/
generate.rb
291 lines (259 loc) · 12.2 KB
/
generate.rb
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#!/usr/bin/env ruby
# coding: utf-8
REPO_PATH = ARGV.first || '/usr/src/ruby' # path to ruby repo
SECTION_NAME, G_PREFIX = case RUBY_PLATFORM
when /linux/i; ["rodata", ""]
when /darwin/i; ["const_data", "g"]
else ;["rdata", ""]
end
UNICODE_VERSION = "13.0.0"
SRC_DIR = "../src/org/jcodings"
DST_BIN_DIR = "../resources/tables"
INDENT = " " * 4
def generate_data
generate_encoding_list
generate_transcoder_list
generate_transoder_data
generate_coderange_data
generate_coderange_list
generate_fold_data
end
def process_binary obj_name
binary = open(obj_name, "rb"){|f|f.read}
offset = `#{G_PREFIX}objdump -h -j .#{SECTION_NAME} #{obj_name}`[/\.#{SECTION_NAME}.*?(\w+)\s+\S+$/, 1].to_i(16)
`#{G_PREFIX}nm --no-sort --defined-only #{obj_name}`.split("\n").map{|s|s.split(/\s+/)}.each do |address, _, name|
yield name, binary, address.to_i(16) + offset
end
end
def generate_encoding_list
enc_map = {
"ASCII-8BIT" => "ASCII",
"UTF-8" => "UTF8",
"US-ASCII" => "USASCII",
"Big5" => "BIG5",
"Big5-HKSCS" => "Big5HKSCS",
"Big5-UAO" => "Big5UAO",
"CP949" => "CP949",
"Emacs-Mule" => "EmacsMule",
"EUC-JP" => "EUCJP",
"EUC-KR" => "EUCKR",
"EUC-TW" => "EUCTW",
"GB2312" => "GB2312",
"GB18030" => "GB18030",
"GBK" => "GBK",
"ISO-8859-1" => "ISO8859_1",
"ISO-8859-2" => "ISO8859_2",
"ISO-8859-3" => "ISO8859_3",
"ISO-8859-4" => "ISO8859_4",
"ISO-8859-5" => "ISO8859_5",
"ISO-8859-6" => "ISO8859_6",
"ISO-8859-7" => "ISO8859_7",
"ISO-8859-8" => "ISO8859_8",
"ISO-8859-9" => "ISO8859_9",
"ISO-8859-10" => "ISO8859_10",
"ISO-8859-11" => "ISO8859_11",
"ISO-8859-13" => "ISO8859_13",
"ISO-8859-14" => "ISO8859_14",
"ISO-8859-15" => "ISO8859_15",
"ISO-8859-16" => "ISO8859_16",
"KOI8-R" => "KOI8R",
"KOI8-U" => "KOI8U",
"Shift_JIS" => "SJIS",
"CESU-8" => "CESU8",
"UTF-16BE" => "UTF16BE",
"UTF-16LE" => "UTF16LE",
"UTF-32BE" => "UTF32BE",
"UTF-32LE" => "UTF32LE",
"Windows-31J" => "Windows_31J", # TODO: Windows-31J is actually a variant of SJIS
"Windows-1250" => "Windows_1250",
"Windows-1251" => "Windows_1251",
"Windows-1252" => "Windows_1252",
"Windows-1253" => "Windows_1253",
"Windows-1254" => "Windows_1254",
"Windows-1257" => "Windows_1257"
}
defines, other = open("#{REPO_PATH}/encdb.h").read.tr('()', '').scan(/ENC_([A-Z_]+)(.*?);/m).partition { |a, b| a =~ /DEFINE/ }
other << ["ALIAS", "\"MS932\", \"Windows-31J\""]
other << ["ALIAS", "\"UTF8\", \"UTF-8\""]
open("#{SRC_DIR}/EncodingList.java", "wb") { |f| f << open("EncodingListTemplate.java", "rb").read.
sub(/%\{defines\}/, defines.map { |cmd, name| "#{INDENT*2}EncodingDB.declare(#{name}, \"#{enc_map[name[/[^"]+/]] || (raise 'class not found for encoding ' + name)}\");" }.join("\n")).
sub(/%\{other\}/, other.map { |cmd, from, to| "#{INDENT*2}EncodingDB.#{cmd.downcase}(#{from}#{to.nil? ? "" : to});" }.join("\n")).
sub(/%\{switch\}/, defines.map { |cmd, name| "#{INDENT*3}case \"#{enc_map[name[/[^"]+/]]}\": return #{enc_map[name[/[^"]+/]]}Encoding.INSTANCE;"}.join("\n"))}
end
def generate_transcoder_list
generic_list = []
specific_list = []
transcoder_list = []
Dir["#{REPO_PATH}/enc/trans/*.c"].reject{|f| f =~ /transdb/}.sort.each do |trans_file|
name = trans_file[/(\w+)\.c/, 1].split('_').map{|e| e.capitalize}.join("")
trans_src = open(trans_file){|f|f.read}
trans_src.scan(/static\s+const\s+rb_transcoder.*?(\w+)\s+=\s+\{(.+?)\};/m) do |t_name, body|
n = t_name.split('_')
t_name = n[1].capitalize
t_name += '_' + n[2..-1].join('_') unless n[2..-1].empty?
body = body.gsub(/(\/\*.*?\*\/)/, "").split(',').map{|e|e.strip}
src, dst, tree_start, table_info, iul, max_in, max_out, conv, state_size, state_init, state_fini, *funcs = body
tree_start = trans_src[/#define\s+#{tree_start}\s+WORDINDEX2INFO\((\d+)\)/, 1].to_i << 2
state_size = "24" if state_size == "sizeof(struct from_utf8_mac_status)"
generic = funcs.all?{|f|f == "NULL" || f == "0"}
if generic
generic_list << [src, dst, tree_start, "\"#{name}\"", iul, max_in, max_out, "AsciiCompatibility.#{conv.split('_').last.upcase}", state_size]
else
specific_list << [t_name, src, dst, tree_start, "\"#{name}\"", iul, max_in, max_out, "AsciiCompatibility.#{conv.split('_').last.upcase}", state_size]
end
transcoder_list << [src, dst, t_name, !generic]
end
end
open("#{SRC_DIR}/transcode/TranscoderList.java", "wb") << open("TranscoderListTemplate.java", "rb"){|f|f.read}.
sub(/%\{list\}/, transcoder_list.map{|src, dst, cls, specific| "#{INDENT*2}TranscoderDB.declare(#{src}, #{dst}, #{specific ? '"' + cls + '"' : 'null /*' + cls + '*/'});"}.join("\n")).
sub(/%\{generic\}/, generic_list.map{|g| "#{INDENT*2}new GenericTranscoderEntry(#{g.join(', ')})"}.join(",\n")).
sub(/%\{switch\}/, transcoder_list.map{|src, dst, cls, specific| "#{INDENT*3}case \"#{cls}\": return #{cls}_Transcoder.INSTANCE;" if specific}.compact.join("\n"))
generate_specific_transcoder_data(specific_list)
end
def generate_specific_transcoder_data(specific_list)
specific_list.each do |transcoder|
path = "#{SRC_DIR}/transcode/specific/#{transcoder[0]}_Transcoder.java"
next unless File.exist?(path)
content = open(path, "rb"){ |f| f.read }
if content.match("super\\((.*)\\);")
content.sub!($1, transcoder[1..-1].join(", "))
open(path, "wb") << content
end
end
end
def generate_transoder_data
Dir["#{REPO_PATH}/enc/trans/*.c"].reject{|f| f =~ /transdb/}.sort.each do |trans_file|
# next unless trans_file =~ /utf8/
trans_file = trans_file[/(.*)\./, 1]
src = open("#{trans_file}.c", "rb").read
make_name = -> (name) {name.split('_').map{|e|e.capitalize}.join('')}
process_binary "#{trans_file}.o" do |name, binary, address|
case name
when /(.*)_byte_array/
name = $1
size = src[/(\w+?_byte_array)\[(\d+?)\]/m, 2].to_i
open("#{DST_BIN_DIR}/" + "Transcoder_#{make_name.(name)}_ByteArray.bin", "wb") do |f|
f << [size].pack("N")
f << binary[address, size]
end
when /(.*)_word_array/
name = $1
size = src[/(\w+?_word_array)\[(\d+?)\]/m, 2].to_i
open("#{DST_BIN_DIR}/" + "Transcoder_#{make_name.(name)}_WordArray.bin", "wb") do |f|
f << [size].pack("N")
address.step(address + (size * 4 - 1), 4).each do |adr|
f << binary[adr, 4].unpack("l").pack("N")
end
end
end
end
end
end
def generate_coderange_data
process_binary "#{REPO_PATH}/enc/unicode.o" do |name, binary, address|
case name
when /CR_(.*)/
size = binary[address, 4].unpack("l")
address += 4
open("#{DST_BIN_DIR}/#{name}.bin", "wb") do |f|
f << [size[0] * 2 + 1].pack("N")
f << size.pack("N")
address.step(address + (size[0] * 2 * 4 - 1), 4).each do |adr|
f << binary[adr, 4].unpack("l").pack("N")
end
end
end
end
end
def generate_coderange_list
name2ctype_h = "#{REPO_PATH}/enc/unicode/#{UNICODE_VERSION}/name2ctype.h"
cr_map = open("#{name2ctype_h}", "rb"){|f|f.read}.scan(/#define CR_(.*?) CR_(.*)/).inject({}){|h, (k, v)|h[v] = k.tr('_', '').downcase; h}
unicode_src = `cpp #{name2ctype_h} -DUSE_UNICODE_PROPERTIES -DUSE_UNICODE_AGE_PROPERTIES | grep "^[^#;]"`
gperf_map = Hash[unicode_src[/struct\s+uniname2ctype_pool_t\s+\{(.*?)\}\;/m, 1].scan(/uniname2ctype_pool_str(\d+).*\"(\S+)\"/)]
aliases = unicode_src[/wordlist\[\]\s+=\s+\{(.*?)\}\;/m, 1].scan(/uniname2ctype_pool_str(\d+).*?(\d+)/).
inject(Hash.new{|h, k|h[k] = []}){|h, (name, num)|h[num] << gperf_map[name]; h}.inject({}) do |h, (k, v)|
h.merge! Hash[v.map{|val|[val, v - [val]]}]
h
end
ranges = unicode_src[/CodeRanges\[\]\s+=\s+\{(.*?)\}\;/m, 1].scan(/CR_(\w+)/).flatten
standard_char_type_range = 16
out = ranges.take(standard_char_type_range).map{|range|[range.tr('_', '').downcase, range]} +
ranges.drop(standard_char_type_range).map do |range|
name = range =~ /Age_(\d+)_(\d+)/ ? "age=#{$1}.#{$2}" : range.tr('_', '').downcase
name = cr_map.delete(range) || name
name = "#{$1}=#{$2}" if name =~ /(graphemeclusterbreak)(.*)/i
([name] + aliases[name].to_a).map{|n|[n, range]}
end.flatten(1)
max_length = out.max_by{|name, table|name.length}.first.length.to_s
open("#{SRC_DIR}/unicode/UnicodeCodeRange.java", "wb") do |f| f <<
open("UnicodeCodeRangeTemplate.java", "rb").read.sub(/%\{max_length\}/, max_length).sub(/%\{extcrs\}/, out.map{|name, table| "#{INDENT}" + "#{name.upcase.tr('=.', '_')}(\"#{name}\", \"CR_#{table}\")"}.join(",\n"))
end
end
def generate_fold_data
src = open("#{REPO_PATH}/enc/unicode/#{UNICODE_VERSION}/casefold.h"){|f|f.read}
offsets = src.scan(/#define (Case\S+).*?\[(\w+)\].*?\+(\d+)/).inject({}){|h, (k, *v)| h[k] = v.map(&:to_i);h}
extract = -> (f, binary, address, from, range, from_w, to_w) do
f << [0].pack("N")
width = from_w + to_w
size = 0
start = address + from * width * 4
start.step(start + (range * width * 4 - 1), width * 4) do |adr|
f << binary[adr, from_w * 4].unpack("l*").pack("N*")
packed = binary[adr + from_w * 4, 4].unpack("l").first
length = packed & 7
size += length
f << [packed].pack("N")
f << binary[adr + from_w * 4 + 4, length * 4].unpack("l*").pack("N*")
end
f.seek(0)
vrange = size - (size - range)
f << [(range + vrange) / 2].pack("N")
end
process_binary "#{REPO_PATH}/enc/unicode.o" do |name, binary, address|
case name
when /(CaseFold)_11_Table/
name = $1
range, from = offsets[name]
range += offsets[name + '_Locale'].first
open("#{DST_BIN_DIR}/CaseFold.bin", "wb") do |f|
extract.(f, binary, address, from, range, 1, 4)
end
when /(CaseUnfold_(\d+))_Table/
name = $1
case $2
when '11'
range, from = offsets[name]
open("#{DST_BIN_DIR}/CaseUnfold_11.bin", "wb") do |f|
extract.(f, binary, address, from, range, 1, 4)
end
range, from = offsets[name + '_Locale']
open("#{DST_BIN_DIR}/CaseUnfold_11_Locale.bin", "wb") do |f|
extract.(f, binary, address, from, range, 1, 4)
end
when '12'
range, from = offsets[name]
open("#{DST_BIN_DIR}/CaseUnfold_12.bin", "wb") do |f|
extract.(f, binary, address, from, range, 2, 3)
end
range, from = offsets[name + '_Locale']
open("#{DST_BIN_DIR}/CaseUnfold_12_Locale.bin", "wb") do |f|
extract.(f, binary, address, from, range, 2, 3)
end
when '13'
range, from = offsets[name]
open("#{DST_BIN_DIR}/CaseUnfold_13.bin", "wb") do |f|
extract.(f, binary, address, from, range, 3, 3)
end
end
when /CaseMappingSpecials/
open("#{DST_BIN_DIR}/CaseMappingSpecials.bin", "wb") do |f|
size = src[/CaseMappingSpecials\[\]\s+=\s+\{(.*?)\}\;/m, 1].scan(/0x[0-9A-F]{4}/).size
f << [size].pack("N")
address.step(address + (size * 4 - 1), 4).each do |adr|
f << binary[adr, 4].unpack("l").pack("N")
end
end
end
end
end
generate_data