1 | # -*- coding: utf-8 -*-
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2 | # $Id: timezoneinfo-gen.py 98103 2023-01-17 14:15:46Z vboxsync $
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3 |
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4 | """
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5 | Generates timezone mapping info from public domain tz data and
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6 | simple windows tables.
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7 | """
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8 | from __future__ import print_function;
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9 |
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10 | __copyright__ = \
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11 | """
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12 | Copyright (C) 2017-2023 Oracle and/or its affiliates.
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13 |
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14 | This file is part of VirtualBox base platform packages, as
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15 | available from https://www.virtualbox.org.
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16 |
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17 | This program is free software; you can redistribute it and/or
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18 | modify it under the terms of the GNU General Public License
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19 | as published by the Free Software Foundation, in version 3 of the
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20 | License.
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21 |
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22 | This program is distributed in the hope that it will be useful, but
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23 | WITHOUT ANY WARRANTY; without even the implied warranty of
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24 | MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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25 | General Public License for more details.
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26 |
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27 | You should have received a copy of the GNU General Public License
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28 | along with this program; if not, see <https://www.gnu.org/licenses>.
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29 |
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30 | The contents of this file may alternatively be used under the terms
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31 | of the Common Development and Distribution License Version 1.0
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32 | (CDDL), a copy of it is provided in the "COPYING.CDDL" file included
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33 | in the VirtualBox distribution, in which case the provisions of the
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34 | CDDL are applicable instead of those of the GPL.
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35 |
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36 | You may elect to license modified versions of this file under the
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37 | terms and conditions of either the GPL or the CDDL or both.
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38 |
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39 | SPDX-License-Identifier: GPL-3.0-only OR CDDL-1.0
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40 | """
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41 | __version__ = "$Revision: 98103 $"
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42 |
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43 | import os;
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44 | import sys;
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45 | import xml.etree.ElementTree as ElementTree;
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46 |
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47 |
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48 | class TzWinZoneEntry(object):
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49 | def __init__(self):
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50 | self.sWinName = None;
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51 | self.sWinTerritory = None;
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52 | self.fWinGolden = False;
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53 | self.idxWin = 0;
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54 |
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55 | class TzLinkEntry(TzWinZoneEntry):
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56 | def __init__(self, sLinkNm, sTarget):
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57 | TzWinZoneEntry.__init__(self);
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58 | self.sLinkNm = sLinkNm;
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59 | self.sTarget = sTarget;
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60 |
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61 | class TzZoneOffset(object):
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62 | def __init__(self, asFields):
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63 | self.sOffset = asFields[0]; # GMT offset expression
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64 | self.sRules = asFields[1] if len(asFields) > 1 and asFields[1] not in [ '-', '' ] else None;
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65 | self.sFormat = asFields[2] if len(asFields) > 2 and asFields[2] not in [ '-', '' ] else None;
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66 | self.sUntil = asFields[3] if len(asFields) > 3 and asFields[3] not in [ '-', '' ] else None;
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67 |
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68 | class TzZoneEntry(TzWinZoneEntry):
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69 | def __init__(self, sName):
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70 | TzWinZoneEntry.__init__(self);
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71 | self.sName = sName;
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72 | self.sTerritory = 'ZZ';
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73 | self.aOffsets = []; # type: list(TzZoneOffset)
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74 |
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75 | class TzZoneRule(object):
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76 | def __init__(self, sName, sFrom, sTo, sType, sIn, sOn, sAt, sSave, sLetter):
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77 | self.sName = sName;
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78 | self.sFrom = sFrom if sFrom not in [ '-', '' ] else None;
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79 | self.sTo = sTo if sFrom not in [ '-', '' ] else None;
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80 | self.sType = sType if sType not in [ '-', '' ] else None;
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81 | self.sIn = sIn if sIn not in [ '-', '' ] else None;
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82 | self.sAt = sAt if sAt not in [ '-', '' ] else None;
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83 | self.sSave = sSave if sSave not in [ '-', '' ] else None;
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84 | self.sLetter = sLetter if sLetter not in [ '-', '' ] else None;
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85 |
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86 | def info(sMsg):
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87 | """
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88 | Outputs an informational message to stderr.
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89 | """
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90 | print('info: ' + sMsg, file=sys.stderr);
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91 |
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92 | def warning(sMsg):
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93 | """
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94 | Outputs a warning (to stderr).
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95 | """
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96 | print('warning: ' + sMsg, file=sys.stderr);
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97 |
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98 | def error(sMsg):
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99 | """
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100 | Outputs a warning (to stderr).
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101 | """
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102 | print('error: ' + sMsg, file=sys.stderr);
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103 |
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104 | def readTzDataFile(sFile):
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105 | """ Reads the given data file into memory, stripping comments. """
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106 | oInFile = open(sFile, 'r');
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107 | asLines = oInFile.readlines();
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108 | oInFile.close();
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109 | iLine = 0;
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110 | while iLine < len(asLines):
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111 | offHash = asLines[iLine].find('#');
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112 | if offHash >= 0:
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113 | asLines[iLine] = asLines[iLine][:offHash].rstrip();
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114 | else:
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115 | asLines[iLine] = asLines[iLine].rstrip();
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116 | iLine += 1;
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117 | return asLines;
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118 |
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119 | #
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120 | # tzdata structures.
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121 | #
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122 | g_dZones = {};
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123 | g_dRules = {};
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124 | g_dLinks = {};
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125 |
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126 | def readTzData(sTzDataDir):
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127 | """
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128 | Reads in the bits we want from tz data. Assumes 2017b edition.
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129 | """
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130 |
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131 | #
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132 | # Parse the tzdata files.
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133 | #
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134 | for sFile in [ 'africa', 'antarctica', 'asia', 'australasia', 'europe', 'northamerica', 'southamerica',
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135 | 'pacificnew', 'etcetera', 'backward', 'systemv', 'factory', #'backzone'
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136 | ]:
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137 | sIn = 'none';
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138 | asLines = readTzDataFile(os.path.join(sTzDataDir, sFile));
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139 | iLine = 0;
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140 | while iLine < len(asLines):
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141 | sLine = asLines[iLine];
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142 | sStrippedLine = sLine.strip(); # Fully stripped version.
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143 | if sStrippedLine:
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144 | asFields = sLine.split();
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145 | try:
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146 | if sLine.startswith('Zone'): # 'Rule' NAME FROM TO TYPE IN ON AT SAVE LETTER/S
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147 | sIn = 'Zone';
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148 | oZone = TzZoneEntry(asFields[1]);
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149 | if oZone.sName in g_dZones: raise Exception('duplicate: %s' % (oZone.sName,));
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150 | g_dZones[oZone.sName] = oZone;
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151 | oZone.aOffsets.append(TzZoneOffset(asFields[2:]));
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152 | elif sLine.startswith('Rule'): # 'Rule' NAME FROM TO TYPE IN ON AT SAVE LETTER/S
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153 | oRule = TzZoneRule(asFields[1], asFields[2], asFields[3], asFields[4], asFields[5],
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154 | asFields[6], asFields[7], asFields[8], asFields[9]);
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155 | if oRule.sName not in g_dRules:
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156 | g_dRules[oRule] = [oRule,];
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157 | else:
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158 | g_dRules[oRule].append(oRule);
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159 | elif sLine.startswith('Link'):
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160 | if len(asFields) != 3: raise Exception("malformed link: len(asFields) = %d" % (len(asFields)));
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161 | oLink = TzLinkEntry(asFields[2].strip(), asFields[1].strip());
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162 | if oLink.sLinkNm not in g_dLinks:
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163 | g_dLinks[oLink.sLinkNm] = oLink;
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164 | elif g_dLinks[oLink.sLinkNm].sTarget != oLink.sTarget:
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165 | warning('duplicate link for %s: new target %s, previous %s'
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166 | % (oLink.sLinkNm, oLink.sTarget, g_dLinks[oLink.sLinkNm].sTarget,));
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167 | elif sIn == 'Zone':
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168 | oZone.aOffsets.append(TzZoneEntry(asFields[3:]));
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169 | else:
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170 | raise Exception('what is this?')
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171 | except Exception as oXcpt:
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172 | error("line %u in %s: '%s'" % (iLine + 1, sFile, type(oXcpt) if not str(oXcpt) else str(oXcpt),));
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173 | info("'%s'" % (asLines[iLine],));
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174 | return 1;
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175 | iLine += 1;
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176 |
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177 | #
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178 | # Process the country <-> zone mapping file.
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179 | #
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180 | asLines = readTzDataFile(os.path.join(sTzDataDir, 'zone.tab'));
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181 | iLine = 0;
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182 | while iLine < len(asLines):
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183 | sLine = asLines[iLine];
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184 | if sLine and sLine[0] != ' ':
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185 | asFields = sLine.split('\t');
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186 | try:
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187 | sTerritory = asFields[0];
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188 | if len(sTerritory) != 2: raise Exception('malformed country: %s' % (sTerritory,));
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189 | sZone = asFields[2];
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190 | oZone = g_dZones.get(sZone);
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191 | if oZone:
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192 | if oZone.sTerritory and oZone.sTerritory != 'ZZ':
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193 | raise Exception('zone %s already have country %s associated with it (setting %s)'
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194 | % (sZone, oZone.sTerritory, sTerritory));
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195 | oZone.sTerritory = sTerritory;
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196 | else:
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197 | oLink = g_dLinks.get(sZone);
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198 | if oLink:
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199 | pass; # ignore country<->link associations for now.
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200 | else: raise Exception('country zone not found: %s' % (sZone,));
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201 |
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202 | except Exception as oXcpt:
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203 | error("line %u in %s: '%s'" % (iLine + 1, 'zone.tab', type(oXcpt) if not str(oXcpt) else str(oXcpt),));
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204 | info("'%s'" % (asLines[iLine],));
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205 | return 1;
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206 | iLine += 1;
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207 | return 0
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208 |
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209 |
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210 | def readWindowsToTzMap(sMapXml):
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211 | """
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212 | Reads the 'common/supplemental/windowsZones.xml' file from http://cldr.unicode.org/.
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213 | """
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214 | oXmlDoc = ElementTree.parse(sMapXml);
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215 | oMap = oXmlDoc.getroot().find('windowsZones').find('mapTimezones');
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216 | # <mapZone other="Line Islands Standard Time" territory="001" type="Pacific/Kiritimati"/>
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217 | for oChild in oMap.findall('mapZone'):
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218 | sTerritory = oChild.attrib['territory'];
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219 | sWinZone = oChild.attrib['other'];
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220 | asUnixZones = oChild.attrib['type'].split();
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221 | for sZone in asUnixZones:
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222 | oZone = g_dZones.get(sZone);
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223 | if oZone:
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224 | if oZone.sWinName is None or (oZone.sWinTerritory == '001' and oZone.sWinName == sWinZone):
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225 | oZone.sWinName = sWinZone;
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226 | oZone.sWinTerritory = sTerritory;
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227 | if sTerritory == '001':
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228 | oZone.fWinGolden = True;
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229 | else:
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230 | warning('zone "%s" have more than one windows mapping: %s (%s) and now %s (%s)'
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231 | % (sZone, oZone.sWinName, oZone.sWinTerritory, sWinZone, sTerritory));
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232 | else:
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233 | oLink = g_dLinks.get(sZone);
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234 | if oLink:
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235 | if oLink.sWinName is None or (oLink.sWinTerritory == '001' and oLink.sWinName == sWinZone):
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236 | oLink.sWinName = sWinZone;
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237 | oLink.sWinTerritory = sTerritory;
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238 | if sTerritory == '001':
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239 | oLink.fWinGolden = True;
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240 | else:
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241 | warning('zone-link "%s" have more than one windows mapping: %s (%s) and now %s (%s)'
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242 | % (sZone, oLink.sWinName, oLink.sWinTerritory, sWinZone, sTerritory));
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243 | else:
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244 | warning('could not find zone "%s" (for mapping win zone "%s" to) - got the right data sets?'
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245 | % (sZone, sWinZone));
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246 | return 0;
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247 |
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248 |
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249 | def readWindowsIndexes(sFile):
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250 | """
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251 | Reads the windows time zone index from the table in the given file and sets idxWin.
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252 |
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253 | Assumes format: index{tab}name{tab}(GMT{offset}){space}{cities}
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254 |
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255 | For instance: https://support.microsoft.com/en-gb/help/973627/microsoft-time-zone-index-values
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256 | """
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257 | # Read the file.
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258 | oInFile = open(sFile, "r");
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259 | asLines = oInFile.readlines();
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260 | oInFile.close();
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261 |
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262 | # Check the header.
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263 | if not asLines[0].startswith('Index'):
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264 | error('expected first line of "%s" to start with "Index"' % (sFile,));
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265 | return 1;
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266 | fHexIndex = asLines[0].find('hex') > 0;
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267 | iLine = 1;
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268 | while iLine < len(asLines):
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269 | # Parse.
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270 | asFields = asLines[iLine].split('\t');
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271 | try:
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272 | idxWin = int(asFields[0].strip(), 16 if fHexIndex else 10);
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273 | sWinName = asFields[1].strip();
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274 | sLocations = ' '.join(asFields[2].split());
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275 | if sWinName.find('(GMT') >= 0: raise Exception("oops #1");
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276 | if not sLocations.startswith('(GMT'): raise Exception("oops #2");
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277 | sStdOffset = sLocations[sLocations.find('(') + 1 : sLocations.find(')')].strip().replace(' ','');
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278 | sLocations = sLocations[sLocations.find(')') + 1 : ].strip();
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279 | except Exception as oXcpt:
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280 | error("line %u in %s: '%s'" % (iLine + 1, sFile, type(oXcpt) if not str(oXcpt) else str(oXcpt),));
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281 | info("'%s'" % (asLines[iLine],));
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282 | return 1;
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283 |
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284 | # Some name adjustments.
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285 | sWinName = sWinName.lower();
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286 | if sWinName.startswith('a.u.s.'):
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287 | sWinName = 'aus' + sWinName[6:];
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288 | elif sWinName.startswith('u.s. '):
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289 | sWinName = 'us ' + sWinName[5:];
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290 | elif sWinName.startswith('s.a. '):
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291 | sWinName = 'sa ' + sWinName[5:];
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292 | elif sWinName.startswith('s.e. '):
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293 | sWinName = 'se ' + sWinName[5:];
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294 | elif sWinName.startswith('pacific s.a. '):
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295 | sWinName = 'pacific sa ' + sWinName[13:];
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296 |
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297 | # Update zone entries with matching windows names.
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298 | cUpdates = 0;
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299 | for sZone in g_dZones:
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300 | oZone = g_dZones[sZone];
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301 | if oZone.sWinName and oZone.sWinName.lower() == sWinName:
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302 | oZone.idxWin = idxWin;
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303 | cUpdates += 1;
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304 | #info('idxWin=%#x - %s / %s' % (idxWin, oZone.sName, oZone.sWinName,));
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305 | if cUpdates == 0:
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306 | warning('No matching zone found for index zone "%s" (%#x, %s)' % (sWinName, idxWin, sLocations));
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307 |
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308 | # Advance.
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309 | iLine += 1;
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310 | return 0;
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311 |
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312 | def getPadding(sField, cchWidth):
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313 | """ Returns space padding for the given field string. """
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314 | if len(sField) < cchWidth:
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315 | return ' ' * (cchWidth - len(sField));
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316 | return '';
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317 |
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318 | def formatFields(sName, oZone, oWinZone):
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319 | """ Formats the table fields. """
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320 |
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321 | # RTTIMEZONEINFO:
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322 | # const char *pszUnixName;
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323 | # const char *pszWindowsName;
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324 | # uint8_t cchUnixName;
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325 | # uint8_t cchWindowsName;
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326 | # char szCountry[3];
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327 | # char szWindowsCountry[3];
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328 | # uint32_t idxWindows;
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329 | # uint32_t uReserved;
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330 |
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331 | asFields = [ '"%s"' % sName, ];
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332 | if oWinZone.sWinName:
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333 | asFields.append('"%s"' % oWinZone.sWinName);
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334 | else:
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335 | asFields.append('NULL');
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336 |
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337 | asFields.append('%u' % (len(sName),));
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338 | if oWinZone.sWinName:
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339 | asFields.append('%u' % (len(oWinZone.sWinName),));
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340 | else:
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341 | asFields.append('0');
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342 |
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343 | asFields.append('"%s"' % (oZone.sTerritory,));
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344 | if oWinZone.sWinTerritory:
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345 | asFields.append('"%s"' % (oWinZone.sWinTerritory,));
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346 | else:
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347 | asFields.append('""');
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348 | asFields.append('%#010x' % (oWinZone.idxWin,));
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349 |
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350 | asFlags = [];
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351 | if oWinZone.fWinGolden:
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352 | asFlags.append('RTTIMEZONEINFO_F_GOLDEN');
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353 | if asFlags:
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354 | asFields.append(' | '.join(asFlags));
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355 | else:
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356 | asFields.append('0');
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357 | return asFields;
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358 |
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359 | def produceCode(oDst):
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360 | """
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361 | Produces the tables.
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362 | """
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363 |
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364 | #
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365 | # Produce the info table.
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366 | #
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367 | aasEntries = [];
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368 |
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369 | # The straight zones.
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370 | for sZone in g_dZones:
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371 | asFields = formatFields(sZone, g_dZones[sZone], g_dZones[sZone]);
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372 | aasEntries.append(asFields);
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373 |
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374 | # The links.
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375 | for sZone in g_dLinks:
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376 | oLink = g_dLinks[sZone];
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377 | asFields = formatFields(sZone, g_dZones[oLink.sTarget], oLink);
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378 | aasEntries.append(asFields);
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379 |
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380 | # Figure field lengths.
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381 | acchFields = [ 2, 2, 2, 2, 4, 4, 10, 1 ];
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382 | for asFields in aasEntries:
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383 | assert len(asFields) == len(acchFields);
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384 | for iField, sField in enumerate(asFields):
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385 | if len(sField) > acchFields[iField]:
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386 | acchFields[iField] = len(sField);
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387 |
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388 | # Sort the data on zone name.
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389 | aasEntries.sort();
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390 |
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391 | # Do the formatting.
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392 | oDst.write('/**\n'
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393 | ' * Static time zone mapping info. Sorted by pszUnixName.\n'
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394 | ' */\n'
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395 | 'static const RTTIMEZONEINFO g_aTimeZones[] =\n'
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396 | '{\n');
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397 | for iEntry, asFields in enumerate(aasEntries):
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398 | sLine = ' { ';
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399 | for iField, sField in enumerate(asFields):
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400 | sLine += sField;
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401 | sLine += ', ';
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402 | sLine += getPadding(sField, acchFields[iField]);
|
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403 | sLine += ' }, /* %#05x */\n' % (iEntry,);
|
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404 | oDst.write(sLine);
|
---|
405 | oDst.write('};\n'
|
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406 | '\n');
|
---|
407 |
|
---|
408 | #
|
---|
409 | # Now produce a lookup table for windows time zone names, with indexes into
|
---|
410 | # the g_aTimeZone table.
|
---|
411 | #
|
---|
412 | aasLookup = [];
|
---|
413 | for iEntry, asFields in enumerate(aasEntries):
|
---|
414 | if asFields[1] != 'NULL':
|
---|
415 | aasLookup.append([ asFields[1], # sWinName
|
---|
416 | -1 if asFields[7].find('RTTIMEZONEINFO_F_GOLDEN') >= 0 else 1,
|
---|
417 | asFields[5], # sWinTerritory
|
---|
418 | iEntry,
|
---|
419 | asFields[0]]); # sZone
|
---|
420 | aasLookup.sort();
|
---|
421 |
|
---|
422 | oDst.write('/**\n'
|
---|
423 | ' * Windows time zone lookup table. Sorted by name, golden flag and territory.\n'
|
---|
424 | ' */\n'
|
---|
425 | 'static const uint16_t g_aidxWinTimeZones[] = \n'
|
---|
426 | '{\n');
|
---|
427 | for asFields in aasLookup:
|
---|
428 | sLine = ' %#05x, /* %s' % (asFields[3], asFields[0][1:-1]);
|
---|
429 | sLine += getPadding(asFields[0], acchFields[1]);
|
---|
430 | sLine += ' / %s%s' % (asFields[2][1:-1], '+' if asFields[1] < 0 else ' ');
|
---|
431 | if len(asFields[2]) == 2:
|
---|
432 | sLine += ' ';
|
---|
433 | sLine += ' ==> %s */\n' % (asFields[4][1:-1],)
|
---|
434 | oDst.write(sLine);
|
---|
435 |
|
---|
436 | oDst.write('};\n'
|
---|
437 | '\n');
|
---|
438 |
|
---|
439 | return 0;
|
---|
440 |
|
---|
441 |
|
---|
442 | def main(asArgs):
|
---|
443 | """
|
---|
444 | C-like main function.
|
---|
445 | """
|
---|
446 | if len(asArgs) != 4:
|
---|
447 | error("Takes exacty three arguments: <ms-index-file> <ms-key-file> <tz-data-dir>");
|
---|
448 | return 1;
|
---|
449 | sTzDataDir = asArgs[1];
|
---|
450 | sWinToTzMap = asArgs[2];
|
---|
451 | sWinIndexTable = asArgs[3];
|
---|
452 |
|
---|
453 | #
|
---|
454 | # Read in the data first.
|
---|
455 | #
|
---|
456 | iRc = readTzData(sTzDataDir);
|
---|
457 | if iRc == 0:
|
---|
458 | iRc = readWindowsToTzMap(sWinToTzMap);
|
---|
459 | if iRc == 0:
|
---|
460 | iRc = readWindowsIndexes(sWinIndexTable);
|
---|
461 | if iRc == 0:
|
---|
462 | #
|
---|
463 | # Produce the C table.
|
---|
464 | #
|
---|
465 | iRc = produceCode(sys.stdout);
|
---|
466 | return iRc;
|
---|
467 |
|
---|
468 | if __name__ == '__main__':
|
---|
469 | sys.exit(main(sys.argv));
|
---|
470 |
|
---|