def file(self, name=None, ignoreCase=0):
"Return POSTed file(s)"
self._postInit()
if ignoreCase:
if name: name = string.lower(name)
return spyceUtil.extractValue(self._fileL, name)
else:
return spyceUtil.extractValue(self._file, name)
def file(self, name=None, ignoreCase=0):
"Return POSTed file(s)"
self._postInit()
if ignoreCase:
if name: name = string.lower(name)
return spyceUtil.extractValue(self._fileL, name)
else:
return spyceUtil.extractValue(self._file, name)
def post(self, name=None, default=None, ignoreCase=0):
"Return POST parameter(s) list(s)"
self._postInit()
if ignoreCase:
if name: name = string.lower(name)
value = spyceUtil.extractValue(self._postL, name)
else:
value = spyceUtil.extractValue(self._post, name)
return self.default(value, default)
def post(self, name=None, default=None, ignoreCase=0):
"Return POST parameter(s) list(s)"
self._postInit()
if ignoreCase:
if name: name = string.lower(name)
value = spyceUtil.extractValue(self._postL, name)
else:
value = spyceUtil.extractValue(self._post, name)
return self.default(value, default)
def get1(self, name=None, default=None, ignoreCase=0):
"Return single GET parameter(s)"
self._getInit()
if ignoreCase:
if name: name = string.lower(name)
value = spyceUtil.extractValue(self._getL1, name)
else:
value = spyceUtil.extractValue(self._get1, name)
return self.default(value, default)
def get1(self, name=None, default=None, ignoreCase=0):
"Return single GET parameter(s)"
self._getInit()
if ignoreCase:
if name: name = string.lower(name)
value = spyceUtil.extractValue(self._getL1, name)
else:
value = spyceUtil.extractValue(self._get1, name)
return self.default(value, default)
def sendHeaders(self):
if self._httpheader and not self.headersSent:
resultText = spyceUtil.extractValue(self.RETURN_CODE,
self.returncode)
self.origout.write('%s %s %s\n' %
(self._httpdHandler.request_version,
self.returncode, resultText))
spyceCmd.spyceCmdlineResponse.sendHeaders(self)
def sendHeaders(self):
if self.cgimode and not self.headersSent:
resultText = spyceUtil.extractValue(self.RETURN_CODE, self.returncode)
self.origout.write('Status: %3d "%s"\n' % (self.returncode, resultText))
if not self.CT:
self.setContentType('text/html')
self.origout.write('Content-Type: %s\n' % self.CT)
for h in self.headers:
self.origout.write('%s: %s\n'%h)
self.origout.write('\n')
self.headersSent = 1
def sendHeaders(self):
if self.cgimode and not self.headersSent:
resultText = spyceUtil.extractValue(self.RETURN_CODE,
self.returncode)
self.origout.write('Status: %3d "%s"\n' %
(self.returncode, resultText))
if not self.CT:
self.setContentType('text/html')
self.origout.write('Content-Type: %s\n' % self.CT)
for h in self.headers:
self.origout.write('%s: %s\n' % h)
self.origout.write('\n')
self.headersSent = 1
def env(self, name=None):
if not self._env:
self._env = {
'REMOTE_ADDR': self._httpdHandler.client_address[0],
'REMOTE_PORT': self._httpdHandler.client_address[1],
'GATEWAY_INTERFACE': "CGI/1.1",
'REQUEST_METHOD': self._httpdHandler.command,
'REQUEST_URI': self._httpdHandler.path,
'PATH_INFO': self._httpdHandler.pathinfo,
'SERVER_SOFTWARE': 'spyce/%s' % spyce.__version__,
'SERVER_PROTOCOL': self._httpdHandler.request_version,
# 'SERVER_ADDR' ... '127.0.0.1'
# 'SERVER_PORT' ... '80'
# 'SERVER_NAME' ... 'mymachine.mydomain.com'
# 'SERVER_SIGNATURE' ... ' Apache/1.3.22 Server at mymachine.mydomain.com Port 80'
# 'SERVER_ADMIN'] ... '*****@*****.**'
'DOCUMENT_ROOT': self._documentRoot,
'QUERY_STRING':
string.join(string.split(self._httpdHandler.path, '?')[1:]) or '',
'CONTENT_LENGTH': self.getHeader('Content-Length'),
'CONTENT_TYPE': self.getHeader('Content-type'),
'HTTP_USER_AGENT': self.getHeader('User-Agent'),
'HTTP_ACCEPT': self.getHeader('Accept'),
'HTTP_ACCEPT_ENCODING': self.getHeader('Accept-Encoding'),
'HTTP_ACCEPT_LANGUAGE': self.getHeader('Accept-Language'),
'HTTP_ACCEPT_CHARSET': self.getHeader('Accept-Charset'),
'HTTP_COOKIE': self.getHeader('Cookie'),
'HTTP_REFERER': self.getHeader('Referer'),
'HTTP_HOST': self.getHeader('Host'),
'HTTP_CONNECTION': self.getHeader('Connection'),
'HTTP_KEEP_ALIVE': self.getHeader('Keep-alive'),
# From ASP
# AUTH_TYPE,
# APPL_PHYSICAL_PATH,
# REMOTE_HOST,
# SERVER_PROTOCOL,
# SERVER_SOFWARE
}
return spyceUtil.extractValue(self._env, name)
def env(self, name=None):
return spyceUtil.extractValue(self._in.subprocess_env, name)
def env(self, name=None):
return spyceUtil.extractValue(self._env, name)
def getHeader(self, type=None): return spyceUtil.extractValue(self._headers, type)
def env(self, name=None): return spyceUtil.extractValue(self._env, name)
def getHeader(self, type=None): if type: type=string.lower(type) return spyceUtil.extractValue(self._headers.dict, type)
def getHeader(self, type=None):
if type: type = string.lower(type)
return spyceUtil.extractValue(self._headers.dict, type)
def sendHeaders(self):
if self._httpheader and not self.headersSent:
resultText = spyceUtil.extractValue(self.RETURN_CODE, self.returncode)
self.origout.write('%s %s %s\n' % (self._httpdHandler.request_version, self.returncode, resultText))
spyceCmd.spyceCmdlineResponse.sendHeaders(self)
def processDirective(self):
# collect directive
begin = self._tokenBegin
self.popToken()
directive = ''
while self._tokenType not in [T_END, T_EOF]:
if self._tokenType == T_TEXT:
directive = directive + self._tokenText
else:
self.processUnexpected()
end = self._tokenEnd
self.popToken()
directive = string.strip(directive)
if not directive: self.processUnexpected()
# process directives
name, attrs = parseDirective(directive)
if name == 'compact':
compact_mode = COMPACT_FULL
if attrs.has_key('mode'):
mode = string.lower(attrs['mode'])
if mode == 'off':
compact_mode = COMPACT_OFF
elif mode == 'line':
compact_mode = COMPACT_LINE
elif mode == 'space':
compact_mode = COMPACT_SPACE
elif mode == 'full':
compact_mode = COMPACT_FULL
else:
raise spyceException.spyceSyntaxError(
'invalid compacting mode "%s" specified' % mode,
(begin, end, directive, self._curfile))
self._ast.addCompact(
compact_mode,
(begin, end, '<spyce compact directive>', self._curfile))
elif name in ('module', 'import'):
if not attrs.has_key('name') and not attrs.has_key('names'):
raise spyceException.spyceSyntaxError(
'name or names attribute required',
(begin, end, directive, self._curfile))
if attrs.has_key('names'):
mod_names = filter(
None, map(string.strip, string.split(attrs['names'], ',')))
for mod_name in mod_names:
self._ast.addModule(mod_name, None, None)
self._ast.addCode('%s.init()' % mod_name,
(begin, end, directive, self._curfile))
else:
mod_name = attrs['name']
mod_from = spyceUtil.extractValue(attrs, 'from')
mod_as = spyceUtil.extractValue(attrs, 'as')
mod_args = spyceUtil.extractValue(attrs, 'args', '')
if mod_as: theName = mod_as
else: theName = mod_name
self._ast.addModule(mod_name, mod_from, mod_as)
self._ast.addCode('%s.init(%s)' % (theName, mod_args),
(begin, end, directive, self._curfile))
elif name in ('taglib', ):
if not attrs.has_key('name') and not attrs.has_key('names'):
raise spyceException.spyceSyntaxError(
'name or names attribute required',
(begin, end, directive, self._curfile))
fullfile = os.path.join(self._curdir, self._curfile)
if attrs.has_key('names'):
taglib_names = filter(
None, map(string.strip, string.split(attrs['names'], ',')))
for taglib_name in taglib_names:
self._tagChecker.loadLib(
taglib_name, None, None, fullfile,
(begin, end, directive, self._curfile))
self._ast.addTaglib(taglib_name)
self._load_taglib = 1
self._ast.addCode('taglib.load(%s)' % repr(taglib_name),
(begin, end, directive, self._curfile))
else:
taglib_name = attrs['name']
taglib_from = spyceUtil.extractValue(attrs, 'from')
taglib_as = spyceUtil.extractValue(attrs, 'as')
self._tagChecker.loadLib(
taglib_name, taglib_from, taglib_as, fullfile,
(begin, end, directive, self._curfile))
self._ast.addTaglib(taglib_name, taglib_from, taglib_as)
self._load_taglib = 1
self._ast.addCode(
'taglib.load(%s, %s, %s)' %
(repr(taglib_name), repr(taglib_from), repr(taglib_as)),
(begin, end, directive, self._curfile))
elif name == 'include':
if not attrs.has_key('file'):
raise spyceException.spyceSyntaxError(
'file attribute missing',
(begin, end, directive, self._curfile))
filename = os.path.join(self._curdir, attrs['file'])
f = None
try:
try:
f = open(filename)
buf = f.read()
finally:
if f: f.close()
except KeyboardInterrupt:
raise
except:
raise spyceException.spyceSyntaxError(
'unable to open included file: %s' % filename,
(begin, end, directive, self._curfile))
prev = (self._curdir, self._curfile, self._tokens, self._tokenType,
self._tokenText, self._tokenBegin, self._tokenEnd)
self._curdir, self._curfile = os.path.dirname(filename), filename
self._tokens = spyceTokenize4Parse(processMagic(buf))
self.popToken()
self.processSpyce()
(self._curdir, self._curfile, self._tokens, self._tokenType,
self._tokenText, self._tokenBegin, self._tokenEnd) = prev
else:
raise spyceException.spyceSyntaxError(
'invalid spyce directive',
(begin, end, directive, self._curfile))
def processDirective(self):
# collect directive
begin = self._tokenBegin
self.popToken()
directive = ''
while self._tokenType not in [T_END, T_EOF]:
if self._tokenType==T_TEXT:
directive = directive + self._tokenText
else: self.processUnexpected()
end = self._tokenEnd
self.popToken()
directive = string.strip(directive)
if not directive: self.processUnexpected()
# process directives
name, attrs = parseDirective(directive)
if name=='compact':
compact_mode = COMPACT_FULL
if attrs.has_key('mode'):
mode = string.lower(attrs['mode'])
if mode=='off':
compact_mode = COMPACT_OFF
elif mode=='line':
compact_mode = COMPACT_LINE
elif mode=='space':
compact_mode = COMPACT_SPACE
elif mode=='full':
compact_mode = COMPACT_FULL
else:
raise spyceException.spyceSyntaxError('invalid compacting mode "%s" specified'%mode, (begin, end, directive, self._curfile))
self._ast.addCompact(compact_mode, (begin, end, '<spyce compact directive>', self._curfile))
elif name in ('module', 'import'):
if not attrs.has_key('name') and not attrs.has_key('names'):
raise spyceException.spyceSyntaxError('name or names attribute required', (begin, end, directive, self._curfile) )
if attrs.has_key('names'):
mod_names = filter(None, map(string.strip, string.split(attrs['names'],',')))
for mod_name in mod_names:
self._ast.addModule(mod_name, None, None)
self._ast.addCode('%s.init()'%mod_name, (begin, end, directive, self._curfile))
else:
mod_name = attrs['name']
mod_from = spyceUtil.extractValue(attrs, 'from')
mod_as = spyceUtil.extractValue(attrs, 'as')
mod_args = spyceUtil.extractValue(attrs, 'args', '')
if mod_as: theName=mod_as
else: theName=mod_name
self._ast.addModule(mod_name, mod_from, mod_as)
self._ast.addCode('%s.init(%s)'%(theName,mod_args), (begin, end, directive, self._curfile))
elif name in ('taglib',):
if not attrs.has_key('name') and not attrs.has_key('names'):
raise spyceException.spyceSyntaxError('name or names attribute required', (begin, end, directive, self._curfile) )
fullfile = os.path.join(self._curdir, self._curfile)
if attrs.has_key('names'):
taglib_names = filter(None, map(string.strip, string.split(attrs['names'],',')))
for taglib_name in taglib_names:
self._tagChecker.loadLib(taglib_name, None, None, fullfile, (begin, end, directive, self._curfile))
self._ast.addTaglib(taglib_name)
self._load_taglib = 1
self._ast.addCode('taglib.load(%s)'%repr(taglib_name), (begin, end, directive, self._curfile))
else:
taglib_name = attrs['name']
taglib_from = spyceUtil.extractValue(attrs, 'from')
taglib_as = spyceUtil.extractValue(attrs, 'as')
self._tagChecker.loadLib(taglib_name, taglib_from, taglib_as, fullfile, (begin, end, directive, self._curfile))
self._ast.addTaglib(taglib_name, taglib_from, taglib_as)
self._load_taglib = 1
self._ast.addCode('taglib.load(%s, %s, %s)'%(repr(taglib_name), repr(taglib_from), repr(taglib_as)), (begin, end, directive, self._curfile))
elif name=='include':
if not attrs.has_key('file'):
raise spyceException.spyceSyntaxError('file attribute missing', (begin, end, directive, self._curfile) )
filename = os.path.join(self._curdir, attrs['file'])
f = None
try:
try:
f = open(filename)
buf = f.read()
finally:
if f: f.close()
except KeyboardInterrupt: raise
except:
raise spyceException.spyceSyntaxError('unable to open included file: %s'%filename, (begin, end, directive, self._curfile) )
prev = (self._curdir, self._curfile, self._tokens,
self._tokenType, self._tokenText, self._tokenBegin, self._tokenEnd)
self._curdir, self._curfile = os.path.dirname(filename), filename
self._tokens = spyceTokenize4Parse(processMagic(buf))
self.popToken()
self.processSpyce()
(self._curdir, self._curfile, self._tokens,
self._tokenType, self._tokenText, self._tokenBegin, self._tokenEnd) = prev
else:
raise spyceException.spyceSyntaxError('invalid spyce directive', (begin, end, directive, self._curfile) )
