def __init__(self, filename):
self.filename = filename
# we assume that the clock is the maximum length
self.period = 40
self.height = 20
self.signalspacing = 10
self.xzero = 90
self.signalcnt = 0
self.cycles = 0
self.colors = ['powderblue', 'palegreen', 'lightpink', 'lightsalmon', 'lightgrey']
self.classes = {}
self.svgelem = Element("{http://www.w3.org/2000/svg}svg")
self.signalselem = Element("g")
self.ypos = self.height + self.signalspacing
def dump(self, output):
tempo = {}
root = Element('resources')
root.tail = '\n'
tempo[()] = root
for key in self._resources_order:
for i in range(1, len(key) + 1):
if key[0:i] not in tempo:
parent = tempo[key[0:i - 1]]
value = self._resources.get(key[0:i], None)
if value is None:
elem = SubElement(parent, 'node', name=key[i - 1])
else:
fullKey = key[0]
for j in range(1, i):
fullKey += '/' + key[j]
newValue = self._dictionary[fullKey]
elem = SubElement(parent,
'node',
name=key[i - 1],
value=newValue)
parent.text = elem.tail = '\n' + i * SPACES
tempo[key[0:i]] = elem
fix_it(root)
print >> output, '<?xml version="1.0" encoding="UTF-8"?>'
ElementTree(root).write(output, 'ascii')
def dump(self, output):
tempo = {}
root = Element('resources')
root.tail = '\n'
tempo[()] = root
for key in self._resources_order:
for i in range(1, len(key)+1):
if key[0:i] not in tempo:
parent = tempo[key[0:i-1]]
value = self._resources.get(key[0:i], None)
if value is None:
elem = SubElement(parent, 'node', name=key[i-1])
else:
fullKey = key[0];
for j in range(1, i):
fullKey += '/' + key[j]
newValue = self._dictionary[fullKey]
elem = SubElement(parent, 'node', name=key[i-1], value=newValue)
parent.text = elem.tail = '\n' + i*SPACES
tempo[key[0:i]] = elem
fix_it(root)
print >> output, '<?xml version="1.0" encoding="UTF-8"?>'
ElementTree(root).write(output, 'ascii')
def AdicionarUsuario(self,Aluno):
"""
Método que cria o usuário no jenkins, atualmente o jenkins está vinculado com o ldap do sistema ead, por mais que o usuário esteja criado no jenkins, ele não conseguirá autenticar se não estiver cadastrado no LDAP também.
Para fazer o cadastro do aluno é adicionada mais uma linha do /var/lib/jenkins/config.xml dentro das tags <permission> somente com permissão de leitura.
:param Aluno: Aluno é uma string somente com o email do aluno.
:returns: Esse método não possui valor de retorno
"""
try:
tree = parse("/var/lib/jenkins/config.xml")
elem = tree.getroot()
perm = elem.find('authorizationStrategy')
busca = perm.findall("permission")
for b in busca:
if Aluno in b.text:
log.warning("[!] Usuario Ja cadastrado no jenkins")
return
user = Element("permission")
user.text = "hudson.model.Hudson.Read:%s"%Aluno
perm.append(user)
tree.write("/var/lib/jenkins/config.xml")
log.info("[+] Usuario %s adicionado ao jenkins com Sucesso",Aluno)
except Exception as e:
log.error("[-] Erro ao adicionar usuario ao jenkins %s",e)
def create_new_feature(self, location=None):
self.feature = Element('feature')
for elem in self.tag_names:
self.feature.append(Element(elem))
if not location:
self.xmltree.append(self.feature)
else:
self.xmltree.insert(location, self.feature)
self.indent(self.xmltree)
def addRing(self, objRing, strType):
if strType == 'Inner':
elemBnd = Element('innerBoundaryIs')
else:
elemBnd = Element('outerBoundaryIs')
elemRing = SubElement(elemBnd, 'LinearRing')
elemCoords = SubElement(elemRing, "coordinates")
elemCoords.text = self.addCoordinates(objRing[1])
return elemBnd
def create_node(tag, property_map, content):
'''新造一个节点
tag:节点标签
property_map:属性及属性值map
content: 节点闭合标签里的文本内容
return 新节点'''
element = Element(tag, property_map)
element.text = content
return element
def create_node(tag, property_map, content):
'''新造一个节点
tag:节点标签
property_map:属性及属性值map
content: 节点闭合标签里的文本内容
return 新节点'''
element = Element(tag, property_map)
element.text = content
return element
def ToElement(self, it=None):
"""
Represents the store contents as an ElementTree.Element.
"""
if it is None:
it = self.entries.iteritems()
elt = Element("entities")
for peer_id, entry in it:
elt.append(entry.ToElement())
return elt
def convert(self, data, cache, **kwargs):
bodydom = Element('div')
kmldom = XML(data)
ns = kmldom.tag.strip('kml')
placemarks = kmldom.findall('.//%sPlacemark' % ns)
for placemark in placemarks:
titles = placemark.findall(ns + 'name')
for title in titles:
t = Element('h2')
t.text = title.text
bodydom.append(t)
descriptions = placemark.findall(ns + 'description')
for desc in descriptions:
if desc.text:
try:
text = desc.text.encode('ascii',
'xmlcharrefreplace').strip()
except:
text = desc.text.strip()
text = sanitize(text)
d = XML('<div>' +
text.encode('ascii', 'xmlcharrefreplace') +
'</div>')
bodydom.append(d)
body = tostring(bodydom)
cache.setData(body)
return cache
def draw_clock(self):
elem = Element("path")
ptuple = (self.x, self.y, self.period/2, -self.height, self.period/2, self.height)
elem.attrib['d'] = "M%f,%f h%f v%f h%f v%f" % ptuple
elem.attrib['stroke'] = "black"
elem.attrib['fill'] = "none"
elem.attrib['stroke-linecap'] = "square"
self.x += self.period
self.sval = 'L'
return elem
class ZigXmlParser(object):
def __init__(self, input):
self.filename = os.path.split(input)[-1]
self.xmltree = parse(input).getroot()
self.TODAY = date.today().isoformat()
self.tag_names = [
'ID', 'creator', 'created_date', 'modified_date', 'weight',
'aplha', 'BQP', 'BQP_buffer', 'cell_removal', 'spp_file'
]
def read_element(self, element, idvalue):
for target in self.xmltree.findall('feature'):
if target.find('ID').text == str(idvalue):
return target.find(element).text
def write_element(self, element, idvalue, value):
# Set modified_date for the inputset
self.xmltree.find('modified_date').text = self.TODAY
for target in self.xmltree.findall('feature'):
if target.find('ID').text == str(idvalue):
target.find(element).text = str(value)
# Set modified_date for the specific element
target.find('modified_date').text = self.TODAY
def create_new_feature(self, location=None):
self.feature = Element('feature')
for elem in self.tag_names:
self.feature.append(Element(elem))
if not location:
self.xmltree.append(self.feature)
else:
self.xmltree.insert(location, self.feature)
self.indent(self.xmltree)
def write_xml_file(self):
ElementTree(self.xmltree).write(os.getcwd() + r'\mod_' + self.filename)
print os.getcwd() + r'\mod_' + self.filename
def show_xml_tree(self):
dump(self.xmltree)
def indent(self, elem, level=0):
""" Adds tab to the tree, so that saving it as usual results in a prettyprinted tree."""
i = "\n" + level * "\t"
if len(elem):
if not elem.text or not elem.text.strip():
elem.text = i + "\t"
for elem in elem:
self.indent(elem, level + 1)
if not elem.tail or not elem.tail.strip():
elem.tail = i
else:
if level and (not elem.tail or not elem.tail.strip()):
elem.tail = i
def ConvertToKML(report):
root = Element(KML("kml"))
root.attrib["xmlns"] = "http://earth.google.com/kml/2.2"
doc = SubElement(root, KML("Document"))
for entry in report:
placemark = SubElement(doc, KML("Placemark"))
SubElement(placemark, KML("name")).text = entry["Address"]
SubElement(placemark, KML("description")).text = BuildDescription(entry)
# SubElement(placemark, KML("description")).text = entry['Details']
SubElement(SubElement(placemark, KML("Point")), KML("coordinates")).text = Geocode(entry["Address"])
return ElementTree(root)
def create_slide(self, buf, i,name=''):
# creating the name of the slide
# by parsing the title and removing any odd character
slidename = re.sub('[^a-zA-Z0-9\\s]','',name)
slidename = re.sub('\\s','_',slidename)
# we create a new div that will contain the slide
cont = Element("div") #etree_loader.importETree().Element('div')
cont.set('class', 'slide')
cont.set('id', slidename)
return cont
def GetFeedElement(feed):
"""Create an atom:feed element for the provided feed.
The provided feed must be in the format described at http://feedparser.org.
"""
rss = Element("rss")
rss.attrib["version"] = "2.0"
root = SubElement(rss, "channel")
TextElement(root, "title", feed.feed.get("title_detail"))
if feed.feed.has_key("links"):
for link in feed.feed.links:
if link.rel != "self": continue
SubElementIf(root, "link", link.href)
TextElement(root, "description", feed.feed.get("subtitle_detail"))
TextElement(root, "copyright", feed.feed.get("rights_detail"))
SubElement(root, "generator").text = "feedarchive"
if feed.feed.has_key("image"):
im = feed.feed.image
ie = SubElement(root, "image")
SubElementIf(ie, "url", im.get("href"))
SubElementIf(ie, "title", im.get("title"))
SubElementIf(ie, "link", im.get("link"))
if feed.feed.has_key("tags"):
for tag in feed.feed.tags:
te = SubElement(root, "category")
if (tag.has_key("scheme")): te.attrib["domain"] = tag.scheme
te.text = tag.term
for entry in feed.entries:
ee = SubElement(root, "item")
TextElement(ee, "title", entry.get("title_detail"))
SubElementIf(ee, "link", entry.get("link"))
TextElement(ee, "description", entry.get("summary_detail"))
SubElementIf(ee, "guid", entry.get("id"))
DateTimeElement(ee, "pubDate", entry, "published")
PersonElement(ee, "author", entry.get("author_detail"))
if entry.has_key("links"):
for link in entry.links:
if link.rel != "enclosure": continue
ence = SubElement(ee, "enclosure")
AttribIf(ence, "url", link.get("url"))
AttribIf(ence, "length", link.get("length"))
AttribIf(ence, "type", link.get("type"))
return rss
def properties(self):
""" Export properties
"""
contentType = self.context.contentType
prop = Element("property", name="contentType")
prop.text = contentType
yield prop
data = self.context.data
prop = Element("property", name="data")
data = base64.encodestring(data)
prop.text = CDATA % data
yield prop
def gencix(major, minor):
# First generate first pass at the CILE over all of the lib tree
cixfile = "activeperl-%d.%d.cix" % (major, minor)
command = "python ../../../ci2.py scan -n -r -p -l Perl -T /tmp/ActivePerl-%d.%d/perl/lib -i \"*.pm\"> %s" % (
major, minor, cixfile)
retval = os.system(command)
if retval != 0:
print "Error scanning ActivePerl library"
sys.exit(retval)
#
# Grab the output of that scan
root = parse(cixfile).getroot()
newroot = Element("codeintel", version="2.0")
cixfile = SubElement(newroot,
"file",
lang="Perl",
mtime=str(int(time.time())),
path=os.path.basename('perl.cix'))
for file in root.getiterator('file'):
print >> sys.stderr, "Processing", file.get('path')
for blob in file:
if blob.get("src"):
# Don't want the src string.
del blob.attrib["src"]
cixfile.append(blob)
cix = genPerlStdCIX(
cixfile,
"/tmp/ActivePerl-%d.%d/perl/lib/pod/perlfunc.pod" % (major, minor))
parent_map = dict((c, p) for p in cixfile.getiterator() for c in p)
for variable in newroot.getiterator('variable'):
attributes = variable.get('attributes')
if attributes and '__local__' in variable.get('attributes'):
parent_map[variable].remove(variable)
# Generate the CIX.
print >> sys.stderr, "Prettying"
prettify(newroot)
tree = ElementTree(newroot)
#fname = '../../../lib/codeintel2/stdlibs/perl-%d.%d.cix' % (major, minor)
fname = 'perl-%d.%d.cix' % (major, minor)
#os.system('p4 edit %s' % fname)
stream = open(fname, "w")
print >> sys.stderr, "Writing"
stream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
tree.write(stream)
stream.close()
def GetFeedElement(feed):
"""Create an atom:feed element for the provided feed.
The provided feed must be in the format described at http://feedparser.org.
"""
root = Element("feed")
root.attrib["xmlns"] = "http://www.w3.org/2005/Atom"
TextElement(root, "title", feed.feed.get("title_detail"))
if feed.feed.has_key("links"):
for link in feed.feed.links:
LinkElement(root, "link", link)
TextElement(root, "subtitle", feed.feed.get("subtitle_detail"))
TextElement(root, "rights", feed.feed.get("rights_detail"))
SubElement(root, "generator").text = "feedarchive"
SubElement(root, "updated").text = rfc3339(time.time())
SubElementIf(root, "id", feed.feed.get("id"))
if feed.feed.has_key("image"):
SubElement(root, "icon").text = feed.feed.image.href
if feed.feed.has_key("tags"):
for tag in feed.feed.tags:
te = SubElement(root, "category")
if tag.get("term"): te.attrib["term"] = tag.term
if tag.get("scheme"): te.attrib["scheme"] = tag.scheme
if tag.get("label"): te.attrib["label"] = tag.label
PersonElement(root, "author", feed.feed.get("author_detail"))
for entry in feed.entries:
ee = SubElement(root, "entry")
TextElement(ee, "title", entry.get("title_detail"))
if entry.has_key("links"):
for link in entry.links:
LinkElement(ee, "link", link)
TextElement(ee, "summary", entry.get("summary_detail"))
TextElement(ee, "content", entry.get("content_detail"))
DateTimeElement(ee, "published", entry, "published")
DateTimeElement(ee, "updated", entry, "updated")
SubElementIf(ee, "id", entry.get("id"))
PersonElement(ee, "author", entry.get("author_detail"))
PersonElement(ee, "publisher", entry.get("publisher_detail"))
if entry.has_key("contributors"):
for contributor in entry.contributors:
PersonElement(ee, "contributor", contributor)
CreateSourceElement(ee, entry.get("source"))
return root
def body(self):
""" Body exporter
"""
klass = self.context.__class__
factory = ".".join((klass.__module__, klass.__name__))
element = Element("object", name=self.context.__name__, factory=factory)
for prop in self.properties:
element.append(prop)
for child in self.children:
element.append(child)
return element
def maketree(printdict):
root=Element('top')
i=0
for (session, no, house) in printdict.keys():
i=i+1
elem=Element('print',printdict[(session, no, house)])
root.insert(i, elem)
billtree=ElementTree(root)
return billtree
def dump(self, output, lang):
tempo = {}
root = Element('resources')
root.tail = '\n'
tempo[()] = root
for key in self._resources_order:
for i in range(1, len(key) + 1):
if key[0:i] not in tempo:
parent = tempo[key[0:i - 1]]
value = self._resources.get(key[0:i], None)
if value is None:
elem = SubElement(parent, 'node', name=key[i - 1])
else:
localized = value.get(lang, None)
english = value.get('en', None)
if english is None:
print >> sys.stderr, 'English file does not have the string for', key[
0:i]
print >> sys.stderr, ' entry is marked as obosolete.'
elem = SubElement(parent,
'node',
name=key[i - 1],
value=localized,
obsolete='true')
elif localized is not None:
elem = SubElement(parent,
'node',
name=key[i - 1],
value=localized)
else:
elem = SubElement(parent,
'node',
name=key[i - 1],
value=english,
toBeTranslated='true')
parent.text = elem.tail = '\n' + i * SPACES
tempo[key[0:i]] = elem
fix_it(root)
print >> output, '<?xml version="1.0" encoding="UTF-8"?>'
ElementTree(root).write(output, 'utf-8')
def consultaDetalleProduccion(request, nrec):
#def consultaDetalleProduccion(ncab):
dajax = Dajax()
nrec = DetProcesos.objects.filter(cabprocesos=CabProcesos.objects.get(
pk=ncab))[0].id
raiz = DetProcesos.get_root(DetProcesos.objects.get(pk=nrec)).id
size = DetProcesos.get_descendant_count(
DetProcesos.objects.get(id=raiz)) + 1
print raiz
padre = DetProcesos.objects.get(id=raiz)
cpadre = str(raiz)
#Cabecera del Mensaje
root = ET.Element("mxGraphModel")
head = ET.SubElement(root, "root")
ele = Element("mxCell")
ele.set("id", "0")
head.append(ele)
ele1 = Element("mxCell")
ele1.set("id", cpadre)
ele1.set("parent", "0")
head.append(ele1)
objetoProcesos(head, str(raiz + 1), str(raiz + 1), str(raiz), str(raiz),
padre.descripcion)
print padre.descripcion
nid = raiz
for ele in range(0, size - 1):
obj = DetProcesos.get_children(DetProcesos.objects.get(id=nid))
if len(obj) != 0:
objetoProcesos(head, str(nid + 2), str(nid + 2), cpadre, cpadre,
obj.values()[0]['descripcion'])
print obj.values()[0]['descripcion']
nid = obj.values()[0]['id']
nid = raiz
cpadre = str(raiz + 1)
for ele in range(0, size - 1):
obj = DetProcesos.get_children(DetProcesos.objects.get(id=nid))
if len(obj) != 0:
nid = obj.values()[0]['id']
dest = nid + 1
enlaceProceso(
head, str(nid + 2), str(nid + 2), str(raiz), str(raiz), cpadre,
str(dest),
TiposProcesos.objects.get(id=obj.values()[0]['tproceso_id']))
cpadre = str(dest)
valores = simplejson.dumps(ET.tostring(root), cls=JSONEncoder)
#tree = ET.ElementTree(root)
#tree.write("salida.xml")
return valores
def _format(self,elemap,obj):
defaults = self._defaults
out = Element(elemap[0])
for subspec in elemap[1:]:
if type(subspec) == type(''):
tmp = obj.get(subspec,None)
if tmp is None or str(tmp) == '':
tmp = defaults.get(subspec,'')
out.text = str(tmp)
continue
# here, subspec is really a recursive element map
subelem = self._format(subspec,obj)
out.append(subelem)
return out
def _format(self, elemap, obj):
defaults = self._defaults
out = Element(elemap[0])
for subspec in elemap[1:]:
if type(subspec) == type(''):
tmp = obj.get(subspec, None)
if tmp is None or str(tmp) == '':
tmp = defaults.get(subspec, '')
out.text = str(tmp)
continue
# here, subspec is really a recursive element map
subelem = self._format(subspec, obj)
out.append(subelem)
return out
def __init__(self, root, showRoot = True):
QtCore.QAbstractItemModel.__init__(self)
if showRoot:
fakeroot = Element("fakeroot")
fakeroot.append(root)
self._root = fakeroot
else:
self._root = root
self._realroot = self._root
self._columns = ["Tag", "Attributes"]
self._np = dict((child, (parent, rowidx)) for parent in self._root.getiterator()
for rowidx, child in enumerate(parent))
def createFilePodcast(mediaFilePath, title, description=''):
"""
create the xml file using utf
"""
mediaItem = Element("media")
mediaItem.attrib["version"] = VERSION
titleNode = SubElement(mediaItem, "title")
titleNode.text = title
descrNode = SubElement(mediaItem, "description")
descrNode.text = description
createXmlFile(mediaFilePath + '.xml', mediaItem)
mediaItem.clear()
def createFilePodcast(mediaFilePath, title, description=''):
"""
create the xml file using utf
"""
mediaItem = Element("media")
mediaItem.attrib["version"] = VERSION
titleNode = SubElement(mediaItem, "title")
titleNode.text = title
descrNode = SubElement(mediaItem, "description")
descrNode.text = description
createXmlFile(mediaFilePath + '.xml', mediaItem)
mediaItem.clear()
def new_tree_term(termIdentifier, caption, description):
term = Element(ns + 'term')
treeTermIdentifier = Element(ns + 'termIdentifier')
treeTermIdentifier.text = termIdentifier
term.append(treeTermIdentifier)
treeCaption = Element('caption')
addLangs(treeCaption, caption)
term.append(treeCaption)
treeDesc = Element('description')
addLangs(treeDesc, description)
term.append(treeDesc)
return term
def new_tree_term(self, termIdentifier, caption, description):
term = Element(NS + "term")
treeTermIdentifier = Element(NS + "termIdentifier")
treeTermIdentifier.text = termIdentifier
term.append(treeTermIdentifier)
treeCaption = Element(NS + "caption")
self.addLangs(treeCaption, caption)
term.append(treeCaption)
treeDesc = Element("description")
self.addLangs(treeDesc, description)
term.append(treeDesc)
return term
def toXML(self):
'''Generate the xml representation of the letter matrix'''
# <control type="panel">
control = Element('control', type='panel', id=str(CONTROL_PANEL))
if True:
SubElement(control, 'posx').text = str(self.posx)
SubElement(control, 'posy').text = str(self.posy)
SubElement(control, 'width').text = str(self.width)
SubElement(control, 'height').text = str(self.height)
SubElement(control, 'onleft').text = '-'
SubElement(control, 'onright').text = '-'
SubElement(control, 'onup').text = '-'
SubElement(control, 'ondown').text = '-'
SubElement(control, 'viewtype', label='').text = 'panel'
SubElement(control, 'pagecontrol').text = '-'
SubElement(control, 'scrolltime').text = '-'
SubElement(control, 'hitrect', x=str(-10), y=str(-10), w=str(1), h=str(1))
# <itemlayout>
itemlayout = SubElement(control, 'itemlayout', height=str(self.letterHeight), width=str(self.letterWidth))
if True:
self.addItemLayout(itemlayout, self.theme.inactive, 1)
self.addItemLayout(itemlayout, self.theme.active, 2)
# </itemlayout>
SubElement(control, 'focusedlayout', height=str(self.height), width=str(self.width))
# <content>
content = SubElement(control, 'content')
if True:
# <item>
for letter in self.letters:
content.append(letter.toXML())
# </item>
# </content>
# </control>
return control
def write(pattern, fpath):
import os
from elementtree.ElementTree import Element, ElementTree
root = Element('xml')
toelem(pattern, root)
ElementTree(root).write(fpath)
os.system('tidy -xml -iqm \"%s\"' % fpath)
def toXML(self):
# <window>
window = Element('window', id=str(WINDOW_ID))
if True:
# Fade in for 1.0 second (but not in screensaver mode)
if not self.screensaverMode:
SubElement(window, 'animation', effect='fade', time=str(1000)).text = 'WindowOpen'
# <controls>
controls = SubElement(window, 'controls')
if True:
# <control type="image">
color = Image(1280, 720, BACKGROUND_IMAGE, self.theme.background)
controls.append(color.toXML())
# </control>
# <control type="image">
if self.theme.image:
image = Image(self.theme.imageWidth, self.theme.imageHeight, self.theme.image)
else:
# Placeholder for if we change the theme by pressing T
image = Image(1280, 720, '-')
controls.append(image.toXML())
# </control>
#sprites = Sprites(self.layout, self.theme)
#controls.append(sprites.toXML())
# <control type="panel">
matrix = Matrix(self.letters, self.layout, self.theme)
controls.append(matrix.toXML())
# </control>
# </controls>
# </window>
return window
def __call__ (self) :
self.processed = {}
self.pending = {}
tree = Element ("project", id = "SW-Tasks")
SubElement (tree, "label").text = ("Task(s) %s." % self.toplevel)
SubElement (tree, "import-resources", file = "workers.xml")
if self.VERBOSE > 1 :
self.debug ("Writing `part_of` tree ...")
for issue_id in self.toplevel :
if self.VERBOSE > 2 :
self.debug \
("Issue %d is top-level. Processing it now ..." % issue_id)
issue = self.db.issue.getnode (issue_id)
self.process_issue (issue, tree)
if self.VERBOSE > 1 :
self.debug ("\nWriting issues due to `depends_on` or `needs` ...")
while self.pending :
(issue_id, issue) = self.pending.popitem ()
if issue_id not in self.processed :
if self.VERBOSE > 2 :
self.debug ("Adding %s ... " % issue_id)
self.process_issue (issue, tree)
else :
if self.VERBOSE > 3 :
self.debug ("%s already included." % issue_id)
file = open (self.oname, "w")
ElementTree (tree).write (file, encoding = "utf-8")
if self.VERBOSE > 1 :
self.debug ("Done.")
def writePolygon(self, objGeo, elemPlace):
elemGeo = Element('Polygon')
#Now add the ring(s)
dctRings = objGeo.getRingInfo()
#get the external ring(s)
lstOuter = objGeo.getRing('Outer')
lstInner = objGeo.getRing('Inner')
for x in range(0, dctRings['Outer']):
elemRing = self.addRing(lstOuter[x], 'Outer')
elemGeo.append(elemRing)
for x in range(0, dctRings['Inner']):
elemRing = self.addRing(lstInner[x], 'Inner')
elemGeo.append(elemRing)
return elemGeo
def createNewProfiles(self, baseElem):
for i in range(0, len(self.UniqueCos)):
self.logger.info('New Default Profile element was created.')
newElem = Element('DefaultProfile')
for key, val in self.config['ProfileTags'].iteritems():
e = Element(key)
if e.tag == 'Id' or e.tag == 'ProfileId':
self.logger.info('The id is %s' % str(self.NewCosIds[i]))
e.text = str(self.NewCosIds[i])
elif e.tag == 'CoSId':
self.logger.info('The CoSId is %s' % str(self.UniqueCos[i]))
e.text = self.UniqueCos[i]
else:
e.text = val
newElem._children.append(e)
baseElem._children.append(newElem)
def get_runtime_inputs(self):
label = self.state.get("name", "Input Dataset")
return dict(input=DataToolParameter(
None,
Element(
"param", name="input", label=label, type="data",
format="data")))
def gencix(major, minor):
# First generate first pass at the CILE over all of the lib tree
cixfile = "activeperl-%d.%d.cix" % (major, minor)
command = "python ../../../ci2.py scan -n -r -p -l Perl -T /tmp/ActivePerl-%d.%d/perl/lib -i \"*.pm\"> %s" % (major, minor, cixfile)
retval = os.system(command)
if retval != 0:
print "Error scanning ActivePerl library"
sys.exit(retval)
#
# Grab the output of that scan
root = parse(cixfile).getroot()
newroot = Element("codeintel", version="2.0")
cixfile = SubElement(newroot, "file", lang="Perl",
mtime=str(int(time.time())),
path=os.path.basename('perl.cix'))
for file in root.getiterator('file'):
print >> sys.stderr, "Processing", file.get('path')
for blob in file:
if blob.get("src"):
# Don't want the src string.
del blob.attrib["src"]
cixfile.append(blob)
cix = genPerlStdCIX(cixfile, "/tmp/ActivePerl-%d.%d/perl/lib/pod/perlfunc.pod" % (major, minor))
parent_map = dict((c, p) for p in cixfile.getiterator() for c in p)
for variable in newroot.getiterator('variable'):
attributes = variable.get('attributes')
if attributes and '__local__' in variable.get('attributes'):
parent_map[variable].remove(variable)
# Generate the CIX.
print >>sys.stderr, "Prettying"
prettify(newroot)
tree = ElementTree(newroot)
#fname = '../../../lib/codeintel2/stdlibs/perl-%d.%d.cix' % (major, minor)
fname = 'perl-%d.%d.cix' % (major, minor)
#os.system('p4 edit %s' % fname)
stream = open(fname, "w")
print >>sys.stderr, "Writing"
stream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
tree.write(stream)
stream.close()
def encode_XMLDict(self, mapping):
"""!TXT!"""
def encode(key, value):
element = Element(key)
if isinstance(value, NoneType):
element.attrib['type'] = 'none'
elif isinstance(value, BooleanType):
element.attrib['type'] = 'bool'
element.attrib['value'] = value and 'true' or 'false'
elif isinstance(value, ComplexType):
element.attrib['type'] = 'complex'
element.attrib['re'] = repr(value.real)
element.attrib['im'] = repr(value.imag)
elif isinstance(value, FloatType):
element.attrib['type'] = 'float'
element.attrib['value'] = repr(value)
elif isinstance(value, IntType):
element.attrib['type'] = 'int'
element.attrib['value'] = repr(value)
elif isinstance(value, LongType):
element.attrib['type'] = 'long'
element.attrib['value'] = repr(value)
elif isinstance(value, StringType) or isinstance(value, UnicodeType):
element.attrib['type'] = 'cdata'
element.text = u"<![CDATA[%s]]>" % value
elif isinstance(value, DictType):
element.attrib['type'] = 'dict'
for key in value.keys():
element.append(encode(key, value[key]))
elif isinstance(value, ListType):
element.attrib['type'] = 'list'
for subvalue in value:
element.append(encode('value', subvalue))
elif isinstance(value, TupleType):
element.attrib['type'] = 'tuple'
for subvalue in value:
element.append(encode('value', subvalue))
else:
raise TypeError("Encoding of %s not supported (Key: %s)" % (repr(value), key))
return element
root = Element("data")
for key in mapping.keys():
root.append(self.encode(key, mapping[key]))
return tostring(root)
def build_request_xml(self, data, root_tag):
root = Element(root_tag, USERID=self.user_id)
for i, address in enumerate(data):
address_element = SubElement(root, 'Address', ID=str(i))
for field in self.address_fields:
SubElement(
address_element, field).text = address.get(field.lower())
return tostring(root)
def add_clock(self, name, datastr):
sigelem = Element('g')
# this is where we get the cycle count
self.cycles = len(datastr.split())
clksig = signal(name, self.xzero, self.ypos, self.period, self.height)
sigelem.append(clksig.draw_name())
for i in datastr.split():
sigelem.append(clksig.draw_clock())
self.ypos += self.signalspacing + self.height
self.signalselem.append(sigelem)
self.signalcnt += 1
def __split_models(self, xmlDoc):
"""generator that takes parameter xmlDoc and splits it into many
xml files, with only one model per each"""
elem = XML(xmlDoc)
models = elem.find("Models")
if models:
elem.remove(models)
for model in models:
to_return = copy.deepcopy(elem)
new_models = Element("Models")
for a in models.attrib:
new_models.attrib[a] = models.attrib[a]
new_models.append(model)
to_return.append(new_models)
yield (model.attrib['id'], to_return)
else:
pass #TODO return error
def convert(self, data, cache, **kwargs):
bodydom = Element('div')
kmldom = XML(data)
ns = kmldom.tag.strip('kml')
placemarks = kmldom.findall('.//%sPlacemark' % ns)
for placemark in placemarks:
titles = placemark.findall(ns + 'name')
for title in titles:
t = Element('h2')
t.text = title.text
bodydom.append(t)
descriptions = placemark.findall(ns+'description')
for desc in descriptions:
if desc.text:
try:
text = desc.text.encode('ascii', 'xmlcharrefreplace').strip()
except:
text = desc.text.strip()
text = sanitize(text)
d = XML('<div>' + text.encode('ascii', 'xmlcharrefreplace') + '</div>')
bodydom.append(d)
body = tostring(bodydom)
cache.setData(body)
return cache
def create_new_feature(self, location=None):
self.feature = Element('feature')
for elem in self.tag_names:
self.feature.append(Element(elem))
if not location:
self.xmltree.append(self.feature)
else:
self.xmltree.insert(location, self.feature)
self.indent(self.xmltree)
def get_runtime_inputs(self, filter_set=['data']):
label = self.state.get("name", "Input Dataset")
return dict(input=DataToolParameter(
None,
Element("param",
name="input",
label=label,
multiple=True,
type="data",
format=', '.join(filter_set)), self.trans))
def __init__(self, root, showRoot = True):
QtCore.QAbstractItemModel.__init__(self)
if showRoot:
fakeroot = Element("fakeroot")
fakeroot.append(root.getroot())
self._root = fakeroot
else:
self._root = root.getroot()
self._xpathroot = root
self._realroot = self._root
self._columns = ["Tag", "Attributes"]
self._ne = {}
self._np = {}
self._ne[0] = self._root
self.buildMaps(self._root, 0)
self._neo = self._ne.copy()
self._npo = self._np.copy()
def ConvertDialogToElement(dialog):
# build a tree structure
root = Element("DIALOG")
for ctrl in dialog.AllControls():
ctrlElem = SubElement(root, "CONTROL")
for name, value in ctrl.properties.items():
AddElement(ctrlElem, name, value)
return root
def get_runtime_inputs(self, filter_set=['data']):
label = self.state.get("name", self.default_name)
collection_type = self.state.get("collection_type",
self.default_collection_type)
input_element = Element("param",
name="input",
label=label,
type="data_collection",
collection_type=collection_type)
return dict(
input=DataCollectionToolParameter(None, input_element, self.trans))
def timinggrid(self):
"""
This function uses the signalcnt, cycles, period, height, and spacing
to draw the light lines that will be the clock lines.
"""
gelem = Element("g") # create a group
for i in range(int(self.cycles)):
lelem = Element("line")
lelem.attrib['x1'] = str(i*self.period + self.period/2.0 + self.xzero)
lelem.attrib['y1'] = str(0);
lelem.attrib['x2'] = str(i*self.period + self.period/2.0 + self.xzero)
lelem.attrib['y2'] = str(self.signalcnt*(self.height + self.signalspacing) + self.signalspacing)
lelem.attrib['stroke'] = "grey"
lelem.attrib['stroke-width'] = "0.5"
gelem.append(lelem)
self.svgelem.append(gelem)
self.svgelem.append(self.signalselem)
def draw_name(self):
""" the name is to the left of the original draw point"""
elem = Element("text")
elem.attrib['x'] = "%f" % (self.startx -4)
elem.attrib['y'] = "%f" % (self.starty-4)
elem.attrib['font-family'] = "Helvetica"
elem.attrib['font-size'] = "%f" % (self.height/1.4)
elem.attrib['text-anchor'] = "end"
elem.text = self.name
return elem
def getCommand(args):
result = getInterfaceInfo(args.macaddress)
if result is None:
print 'adapter not found'
return 3
top_node = Element('NetConfigurations')
formatNetworkAdapterConfig(top_node, result)
print tostring(top_node)
return 0
def draw_low(self):
elem = Element("path")
if self.sval == 'H':
starty = self.y - self.height
elif self.sval == 'Z':
starty = self.y - self.height/2
else:
starty = self.y
ptuple = (self.x, starty, self.period/8, self.y-starty, 7*self.period/8)
elem.attrib['d'] = "M%f,%f l%f, %f h%f" % ptuple
elem.attrib['stroke'] = "black"
elem.attrib['fill'] = "none"
elem.attrib['stroke-linecap'] = "square"
self.x += self.period
self.sval = 'L'
return elem
def create_job(self, branch_name):
cleaned_branch_name = branch_name.replace("origin/", "").replace("/", "_")
job_name = "%s-%s" % (self.prefix, cleaned_branch_name)
full_job_path = "%s/%s" % (self.root_job_dir, job_name)
try:
os.mkdir(full_job_path)
except OSError:
print "Job already exists! Not creating."
return
template = open(self.config_template, "r")
parser = parse(self.config_template)
top_element = parser.getroot()
branch_element = top_element.getiterator("hudson.plugins.git.BranchSpec")[0]
[branch_element.remove(element) for element in branch_element.getchildren()]
new_name_element = Element("name")
new_name_element.text = branch_name
branch_element.append(new_name_element)
parser.write("%s/%s" % (full_job_path, self.config_xml))
def toXML(self):
'''Generate the xml representation of this Letter'''
# <item>
item = Element('item')
if True:
# <label>$INFO[Window(Home).Property(Unqlocked.0.Background)]</label>
SubElement(item, 'label').text = '$INFO[Window(Home).Property(%s)]' % (PROPERTY_INACTIVE % self.index)
# <label2>$INFO[Window(Home).Property(Unqlocked.0.Highlight)]</label2>
SubElement(item, 'label2').text = '$INFO[Window(Home).Property(%s)]' % (PROPERTY_ACTIVE % self.index)
# <onclick>-</onclick>
SubElement(item, 'onclick').text = '-'
# </item>
return item
def toXML(self):
# <control>
control = Element('control', type='image', id=str(self.id))
if True:
SubElement(control, 'posx').text = str((1280 - self.width) / 2)
SubElement(control, 'posy').text = str((720 - self.height) / 2)
SubElement(control, 'width').text = str(self.width)
SubElement(control, 'height').text = str(self.height)
SubElement(control, 'texture').text = self.image
if self.diffuse:
SubElement(control, 'colordiffuse').text = self.diffuse # AARRGGBB
# </control>
return control
def listCommand(args):
if isWindows():
result = [win32GetInterfaceInfo(i) for i in win32EnumerateInterfaces()]
elif isLinux() or isBsd():
result = unixGetInterfaceList()
else:
raise Exception('Unsupported operating system')
top_node = Element('NetConfigurations')
for adapter in result:
formatNetworkAdapterConfig(top_node, adapter)
print tostring(top_node)
return 0
def main():
top_node = Element('osinfo')
if sys.platform == 'win32':
info = windowsInfo()
elif sys.platform == 'linux2':
info = linuxInfo()
elif sys.platform.startswith('freebsd'):
info = bsdInfo()
SubElement(top_node, 'name').text = info['name']
SubElement(top_node, 'version').text = info['version']
SubElement(top_node, 'details').text = info['details']
print tostring(top_node)
return 0
def objetoProcesos(head, id, customid, vertex, parent, texto):
subhead = ET.SubElement(head, "mxCell")
subhead.set("id", id)
subhead.set("customId", customid)
subhead.set(
"value",
'<img src="editors/images/overlays/workplace.png"><br><b> %s </b> ' %
texto)
subhead.set("vertex", vertex)
subhead.set("parent", parent)
subele = Element("mxGeometry")
subele.set("x", "0")
subele.set("y", "0")
subele.set("width", "180")
subele.set("height", "70")
subele.set("as", "geometry")
subhead.append(subele)
return head
def toElementTree(self, details):
"""
Return an Element node with the XML rappresentation of this module
"""
c = Element('module')
n = SubElement(c, 'name')
n.text = self._alias
if details:
# version
v = SubElement(c, 'version')
v.text = str(self._version)
# type
t = SubElement(c, 'type')
t.text = self._type
# lock
u = SubElement(c, 'upgradable')
u.text = repr(self._upgradable).lower()
return c
def FormattedContent(self, report_obj, chart_style, request):
from atrinsic.base.models import AqWidget,UserAqWidget
x = self.widget_id
widget = AqWidget.objects.get(pk=self.widget_id)
var_columns = None
if self.user_widget_id != None:
user_widget = UserAqWidget.objects.get(pk=self.user_widget_id)
if user_widget.custom_columns != None:
var_columns = user_widget.custom_columns
if (var_columns == None) & (self.data_columns != None):
var_columns = self.data_columns
else:
var_columns = widget.data_columns
if var_columns.find(",") > 0:
col1,col2 = var_columns.split(",")
else:
col1 = var_columns
col2 = None
columns = { 'var1': col1, 'var2':col2 }
if chart_style == "table":
html = self.getReportHTML(report_obj)
return html
elif chart_style == "json-array":
import cjson
return cjson.encode(report_obj.RenderContents())
elif chart_style == "json":
import cjson
json = self.get_json(report_obj)
return cjson.encode(json)
elif chart_style == "xml":
from elementtree import ElementTree
from elementtree.ElementTree import Element,tostring,SubElement,ElementTree,dump
xmldict = {}
xmldict["xml"] = self.get_json(report_obj)
root = Element("xml")
for row in xmldict["xml"]:
item_element = SubElement(root,"item")
for field in row:
SubElement(item_element,field).text = row[field]
return tostring(root)
else:
return self.getAQChart(request=request,chart_style=chart_style,report_obj=report_obj,columns=columns)