def getTranslator(doc):
"""Find a translator for the given document."""
# find the language
lang = doc.getVar('LANG')
if not lang:
lang, _ = locale.getdefaultlocale()
sys.stderr.write("INFO: using default language: " + lang + "\n")
nlang = string.lower(lang).replace('-', '_')
# look for the local version
path = os.path.join(doc.getVar('THOT_BASE'), "langs")
mod = common.loadModule(nlang, path)
if mod:
return mod.getTranslator(doc, nlang)
# look for the global version
comps = nlang.split('_')
if comps[0] == 'en':
return DefaultTranslator()
else:
mod = common.loadModule(comps[0], path)
if mod:
return mod.getTranslator(doc, comps[0])
else:
sys.stderr.write('WARNING: cannot find language ' + nlang + "\n")
return DefaultTranslator()
def getTranslator(doc):
"""Find a translator for the given document."""
# find the language
lang = doc.getVar('LANG')
if not lang:
lang, _ = locale.getdefaultlocale()
sys.stderr.write("INFO: using default language: " + lang + "\n")
nlang = string.lower(lang).replace('-', '_')
# look for the local version
path = os.path.join(doc.getVar('THOT_BASE'), "langs")
mod = common.loadModule(nlang, path)
if mod:
return mod.getTranslator(doc, nlang)
# look for the global version
comps = nlang.split('_')
if comps[0] == 'en':
return DefaultTranslator()
else:
mod = common.loadModule(comps[0], path)
if mod:
return mod.getTranslator(doc, comps[0])
else:
sys.stderr.write('WARNING: cannot find language ' + nlang + "\n")
return DefaultTranslator()
def use(self, name):
"""Use a module in the current parser."""
if name in self.used_mods:
return
path = self.doc.getVar("THOT_USE_PATH")
mod = common.loadModule(name, path)
if mod:
self.used_mods.append(mod)
mod.init(self)
# new syntax?
if mod.__dict__.has_key("__syntax__"):
lines = []
words = []
if mod.__dict__.has_key("__lines__"):
lines = mod.__lines__
if mod.__dict__.has_key("__words__"):
words = mod.__words__
self.setSyntax(
[(l[0], re.compile(l[1])) for l in lines],
[(w[0], w[1]) for w in words])
# simple extension
else:
if mod.__dict__.has_key("__lines__"):
for line in mod.__lines__:
self.addLine((line[0], re.compile(line[1])))
if mod.__dict__.has_key("__words__"):
for word in mod.__words__:
self.addWord((word[0], word[1]))
else:
common.onError('cannot load module %s' % name)
def use(self, name):
"""Use a module in the current parser."""
if name in self.used_mods:
return
path = self.doc.getVar("THOT_USE_PATH")
mod = common.loadModule(name, path)
if mod:
self.used_mods.append(mod)
mod.init(self)
# new syntax?
if mod.__dict__.has_key("__syntax__"):
lines = []
words = []
if mod.__dict__.has_key("__lines__"):
lines = mod.__lines__
if mod.__dict__.has_key("__words__"):
words = mod.__words__
self.setSyntax([(l[0], re.compile(l[1])) for l in lines],
[(w[0], w[1]) for w in words])
# simple extension
else:
if mod.__dict__.has_key("__lines__"):
for line in mod.__lines__:
self.addLine((line[0], re.compile(line[1])))
if mod.__dict__.has_key("__words__"):
for word in mod.__words__:
self.addWord((word[0], word[1]))
else:
common.onError('cannot load module %s' % name)
env["THOT_DOC_DIR"] = os.path.dirname(args[0])
if not env["THOT_DOC_DIR"]:
env["THOT_DOC_DIR"] = "."
if options.defines:
for d in options.defines:
p = d.find('=')
if p == -1:
common.onError('-D' + d + ' must follow syntax -Didentifier=value')
else:
env[d[:p]] = d[p + 1:]
# open the output
document = doc.Document(env)
out_name = env["THOT_OUT_TYPE"]
out_path = os.path.join(document.env["THOT_BASE"], "backs")
out_driver = common.loadModule(out_name, out_path)
if not out_driver:
common.onError('cannot find %s back-end' % out_name)
# Parse the file
man = tparser.Manager(document)
if out_driver.__dict__.has_key("init"):
out_driver.init(man)
if options.uses:
for u in options.uses:
man.use(u)
man.parse(input, env['THOT_FILE'])
# dump the parsed document
if options.dump:
document.dump("")
env["THOT_DOC_DIR"] = os.path.dirname(args[0])
if not env["THOT_DOC_DIR"]:
env["THOT_DOC_DIR"] = "."
if options.defines:
for d in options.defines:
p = d.find('=')
if p == -1:
common.onError('-D' + d + ' must follow syntax -Didentifier=value')
else:
env[d[:p]] = d[p+1:]
# open the output
document = doc.Document(env)
out_name = env["THOT_OUT_TYPE"]
out_path = os.path.join(document.env["THOT_BASE"], "backs")
out_driver = common.loadModule(out_name, out_path)
if not out_driver:
common.onError('cannot find %s back-end' % out_name)
# Parse the file
man = tparser.Manager(document)
if out_driver.__dict__.has_key("init"):
out_driver.init(man)
if options.uses:
for u in options.uses:
man.use(u)
man.parse(input, env['THOT_FILE'])
# dump the parsed document
if options.dump:
document.dump("")
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
import os
import os.path
import back
import common
import cgi
ZIP = common.Command("zip", "unzip unavaible to build the final archive",
common.ERROR_FAIL)
# get the html module
out_path = os.path.dirname(__file__)
html = common.loadModule("html", out_path)
if not html:
common.onError("cannot found html backend !")
# SCORM generator
class ScormGenerator(html.Generator):
def __init__(self, doc):
html.Generator.__init__(self, doc)
def genTitle(self):
"""No title."""
pass
def genContent(self, max=7, out=False):
"""No content."""