def xml(xmlin):
""" Parse some XML.
Argument xmlin can be a string, the filename of some XML;
or an open file, from which xml is read.
The return value is the parsed XML as DOM nodes.
"""
filename = None
# A string argument is a file name.
if isinstance(xmlin, types.StringTypes):
filename = _findFile(xmlin)
if not filename:
raise "Couldn't find XML to parse: %s" % xmlin
if filename:
if _xmlcache.has_key(filename):
return _xmlcache[filename]
xmlin = open(filename)
xmldata = xmlin.read()
if bDomlette:
doc = NonvalidatingReader.parseString(xmldata, filename or ' ')
else:
doc = PyExpat.Reader().fromString(xmldata)
parsedxml = HandyXmlWrapper(doc.documentElement)
if filename:
_xmlcache[filename] = parsedxml
return parsedxml
def link_title_invert():
#build a DOM tree from the file
reader = PyExpat.Reader()
doc = reader.fromString(test_doc)
h2_elements = doc.getElementsByTagNameNS('http://www.w3.org/1999/xhtml',
'h2')
for e in h2_elements:
parent = e.parentNode
a_list = filter(
lambda x:
(x.nodeType == Node.ELEMENT_NODE) and (x.localName == 'a'),
e.childNodes)
a = a_list[0]
e.removeChild(a)
for node in a.childNodes:
#Automatically also removes the child from a
e.appendChild(node)
parent.replaceChild(a, e)
a.appendChild(e)
ext.Print(doc)
#reclaim the object; not necessary with Python 2.0
reader.releaseNode(doc)
def test_local_serialize_schema(self):
from ZSI import SoapWriter
from ZSI import _child_elements
from xml.dom.ext.reader import PyExpat
msg = self.client_module.DSQueryRegistrySoapOut()
msg.DSQueryRegistryResult = msg.new_DSQueryRegistryResult()
msg.DSQueryRegistryResult.Any = 'hi'
input = open('wsdl/nvo-admin.wsdl').read()
reader = PyExpat.Reader()
dom = reader.fromString(input)
dnode = _child_elements(dom)[0]
tnode = _child_elements(dnode)[0]
snode = _child_elements(tnode)[0]
msg.DSQueryRegistryResult.Schema = snode
sw = SoapWriter()
sw.serialize(msg)
soap = str(sw)
print(soap)
ps = ParsedSoap(soap)
pyobj = ps.Parse(msg.typecode)
self.assertEqual(pyobj.DSQueryRegistryResult.Any,
msg.DSQueryRegistryResult.Any)
self.assertTrue(_is_element(pyobj.DSQueryRegistryResult.Schema))
print(_get_element_nsuri_name(pyobj.DSQueryRegistryResult.Schema))
self.assertEqual(
_get_element_nsuri_name(pyobj.DSQueryRegistryResult.Schema),
('http://www.w3.org/2001/XMLSchema', 'schema'))
class HtmlDom:
def __init__(self, url):
try:
f = file(url)
data = f.read()
f.close()
except IOError, e:
try:
result = fetch(url, agent=MOZILLA_AGENT)
data = result['data']
except:
raise IOError, 'invalid URL'
# create parser
parser = tidy.TreeBuilder()
parser.feed(data)
xmlText = _etree.tostring(parser.close())
#create the DOM
reader = PyExpat.Reader()
self.dom = reader.fromString(xmlText)
self.nss = {u'html': XHTML_NAMESPACE}
self.context = xml.xpath.Context.Context(self.dom, processorNss=self.nss)
def Test(tester):
tester.startGroup("Testing PyExpat")
reader = PyExpat.Reader()
tester.startTest('Basic test')
doc = reader.fromString(source_1)
stream = cStringIO.StringIO()
Print(doc, stream=stream)
result = stream.getvalue()
print result
#if result != expected_1:
# tester.error('Expected\n"""%s"""\ngot\n"""%s"""'%(repr(expected_1), repr(result)))
reader.releaseNode(doc)
tester.groupDone()
tester.startGroup("Testing Sax2")
reader = Sax2.Reader()
tester.startTest('Basic test')
doc = reader.fromString(source_1)
stream = cStringIO.StringIO()
Print(doc, stream=stream)
result = stream.getvalue()
print result
#if result != expected_1:
# tester.error('Expected\n"""%s"""\ngot\n"""%s"""'%(repr(expected_1), repr(result)))
reader.releaseNode(doc)
return tester.groupDone()
def getXmlDom(xml_string):
# Create the PyExpat reader
reader = PyExpat.Reader()
# Create DOM tree from the xml string
dom_tree = reader.fromString(xml_string)
return dom_tree.documentElement
def read_xml_from_file(fileName):
#build a DOM tree from the file
reader = PyExpat.Reader()
xml_dom_object = reader.fromUri(fileName)
ext.Print(xml_dom_object)
#reclaim the object
reader.releaseNode(xml_dom_object)
def checkt5(self):
istr = StringIO.StringIO(intext)
m = mimetools.Message(istr)
if m.gettype()[0:10] == "multipart/":
cid = resolvers.MIMEResolver(m['content-type'], istr)
xml = cid.GetSOAPPart()
print 'xml=', xml.getvalue()
for h, b in cid.parts:
print h, b.read()
dom = PyExpat.Reader().fromStream(xml)
print dom
def __init__(self, uri):
try:
xmlstr = open(uri, 'r').read()
# PyExpat can't handle Windows-1252, but it's all ASCII anyway,
# so claim utf-8.
xmlstr = xmlstr.replace('encoding = "Windows-1252"', 'encoding="UTF-8"')
xmlstm = StringIO.StringIO(xmlstr)
self.reader = PyExpat.Reader()
self.doc = self.reader.fromStream(xmlstm)
self.documentElement = self.doc.documentElement
except ExpatError, msg:
raise "XML error: %s in %s" % (msg, uri)
def getKopeteHistory(xml_string):
# Create the PyExpat reader
reader = PyExpat.Reader()
# Create DOM tree from the xml string
dom_tree = reader.fromString(xml_string)
# Check the type of the file
if dom_tree.doctype.name != 'kopete-history':
output("ERROR: " + file_path + " is not a kopete chat history file.")
return None
dom_root = dom_tree.documentElement
# Get month and year
year = None
month = None
headers = dom_root.getElementsByTagName("head")
for header_item in headers[0].childNodes:
if header_item.nodeName == 'date':
for attribute in header_item.attributes:
if attribute.nodeName == 'year':
year = int(attribute.nodeValue)
if attribute.nodeName == 'month':
month = int(attribute.nodeValue)
# Get all the messages
history = []
message_list = dom_root.getElementsByTagName("msg")
for message in message_list:
msg_item = {}
for attribute in message.attributes:
if attribute.nodeName == 'from':
msg_item['user'] = attribute.nodeValue
if attribute.nodeName == 'time':
raw_str = attribute.nodeValue.split(' ')
day = int(raw_str[0])
time = raw_str[1].split(':')
hour = int(time[0])
minute = int(time[1])
second = int(time[2])
msg_item['date'] = datetime(year, month, day, hour, minute, second)
for k in range(message.childNodes.length):
text = message.childNodes[k]
if text.nodeType == Node.TEXT_NODE:
msg_item['text'] = text.nodeValue
history.append(msg_item)
return history
def parse_propfind(xml_doc):
""" parse an propfind xml file and return a list of props
returns:
request_type -- ALLPROP, PROPNAME, PROP
proplist -- list of properties found
namespaces -- list of namespaces found
"""
doc = PyExpat.Reader().fromString(xml_doc)
snit = doc.createNodeIterator(doc, NodeFilter.NodeFilter.SHOW_ELEMENT,
None, None)
request_type = None
props = {}
namespaces = []
while 1:
curr_elem = snit.nextNode()
if not curr_elem: break
ename = fname = lower(curr_elem.nodeName)
if ":" in fname:
ename = split(fname, ":")[1]
if ename == "prop":
request_type = RT_PROP
continue
if ename == "propfind": continue
if ename == "allprop":
request_type = RT_ALLPROP
continue
if ename == "propname":
request_type = RT_PROPNAME
continue
# rest should be names of attributes
ns = curr_elem.namespaceURI
if props.has_key(ns):
props[ns].append(ename)
else:
props[ns] = [ename]
namespaces.append(ns)
#ReleaseNode(doc)
return request_type, props, namespaces
def ReadDoc():
#Read in a doc
r = PyExpat.Reader()
global doc
global ADDRBOOK
global ENTRIES
global PA
global PA_NAME
global PA_ADDR
global PA_WORK
global PA_FAX
global PA_PAGER
global PA_EMAIL
global EN
global EN_NAME
global EN_ADDR
global EN_WORK
global EN_FAX
global EN_PAGER
global EN_EMAIL
global VZ
doc = r.fromUri(TEST_FILE)
ADDRBOOK = doc.documentElement
elementType = lambda n, nt=Node.ELEMENT_NODE: n.nodeType == nt
ENTRIES = filter(elementType, ADDRBOOK.childNodes)
PA = ENTRIES[0]
children = filter(elementType, PA.childNodes)
PA_NAME = children[0]
PA_ADDR = children[1]
PA_WORK = children[2]
PA_FAX = children[3]
PA_PAGER = children[4]
PA_EMAIL = children[5]
EN = ENTRIES[2]
children = filter(elementType, EN.childNodes)
EN_NAME = children[0]
EN_ADDR = children[1]
EN_WORK = children[2]
EN_FAX = children[3]
EN_PAGER = children[4]
EN_EMAIL = children[5]
VZ = ENTRIES[3]
def test(file=None):
reader = PyExpat.Reader()
if xml_file and os.path.exists(xml_file):
s = open(file)
else:
s = addresses.xmlstream
struct = reader.fromStream(s)
s.close()
# This icon map or something like it should probably be the default
# for trees of DOMTreeNode's, but there's no mechanism for setting a
# default yet.
iconmap = {
'type': 'photo',
Node.DOCUMENT_TYPE_NODE: ('doctype', 'doctypeplus', 'doctypeminus'),
Node.COMMENT_NODE: ('comment', 'commentplus', 'commentminus'),
Node.ELEMENT_NODE: ('xmlelt', 'xmleltplus', 'xmleltminus'),
Node.ATTRIBUTE_NODE: ('xmlatt', 'xmlattplus', 'xmlattminus'),
Node.TEXT_NODE: ('xmltext', 'xmltextplus', 'xmltextminus'),
'default': ('node', 'nodeplus', 'nodeminus')
}
win = Tk()
win.title("DOM Tree")
tt = TextTree(win,
win,
icons=iconmap,
funcs={
'showContent': dummy.showContent,
'showAtts': dummy.showAtts,
'glimpse': dummy.glimpse,
'unGlimpse': dummy.unGlimpse
})
tt.pack(expand=YES, fill=BOTH)
tt.showTree(struct,
DT_XMLDOM,
1,
props=NP_AUTOBUILD | NP_ALLOW_CHILDREN | NP_ABSTRACT,
state=NS_EXPANDED)
return (win, tt)
if not re.match( "\w+\.xml$", newFile ):
print "Location: /error.html\n"
sys.exit()
else:
# create forum files from xml files
try:
newForumFile = open( "../htdocs/XML/" + newFile, "w" )
forumsFile = open( "../htdocs/XML/forums.xml", "r+" )
templateFile = open( "../htdocs/XML/template.xml" )
except IOError:
print "Location: /error.html\n"
sys.exit()
# parse forums document
reader = PyExpat.Reader()
document = reader.fromStream( forumsFile )
# add new forum element
forum = document.createElement( "forum" )
forum.setAttribute( "filename", newFile )
name = document.createElement( "name" )
nameText = document.createTextNode( form[ "name" ].value )
name.appendChild( nameText )
forum.appendChild( name )
# obtain root element of forum
documentNode = document.documentElement
firstForum = documentNode.getElementsByTagName(
"forum" )[ 0 ]
# Using 4DOM to traverse an XML Document.
import sys
from xml.dom.ext import StripXml
from xml.dom.ext.reader import PyExpat
from xml.parsers.expat import ExpatError
# open XML file
try:
file = open("article2.xml")
except IOError:
sys.exit("Error opening file")
# parse contents of XML file
try:
reader = PyExpat.Reader() # create Reader instance
document = reader.fromStream(file) # parse XML document
file.close()
except ExpatError:
sys.exit("Error processing XML file")
# get root element
rootElement = StripXml(document.documentElement)
print "Here is the root element of the document: %s" % \
rootElement.nodeName
# traverse all child nodes of root element
print "The following are its child elements:"
for node in rootElement.childNodes:
print node.nodeName
def searchPathXml(search_path, xmlfile):
reader = PyExpat.Reader()
xml_file = open(os.path.join(PATH, xmlfile), "r")
dom = reader.fromStream(xml_file)
return Evaluate(search_path, dom.documentElement)
def load4DOM():
from xml.dom.ext.reader import PyExpat
from xml.dom import Node
reader = PyExpat.Reader()
return reader
def DOMParseString(self, xml):
reader = PyExpat.Reader()
return reader.fromString(xml)
def bb_enable_iface_with_config(devcf):
"""
Configuration of eth interfaces via system-tools-backends.
* Example of static interface configuration via system-tools-backends
Function call:
(sysret, xmlcfg, xmlcfgout) = bb_enable_iface_with_config('eth1', 'none', '10.0.0.6',
'10.255.255.255', '10.0.0.1',
'255.255.255.0', '10.0.0.0')
xml passed to system-tools-backends:
<?xml version='1.0' encoding='UTF-8' standalone='yes'?>
<interface type='ethernet'>
<configuration>
<address>10.0.0.8</address>
<auto>1</auto>
<bootproto>none</bootproto>
<broadcast>10.0.0.255</broadcast>
<file>eth1</file>
<gateway>10.0.0.1</gateway>
<netmask>255.255.255.0</netmask>
<network>10.0.0.0</network>
</configuration>
<dev>eth1</dev>
<enabled>1</enabled>
</interface>
<!-- GST: end of request -->
* Example of dhcp interface configuration via system-tools-backend
Function call:
(sysret, xmlcfg, xmlcfgout) = bb_enable_iface_with_config('eth1', 'dhcp')
xml passed to system-tools-backends:
<interface type='ethernet'>
<configuration>
<auto>1</auto>
<bootproto>dhcp</bootproto>
<file>eth0</file>
</configuration>
<dev>eth0</dev>
<enabled>1</enabled>
</interface>
<!-- GST: end of request -->
"""
netcfg_xmlfile = tempfile.NamedTemporaryFile()
netcfgout_xmlfile = tempfile.NamedTemporaryFile()
writer = MarkupWriter(netcfg_xmlfile, encoding='UTF-8', indent=u"yes",
standalone="yes")
writer.startDocument()
writer.startElement(u'interface')
writer.attribute(u'type', u'ethernet')
writer.startElement(u'configuration')
if devcf.param['dhcp'] == 'True':
conf = { 'auto' : '1', \
'bootproto' : 'dhcp', \
'file': devcf.param['eth_to_conf'] }
else:
broadcast = ipBroadcast(devcf.param['ip_computer'],
devcf.param['mask_computer'])
conf = { 'address' : devcf.param['ip_computer'], \
'auto' : '1', \
'bootproto' :'none', \
'broadcast' : broadcast, \
'file': devcf.param['eth_to_conf'], \
'gateway' : devcf.param['gw_computer'], \
'netmask' : devcf.param['mask_computer'], \
'network' : devcf.param['net_computer']}
for confparam in conf.keys():
writer.startElement(unicode(confparam))
writer.text(unicode(conf[confparam]))
writer.endElement(unicode(confparam))
writer.endElement(u'configuration')
writer.startElement(u'dev')
writer.text(unicode(devcf.param['eth_to_conf']))
writer.endElement(u'dev')
writer.startElement(u'enabled')
writer.text(u'1')
writer.endElement(u'enable')
writer.endElement(u'interface')
writer.text(u'\n')
writer.comment(u' GST: end of request ')
writer.endDocument()
netcfg_xmlfile.flush()
xmlcfg = open(netcfg_xmlfile.name).read( )
net_cfg_cmd = "cat " + netcfg_xmlfile.name + " | /usr/share/setup-tool-backends/scripts/network-conf -d enable_iface_with_config | grep -vE \"^$\" > " + netcfgout_xmlfile.name
os.system(net_cfg_cmd)
xmlcfgout = open(netcfgout_xmlfile.name).read( )
reader = PyExpat.Reader( )
dom = reader.fromStream(open(netcfgout_xmlfile.name, "r"))
successCfg = Evaluate("success/text( )",
dom.documentElement)[0].nodeValue
if successCfg == '0':
sysret = BBERRCFGDEV # Error configuration dev
else:
sysret = BBNOERR # Ok
return (sysret, xmlcfg, xmlcfgout)
def processOper(fin, fout):
""" A operation consist in a initial function a serial/ethernet
over the operation is executed, a default timeout for commands.
"""
reader = PyExpat.Reader()
if (fin != sys.stdin):
dom = reader.fromStream(open(fin.name, "r"))
else:
dom = reader.fromStream(sys.stdin)
cmd_ini = Evaluate("initial_func/text( )",
dom.documentElement)[0].nodeValue
default_timeout = Evaluate("default_timeout/text( )",
dom.documentElement)[0].nodeValue
sdelay = int(
Evaluate("send_delay/text( )", dom.documentElement)[0].nodeValue)
ethnode = Evaluate("eth_params", dom.documentElement)
eth_dev = ethnode[0].getAttribute('dev')
if len(eth_dev) != 0:
by_serial = False
ip = ethnode[0].getAttribute('ip')
port = ethnode[0].getAttribute('port')
else:
by_serial = True
tty_read = Evaluate("serial_params",
dom.documentElement)[0].getAttribute('tty')
baudrate_read = Evaluate(
"serial_params", dom.documentElement)[0].getAttribute('baudrate')
bits_read = Evaluate("serial_params",
dom.documentElement)[0].getAttribute('bits')
parity_read = Evaluate("serial_params",
dom.documentElement)[0].getAttribute('parity')
stopbits_read = Evaluate(
"serial_params", dom.documentElement)[0].getAttribute('stopbits')
xonxoff_read = Evaluate("serial_params",
dom.documentElement)[0].getAttribute('xonxoff')
rtscts_read = Evaluate("serial_params",
dom.documentElement)[0].getAttribute('rtscts')
if by_serial:
if (parity_read == "N"): parity_cte = PARITY_NONE
elif (parity_read == "E"): parity_cte = PARITY_EVEN
elif (parity_read == "O"): parity_cte = PARITY_ODD
ser = serial.Serial(
port=int(tty_read),
baudrate=int(baudrate_read),
bytesize=int(bits_read),
parity=parity_cte,
stopbits=int(stopbits_read),
timeout=None, # set a timeout value, None to wait forever
xonxoff=int(xonxoff_read), # enable software flow control
rtscts=int(rtscts_read), # enable RTS/CTS flow control
writeTimeout=None, # set a timeout for writes
)
fd = ser.fd
if os.path.exists("/var/lock/LCK..ttyS" + tty_read):
return BBERRLOCK
lock = open("/var/lock/LCK..ttyS" + tty_read, "w")
lock.write(str(os.getpid()))
child = pexpect.spawn(fd)
else:
telnet_cmd = 'telnet ' + ip + " " + port
child = pexpect.spawn(telnet_cmd)
child.setlog(fout)
cmd_act = cmd_ini
try:
ret_val = func_parse(dom, child, cmd_act, default_timeout, sdelay)
finally:
if by_serial:
ser.close()
os.remove("/var/lock/LCK..ttyS" + tty_read)
return ret_val
import sys from xml.dom.ext.reader import PyExpat from xml.xpath import Evaluate subtype = "//conclusion/assigned/name" subtype_file = open(sys.argv[2],'w'); dom = PyExpat.Reader().fromUri(sys.argv[1]) elements = Evaluate(subtype, dom.documentElement) for element in elements: subtype_file.write(element.childNodes[0].data) subtype_file.close()