Inheritance diagram for pkg.AbstractPkg:

Public Member Functions
def	__init__ (self, config=None)

def	generate (self)

def	get_kwds (self)

def	parse_etags (self, line)

def	print_etags (self)

def	print_tags (self)

def	tmpl_etags (self)

def	tmpl_tags (self)

def	write (self, fname, tmpl_name, kwds)

Public Attributes
	author

	config

	date

	debug

	not_in_dir

	pname

	tdir

	tmpl

Detailed Description

AbstractPkg takes care how to generate code from template/PKG
package area. The PKG can be any directory which may include
any types of files, e.g. C++ (.cc), python (.py), etc.
This class relies on specific logic which we outline here:

    - each template may use tags defined with double underscores
      enclosure, e.g. __class__, __record__, etc.
    - each template may have example tags, such tags should
      start with @example_. While processing template user may
      choose to strip them off or keep the code behind those tags
    - in addition user may specify pure python code which can
      operate with user defined tags. This code snipped should
      be enclosed with #python_begin and #python_end lines
      which declares start and end of python block

Definition at line 21 of file pkg.py.

Constructor & Destructor Documentation

def pkg.AbstractPkg.__init__	(	self,
		config = `None`
	)

Definition at line 38 of file pkg.py.

     def __init__(self, config=None):
         super(AbstractPkg, self).__init__()
         if  not config:
             self.config = {}
         else:
             self.config = config
         self.pname  = self.config.get('pname', None)
         self.tmpl   = self.config.get('tmpl', None)
         self.debug  = self.config.get('debug', 0)
         self.tdir   = self.config.get('tmpl_dir')
         self.author = user_info(self.config.get('author', None))
         self.date   = time.strftime("%a, %d %b %Y %H:%M:%S GMT", time.gmtime())
         self.not_in_dir = self.config.get('not_in_dir', [])
 

Member Function Documentation

def pkg.AbstractPkg.generate ( self )

Definition at line 156 of file pkg.py.

     def generate(self):
         "Generate package templates in a given directory"
 
         # keep current location, since generate will switch directories
         cdir = os.getcwd()
 
         # read from configutation which template files to create
         tmpl_files = self.config.get('tmpl_files', 'all')
 
         # setup keyword arguments which we'll pass to write method
         kwds = self.get_kwds()
 
         # create template package dir and cd into it
         if  tmpl_files == 'all' and self.tmpl not in self.not_in_dir:
             if  os.path.isdir(self.pname):
                 msg  = "Can't create package '%s'\n" % self.pname
                 msg += "Directory %s is already exists" % self.pname
                 print msg
                 sys.exit(1)
             os.makedirs(self.pname)
             os.chdir(self.pname)
 
         # read directory driver information and create file list to generate
         sdir    = os.path.join(self.tdir, self.tmpl)
         sources = [s for s in os.listdir(sdir) \
                 if s != 'Driver.dir' and s.find('~') == -1]
         driver  = os.path.join(sdir, 'Driver.dir')
         if  os.path.isfile(driver):
             sources = [s.replace('\n', '') for s in open(driver, 'r').readlines()]
         if  'CVS' in sources:
             sources.remove('CVS')
 
         # special case of Skeleton, which requires to generate only given
         # file type if self.pname has extension of that type
         names = set([s.split('.')[0] for s in sources])
         if  names == set(['Skeleton']):
             if  self.pname.find('.') != -1:
                 _, ext = os.path.splitext(self.pname)
                 sources = [s for s in sources if s.rfind(ext) != -1]
                 self.pname = self.pname.replace(ext, '')
                 kwds = self.get_kwds()
                 if  not sources:
                     msg = 'Unable to find skeleton for extension "%s"' % ext
                     print msg
                     sys.exit(1)
             bdir = os.environ.get('CMSSW_BASE', '')
             dirs = os.getcwd().replace(bdir, '').split('/')
             ldir = os.getcwd().split('/')[-1]
             idir = ''
             subsys  = kwds['__subsys__']
             pkgname = kwds['__pkgname__']
             if  sources == ['Skeleton.cc', 'Skeleton.h']:
                 if  ldir == 'interface' and os.getcwd().find(bdir) != -1:
                     idir = '%s/%s/interface/' % (subsys, pkgname)
             # run within some directory of the Sybsystem/Pkg area
             # and only for mkskel <file>.cc
             elif sources == ['Skeleton.cc'] and \
                 len(dirs) == 5 and dirs[0] == ''  and dirs[1] == 'src':
                 idir = '%s/%s/interface/' % (subsys, pkgname)
             elif sources == ['Skeleton.h'] and ldir == 'interface' and \
                 len(dirs) == 5 and dirs[0] == ''  and dirs[1] == 'src':
                 idir = '%s/%s/interface/' % (subsys, pkgname)
             kwds.update({'__incdir__': idir})
 
         # loop over source files, create dirs as necessary and generate files
         # names for writing templates
         gen_files = []
         for src in sources:
             if  tmpl_files != 'all':
                 fname, ext = os.path.splitext(src)
                 if  tmpl_files != ext:
                     continue
                 src = src.split('/')[-1]
             if  self.debug:
                 print "Read", src
             items = src.split('/')
             if  items[-1] == '/':
                 items = items[:-1]
             tname     = items[-1] # template file name
             tmpl_name = os.path.join(sdir, items[-1]) # full tmpl file name
             if  os.path.isfile(tmpl_name):
                 ftype = 'file'
             else:
                 ftype = 'dir'
             name2gen  = src # new file we'll create
             if  tname.split('.')[0] == self.tmpl: # need to substitute
                 name2gen  = name2gen.replace(self.tmpl, self.pname)
             name2gen  = os.path.join(os.getcwd(), name2gen)
             if  self.debug:
                 print "Create", name2gen
             if  ftype == 'dir':
                 if  not os.path.isdir(name2gen):
                     os.makedirs(name2gen)
                 continue # we're done with dir
             fdir = os.path.dirname(name2gen)
             if  not os.path.isdir(fdir):
                 os.makedirs(fdir)
             self.write(name2gen, tmpl_name, kwds)
             gen_files.append(name2gen.split('/')[-1])
         if  tmpl_files == 'all' and self.tmpl not in self.not_in_dir:
             msg  = 'New package "%s" of %s type is successfully generated' \
                     % (self.pname, self.tmpl)
         else:
             msg = 'Generated %s file' % ', '.join(gen_files)
             if  len(gen_files) > 1:
                 msg += 's'
         print msg
         # return back where we started
         os.chdir(cdir)
         if  msg.find('New package') != -1:
             tree(self.pname)

def pkg.AbstractPkg.get_kwds ( self )

Definition at line 139 of file pkg.py.

References pkg.AbstractPkg.author, pkg.AbstractPkg.date, DTDigiToRawModule.debug, CSCRPCData.debug, CSCDCCUnpacker.debug, ALIUtils.debug, CSCTMBScope.debug, crabFunctions.CrabController.debug, DTDigiToRaw.debug, EgammaProbeSelector.debug, DTTTrigCorrectionFirst.debug, DTSegmentsTask.debug, pkg.AbstractPkg.debug, DTTPDeadWriter.debug, CSCDCCEventData.debug, DTT0CalibrationRMS.debug, DTTTrigWriter.debug, SiPixelDigiToRaw.debug, SiPixelRawToDigi.debug, DTDDUUnpacker.debug, DTT0Calibration.debug, DTOccupancyPoint.debug, util.rrapi.RRApi.debug, DTNoiseComputation.debug, DTROS25Unpacker.debug, DTTTrigSyncT0Only.debug, DTTTrigCalibration.debug, DTEfficiencyTask.debug, CSCDDUEventData.debug, DTRunConditionVar.debug, HCALResponse.debug, DTChamberEfficiencyTask.debug, DTTMax.debug, DTChamberEfficiency.debug, CSCCLCTData.debug, DTVDriftCalibration.debug, PixelDataFormatter.debug, DTTTrigSyncFromDB.debug, CSCTMBData.debug, DTTTrigSyncTOFCorr.debug, BaseParticlePropagator.debug, RPCEfficiency.debug, CSCEventData.debug, CSCTMBHeader.debug, CSCALCTTrailer.debug, CSCALCTHeader.debug, crabFunctions.CrabTask.debug, and pkg.AbstractPkg.pname.

Referenced by pkg.AbstractPkg.generate().

     def get_kwds(self):
         "Return keyword arguments to be used in methods"
         kwds  = {'__pkgname__': self.config.get('pkgname', 'Package'),
                  '__author__': self.author,
                  '__user__': os.getlogin(),
                  '__date__': self.date,
                  '__class__': self.pname,
                  '__class_lowercase__': self.pname.lower(),
                  '__name__': self.pname,
                  '__subsys__': self.config.get('subsystem', 'Subsystem')}
         args = self.config.get('args', None)
         kwds.update(args)
         if  self.debug:
             print "Template tags:"
             pprint.pprint(kwds)
         return kwds
 

def pkg.AbstractPkg.parse_etags	(	self,
		line
	)

Determine either skip or keep given line based on class tags
meta-strings

Definition at line 95 of file pkg.py.

References pkg.AbstractPkg.tmpl_etags().

Referenced by pkg.AbstractPkg.write().

     def parse_etags(self, line):
         """
         Determine either skip or keep given line based on class tags
         meta-strings
         """
         tmpl_etags = self.tmpl_etags()
         keep_etags = self.config.get('tmpl_etags', [])
         for tag in tmpl_etags:
             for valid_tag in keep_etags:
               if  line.find(valid_tag) != -1:
                 line = line.replace(valid_tag, '')
                 return line
             if  line.find(tag) != -1:
               line = ''
               return line
         return line
 

def pkg.AbstractPkg.print_etags ( self )

Definition at line 69 of file pkg.py.

References pkg.AbstractPkg.tmpl_etags().

     def print_etags(self):
         "Print out template example tags"
         for key in self.tmpl_etags():
             print key
 

def pkg.AbstractPkg.print_tags ( self )

Definition at line 90 of file pkg.py.

References pkg.AbstractPkg.tmpl_tags().

     def print_tags(self):
         "Print out template keys"
         for key in self.tmpl_tags():
             print key
 

def pkg.AbstractPkg.tmpl_etags ( self )

Definition at line 52 of file pkg.py.

References pkg.AbstractPkg.tdir, and pkg.AbstractPkg.tmpl.

Referenced by pkg.AbstractPkg.parse_etags(), and pkg.AbstractPkg.print_etags().

     def tmpl_etags(self):
         "Scan template files and return example tags"
         keys = []
         sdir = '%s/%s' % (self.tdir, self.tmpl)
         for name in os.listdir(sdir):
             if  name[-1] == '~':
                 continue
             if  name == 'CVS':
                 continue
             fname = os.path.join(sdir, name)
             with open(fname, 'r') as stream:
                 for line in stream.readlines():
                     if  line.find('@example_') != -1: # possible tag
                         keys += [k for k in line.split() if \
                                     k.find('@example_') != -1]
         return set(keys)
 

def pkg.AbstractPkg.tmpl_tags ( self )

Definition at line 74 of file pkg.py.

References utils.parse_word(), pkg.AbstractPkg.tdir, and pkg.AbstractPkg.tmpl.

Referenced by pkg.AbstractPkg.print_tags().

     def tmpl_tags(self):
         "Scan template files and return template tags"
         keys = []
         sdir = '%s/%s' % (self.tdir, self.tmpl)
         for name in os.listdir(sdir):
             if  name[-1] == '~':
                 continue
             if  name == 'CVS':
                 continue
             fname = os.path.join(sdir, name)
             with open(fname, 'r') as stream:
                 for line in stream.readlines():
                     if  line.find('__') != -1: # possible key
                         keys += [k for k in parse_word(line)]
         return set(keys)
 

def pkg.AbstractPkg.write	(	self,
		fname,
		tmpl_name,
		kwds
	)

Definition at line 112 of file pkg.py.

References DTDigiToRawModule.debug, CSCRPCData.debug, CSCDCCUnpacker.debug, CSCTMBScope.debug, ALIUtils.debug, crabFunctions.CrabController.debug, DTDigiToRaw.debug, EgammaProbeSelector.debug, DTTTrigCorrectionFirst.debug, DTSegmentsTask.debug, pkg.AbstractPkg.debug, DTTPDeadWriter.debug, CSCDCCEventData.debug, DTTTrigWriter.debug, DTT0CalibrationRMS.debug, SiPixelDigiToRaw.debug, SiPixelRawToDigi.debug, DTDDUUnpacker.debug, DTT0Calibration.debug, DTOccupancyPoint.debug, util.rrapi.RRApi.debug, DTNoiseComputation.debug, DTROS25Unpacker.debug, DTTTrigSyncT0Only.debug, DTTTrigCalibration.debug, DTEfficiencyTask.debug, DTRunConditionVar.debug, CSCDDUEventData.debug, HCALResponse.debug, DTChamberEfficiencyTask.debug, DTTMax.debug, DTChamberEfficiency.debug, CSCCLCTData.debug, DTVDriftCalibration.debug, PixelDataFormatter.debug, DTTTrigSyncFromDB.debug, CSCTMBData.debug, DTTTrigSyncTOFCorr.debug, BaseParticlePropagator.debug, RPCEfficiency.debug, CSCEventData.debug, CSCTMBHeader.debug, CSCALCTTrailer.debug, CSCALCTHeader.debug, crabFunctions.CrabTask.debug, utils.functor(), and pkg.AbstractPkg.parse_etags().

Referenced by pkg.AbstractPkg.generate().

     def write(self, fname, tmpl_name, kwds):
         "Create new file from given template name and set of arguments"
         code = ""
         read_code = False
         with open(fname, 'w') as stream:
             for line in open(tmpl_name, 'r').readlines():
                 line = self.parse_etags(line)
                 if  not line:
                     continue
                 if  line.find('#python_begin') != -1:
                     read_code = True
                     continue
                 if  line.find('#python_end') != -1:
                     read_code = False
                 if  read_code:
                     code += line
                 if  code and not read_code:
                     res   = functor(code, kwds, self.debug)
                     stream.write(res)
                     code  = ""
                     continue
                 if  not read_code:
                     for key, val in kwds.items():
                         if  isinstance(val, basestring):
                             line = line.replace(key, val)
                     stream.write(line)
 