def main():
from pluggdapps import loadpackages
import pluggdapps.commands
loadpackages() # This is important, otherwise plugins in other packages
# will not be detected.
# Create command line parser.
# Get a list of sub-commands supported in command line.
# Take only the command-line parameters uptil a subcommand.
mainparser = mainoptions()
mainargs = pluggdapps.commands.mainargs(ICommand, 'pagd.*', sys.argv[1:])
args = mainparser.parse_args( mainargs )
pa = Pluggdapps.boot( args.config )
subcommands = pa.qpr( pa, ICommand, 'pagd.*' )
# setup sub-command arguments
subparsers = mainparser.add_subparsers( help="Sub-commands" )
[ subcmd.subparser( mainparser, subparsers ) for subcmd in subcommands ]
# Do a full parsing of command line arguments.
args = mainparser.parse_args()
args.sitepath = abspath( args.sitepath )
# Corresponding handler is expected to be registered during subparser()
# call above.
args.handler( args )
def main():
from pluggdapps import loadpackages
import pluggdapps.commands
loadpackages() # This is important, otherwise plugins in other packages
# will not be detected.
# Create command line parser.
# Get a list of sub-commands supported in command line.
# Take only the command-line parameters uptil a subcommand.
mainparser = mainoptions()
mainargs = pluggdapps.commands.mainargs(ICommand, 'pluggdapps.*',
sys.argv[1:])
args = mainparser.parse_args(mainargs)
if args.webapps:
pa = Webapps.boot(args.config)
subcommands = pa.qpr(pa, None, ICommand, 'pluggdapps.*')
else:
pa = Pluggdapps.boot(args.config)
subcommands = pa.qpr(pa, ICommand, 'pluggdapps.*')
# setup sub-command arguments
subparsers = mainparser.add_subparsers(help="Sub-commands")
[subcmd.subparser(mainparser, subparsers) for subcmd in subcommands]
# Do a full parsing of command line arguments.
args = mainparser.parse_args()
# Corresponding handler is expected to be registered during subparser()
# call above.
args.handler(args)
def main() :
from pluggdapps import loadpackages
loadpackages() # This is important, otherwise plugins in other packages
# will not be detected.
argparser = mainoptions()
options = argparser.parse_args()
pa = Pluggdapps.boot( None )
# Initialize plugins
setts = {
'lex_debug' : int( options.debug ),
'yacc_debug' : int( options.debug ),
'debug' : True,
}
compiler = pa.qp( pa, ISettings, 'tayra.ttlcompiler', settings=setts )
if options.version :
print( tayra.__version__ )
elif options.test :
from tayra.test.teststd import test_stdttl
print( "Executing TTL tests ..." )
setts['beautify_html'] = False
compiler = pa.qp( pa, ISettings, 'tayra.ttlcompiler', settings=setts )
test_stdttl( compiler, options )
elif options.ttllex and options.ttlfile :
print( "Lexing file %r ..." % options.ttlfile )
lexical( pa, options )
elif options.dump and options.ttlfile :
print( "Parsing and dumping file %r ..." % options.ttlfile )
ast = yaccer( pa, options, debuglevel=int(options.debug) )
dumptext = ast.dump( context=Context() )
text = open( options.ttlfile, encoding='utf-8-sig' ).read()
if dumptext != text :
open( 'dump', 'w' ).write( dumptext )
open( 'text', 'w' ).write( text )
assert False
print( "Dump of AST matches the original text :)")
elif options.show and options.ttlfile :
print( "Parsing and describing file %r ..." % options.ttlfile )
ast = yaccer( pa, options, debuglevel=int(options.debug) )
ast.show()
elif options.ttlfile and isfile( options.ttlfile ) :
print( "Translating file %r ..." % options.ttlfile )
tayra.translatefile( options.ttlfile, compiler, options )
def main():
from pluggdapps import loadpackages
loadpackages() # This is important, otherwise plugins in other packages
# will not be detected.
argparser = mainoptions()
options = argparser.parse_args()
pa = Pluggdapps.boot(None)
# Initialize plugins
setts = {
'lex_debug': int(options.debug),
'yacc_debug': int(options.debug),
'debug': True,
}
compiler = pa.qp(pa, ISettings, 'tayra.ttlcompiler', settings=setts)
if options.version:
print(tayra.__version__)
elif options.test:
from tayra.test.teststd import test_stdttl
print("Executing TTL tests ...")
setts['beautify_html'] = False
compiler = pa.qp(pa, ISettings, 'tayra.ttlcompiler', settings=setts)
test_stdttl(compiler, options)
elif options.ttllex and options.ttlfile:
print("Lexing file %r ..." % options.ttlfile)
lexical(pa, options)
elif options.dump and options.ttlfile:
print("Parsing and dumping file %r ..." % options.ttlfile)
ast = yaccer(pa, options, debuglevel=int(options.debug))
dumptext = ast.dump(context=Context())
text = open(options.ttlfile, encoding='utf-8-sig').read()
if dumptext != text:
open('dump', 'w').write(dumptext)
open('text', 'w').write(text)
assert False
print("Dump of AST matches the original text :)")
elif options.show and options.ttlfile:
print("Parsing and describing file %r ..." % options.ttlfile)
ast = yaccer(pa, options, debuglevel=int(options.debug))
ast.show()
elif options.ttlfile and isfile(options.ttlfile):
print("Translating file %r ..." % options.ttlfile)
tayra.translatefile(options.ttlfile, compiler, options)