mirror of
https://github.com/systemd/systemd.git
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133a000369
let's restore compatibility with pyparsing from fedora 35, i.e.: python3-pyparsing-2.4.7-9.fc35.noarch
377 lines
13 KiB
Python
Executable File
377 lines
13 KiB
Python
Executable File
#!/usr/bin/env python3
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# SPDX-License-Identifier: LGPL-2.1-or-later
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import re
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import sys
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from pyparsing import (Word, White, Literal, Regex,
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LineEnd, SkipTo,
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ZeroOrMore, OneOrMore, Combine, Optional, Suppress,
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Group, ParserElement,
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stringEnd, pythonStyleComment)
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EOL = LineEnd().suppress()
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NUM1 = Word('0123456789abcdefABCDEF', exact=1)
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NUM2 = Word('0123456789abcdefABCDEF', exact=2)
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NUM3 = Word('0123456789abcdefABCDEF', exact=3)
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NUM4 = Word('0123456789abcdefABCDEF', exact=4)
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NUM6 = Word('0123456789abcdefABCDEF', exact=6)
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TAB = White('\t', exact=1).suppress()
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COMMENTLINE = pythonStyleComment + EOL
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EMPTYLINE = LineEnd()
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text_eol = lambda name: Regex(r'[^\n]+')(name) + EOL
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ParserElement.setDefaultWhitespaceChars(' \n')
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def klass_grammar():
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klass_line = Literal('C ').suppress() + NUM2('klass') + text_eol('text')
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subclass_line = TAB + NUM2('subclass') + text_eol('text')
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protocol_line = TAB + TAB + NUM2('protocol') + text_eol('name')
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subclass = (subclass_line('SUBCLASS') -
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ZeroOrMore(Group(protocol_line)('PROTOCOLS*')
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^ COMMENTLINE.suppress()))
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klass = (klass_line('KLASS') -
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ZeroOrMore(Group(subclass)('SUBCLASSES*')
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^ COMMENTLINE.suppress()))
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return klass
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def usb_ids_grammar():
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vendor_line = NUM4('vendor') + text_eol('text')
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device_line = TAB + NUM4('device') + text_eol('text')
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interface_line = TAB + TAB + NUM4('interface') + NUM4('interface2') + text_eol('text')
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device = (device_line +
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ZeroOrMore(Group(interface_line)
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^ COMMENTLINE.suppress()))
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vendor = (vendor_line('VENDOR') +
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ZeroOrMore(Group(device)('VENDOR_DEV*') ^ COMMENTLINE.suppress()))
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klass = klass_grammar()
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other_line = (Literal('AT ') ^ Literal('HID ') ^ Literal('R ')
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^ Literal('PHY ') ^ Literal('BIAS ') ^ Literal('HUT ')
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^ Literal('L ') ^ Literal('VT ') ^ Literal('HCC ')) + text_eol('text')
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other_group = (other_line - ZeroOrMore(TAB + text_eol('text')))
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commentgroup = OneOrMore(COMMENTLINE).suppress() ^ EMPTYLINE.suppress()
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grammar = OneOrMore(Group(vendor)('VENDORS*')
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^ Group(klass)('CLASSES*')
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^ other_group.suppress() ^ commentgroup) + stringEnd()
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grammar.parseWithTabs()
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return grammar
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def pci_ids_grammar():
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vendor_line = NUM4('vendor') + text_eol('text')
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device_line = TAB + NUM4('device') + text_eol('text')
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subvendor_line = TAB + TAB + NUM4('a') + White(' ') + NUM4('b') + text_eol('name')
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device = (device_line('DEVICE') +
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ZeroOrMore(Group(subvendor_line)('SUBVENDORS*') ^ COMMENTLINE.suppress()))
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vendor = (vendor_line('VENDOR') +
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ZeroOrMore(Group(device)('DEVICES*') ^ COMMENTLINE.suppress()))
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klass = klass_grammar()
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commentgroup = OneOrMore(COMMENTLINE).suppress() ^ EMPTYLINE.suppress()
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grammar = OneOrMore(Group(vendor)('VENDORS*')
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^ Group(klass)('CLASSES*')
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^ commentgroup) + stringEnd()
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grammar.parseWithTabs()
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return grammar
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def sdio_ids_grammar():
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vendor_line = NUM4('vendor') + text_eol('text')
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device_line = TAB + NUM4('device') + text_eol('text')
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vendor = (vendor_line('VENDOR') +
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ZeroOrMore(Group(device_line)('DEVICES*') ^ COMMENTLINE.suppress()))
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klass = klass_grammar()
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commentgroup = OneOrMore(COMMENTLINE).suppress() ^ EMPTYLINE.suppress()
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grammar = OneOrMore(Group(vendor)('VENDORS*')
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^ Group(klass)('CLASSES*')
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^ commentgroup) + stringEnd()
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grammar.parseWithTabs()
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return grammar
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def oui_grammar(type):
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prefix_line = (Combine(NUM2 - Suppress('-') - NUM2 - Suppress('-') - NUM2)('prefix')
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- Literal('(hex)') - text_eol('text'))
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if type == 'small':
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vendor_line = (NUM3('start') - '000-' - NUM3('end') - 'FFF'
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- Literal('(base 16)') - text_eol('text2'))
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elif type == 'medium':
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vendor_line = (NUM1('start') - '00000-' - NUM1('end') - 'FFFFF'
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- Literal('(base 16)') - text_eol('text2'))
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else:
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assert type == 'large'
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vendor_line = (NUM6('start')
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- Literal('(base 16)') - text_eol('text2'))
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extra_line = TAB - TAB - TAB - TAB - SkipTo(EOL)
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vendor = prefix_line + vendor_line + ZeroOrMore(extra_line) + Optional(EMPTYLINE)
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grammar = (Literal('OUI') + text_eol('header')
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+ text_eol('header') + text_eol('header') + EMPTYLINE
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+ OneOrMore(Group(vendor)('VENDORS*')) + stringEnd())
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grammar.parseWithTabs()
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return grammar
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def header(file, *sources):
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print('''\
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# This file is part of systemd.
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#
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# Data imported from:{}{}'''.format(' ' if len(sources) == 1 else '\n# ',
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'\n# '.join(sources)),
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file=file)
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def add_item(items, key, value):
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if key in items:
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print(f'Ignoring duplicate entry: {key} = "{items[key]}", "{value}"')
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else:
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items[key] = value
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def usb_vendor_model(p):
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items = {}
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for vendor_group in p.VENDORS:
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vendor = vendor_group.vendor.upper()
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text = vendor_group.text.strip()
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add_item(items, (vendor,), text)
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for vendor_dev in vendor_group.VENDOR_DEV:
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device = vendor_dev.device.upper()
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text = vendor_dev.text.strip()
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add_item(items, (vendor, device), text)
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with open('20-usb-vendor-model.hwdb', 'wt') as out:
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header(out, 'http://www.linux-usb.org/usb.ids')
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for key in sorted(items):
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if len(key) == 1:
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p, n = 'usb:v{}*', 'VENDOR'
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else:
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p, n = 'usb:v{}p{}*', 'MODEL',
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print('', p.format(*key),
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f' ID_{n}_FROM_DATABASE={items[key]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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def usb_classes(p):
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items = {}
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for klass_group in p.CLASSES:
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klass = klass_group.klass.upper()
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text = klass_group.text.strip()
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if klass != '00' and not re.match(r'(\?|None|Unused)\s*$', text):
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add_item(items, (klass,), text)
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for subclass_group in klass_group.SUBCLASSES:
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subclass = subclass_group.subclass.upper()
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text = subclass_group.text.strip()
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if subclass != '00' and not re.match(r'(\?|None|Unused)\s*$', text):
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add_item(items, (klass, subclass), text)
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for protocol_group in subclass_group.PROTOCOLS:
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protocol = protocol_group.protocol.upper()
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text = protocol_group.name.strip()
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if klass != '00' and not re.match(r'(\?|None|Unused)\s*$', text):
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add_item(items, (klass, subclass, protocol), text)
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with open('20-usb-classes.hwdb', 'wt') as out:
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header(out, 'http://www.linux-usb.org/usb.ids')
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for key in sorted(items):
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if len(key) == 1:
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p, n = 'usb:v*p*d*dc{}*', 'CLASS'
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elif len(key) == 2:
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p, n = 'usb:v*p*d*dc{}dsc{}*', 'SUBCLASS'
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else:
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p, n = 'usb:v*p*d*dc{}dsc{}dp{}*', 'PROTOCOL'
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print('', p.format(*key),
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f' ID_USB_{n}_FROM_DATABASE={items[key]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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def pci_vendor_model(p):
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items = {}
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for vendor_group in p.VENDORS:
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vendor = vendor_group.vendor.upper()
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text = vendor_group.text.strip()
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add_item(items, (vendor,), text)
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for device_group in vendor_group.DEVICES:
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device = device_group.device.upper()
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text = device_group.text.strip()
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add_item(items, (vendor, device), text)
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for subvendor_group in device_group.SUBVENDORS:
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sub_vendor = subvendor_group.a.upper()
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sub_model = subvendor_group.b.upper()
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sub_text = subvendor_group.name.strip()
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if sub_text.startswith(text):
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sub_text = sub_text[len(text):].lstrip()
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if sub_text:
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sub_text = f' ({sub_text})'
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add_item(items, (vendor, device, sub_vendor, sub_model), text + sub_text)
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with open('20-pci-vendor-model.hwdb', 'wt') as out:
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header(out, 'http://pci-ids.ucw.cz/v2.2/pci.ids')
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for key in sorted(items):
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if len(key) == 1:
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p, n = 'pci:v0000{}*', 'VENDOR'
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elif len(key) == 2:
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p, n = 'pci:v0000{}d0000{}*', 'MODEL'
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else:
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p, n = 'pci:v0000{}d0000{}sv0000{}sd0000{}*', 'MODEL'
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print('', p.format(*key),
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f' ID_{n}_FROM_DATABASE={items[key]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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def pci_classes(p):
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items = {}
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for klass_group in p.CLASSES:
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klass = klass_group.klass.upper()
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text = klass_group.text.strip()
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add_item(items, (klass,), text)
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for subclass_group in klass_group.SUBCLASSES:
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subclass = subclass_group.subclass.upper()
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text = subclass_group.text.strip()
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add_item(items, (klass, subclass), text)
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for protocol_group in subclass_group.PROTOCOLS:
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protocol = protocol_group.protocol.upper()
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text = protocol_group.name.strip()
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add_item(items, (klass, subclass, protocol), text)
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with open('20-pci-classes.hwdb', 'wt') as out:
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header(out, 'http://pci-ids.ucw.cz/v2.2/pci.ids')
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for key in sorted(items):
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if len(key) == 1:
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p, n = 'pci:v*d*sv*sd*bc{}*', 'CLASS'
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elif len(key) == 2:
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p, n = 'pci:v*d*sv*sd*bc{}sc{}*', 'SUBCLASS'
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else:
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p, n = 'pci:v*d*sv*sd*bc{}sc{}i{}*', 'INTERFACE'
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print('', p.format(*key),
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f' ID_PCI_{n}_FROM_DATABASE={items[key]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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def sdio_vendor_model(p):
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items = {}
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for vendor_group in p.VENDORS:
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vendor = vendor_group.vendor.upper()
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text = vendor_group.text.strip()
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add_item(items, (vendor,), text)
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for device_group in vendor_group.DEVICES:
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device = device_group.device.upper()
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text = device_group.text.strip()
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add_item(items, (vendor, device), text)
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with open('20-sdio-vendor-model.hwdb', 'wt') as out:
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header(out, 'hwdb.d/sdio.ids')
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for key in sorted(items):
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if len(key) == 1:
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p, n = 'sdio:c*v{}*', 'VENDOR'
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else:
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p, n = 'sdio:c*v{}d{}*', 'MODEL'
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print('', p.format(*key),
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f' ID_{n}_FROM_DATABASE={items[key]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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def sdio_classes(p):
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items = {}
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for klass_group in p.CLASSES:
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klass = klass_group.klass.upper()
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text = klass_group.text.strip()
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add_item(items, klass, text)
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with open('20-sdio-classes.hwdb', 'wt') as out:
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header(out, 'hwdb.d/sdio.ids')
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for klass in sorted(items):
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print(f'',
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f'sdio:c{klass}v*d*',
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f' ID_SDIO_CLASS_FROM_DATABASE={items[klass]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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# MAC Address Block Large/Medium/Small
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# Large MA-L 24/24 bit (OUI)
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# Medium MA-M 28/20 bit (OUI prefix owned by IEEE)
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# Small MA-S 36/12 bit (OUI prefix owned by IEEE)
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def oui(p1, p2, p3):
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prefixes = set()
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items = {}
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for p, check in ((p1, False), (p2, False), (p3, True)):
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for vendor_group in p.VENDORS:
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prefix = vendor_group.prefix.upper()
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if check:
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if prefix in prefixes:
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continue
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else:
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prefixes.add(prefix)
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start = vendor_group.start.upper()
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end = vendor_group.end.upper()
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if end and start != end:
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print(f'{prefix:} {start} != {end}', file=sys.stderr)
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text = vendor_group.text.strip()
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key = prefix + start if end else prefix
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add_item(items, key, text)
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with open('20-OUI.hwdb', 'wt') as out:
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header(out,
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'https://services13.ieee.org/RST/standards-ra-web/rest/assignments/download/?registry=MA-L&format=txt',
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'https://services13.ieee.org/RST/standards-ra-web/rest/assignments/download/?registry=MA-M&format=txt',
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'https://services13.ieee.org/RST/standards-ra-web/rest/assignments/download/?registry=MA-S&format=txt')
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for pattern in sorted(items):
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print(f'',
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f'OUI:{pattern}*',
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f' ID_OUI_FROM_DATABASE={items[pattern]}', sep='\n', file=out)
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print(f'Wrote {out.name}')
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if __name__ == '__main__':
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args = sys.argv[1:]
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if not args or 'usb' in args:
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p = usb_ids_grammar().parseFile(open('usb.ids', errors='replace'))
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usb_vendor_model(p)
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usb_classes(p)
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if not args or 'pci' in args:
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p = pci_ids_grammar().parseFile(open('pci.ids', errors='replace'))
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pci_vendor_model(p)
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pci_classes(p)
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if not args or 'sdio' in args:
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p = pci_ids_grammar().parseFile(open('sdio.ids', errors='replace'))
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sdio_vendor_model(p)
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sdio_classes(p)
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if not args or 'oui' in args:
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p = oui_grammar('small').parseFile(open('ma-small.txt'))
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p2 = oui_grammar('medium').parseFile(open('ma-medium.txt'))
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p3 = oui_grammar('large').parseFile(open('ma-large.txt'))
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oui(p, p2, p3)
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