta'].append(('version', pyversion.split()[0]))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'numpy.oldnumeric'))
self.meta['meta'].append(('version', numver))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'tableio.py'))
self.meta['meta'].append(('version', tableio.__version__))
if self.errorList:
self.meta['errorlist'].append(('errorlist', ))
for pkg, err in self.errorList:
self.meta['errorlist'].append(
('erroritem', err, 'frompkg=' + pkg))
# input section
self.meta['input'].append(('input', ))
for f in self.inputList:
self.meta['input'].append(('file', 'type=text/ascii'))
self.meta['input'].append(('name', os.path.join("Catalogs", f)))
# output section
if self.outputList:
self.meta['output'].append(('output', ))
for f in self.outputList.keys():
if string.find(f, ".xml") != -1:
self.meta['output'].append(('file', 'type=text/xml'))
self.meta['output'].append(
('name', os.path.join("Catalogs", f)))
for pred in self.outputList[f]:
self.meta['output'].append(
('predecessor', os.path.join("Catalogs", pred)))
else:
self.meta['output'].append(('file', 'type=text/ascii'))
self.meta['output'].append(
('name', os.path.join("Catalogs", f)))
for pred in self.outputList[f]:
self.meta['output'].append(
('predecessor', os.path.join("Catalogs", pred)))
# pass this dictionary to the class pMessage...
msgFile = os.path.join(self.messagedir, self.modName + "_module.xml")
mmsg = pMessage(self.meta)
mmsg.writeMsg(msgFile)
return
def mkMsg(self):
"""Create and write module level message for this class.
Most of this is just compiling the info. meta is a dictionary
of lists where each list is a list of tuples describing the
tag lines for the particular section of the message. This tuple
format conforms to that used by the xmlMessage class which is
modeled on basic python argument passing, i.e. (key,*value,**attr).
"""
# getting the version of project_coords
project_coords_cmd = 'project_coords --version'
outp = popen2.Popen4(project_coords_cmd)
outpline = outp.fromchild.readlines()
pcoorVer = outpline[0].split()[-1]
self.meta = {}
self.meta['module'] = []
self.meta['meta'] = []
self.meta['input'] = []
self.meta['output'] = []
self.meta['errorlist'] = []
self.meta['module'].append(
('module', 'name=' + self.modName, 'version=' + __version__,
'dataset=' + self.obsName))
self.meta['module'].append(('root', self.root))
self.meta['meta'].append(('meta', ))
self.meta['meta'].append(('depend', ))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'python'))
self.meta['meta'].append(('version', pyversion.split()[0]))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'pyfits'))
self.meta['meta'].append(('version', pyfits.__version__.split()[0]))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'project_coords'))
self.meta['meta'].append(('version', pcoorVer))
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', 'Guide Star Catalog'))
self.meta['meta'].append(
('version', _URL_.split("/")[-1].split("q")[0]))
# SExtractor info
sub = subprocess.Popen(['sex', '--version'],
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
close_fds=True)
outp = sub.stdout.readlines()
name = outp[0].split()[0]
ver = outp[0].split()[2]
self.meta['meta'].append(('pkg', ))
self.meta['meta'].append(('name', name))
self.meta['meta'].append(('version', ver))
cmdline1 = 'sex fitsfile -c self.InParFileName'
self.meta['meta'].append(('commandline', cmdline1))
del outp, sub, name, ver
if self.errorList:
self.meta['errorlist'].append(('errorlist', ))
for pkg, err in self.errorList:
self.meta['errorlist'].append(
('erroritem', err, 'frompkg=' + pkg))
# input section
self.meta['input'].append(('input', ))
for f in self.inputList:
if string.find(f, "_asn") == -1:
self.meta['input'].append(('file', 'type=image/x-fits'))
self.meta['input'].append(('name', os.path.join("Images", f)))
else:
self.meta['input'].append(('file', 'type=image/x-fits'))
self.meta['input'].append(('name', os.path.join("Images", f)))
# output section
if self.outputList:
self.meta['output'].append(('output', ))
for f in self.outputList.keys():
if string.find(f, ".xml") == -1:
self.meta['output'].append(('file', 'type=image/x-fits'))
self.meta['output'].append(('name', os.path.join("Images", f)))
for pred in self.outputList[f]:
self.meta['output'].append(
('predecessor', os.path.join("Images", pred)))
else:
self.meta['output'].append(('file', 'type=text/xml'))
self.meta['output'].append(('name', os.path.join("Images", f)))
for pred in self.outputList[f]:
self.meta['output'].append(
('predecessor', os.path.join("Images", pred)))
# pass this dictionary to the class pMessage...
msgFile = os.path.join(self.messagedir, self.modName + "_module.xml")
mmsg = pMessage(self.meta)
mmsg.writeMsg(msgFile)
return
def mkMsg(self):
"""create and write module level message for this class.
Most of this is just compiling the info. meta is a dictionary
of lists where each list is a list of tuples describing the
tag lines for the particular section of the message. This tuple
format conforms to that used by the xmlMessage class which is
modeled on basic python argument passing, i.e. (key,*value,**attr).
"""
self.meta = {}
self.meta['module'] = []
self.meta['meta'] = []
self.meta['input'] = []
self.meta['output'] = []
self.meta['errorlist'] = []
self.meta['module'].append(('module','name='+self.modName,'version='+__version__,'dataset='+self.obsName))
self.meta['module'].append(('root',self.root))
self.meta['meta'].append(('meta',))
self.meta['meta'].append(('depend',))
self.meta['meta'].append(('pkg',))
self.meta['meta'].append(('name','python'))
self.meta['meta'].append(('version',pyversion.split()[0]))
self.meta['meta'].append(('pkg',))
self.meta['meta'].append(('name','pyfits'))
self.meta['meta'].append(('version',pyfits.__version__.split()[0]))
# SExtractor info
sub = subprocess.Popen(['sex', '--version'], stdin=subprocess.PIPE, stdout=subprocess.PIPE, close_fds=True)
outp = sub.stdout.readlines()
name = outp[0].split()[0]
ver = outp[0].split()[2]
self.meta['meta'].append(('pkg',))
self.meta['meta'].append(('name',name))
self.meta['meta'].append(('version',ver))
cmdline1 = 'sex fitsfile -c self.defaultInParFile'
self.meta['meta'].append(('commandline',cmdline1))
del outp,sub,name,ver
# match info
sub = subprocess.Popen(['match', '--version'], stdin=subprocess.PIPE, stdout=subprocess.PIPE, close_fds=True)
outp = sub.stdout.readlines()
name = outp[0].split()[0][:-1]
ver = outp[0].split()[2]
self.meta['meta'].append(('pkg',))
self.meta['meta'].append(('name',name))
self.meta['meta'].append(('version',ver))
# ok, here's the new, post version 0.5 command, where the part in brackets
# [identity xsh=dx ysh=dy] is only included if the angle is expected to be small
cmdline2 = "match file_matchin 1 2 3 self.refMatchFile 1 2 3 max_iter=10 scale=1.00 nobj=60 matchrad=str(tolmatch) trirad=0.00033 recalc medtf medsigclip=2.7 outfile=outfile [identity xsh=+str(hdr_dx)+ ysh=+str(hdr_dy)]"
self.meta['meta'].append(('commandline',cmdline2))
del outp,sub,name,ver
if self.GlobalBlock.errorList:
self.meta['errorlist'].append(('errorlist',))
for pkg,err in self.GlobalBlock.errorList:
self.meta['errorlist'].append(('erroritem',err,'frompkg='+pkg))
# input section
self.meta['input'].append(('input',))
# 25/Jan/02 - updating meta['input'] to reflect changes in MatchDict
for im in self.imfiles:
if not im.extref:
self.meta['input'].append(('file','type=image/x-fits'))
self.meta['input'].append(('name',os.path.join("Images",im.PathName)))
self.meta['input'].append(('attr',im.MatchDict['Nraw'] ,'name=Nraw'))
self.meta['input'].append(('attr',im.MatchDict['Ngood'] ,'name=Ngood'))
self.meta['input'].append(('attr',im.MatchDict['Nmatch'] ,'name=Nmatch'))
self.meta['input'].append(('attr',im.MatchDict['xpix_shift'] ,'name=xpix_shift'))
self.meta['input'].append(('attr',im.MatchDict['xpix_shift_err'],'name=xpix_shift_err'))
self.meta['input'].append(('attr',im.MatchDict['ypix_shift'] ,'name=ypix_shift'))
self.meta['input'].append(('attr',im.MatchDict['ypix_shift_err'],'name=ypix_shift_err'))
self.meta['input'].append(('attr',im.MatchDict['xarc_shift'] ,'name=xarc_shift'))
self.meta['input'].append(('attr',im.MatchDict['yarc_shift'] ,'name=yarc_shift'))
self.meta['input'].append(('attr',im.MatchDict['angle'] ,'name=angle'))
self.meta['input'].append(('attr',im.MatchDict['angle_err'] ,'name=angle_err'))
self.meta['input'].append(('attr',im.MatchDict['skyval'] ,'name=skyval'))
self.meta['input'].append(('attr',im.MatchDict['skyrms'] ,'name=skyrms'))
# output section
if self.GlobalBlock.outputList:
self.meta['output'].append(('output',))
for f in self.GlobalBlock.outputList.keys():
if string.find(f,".fits") != -1:
self.meta['output'].append(('file','type=image/x-fits'))
self.meta['output'].append(('name',os.path.join("Images",f)))
for pred in self.GlobalBlock.outputList[f]:
self.meta['output'].append(('predecessor',os.path.join("Images",pred)))
else:
self.meta['output'].append(('file','type=text/ascii'))
self.meta['output'].append(('name',os.path.join("align",f)))
for pred in self.GlobalBlock.outputList[f]:
self.meta['output'].append(('predecessor',os.path.join("Images",pred)))
# pass this dictionary to the class pMessage...
msgFile = os.path.join(self.messagedir,self.modName+"_module.xml")
mmsg = pMessage(self.meta)
mmsg.writeMsg(msgFile)
return
