def get_node(queries, query):
nid = "node_{}_{}".format(len(queries), query.label)
return dot.Node(nid, query.label)
def main():
parser = optparse.OptionParser(usage=usgmsg)
parser.add_option(
'-f',
'--format',
action='store',
dest='format',
default='Graphml',
help='selects the output format (Graphml|GML|GDF) [default : %default]'
)
parser.add_option('-v',
'--verbose',
action='store_true',
dest='verbose',
default=False,
help='enables messages (infos, warnings)')
parser.add_option('-s',
'--sweep',
action='store_true',
dest='sweep',
default=False,
help='sweep nodes (remove nodes that are not connected)')
parser.add_option('--nn',
'--no-nodes',
action='store_false',
dest='NodeLabels',
default=True,
help='do not output any node labels [Graphml]')
parser.add_option('--ne',
'--no-edges',
action='store_false',
dest='EdgeLabels',
default=True,
help='do not output any edge labels [Graphml]')
parser.add_option(
'--nu',
'--no-uml',
action='store_false',
dest='NodeUml',
default=True,
help='do not output any node methods/attributes in UML [Graphml]')
parser.add_option('--na',
'--no-arrows',
action='store_false',
dest='Arrows',
default=True,
help='do not output any arrows [Graphml]')
parser.add_option('--nc',
'--no-colors',
action='store_false',
dest='Colors',
default=True,
help='do not output any colors [Graphml]')
parser.add_option(
'--la',
'--lump-attributes',
action='store_true',
dest='LumpAttributes',
default=False,
help=
'lump class attributes/methods together with the node label [Graphml]')
parser.add_option(
'--sc',
'--separator-char',
action='store',
dest='SepChar',
default='_',
metavar='SEPCHAR',
help=
'default separator char when lumping attributes/methods [default : "_"]'
)
parser.add_option('--ae',
'--auto-edges',
action='store_true',
dest='EdgeLabelsAutoComplete',
default=False,
help='auto-complete edge labels')
parser.add_option(
'--ah',
'--arrowhead',
action='store',
dest='DefaultArrowHead',
default='normal',
metavar='TYPE',
help=
'sets the default appearance of arrow heads for edges (normal|diamond|dot|...) [default : %default]'
)
parser.add_option(
'--at',
'--arrowtail',
action='store',
dest='DefaultArrowTail',
default='none',
metavar='TYPE',
help=
'sets the default appearance of arrow tails for edges (normal|diamond|dot|...) [default : %default]'
)
parser.add_option('--cn',
'--color-nodes',
action='store',
dest='DefaultNodeColor',
default='#CCCCFF',
metavar='COLOR',
help='default node color [default : "#CCCCFF"]')
parser.add_option('--ce',
'--color-edges',
action='store',
dest='DefaultEdgeColor',
default='#000000',
metavar='COLOR',
help='default edge color [default : "#000000"]')
parser.add_option(
'--cnt',
'--color-nodes-text',
action='store',
dest='DefaultNodeTextColor',
default='#000000',
metavar='COLOR',
help='default node text color for labels [default : "#000000"]')
parser.add_option(
'--cet',
'--color-edges-text',
action='store',
dest='DefaultEdgeTextColor',
default='#000000',
metavar='COLOR',
help='default edge text color for labels [default : "#000000"]')
parser.add_option(
'--ienc',
'--input-encoding',
action='store',
dest='InputEncoding',
default='utf-8',
metavar='ENCODING',
help='override encoding for input file [default : locale setting]')
parser.add_option(
'--oenc',
'--output-encoding',
action='store',
dest='OutputEncoding',
default='utf-8',
metavar='ENCODING',
help=
'override encoding for text output files [default : locale setting]')
options, args = parser.parse_args()
if len(args) < 2:
usage()
sys.exit(1)
infile = args[0]
outfile = args[1]
options.DefaultNodeColor = dot.colorNameToRgb(options.DefaultNodeColor,
'#CCCCFF')
options.DefaultEdgeColor = dot.colorNameToRgb(options.DefaultEdgeColor,
'#000000')
options.DefaultNodeTextColor = dot.colorNameToRgb(
options.DefaultNodeTextColor, '#000000')
options.DefaultEdgeTextColor = dot.colorNameToRgb(
options.DefaultEdgeTextColor, '#000000')
# preferredEncoding = locale.getpreferredencoding()
preferredEncoding = 'utf-8'
if options.InputEncoding == "":
options.InputEncoding = preferredEncoding
if options.OutputEncoding == "":
options.OutputEncoding = preferredEncoding
if options.verbose:
print("Input file: %s " % infile)
print("Output file: %s " % outfile)
print("Output format: %s" % options.format.lower())
print("Input encoding: %s" % options.InputEncoding)
if options.format.lower() == "graphml":
print("Output encoding: utf-8 (fix for Graphml)")
else:
print("Output encoding: %s" % options.OutputEncoding)
# Collect nodes and edges
nodes = {}
edges = []
default_edge = None
default_node = None
nid = 1
eid = 1
f = open(infile, 'r')
content = f.read().splitlines()
f.close()
idx = 0
while idx < len(content):
l = str(content[idx])
if '->' in l:
# Check for multiline edge
if '[' in l and ']' not in l:
ml = ""
while ']' not in ml:
idx += 1
ml = str(content[idx])
l = ' '.join([l.rstrip(), ml.lstrip()])
# Process edge
e = dot.Edge()
e.initFromString(l)
e.id = eid
eid += 1
if default_edge:
e.complementAttributes(default_edge)
edges.append(e)
elif '[' in l:
# Check for multiline node
if ']' not in l:
ml = ""
while ']' not in ml:
idx += 1
ml = str(content[idx])
l = ' '.join([l.rstrip(), ml.lstrip()])
# Process node
n = dot.Node()
n.initFromString(l)
lowlabel = n.label.lower()
if (lowlabel != 'graph' and lowlabel != 'edge'
and lowlabel != 'node'):
n.id = nid
nid += 1
if default_node:
n.complementAttributes(default_node)
nodes[n.label] = n
else:
if lowlabel == 'edge':
default_edge = n
elif lowlabel == 'node':
default_node = n
elif 'charset=' in l:
# Pick up input encoding from DOT file
li = l.strip().split('=')
if len(li) == 2:
ienc = li[1].strip('"')
if ienc != "":
options.InputEncoding = ienc
if options.verbose:
print(
"Info: Picked up input encoding '%s' from the DOT file."
% ienc)
idx += 1
# Add single nodes, if required
for e in edges:
if e.src not in nodes:
n = dot.Node()
n.label = e.src
n.id = nid
nid += 1
nodes[e.src] = n
if e.dest not in nodes:
n = dot.Node()
n.label = e.dest
n.id = nid
nid += 1
nodes[e.dest] = n
nodes[e.src].referenced = True
nodes[e.dest].referenced = True
if options.verbose:
print("\nNodes: %d " % len(nodes))
print("Edges: %d " % len(edges))
if options.sweep:
rnodes = {}
for key, n in nodes.items():
if n.referenced:
rnodes[key] = n
nodes = rnodes
if options.verbose:
print("\nNodes after sweep: %d " % len(nodes))
# Output
o = open(outfile, 'w')
format = options.format.lower()
if format == 'dot':
exportDot(o, nodes, edges, options)
elif format == 'graphml':
exportGraphml(o, nodes, edges, options)
elif format == 'gdf':
exportGDF(o, nodes, edges, options)
else: # GML
exportGML(o, nodes, edges, options)
o.close()
if options.verbose:
print("\nDone.")
def exportGraphml(o, nodes, edges, options, ff=0):
tf = reverse()
ints = intes()
doc = F.Document()
root = doc.createElement('graphml')
root.setAttribute('xmlns', 'http://graphml.graphdrawing.org/xmlns')
root.setAttribute('xmlns:java',
'http://www.yworks.com/xml/yfiles-common/1.0/java')
root.setAttribute(
'xmlns:sys',
'http://www.yworks.com/xml/yfiles-common/markup/primitives/2.0')
root.setAttribute('xmlns:x',
'http://www.yworks.com/xml/yfiles-common/markup/2.0')
root.setAttribute('xmlns:xsi', 'http://www.w3.org/2001/XMLSchema-instance')
root.setAttribute('xmlns:y', 'http://www.yworks.com/xml/graphml')
root.setAttribute('xmlns:yed', 'http://www.yworks.com/xml/yed/3')
root.setAttribute(
'xsi:schemaLocation',
'http://graphml.graphdrawing.org/xmlns http://www.yworks.com/xml/schema/graphml/1.1/ygraphml.xsd'
)
doc.appendChild(root)
key = doc.createElement('key')
key.setAttribute('attr.name', 'Description')
key.setAttribute('for', 'graph')
key.setAttribute('attr.type', 'string')
key.setAttribute('id', 'd0')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('for', 'port')
key.setAttribute('id', 'd1')
key.setAttribute('yfiles.type', 'portgraphics')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('for', 'port')
key.setAttribute('id', 'd2')
key.setAttribute('yfiles.type', 'portgeometry')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('for', 'port')
key.setAttribute('id', 'd3')
key.setAttribute('yfiles.type', 'portuserdata')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('attr.name', 'url')
key.setAttribute('attr.type', 'string')
key.setAttribute('for', 'node')
key.setAttribute('id', 'd4')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('attr.name', 'description')
key.setAttribute('attr.type', 'string')
key.setAttribute('for', 'node')
key.setAttribute('id', 'd5')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('for', 'node')
key.setAttribute('id', 'd6')
key.setAttribute('yfiles.type', 'nodegraphics')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('for', 'graphml')
key.setAttribute('id', 'd7')
#key.setAttribute('yfiles.folder','group')
key.setAttribute('yfiles.type', 'resources')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('attr.name', 'url')
key.setAttribute('attr.type', 'string')
key.setAttribute('for', 'edge')
key.setAttribute('id', 'd8')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('attr.name', 'description')
key.setAttribute('attr.type', 'string')
key.setAttribute('for', 'edge')
key.setAttribute('id', 'd9')
root.appendChild(key)
key = doc.createElement('key')
key.setAttribute('for', 'edge')
key.setAttribute('id', 'd10')
key.setAttribute('yfiles.type', 'edgegraphics')
root.appendChild(key)
graph = doc.createElement('graph')
graph.setAttribute('edgedefault', 'directed')
graph.setAttribute('id', 'G')
data01 = doc.createElement('data')
data01.setAttribute('key', 'd0')
data01.setAttribute('xml:space', 'preserve')
graph.appendChild(data01)
node1 = doc.createElement('node')
node1.setAttribute('id', 'n0')
node1.setAttribute('yfiles.foldertype', 'group')
#LabelText = self.getLabel(conf, True)
data1 = doc.createElement('data')
data1.setAttribute('key', 'd5')
data1.setAttribute('xml:space', 'preserve')
data1.appendChild(doc.createTextNode('Stratigrafia'))
node1.appendChild(data1)
data0 = doc.createElement('data')
data0.setAttribute('key', 'd6')
tablenode = doc.createElement('y:TableNode')
tablenode.setAttribute('configuration', 'YED_TABLE_NODE')
geom = doc.createElement('y:Geometry')
geom.setAttribute('height', '10000.86965344368')
geom.setAttribute('width', '1044.0')
geom.setAttribute('x', '-29.0')
geom.setAttribute('y', '-596.1141011840689')
tablenode.appendChild(geom)
fill = doc.createElement('y:Fill')
fill.setAttribute('color', '#ecf5ff')
fill.setAttribute('color2', '#0042F440')
fill.setAttribute('transparent', 'false')
tablenode.appendChild(fill)
border = doc.createElement('y:BorderStyle')
border.setAttribute('hascolor', 'false')
border.setAttribute('type', 'line')
border.setAttribute('width', '1.0')
tablenode.appendChild(border)
label01 = doc.createElement('y:NodeLabel')
label01.setAttribute('alignment', 'center')
label01.setAttribute('autoSizePolicy', 'content')
label01.setAttribute('fontFamily', 'DialogInputInput')
label01.setAttribute('fontSize', '24')
label01.setAttribute('fontStyle', 'bold')
label01.setAttribute('hasBackgroundColor', 'false')
label01.setAttribute('hasLineColor', 'false')
label01.setAttribute('height', '22.37646484375')
label01.setAttribute('horizontalTextPosition', 'center')
label01.setAttribute('iconTextGap', '4')
label01.setAttribute('modelName', 'internal')
label01.setAttribute('modelPosition', 't')
label01.setAttribute('textColor', '#000000')
label01.setAttribute('verticalTextPosition', 'bottom')
label01.setAttribute('visible', 'true')
label01.setAttribute('width', '134.9130859375')
label01.setAttribute('x', '454.54345703125')
label01.setAttribute('xml:space', 'preserve')
label01.setAttribute('y', '0.0')
nodelabel01Text = '{}'.format(ints)
label01.appendChild(doc.createTextNode(nodelabel01Text))
tablenode.appendChild(label01)
n = dot.Node()
# for s in nodes:
# n.label
# if not 'US' in s:
# s
x = 700
w = 200
epoch = []
epoch_sigla = []
for i in sorted(nodes):
if i.startswith('Periodo') or i.startswith('Period'):
epoch.append(i)
elif i.startswith('US') or i.startswith('SU') or i.startswith('WSU'):
descrizione_us, singola_epoca = i.rsplit('_', 1)
#print(singola_epoca)
nome_us, descrizione_us = descrizione_us.split('_', 1)
#print(f"La US {nome_us}, {descrizione_us}, appartiene all'epoca {singola_epoca}")
if singola_epoca not in epoch_sigla:
epoch_sigla.append(singola_epoca)
#print(epoch_sigla)
#print(epoch_sigla)
for i in sorted(epoch, reverse=tf):
color = "#" + ''.join(
[random.choice('0123456789ABCDEF') for j in range(6)])
s = i.split(' : ')
a = len(i)
a = x / a * 100
b = w / a * 100
label02 = doc.createElement('y:NodeLabel')
label02.setAttribute('alignment', 'center')
label02.setAttribute('autoSizePolicy', 'content')
label02.setAttribute('fontFamily', 'DialogInput')
label02.setAttribute('fontSize', '24')
label02.setAttribute('fontStyle', 'bold')
label02.setAttribute('backgroundColor', '{}'.format(color))
label02.setAttribute('hasLineColor', 'false')
label02.setAttribute('height', '18.701171875')
label02.setAttribute('horizontalTextPosition', 'center')
label02.setAttribute('iconTextGap', '4')
label02.setAttribute('modelName', 'custom')
label02.setAttribute('rotationAngle', '270.0')
label02.setAttribute('textColor', '#000000')
label02.setAttribute('verticalTextPosition', 'bottom')
label02.setAttribute('visible', 'true')
label02.setAttribute('width', '%r' % b)
label02.setAttribute('x', '3.0')
label02.setAttribute('xml:space', 'preserve')
label02.setAttribute('y', '%r' % a)
nodelabel02Text = '%s' % s[-1]
label02.appendChild(doc.createTextNode(nodelabel02Text))
labelz = doc.createElement('y:LabelModel')
labelz1 = doc.createElement('y:RowNodeLabelModel')
labelz1.setAttribute('offset', '3.0')
labelz.appendChild(labelz1)
labelz2 = doc.createElement('y:ModelParameter')
labelz3 = doc.createElement('y:RowNodeLabelModelParameter')
labelz3.setAttribute('horizontalPosition', '0.0')
labelz3.setAttribute('id', 'row_%s' % s[-1].replace(' ', '_'))
labelz3.setAttribute('inside', 'true')
labelz2.appendChild(labelz3)
label02.appendChild(labelz)
label02.appendChild(labelz2)
tablenode.appendChild(label02)
propertyStyle = doc.createElement('y:StyleProperties')
property1 = doc.createElement('y:Property')
property1.setAttribute(
'name',
'y.view.tabular.TableNodePainter.ALTERNATE_COLUMN_SELECTION_STYLE')
simplestyle1 = doc.createElement('y:SimpleStyle')
simplestyle1.setAttribute('fillColor', '#474A4340')
simplestyle1.setAttribute('lineColor', '#000000')
simplestyle1.setAttribute('lineType', 'line')
simplestyle1.setAttribute('lineWidth', '3.0')
property1.appendChild(simplestyle1)
propertyStyle.appendChild(property1)
property2 = doc.createElement('y:Property')
property2.setAttribute(
'name',
'y.view.tabular.TableNodePainter.ALTERNATE_ROW_SELECTION_STYLE')
simplestyle2 = doc.createElement('y:SimpleStyle')
simplestyle2.setAttribute('fillColor', '#474A4340')
simplestyle2.setAttribute('lineColor', '#000000')
simplestyle2.setAttribute('lineType', 'line')
simplestyle2.setAttribute('lineWidth', '3.0')
property2.appendChild(simplestyle2)
propertyStyle.appendChild(property2)
property5 = doc.createElement('y:Property')
property5.setAttribute('class', 'java.lang.Integer')
property5.setAttribute('name', 'yed.table.header.font.size')
property5.setAttribute('value', '12')
propertyStyle.appendChild(property5)
property3 = doc.createElement('y:Property')
property3.setAttribute('class', 'java.awt.Color')
property3.setAttribute('name', 'yed.table.lane.color.main')
property3.setAttribute('value', '#c4d7ed')
propertyStyle.appendChild(property3)
property3 = doc.createElement('y:Property')
property3.setAttribute('class', 'java.awt.Color')
property3.setAttribute('name', 'yed.table.lane.color.alternating')
property3.setAttribute('value', '#abc8e2')
tablenode.appendChild(property3)
property3 = doc.createElement('y:Property')
property3.setAttribute('class', 'java.awt.Color')
property3.setAttribute('name', 'yed.table.lane.color.main')
property3.setAttribute('value', '#c4d7ed')
propertyStyle.appendChild(property3)
property = doc.createElement('y:Property')
property.setAttribute(
'name', 'y.view.tabular.TableNodePainter.ALTERNATE_ROW_STYLE')
simplestyle = doc.createElement('y:SimpleStyle')
simplestyle.setAttribute('fillColor', '#474A4340')
simplestyle.setAttribute('lineColor', '#000000')
simplestyle.setAttribute('lineType', 'line')
simplestyle.setAttribute('lineWidth', '1.0')
property.appendChild(simplestyle)
propertyStyle.appendChild(property)
property3 = doc.createElement('y:Property')
property3.setAttribute('class', 'java.awt.Color')
property3.setAttribute('name', 'yed.table.section.color')
property3.setAttribute('value', '#7192b2')
propertyStyle.appendChild(property3)
property4 = doc.createElement('y:Property')
property4.setAttribute('class', 'java.lang.Double')
property4.setAttribute('name', 'yed.table.header.height')
property4.setAttribute('value', '54.0')
propertyStyle.appendChild(property4)
property3 = doc.createElement('y:Property')
property3.setAttribute('class', 'java.awt.Color')
property3.setAttribute('name', 'yed.table.header.color.alternating')
property3.setAttribute('value', '#abc8e2')
propertyStyle.appendChild(property3)
property9 = doc.createElement('y:Property')
property9.setAttribute('class', 'java.lang.String')
property9.setAttribute('name', 'yed.table.lane.style')
property9.setAttribute('value', 'lane.style.rows')
propertyStyle.appendChild(property9)
property11 = doc.createElement('y:Property')
property11.setAttribute(
'name',
'y.view.tabular.TableNodePainter.ALTERNATE_COLUMN_SELECTION_STYLE')
simplestyle11 = doc.createElement('y:SimpleStyle')
simplestyle11.setAttribute('fillColor', '#474A4340')
simplestyle11.setAttribute('lineColor', '#000000')
simplestyle11.setAttribute('lineType', 'line')
simplestyle11.setAttribute('lineWidth', '1.0')
property11.appendChild(simplestyle11)
propertyStyle.appendChild(property11)
#inserire per ultimo##############
tablenode.appendChild(propertyStyle)
state = doc.createElement('y:State')
state.setAttribute('autoResize', 'true')
state.setAttribute('closed', 'false')
state.setAttribute('closedHeight', '80.0')
state.setAttribute('closedWidth', '100.0')
tablenode.appendChild(state)
insets = doc.createElement('y:Insets')
insets.setAttribute('bottom', '0')
insets.setAttribute('bottomF', '0.0')
insets.setAttribute('left', '0')
insets.setAttribute('leftF', '0.0')
insets.setAttribute('right', '0')
insets.setAttribute('rightF', '0.0')
insets.setAttribute('top', '0')
insets.setAttribute('topF', '0.0')
tablenode.appendChild(insets)
borderinsets = doc.createElement('y:BorderInsets')
borderinsets.setAttribute('bottom', '62')
borderinsets.setAttribute('bottomF', '61.8')
borderinsets.setAttribute('left', '40')
borderinsets.setAttribute('leftF', '40.0')
borderinsets.setAttribute('right', '40')
borderinsets.setAttribute('rightF', '40.0')
borderinsets.setAttribute('top', '70')
borderinsets.setAttribute('topF', '71.0')
tablenode.appendChild(borderinsets)
table = doc.createElement('y:Table')
table.setAttribute('autoResizeTable', 'true')
table.setAttribute('defaultColumnWidth', '120.0')
table.setAttribute('defaultMinimumColumnWidth', '80.0')
table.setAttribute('defaultMinimumRowHeight', '50.0')
table.setAttribute('defaultRowHeight', '80.0')
defaultcomment = doc.createElement('y:DefaultColumnInsets')
defaultcomment.setAttribute('bottom', '0.0')
defaultcomment.setAttribute('left', '0.0')
defaultcomment.setAttribute('right', '0.0')
defaultcomment.setAttribute('top', '0.0')
table.appendChild(defaultcomment)
defaultrowinsets = doc.createElement('y:DefaultRowInsets')
defaultrowinsets.setAttribute('bottom', '0.0')
defaultrowinsets.setAttribute('left', '54.0')
defaultrowinsets.setAttribute('right', '0.0')
defaultrowinsets.setAttribute('top', '0.0')
table.appendChild(defaultrowinsets)
insets = doc.createElement('y:Insets')
insets.setAttribute('bottom', '0.0')
insets.setAttribute('left', '0.0')
insets.setAttribute('right', '0.0')
insets.setAttribute('top', '30.0')
table.appendChild(insets)
columns = doc.createElement('y:Columns')
column = doc.createElement('y:Column')
column.setAttribute('id', 'column_0')
column.setAttribute('minimumWidth', '80.0')
column.setAttribute('width', '1020.0')
insets2 = doc.createElement('y:Insets')
insets2.setAttribute('bottom', '0.0')
insets2.setAttribute('left', '0.0')
insets2.setAttribute('right', '0.0')
insets2.setAttribute('top', '0.0')
columns.appendChild(column)
column.appendChild(insets2)
table.appendChild(columns)
#n.initFromString(l)
rows = doc.createElement('y:Rows')
x = 1000.0
for i in sorted(epoch, reverse=tf):
s = i.split(' : ')
a = len(i)
a = x / 100 * 94
row = doc.createElement('y:Row')
row.setAttribute('height', '%r' % a)
row.setAttribute('id', 'row_%s' % s[-1].replace(' ', '_'))
row.setAttribute('minimumHeight', '50.0')
insets3 = doc.createElement('y:Insets')
insets3.setAttribute('bottom', '0.0')
insets3.setAttribute('left', '54.0')
insets3.setAttribute('right', '0.0')
insets3.setAttribute('top', '0.0')
rows.appendChild(row)
row.appendChild(insets3)
table.appendChild(rows)
tablenode.appendChild(table)
data0.appendChild(tablenode)
node1.appendChild(data0)
graph1 = doc.createElement('graph')
graph1.setAttribute('edgedefault', 'directed')
graph1.setAttribute('id', 'n0:')
for k, nod in nodes.items():
nod.exportGraphml(doc, graph1, options, sorted(epoch_sigla,
reverse=tf))
node1.appendChild(graph1)
graph.appendChild(node1)
for el in edges:
el.exportGraphml(doc, graph, nodes, options)
root.appendChild(graph)
#######creo i simboli svg per gli estrattori, i combinar e le continuity########
data = doc.createElement('data')
data.setAttribute('key', 'd7')
res = doc.createElement('y:Resources')
res2 = doc.createElement('y:Resource')
res2.setAttribute('id', '1')
res2.setAttribute('xml:space', 'preserve')
res2.appendChild(
doc.createTextNode('''
<svg
xmlns:dc="http://purl.org/dc/elements/1.1/"
xmlns:cc="http://creativecommons.org/ns#"
xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"
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