def tmpl_globals(): """Create and return a dictionary of global variables for all templates. This function was adapted from :func:`pylons.templating.pylons_globals` to better suite our needs. In particular we inject our own gettext functions and get a performance boost from following the translator SOP once here instead of on every gettext call. """ conf = config._current_obj() g = conf['pylons.app_globals'] c = tmpl_context._current_obj() t = translator._current_obj() return { 'config': conf, 'c': c, 'tmpl_context': c, 'g': g, 'app_globals': g, 'h': conf['pylons.h'], 'request': request._current_obj(), 'response': response, # don't eval the SOP because this is rarely used 'translator': t, 'ngettext': t.ngettext, 'ungettext': t.ungettext, # compat with standard pylons_globals() '_': t.gettext, 'N_': N_, 'XML': XML, }
def tmpl_globals(): """Create and return a dictionary of global variables for all templates. This function was adapted from :func:`pylons.templating.pylons_globals` to better suite our needs. In particular we inject our own gettext functions and get a performance boost from following the translator SOP once here instead of on every gettext call. """ conf = config._current_obj() g = conf['pylons.app_globals'] c = tmpl_context._current_obj() t = translator._current_obj() req = request._current_obj() return { 'config': conf, 'c': c, 'tmpl_context': c, 'g': g, 'app_globals': g, 'h': conf['pylons.h'], 'request': req, 'settings': req.settings, 'response': response, # don't eval the SOP because this is rarely used 'translator': t, 'ngettext': t.ngettext, 'ungettext': t.ungettext, # compat with standard pylons_globals() '_': t.gettext, 'N_': N_, 'XML': XML, }
def tmpl_globals(): """Create and return a dictionary of global variables for all templates. This function was adapted from :func:`pylons.templating.pylons_globals` to better suite our needs. In particular we inject our own gettext functions and get a performance boost from following the translator SOP once here instead of on every gettext call. """ conf = config._current_obj() g = conf["pylons.app_globals"] c = tmpl_context._current_obj() t = translator._current_obj() req = request._current_obj() return { "config": conf, "c": c, "tmpl_context": c, "g": g, "app_globals": g, "h": conf["pylons.h"], "request": req, "settings": req.settings, "response": response, # don't eval the SOP because this is rarely used "translator": t, "ngettext": t.ngettext, "ungettext": t.ungettext, # compat with standard pylons_globals() "_": t.gettext, "N_": N_, "XML": XML, }
def make_app(global_conf, full_stack=True, **app_conf): """Create a WSGI application and return it global_conf is a dict representing the Paste configuration options, the paste.deploy.converters should be used when parsing Paste config options to ensure they're treated properly. """ load_environment(global_conf, app_conf) # Pull the other engine and put a new one up first config.template_engines.pop() kidopts = {'kid.assume_encoding': 'utf-8', 'kid.encoding': 'utf-8'} pylons.config.add_template_engine('kid', 'projectname.kidtemplates', kidopts) # Load our default Pylons WSGI app and make g available app = pylons.wsgiapp.PylonsApp(helpers=projectname.lib.helpers, g=app_globals.Globals) app = ConfigMiddleware(app, config._current_obj()) # If errror handling and exception catching will be handled by middleware # for multiple apps, you will want to set full_stack = False in your config # file so that it can catch the problems. if asbool(full_stack): # Change HTTPExceptions to HTTP responses app = httpexceptions.make_middleware(app, global_conf) # Error Handling app = ErrorHandler(app, global_conf, error_template=error_template, **config['pylons.errorware']) # Display error documents for 401, 403, 404 status codes (if debug is disabled also # intercepts 500) app = ErrorDocuments(app, global_conf, mapper=error_mapper, **app_conf) # Establish the Registry for this application app = RegistryManager(app) static_app = StaticURLParser(config['pylons.paths']['static_files']) javascripts_app = StaticJavascripts() app = Cascade([static_app, javascripts_app, app]) return app
def make_app(global_conf, full_stack=True, **app_conf): """Create a WSGI application and return it global_conf is a dict representing the Paste configuration options, the paste.deploy.converters should be used when parsing Paste config options to ensure they're treated properly. """ load_environment(global_conf, app_conf) # Pull the other engine and put a new one up first config.template_engines.pop() kidopts = {'kid.assume_encoding':'utf-8', 'kid.encoding':'utf-8'} pylons.config.add_template_engine('kid', 'projectname.kidtemplates', kidopts) # Load our default Pylons WSGI app and make g available app = pylons.wsgiapp.PylonsApp(helpers=projectname.lib.helpers, g=app_globals.Globals) app = ConfigMiddleware(app, config._current_obj()) # If errror handling and exception catching will be handled by middleware # for multiple apps, you will want to set full_stack = False in your config # file so that it can catch the problems. if asbool(full_stack): # Change HTTPExceptions to HTTP responses app = httpexceptions.make_middleware(app, global_conf) # Error Handling app = ErrorHandler(app, global_conf, error_template=error_template, **config['pylons.errorware']) # Display error documents for 401, 403, 404 status codes (if debug is disabled also # intercepts 500) app = ErrorDocuments(app, global_conf, mapper=error_mapper, **app_conf) # Establish the Registry for this application app = RegistryManager(app) static_app = StaticURLParser(config['pylons.paths']['static_files']) javascripts_app = StaticJavascripts() app = Cascade([static_app, javascripts_app, app]) return app