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https://codeberg.org/mclemens/esm2markdown.git
synced 2024-06-20 17:05:35 +00:00
Implemented toc, code indent corrections
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Michael Clemens
parent
7c62db1889
commit
da1aebd61c
228
esm2markdown.py
228
esm2markdown.py
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@ -30,139 +30,149 @@ value_style = ""
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level1 = "* "
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level1 = "* "
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level2 = " * "
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level2 = " * "
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level3 = " * "
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level3 = " * "
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# Configure here if Rules should be alphabetically sorted or not
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# Configure here if Rules should be alphabetically sorted or not
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sort_rules = True
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sort_rules = True
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# Configure TOC generation
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toc = True
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# Generates a line containing linebreaks, indented lists, styles etc.
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# Generates a line containing linebreaks, indented lists, styles etc.
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def line(level,key,value):
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def line(level,key,value):
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lvl = ""
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lvl = ""
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output = ""
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output = ""
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valout = ""
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valout = ""
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if level == 1: lvl = level1
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if level == 1: lvl = level1
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elif level == 2: lvl = level2
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elif level == 2: lvl = level2
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elif level == 3: lvl = level3
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elif level == 3: lvl = level3
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else: lvl = ""
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else: lvl = ""
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if key:
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if key:
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if value == "N/A": output = lvl + key_style + key + key_style + "\n"
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if value == "N/A": output = lvl + key_style + key + key_style + "\n"
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elif value: output = lvl + key_style + key + key_style + " " + value_style + value + value_style + "\n"
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elif value: output = lvl + key_style + key + key_style + " " + value_style + value + value_style + "\n"
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else: output = ""
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else: output = ""
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return output
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return output
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# Sorts input XML alphabetically based on Rule Names
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# Sorts input XML alphabetically based on Rule Names
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def sortxml(xmlfile):
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def sortxml(xmlfile):
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parser = etree.XMLParser(strip_cdata=False)
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parser = etree.XMLParser(strip_cdata=False)
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with open(xmlfile, "rb") as source:
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with open(xmlfile, "rb") as source:
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root = etree.parse(source, parser=parser)
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root = etree.parse(source, parser=parser)
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temp = root.find("rules")
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temp = root.find("rules")
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data = []
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data = []
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for e in temp:
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for e in temp:
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msg = e.findtext("message")
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msg = e.findtext("message")
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data.append((msg, e))
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data.append((msg, e))
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data.sort()
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data.sort()
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temp[:] = [item[-1] for item in data]
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temp[:] = [item[-1] for item in data]
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return root
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return root
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# Main Function
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# Main Function
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def main(xmlfile,outfile):
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def main(xmlfile,outfile):
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file = open(outfile,"w")
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file = open(outfile,"w")
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if sort_rules:
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if sort_rules:
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root = sortxml(xmlfile)
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root = sortxml(xmlfile)
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else:
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else:
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root = etree.parse(xmlfile)
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root = etree.parse(xmlfile)
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for rule in root.getiterator('rule'):
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if toc:
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# Get CDATA
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file.write("\n# Correlation Rule Overview\n\n")
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text = rule.findtext('text')
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for rule in root.getiterator('rule'):
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cdata = etree.fromstring(text)
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file.write(line(1,rule.findtext('message'),"N/A"))
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# Print rule name as header
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message = "\n# " + rule.findtext('message')
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for rule in root.getiterator('rule'):
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file.write(message + "\n")
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# Get CDATA
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# Print rule description
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text = rule.findtext('text')
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description = rule.findtext('description')
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cdata = etree.fromstring(text)
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file.write("\n## Description\n")
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# Print rule name as header
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file.write(description +"\n")
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message = "\n# " + rule.findtext('message')
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# Print general rule information (ID, Normalization, Severity, all Tags, Group By)
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file.write(message + "\n")
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file.write("\n## General Information\n")
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# Print rule description
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file.write(line(1,"Rule ID:",rule.findtext('id')))
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description = rule.findtext('description')
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file.write(line(1,"Normalization ID:",rule.findtext('normid')))
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file.write("\n## Description\n")
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file.write(line(1,"Severity:",rule.findtext('severity')))
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file.write(description +"\n")
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for tags in rule.getiterator('tag'):
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# Print general rule information (ID, Normalization, Severity, all Tags, Group By)
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file.write(line(1,"Tag:",tags.text))
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file.write("\n## General Information\n")
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for rs in cdata.getiterator('ruleset'):
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file.write(line(1,"Rule ID:",rule.findtext('id')))
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file.write(line(1,"Group By:",rs.get('correlationField')))
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file.write(line(1,"Normalization ID:",rule.findtext('normid')))
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file.write("\n## Correlation Details\n")
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file.write(line(1,"Severity:",rule.findtext('severity')))
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parameters = False
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for tags in rule.getiterator('tag'):
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# Print rule parameters
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file.write(line(1,"Tag:",tags.text))
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for param in cdata.getiterator('param'):
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for rs in cdata.getiterator('ruleset'):
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if not parameters:
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file.write(line(1,"Group By:",rs.get('correlationField')))
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file.write("\n### Parameters\n")
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file.write("\n## Correlation Details\n")
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parameters = True
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parameters = False
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file.write(line(1,param.get('name'),"N/A"))
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# Print rule parameters
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file.write(line(2,"Description:",param.get('description')))
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for param in cdata.getiterator('param'):
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file.write(line(2,"Default Value:",param.get('defaultvalue')))
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if not parameters:
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# Print trigger information (Sequence, Timeout, Time Unit, Threshold)
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file.write("\n### Parameters\n")
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triggers = False
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parameters = True
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for trigger in cdata.getiterator('trigger'):
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file.write(line(1,param.get('name'),"N/A"))
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if not triggers:
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file.write(line(2,"Description:",param.get('description')))
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file.write("\n### Triggers\n")
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file.write(line(2,"Default Value:",param.get('defaultvalue')))
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triggers = True
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# Print trigger information (Sequence, Timeout, Time Unit, Threshold)
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file.write(line(1,trigger.get('name'),"N/A"))
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triggers = False
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file.write(line(2,"Timeout:",trigger.get('timeout')))
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for trigger in cdata.getiterator('trigger'):
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file.write(line(2,"Time Units:",trigger.get('timeUnit')))
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if not triggers:
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file.write(line(2,"Threshold:",trigger.get('threshold')))
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file.write("\n### Triggers\n")
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file.write(line(2,"Sequence:",trigger.get('ordered')))
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triggers = True
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file.write("\n### Rules\n")
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file.write(line(1,trigger.get('name'),"N/A"))
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# Parse CDATA element and print correlation rule match blocks
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file.write(line(2,"Timeout:",trigger.get('timeout')))
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for r in cdata.getiterator('rule'):
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file.write(line(2,"Time Units:",trigger.get('timeUnit')))
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o = ""
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file.write(line(2,"Threshold:",trigger.get('threshold')))
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v = ""
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file.write(line(2,"Sequence:",trigger.get('ordered')))
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t = ""
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file.write("\n### Rules\n")
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file.write("\n#### " + r.get('name') + "\n")
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# Parse CDATA element and print correlation rule match blocks
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for e in r.iter():
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for r in cdata.getiterator('rule'):
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if str(e.tag) == 'activate':
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o = ""
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file.write(line(1,"Activate:",e.get('type')))
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v = ""
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if str(e.tag) == 'action':
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t = ""
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file.write(line(1,"Action","N/A"))
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file.write("\n#### " + r.get('name') + "\n")
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file.write(line(2,"Type:",e.get('type')))
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for e in r.iter():
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file.write(line(2,"Trigger:",e.get('trigger')))
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if str(e.tag) == 'activate':
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if str(e.tag) == 'match':
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file.write(line(1,"Activate:",e.get('type')))
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file.write(line(1,"Match","N/A"))
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if str(e.tag) == 'action':
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file.write(line(2,"Count:",e.get('count')))
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file.write(line(1,"Action","N/A"))
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file.write(line(2,"Match Type:",e.get('matchType')))
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file.write(line(2,"Type:",e.get('type')))
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if str(e.tag) == 'matchFilter':
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file.write(line(2,"Trigger:",e.get('trigger')))
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file.write(line(1,"Match Filter","N/A"))
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if str(e.tag) == 'match':
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file.write(line(2,"Logical Element Type:",e.get('type')))
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file.write(line(1,"Match","N/A"))
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if str(e.tag) == 'singleFilterComponent':
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file.write(line(2,"Count:",e.get('count')))
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t = e.get('type')
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file.write(line(2,"Match Type:",e.get('matchType')))
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if str(e.tag) == 'filterData':
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if str(e.tag) == 'matchFilter':
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if (e.get('name') == "operator"): o = e.get('value')
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file.write(line(1,"Match Filter","N/A"))
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if (e.get('name') == "value"): v = e.get('value')
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file.write(line(2,"Logical Element Type:",e.get('type')))
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if o and v and t:
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if str(e.tag) == 'singleFilterComponent':
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file.write(line(2,"Filter Component","N/A"))
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t = e.get('type')
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file.write(line(3,"Condition:","'" + t + "' " + o + " '" + v + "'"))
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if str(e.tag) == 'filterData':
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v = ""
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if (e.get('name') == "operator"):
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o = ""
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o = e.get('value')
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file.write("\n\\newpage\n")
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if (e.get('name') == "value"):
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file.close()
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v = e.get('value')
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if o and v and t:
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file.write(line(2,"Filter Component","N/A"))
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file.write(line(3,"Condition:","'" + t + "' " + o + " '" + v + "'"))
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v = ""
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o = ""
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file.write("\n\\newpage\n")
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file.close()
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if __name__=="__main__":
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if __name__=="__main__":
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if len(sys.argv) != 3:
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if len(sys.argv) != 3:
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print('Invalid Numbers of Arguments. Script will be terminated.')
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print('Invalid Numbers of Arguments. Script will be terminated.')
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print('Usage: python esm2markdown <rule xml file> <markdown output file>')
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print('Usage: python esm2markdown <rule xml file> <markdown output file>')
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print('Example: python esm2markdown RuleExport_2018_03_01_12_36_37.xml documentation.mk')
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print('Example: python esm2markdown RuleExport_2018_03_01_12_36_37.xml documentation.mk')
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else:
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else:
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main(sys.argv[1],sys.argv[2]);
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main(sys.argv[1],sys.argv[2]);
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