def render_templates_tree(xsl):
graph = create_graph()
logging.debug('TRYING TO RENDER')
gv.layout(graph, 'dot')
tree = get_applies_tree(xsl)
draw_tree(tree, graph, [])
gv.layout(graph, 'dot')
data = gv.renderdata(graph, 'svg')
logging.debug('RENDERED!!!')
return data
def render_templates_tree(xsl):
graph = create_graph()
logging.debug('TRYING TO RENDER')
gv.layout(graph, 'dot')
tree = get_applies_tree(xsl)
draw_tree(tree, graph, [])
gv.layout(graph, 'dot')
data = gv.renderdata(graph, 'svg')
logging.debug('RENDERED!!!')
return data
#
# if template.name is not None:
# name_templates[template.name].append(template)
#
#
# links = []
#
# for name, templates in called_templates.iteritems():
# if len(name_templates[name]) > 1:
# sorted_templates = sorted(name_templates[name],
# reverse=True,
# cmp=lambda x,y: compare_import_priorities(x.i_priority, y.i_priority))
# links.append((sorted_templates[0], templates))
#
# print links
from pyproc import analyze
from lxml import etree
stylesheet = Stylesheet(xsl)
a = get_applies_tree(xsl)
print a
s
with open('test.svg', 'w') as f:
f.write(get_applies_tree(xsl))
# print etree.tostring(analyze.get_full_xml(xsl), pretty_print=True)
# called_templates[template_name].append(item)
#
# if template.name is not None:
# name_templates[template.name].append(template)
#
#
# links = []
#
# for name, templates in called_templates.iteritems():
# if len(name_templates[name]) > 1:
# sorted_templates = sorted(name_templates[name],
# reverse=True,
# cmp=lambda x,y: compare_import_priorities(x.i_priority, y.i_priority))
# links.append((sorted_templates[0], templates))
#
# print links
from pyproc import analyze
from lxml import etree
stylesheet = Stylesheet(xsl)
a = get_applies_tree(xsl)
print a
s
with open("test.svg", "w") as f:
f.write(get_applies_tree(xsl))
# print etree.tostring(analyze.get_full_xml(xsl), pretty_print=True)
