cd4e46ee65
Configured for a max line length of 120 characters. psf/black is very opinionated and purposely doesn't leave much room for configuration. The output is mostly OK so that should be fine for us, but some things worth noting: - Manually wrapped strings will be reflowed, so by using a line length of 120 for the sake of preserving readability for our long command calls, it also means that some manually wrapped strings are back on the same line and should be manually merged again. - Code generators using string concatenation extensively look awful, since black puts each operand on a single line. We need to refactor these generators to use more pythonic string formatting, for which many options are available (`%`, `format` or f-strings). - CI checks and a pre-commit hook will be added to ensure that future buildsystem changes are well-formatted.
238 lines
6.5 KiB
Python
Executable file
238 lines
6.5 KiB
Python
Executable file
#!/usr/bin/env python
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# -*- coding: utf-8 -*-
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import sys
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import xml.etree.ElementTree as ET
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tree = ET.parse(sys.argv[1])
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old_doc = tree.getroot()
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tree = ET.parse(sys.argv[2])
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new_doc = tree.getroot()
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f = file(sys.argv[3], "wb")
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tab = 0
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old_classes = {}
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def write_string(_f, text, newline=True):
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for t in range(tab):
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_f.write("\t")
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_f.write(text)
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if newline:
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_f.write("\n")
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def escape(ret):
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ret = ret.replace("&", "&")
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ret = ret.replace("<", ">")
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ret = ret.replace(">", "<")
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ret = ret.replace("'", "'")
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ret = ret.replace('"', """)
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return ret
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def inc_tab():
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global tab
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tab += 1
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def dec_tab():
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global tab
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tab -= 1
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write_string(f, '<?xml version="1.0" encoding="UTF-8" ?>')
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write_string(f, '<doc version="' + new_doc.attrib["version"] + '">')
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def get_tag(node, name):
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tag = ""
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if name in node.attrib:
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tag = " " + name + '="' + escape(node.attrib[name]) + '" '
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return tag
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def find_method_descr(old_class, name):
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methods = old_class.find("methods")
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if methods != None and len(list(methods)) > 0:
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for m in list(methods):
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if m.attrib["name"] == name:
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description = m.find("description")
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if description != None and description.text.strip() != "":
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return description.text
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return None
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def find_signal_descr(old_class, name):
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signals = old_class.find("signals")
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if signals != None and len(list(signals)) > 0:
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for m in list(signals):
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if m.attrib["name"] == name:
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description = m.find("description")
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if description != None and description.text.strip() != "":
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return description.text
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return None
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def find_constant_descr(old_class, name):
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if old_class is None:
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return None
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constants = old_class.find("constants")
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if constants != None and len(list(constants)) > 0:
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for m in list(constants):
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if m.attrib["name"] == name:
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if m.text.strip() != "":
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return m.text
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return None
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def write_class(c):
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class_name = c.attrib["name"]
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print("Parsing Class: " + class_name)
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if class_name in old_classes:
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old_class = old_classes[class_name]
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else:
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old_class = None
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category = get_tag(c, "category")
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inherits = get_tag(c, "inherits")
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write_string(f, '<class name="' + class_name + '" ' + category + inherits + ">")
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inc_tab()
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write_string(f, "<brief_description>")
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if old_class != None:
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old_brief_descr = old_class.find("brief_description")
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if old_brief_descr != None:
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write_string(f, escape(old_brief_descr.text.strip()))
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write_string(f, "</brief_description>")
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write_string(f, "<description>")
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if old_class != None:
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old_descr = old_class.find("description")
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if old_descr != None:
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write_string(f, escape(old_descr.text.strip()))
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write_string(f, "</description>")
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methods = c.find("methods")
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if methods != None and len(list(methods)) > 0:
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write_string(f, "<methods>")
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inc_tab()
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for m in list(methods):
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qualifiers = get_tag(m, "qualifiers")
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write_string(f, '<method name="' + escape(m.attrib["name"]) + '" ' + qualifiers + ">")
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inc_tab()
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for a in list(m):
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if a.tag == "return":
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typ = get_tag(a, "type")
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write_string(f, "<return" + typ + ">")
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write_string(f, "</return>")
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elif a.tag == "argument":
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default = get_tag(a, "default")
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write_string(
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f,
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'<argument index="'
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+ a.attrib["index"]
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+ '" name="'
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+ escape(a.attrib["name"])
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+ '" type="'
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+ a.attrib["type"]
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+ '"'
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+ default
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+ ">",
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)
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write_string(f, "</argument>")
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write_string(f, "<description>")
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if old_class != None:
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old_method_descr = find_method_descr(old_class, m.attrib["name"])
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if old_method_descr:
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write_string(f, escape(escape(old_method_descr.strip())))
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write_string(f, "</description>")
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dec_tab()
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write_string(f, "</method>")
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dec_tab()
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write_string(f, "</methods>")
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signals = c.find("signals")
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if signals != None and len(list(signals)) > 0:
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write_string(f, "<signals>")
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inc_tab()
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for m in list(signals):
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write_string(f, '<signal name="' + escape(m.attrib["name"]) + '">')
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inc_tab()
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for a in list(m):
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if a.tag == "argument":
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write_string(
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f,
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'<argument index="'
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+ a.attrib["index"]
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+ '" name="'
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+ escape(a.attrib["name"])
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+ '" type="'
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+ a.attrib["type"]
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+ '">',
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)
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write_string(f, "</argument>")
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write_string(f, "<description>")
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if old_class != None:
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old_signal_descr = find_signal_descr(old_class, m.attrib["name"])
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if old_signal_descr:
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write_string(f, escape(old_signal_descr.strip()))
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write_string(f, "</description>")
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dec_tab()
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write_string(f, "</signal>")
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dec_tab()
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write_string(f, "</signals>")
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constants = c.find("constants")
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if constants != None and len(list(constants)) > 0:
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write_string(f, "<constants>")
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inc_tab()
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for m in list(constants):
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write_string(f, '<constant name="' + escape(m.attrib["name"]) + '" value="' + m.attrib["value"] + '">')
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old_constant_descr = find_constant_descr(old_class, m.attrib["name"])
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if old_constant_descr:
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write_string(f, escape(old_constant_descr.strip()))
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write_string(f, "</constant>")
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dec_tab()
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write_string(f, "</constants>")
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dec_tab()
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write_string(f, "</class>")
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for c in list(old_doc):
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old_classes[c.attrib["name"]] = c
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for c in list(new_doc):
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write_class(c)
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write_string(f, "</doc>\n")
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