def writeQuickCheck(self, header, records, name):
header.writeLine("const size_t UnicodeQuickCheck" + name + "RecordCount = " + str(len(records)) + ";")
header.writeLine("const QuickCheckRecord UnicodeQuickCheck" + name + "Record[" + str(len(records)) + "] = {")
header.indent()
count = 0
for r in records:
if (count % 4) == 0:
header.writeIndentation()
value = (r.value << 24) | r.count
header.write("{ " + hex(r.start) + ", " + hex(r.end) + ", " + hex(value) + " },")
count += 1
if count != len(records):
if (count % 4) == 0:
header.newLine()
else:
header.write(" ")
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const QuickCheckRecord* UnicodeQuickCheck" + name + "RecordPtr = UnicodeQuickCheck" + name + "Record;")
header.newLine()
def writeQuickCheck(self, header, records, name):
header.writeLine("const size_t UnicodeQuickCheck" + name + "RecordCount = " + str(len(records)) + ";")
header.writeLine("const QuickCheckRecord UnicodeQuickCheck" + name + "Record[" + str(len(records)) + "] = {")
header.indent()
count = 0
for r in records:
if (count % 4) == 0:
header.writeIndentation()
value = (r.value << 24) | r.count
header.write("{ " + hex(r.start) + ", " + hex(r.end) + ", " + hex(value) + " },")
count += 1
if count != len(records):
if (count % 4) == 0:
header.newLine()
else:
header.write(" ")
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const QuickCheckRecord* UnicodeQuickCheck" + name + "RecordPtr = UnicodeQuickCheck" + name + "Record;")
header.newLine()
def writeDecompositionRecords(self, header, records, name, field):
header.writeLine("const size_t Unicode" + name + "RecordCount = " +
str(len(records)) + ";")
header.writeLine("const DecompositionRecord Unicode" + name +
"Record[" + str(len(records)) + "] = {")
header.indent()
count = 0
for r in records:
if (count % 4) == 0:
header.writeIndentation()
header.write("{ " + hex(r.codepoint) + ", " +
hex(r.__dict__[field]) + " },")
count += 1
if count <> len(records):
if (count % 4) == 0:
header.newLine()
else:
header.write(" ")
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const DecompositionRecord* Unicode" + name +
"RecordPtr = Unicode" + name + "Record;")
header.newLine()
def Render(self, header):
print('Writing tests for "' + self.name + '"...')
if self.differs:
print('\tUTF-16 differs from UTF-32, writing both.')
header.newLine()
header.newLine()
header.writeLine('TEST_F(NaughtyStrings, ' + self.name + ')')
header.writeLine('{')
if self.differs:
header.writeLine('#if UTF8_WCHAR_UTF16')
header.indent()
for t in self.tests:
t.Render(header, 'utf16')
header.outdent()
header.writeLine('#elif UTF8_WCHAR_UTF32')
header.indent()
for t in self.tests:
t.Render(header, 'utf32')
header.outdent()
header.writeLine('#endif')
else:
header.indent()
for t in self.tests:
t.Render(header)
header.outdent()
header.write("}")
def Render(self, header):
print('Writing tests for "' + self.name + '"...')
if self.differs:
print('\tUTF-16 differs from UTF-32, writing both.')
header.newLine()
header.newLine()
header.writeLine('TEST_F(NaughtyStrings, ' + self.name + ')')
header.writeLine('{')
if self.differs:
header.writeLine('#if UTF8_WCHAR_UTF16')
header.indent()
for t in self.tests:
t.Render(header, 'utf16')
header.outdent()
header.writeLine('#elif UTF8_WCHAR_UTF32')
header.indent()
for t in self.tests:
t.Render(header, 'utf32')
header.outdent()
header.writeLine('#endif')
else:
header.indent()
for t in self.tests:
t.Render(header)
header.outdent()
header.write("}")
def Render(self, filepath):
print('Rendering tests to "' + os.path.realpath(filepath) + '"...')
command_line = sys.argv[0]
arguments = sys.argv[1:]
for a in arguments:
command_line += ' ' + a
header = libs.header.Header(filepath)
header.generatedNotice()
header.newLine()
header.writeLine('#include "tests-base.hpp"')
header.newLine()
header.writeLine('#include "../helpers/helpers-strings.hpp"')
header.newLine()
header.writeLine('#define NAUGHTY_STRINGS_LENGTH 10370')
header.newLine()
header.writeLine('class NaughtyStrings')
header.writeLine(' : public ::testing::Test')
header.writeLine('{')
header.newLine()
header.writeLine('protected:')
header.newLine()
header.writeLine(' void SetUp()')
header.writeLine(' {')
header.writeLine(
' file.open("testdata/big-list-of-naughty-strings-master/blns.txt", std::ios_base::in);'
)
header.writeLine(' ASSERT_TRUE(file.is_open());')
header.writeLine(' }')
header.newLine()
header.writeLine(' void TearDown()')
header.writeLine(' {')
header.writeLine(' file.close();')
header.writeLine(' }')
header.newLine()
header.writeLine(
' std::string ReadSection(size_t position, size_t length)')
header.writeLine(' {')
header.writeLine(' std::string result;')
header.newLine()
header.writeLine(' file.seekg(position, std::ios::beg);')
header.writeLine(' if (file.eof())')
header.writeLine(' {')
header.writeLine(' return result;')
header.writeLine(' }')
header.newLine()
header.writeLine(' result.resize(length + 1);')
header.writeLine(' file.read(&result[0], length);')
header.newLine()
header.writeLine(' return result;')
header.writeLine(' }')
header.newLine()
header.writeLine(' std::fstream file;')
header.newLine()
header.write('};')
for s in self.sections:
s.Render(header)
def Render(self, filepath):
print('Rendering tests to "' + os.path.realpath(filepath) + '"...')
command_line = sys.argv[0]
arguments = sys.argv[1:]
for a in arguments:
command_line += ' ' + a
header = libs.header.Header(filepath)
header.generatedNotice()
header.newLine()
header.writeLine('#include "tests-base.hpp"')
header.newLine()
header.writeLine('#include "../helpers/helpers-strings.hpp"')
header.newLine()
header.writeLine('#define NAUGHTY_STRINGS_LENGTH 10370')
header.newLine()
header.writeLine('class NaughtyStrings')
header.writeLine(' : public ::testing::Test')
header.writeLine('{')
header.newLine()
header.writeLine('protected:')
header.newLine()
header.writeLine(' void SetUp()')
header.writeLine(' {')
header.writeLine(' file.open("testdata/big-list-of-naughty-strings-master/blns.txt", std::ios_base::in);')
header.writeLine(' ASSERT_TRUE(file.is_open());')
header.writeLine(' }')
header.newLine()
header.writeLine(' void TearDown()')
header.writeLine(' {')
header.writeLine(' file.close();')
header.writeLine(' }')
header.newLine()
header.writeLine(' std::string ReadSection(size_t position, size_t length)')
header.writeLine(' {')
header.writeLine(' std::string result;')
header.newLine()
header.writeLine(' file.seekg(position, std::ios::beg);')
header.writeLine(' if (file.eof())')
header.writeLine(' {')
header.writeLine(' return result;')
header.writeLine(' }')
header.newLine()
header.writeLine(' result.resize(length + 1);')
header.writeLine(' file.read(&result[0], length);')
header.newLine()
header.writeLine(' return result;')
header.writeLine(' }')
header.newLine()
header.writeLine(' std::fstream file;')
header.newLine()
header.write('};')
for s in self.sections:
s.Render(header)
def render(self, header, name, dataType = 'uint8_t'):
print('Rendering compressed data for "' + name + '"...')
header.newLine()
header.writeLine("const size_t " + name + "Index[" + str(len(self.table_index)) + "] = {")
header.indent()
count = 0
for c in self.table_index:
if (count % self.chunk_size) == 0:
header.writeIndentation()
header.write('%d,' % c)
count += 1
if count != len(self.table_index):
if (count % self.chunk_size) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const size_t* " + name + "IndexPtr = " + name + "Index;")
header.newLine()
header.writeLine("const " + dataType + " " + name + "Data[" + str(len(self.table_data)) + "] = {")
header.indent()
count = 0
for c in self.table_data:
if (count % self.chunk_size) == 0:
header.writeIndentation()
header.write('0x%02X,' % c)
count += 1
if count != len(self.table_data):
if (count % self.chunk_size) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.write("const " + dataType + "* " + name + "DataPtr = " + name + "Data;")
def render(self, header, name, dataType = 'uint8_t'):
print('Rendering compressed data for "' + name + '"...')
header.newLine()
header.writeLine("const size_t " + name + "Index[" + str(len(self.table_index)) + "] = {")
header.indent()
count = 0
for c in self.table_index:
if (count % self.chunk_size) == 0:
header.writeIndentation()
header.write('%d,' % c)
count += 1
if count != len(self.table_index):
if (count % self.chunk_size) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const size_t* " + name + "IndexPtr = " + name + "Index;")
header.newLine()
header.writeLine("const " + dataType + " " + name + "Data[" + str(len(self.table_data)) + "] = {")
header.indent()
count = 0
for c in self.table_data:
if (count % self.chunk_size) == 0:
header.writeIndentation()
header.write('0x%02X,' % c)
count += 1
if count != len(self.table_data):
if (count % self.chunk_size) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.write("const " + dataType + "* " + name + "DataPtr = " + name + "Data;")
def writeCompositionRecords(self, header):
composed = []
for r in self.recordsOrdered:
if r.compositionPairs:
for p in r.compositionPairs.items():
key = (r.codepoint << 32) + p[0]
if key in composed:
print "collision " + hex(key)
else:
pair = {"key": key, "value": p[1]}
composed.append(pair)
composed_ordered = sorted(composed, key=lambda item: item["key"])
header.writeLine("const size_t UnicodeCompositionRecordCount = " +
str(len(composed_ordered)) + ";")
header.writeLine("const CompositionRecord UnicodeCompositionRecord[" +
str(len(composed_ordered)) + "] = {")
header.indent()
count = 0
for c in composed_ordered:
if (count % 4) == 0:
header.writeIndentation()
header.write("{ " + hex(c["key"]) + ", " + hex(c["value"]) + " },")
count += 1
if count <> len(composed_ordered):
if (count % 4) == 0:
header.newLine()
else:
header.write(" ")
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine(
"const CompositionRecord* UnicodeCompositionRecordPtr = UnicodeCompositionRecord;"
)
header.newLine()
def writeCompositionRecords(self, header):
composed = []
for r in self.recordsOrdered:
if r.compositionPairs:
for p in r.compositionPairs.items():
key = (r.codepoint << 32) + p[0]
if key in composed:
print('"collision " + hex(key)')
else:
pair = {
"key": key,
"value": p[1]
}
composed.append(pair)
composed_ordered = sorted(composed, key=lambda item: item["key"])
header.writeLine("const size_t UnicodeCompositionRecordCount = " + str(len(composed_ordered)) + ";")
header.writeLine("const CompositionRecord UnicodeCompositionRecord[" + str(len(composed_ordered)) + "] = {")
header.indent()
count = 0
for c in composed_ordered:
if (count % 4) == 0:
header.writeIndentation()
header.write("{ " + hex(c["key"]) + ", " + hex(c["value"]) + " },")
count += 1
if count != len(composed_ordered):
if (count % 4) == 0:
header.newLine()
else:
header.write(" ")
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const CompositionRecord* UnicodeCompositionRecordPtr = UnicodeCompositionRecord;")
header.newLine()
def writeSource(self, filepath):
command_line = sys.argv[0]
arguments = sys.argv[1:]
for a in arguments:
command_line += " " + a
d = datetime.datetime.now()
page_starts = []
page_ends = []
page_starts.append(0)
blob_size = self.offset
blob_page = self.blob
total_offset = 0
while 1:
if blob_size < self.pageSize:
page_ends.append(total_offset + blob_size)
break
page_read = 0
blob_search = blob_page
while 1:
end_index = blob_search.find("\\x00")
if end_index == -1:
break
offset = (end_index / 4) + 1
if (page_read + offset) >= self.pageSize:
break
page_read += offset
blob_search = blob_search[(end_index + 4):]
total_offset += page_read
page_ends.append(total_offset)
page_starts.append(total_offset)
blob_page = blob_page[(page_read * 4):]
blob_size -= page_read
pages = len(page_starts)
print "pages", pages, "blobSize", blob_size
print "pageStarts", page_starts
print "pageEnds ", page_ends
# comment header
header = libs.header.Header(filepath)
header.writeLine("/*")
header.indent()
header.writeLine("DO NOT MODIFY, AUTO-GENERATED")
header.newLine()
header.writeLine("Generated on:")
header.indent()
header.writeLine(d.strftime("%Y-%m-%dT%H:%M:%S"))
header.outdent()
header.newLine()
header.writeLine("Command line:")
header.indent()
header.writeLine(command_line)
header.outdent()
header.outdent()
header.writeLine("*/")
header.newLine()
# includes
header.writeLine("#include \"normalization.h\"")
header.newLine()
# composition data
header.writeLine("const size_t CompositionDataCount = " +
str(len(self.entries)) + ";")
header.writeLine("const CompositionEntry CompositionData[" +
str(len(self.entries)) + "] = {")
header.indent()
for e in self.entries:
header.writeLine(e.toHeaderString(page_starts))
header.outdent()
header.writeLine("};")
header.writeLine(
"const CompositionEntry* CompositionDataPtr = CompositionData;")
header.newLine()
# decomposition data
blob_page = self.blob
header.writeLine("const size_t DecompositionDataPageCount = " +
str(pages) + ";")
header.writeLine("const char* DecompositionData[" + str(pages) +
"] = {")
header.indent()
for p in range(0, pages):
blob_page = self.blob[page_starts[p] * 4:page_ends[p] * 4]
read = page_ends[p] - page_starts[p]
written = 0
first_line = True
blob_sliced = blob_page
while (1):
if first_line:
character_count = min(read, 24)
else:
character_count = min(read, 25)
character_line = blob_sliced[:(character_count * 4)]
header.writeIndentation()
header.write("\"")
if first_line:
header.write("\\x00")
first_line = False
header.write(character_line)
header.write("\"")
written += character_count
read -= character_count
if read <= 0:
header.write(",")
header.newLine()
if read <= 0:
break
blob_sliced = blob_sliced[(character_count * 4):]
header.outdent()
header.writeLine("};")
header.writeLine(
"const char** DecompositionDataPtr = DecompositionData;")
header.write("const size_t DecompositionDataLength[" + str(pages) +
"] = { ")
for p in range(0, pages):
size = page_ends[p] - page_starts[p]
header.write(str(size))
if p <> (pages - 1):
header.write(',')
header.write(' ')
header.writeLine("};")
header.write(
"const size_t* DecompositionDataLengthPtr = DecompositionDataLength;"
)
header.close()
print "entries " + str(self.total) + " hashed " + str(len(self.hashed))
pages_start = []
pages_end = []
pages_start.append(0)
current_page_end = self.pageSize
def render(self, header, name):
print('Rendering compressed data for "' + name + '"...')
header.newLine()
header.writeLine("const uint32_t " + name + "Index1[" + str(len(self.table_index2)) + "] = {")
header.indent()
count = 0
for c in self.table_index2:
if (count % 16) == 0:
header.writeIndentation()
header.write('%d,' % c)
count += 1
if count != len(self.table_index2):
if (count % 16) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const uint32_t* " + name + "Index1Ptr = " + name + "Index1;")
header.newLine()
header.writeLine("const uint32_t " + name + "Index2[" + str(len(self.table_index1_compressed)) + "] = {")
header.indent()
count = 0
for c in self.table_index1_compressed:
if (count % 16) == 0:
header.writeIndentation()
header.write('0x%X,' % c)
count += 1
if count != len(self.table_index1_compressed):
if (count % 16) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const uint32_t* " + name + "Index2Ptr = " + name + "Index2;")
header.newLine()
header.writeLine("const uint32_t " + name + "Data[" + str(len(self.table_data_compressed)) + "] = {")
header.indent()
count = 0
for c in self.table_data_compressed:
if (count % 16) == 0:
header.writeIndentation()
header.write('0x%X,' % int(c))
count += 1
if count != len(self.table_data_compressed):
if (count % 16) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.write("const uint32_t* " + name + "DataPtr = " + name + "Data;")
def writeSource(self, filepath):
print('Compressing code point properties...')
compress_gc = Compression(db)
compress_gc.process('generalCategoryCombined', 32)
compress_ccc = Compression(db)
compress_ccc.process('canonicalCombiningClass', 32)
compress_qc_cm = Compression(db)
compress_qc_cm.process('quickCaseMapped', 32)
compress_qc_nfc = Compression(db)
compress_qc_nfc.process('quickNFC', 32)
compress_qc_nfd = Compression(db)
compress_qc_nfd.process('quickNFD', 32)
compress_qc_nfkc = Compression(db)
compress_qc_nfkc.process('quickNFKC', 32)
compress_qc_nfkd = Compression(db)
compress_qc_nfkd.process('quickNFKD', 32)
self.compressed = ""
self.compressed_length = 0
compress_nfd = CompressionString(db)
compress_nfd.process('decomposedNFD', 32, 128)
compress_nfkd = CompressionString(db)
compress_nfkd.process('decomposedNFKD', 32, 128)
compress_uppercase = CompressionString(db)
compress_uppercase.process('uppercase', 32, 128)
compress_lowercase = CompressionString(db)
compress_lowercase.process('lowercase', 32, 128)
compress_titlecase = CompressionString(db)
compress_titlecase.process('titlecase', 32, 128)
compress_casefolding = CompressionString(db)
compress_casefolding.process('caseFolding', 32, 128)
print('Writing database to "' + os.path.realpath(filepath) + '"...')
# comment header
header = libs.header.Header(os.path.realpath(filepath))
header.writeLine("/*")
header.indent()
header.copyrightNotice()
header.outdent()
header.writeLine("*/")
header.newLine()
header.generatedNotice()
header.newLine()
# includes
header.writeLine("#include \"unicodedatabase.h\"")
# quick check
compress_gc.render(header, 'GeneralCategory', 'uint32_t')
header.newLine()
compress_ccc.render(header, 'CanonicalCombiningClass')
header.newLine()
compress_qc_cm.render(header, 'QuickCheckCaseMapped');
header.newLine();
compress_qc_nfc.render(header, 'QuickCheckNFC')
header.newLine()
compress_qc_nfd.render(header, 'QuickCheckNFD')
header.newLine()
compress_qc_nfkc.render(header, 'QuickCheckNFKC')
header.newLine()
compress_qc_nfkd.render(header, 'QuickCheckNFKD')
header.newLine()
# decomposition
compress_nfd.render(header, 'NFD')
header.newLine()
compress_nfkd.render(header, 'NFKD')
header.newLine()
# case mapping
compress_uppercase.render(header, 'Uppercase')
header.newLine()
compress_lowercase.render(header, 'Lowercase')
header.newLine()
compress_titlecase.render(header, 'Titlecase')
header.newLine()
compress_casefolding.render(header, 'CaseFolding')
header.newLine()
# composition
header.newLine()
self.writeCompositionRecords(header)
# decomposition data
sliced_compressed = libs.blobsplitter.BlobSplitter()
sliced_compressed.split(self.compressed, self.compressed_length)
header.writeLine("const char* CompressedStringData = ")
header.indent()
for p in sliced_compressed.pages:
p.start()
p.firstLine = False
while not p.atEnd:
p.nextLine()
header.writeIndentation()
header.write(p.line)
header.newLine()
header.outdent()
header.writeLine(";")
header.write("const size_t CompressedStringDataLength = " + str(self.compressed_length) + ";")
def writeSource(self, filepath):
print('Compressing code point properties...')
compress_gc = Compression(db)
compress_gc.process('generalCategoryCombined', 32)
compress_ccc = Compression(db)
compress_ccc.process('canonicalCombiningClass', 32)
compress_qc_cm = Compression(db)
compress_qc_cm.process('quickCaseMapped', 32)
compress_qc_nfc = Compression(db)
compress_qc_nfc.process('quickNFC', 32)
compress_qc_nfd = Compression(db)
compress_qc_nfd.process('quickNFD', 32)
compress_qc_nfkc = Compression(db)
compress_qc_nfkc.process('quickNFKC', 32)
compress_qc_nfkd = Compression(db)
compress_qc_nfkd.process('quickNFKD', 32)
self.compressed = ""
self.compressed_length = 0
compress_nfd = CompressionString(db)
compress_nfd.process('decomposedNFD', 32, 128)
compress_nfkd = CompressionString(db)
compress_nfkd.process('decomposedNFKD', 32, 128)
compress_uppercase = CompressionString(db)
compress_uppercase.process('uppercase', 32, 128)
compress_lowercase = CompressionString(db)
compress_lowercase.process('lowercase', 32, 128)
compress_titlecase = CompressionString(db)
compress_titlecase.process('titlecase', 32, 128)
compress_casefolding = CompressionString(db)
compress_casefolding.process('caseFolding', 32, 128)
print('Writing database to "' + os.path.realpath(filepath) + '"...')
# comment header
header = libs.header.Header(os.path.realpath(filepath))
header.writeLine("/*")
header.indent()
header.copyrightNotice()
header.outdent()
header.writeLine("*/")
header.newLine()
header.generatedNotice()
header.newLine()
# includes
header.writeLine("#include \"unicodedatabase.h\"")
# quick check
compress_gc.render(header, 'GeneralCategory', 'uint32_t')
header.newLine()
compress_ccc.render(header, 'CanonicalCombiningClass')
header.newLine()
compress_qc_cm.render(header, 'QuickCheckCaseMapped');
header.newLine();
compress_qc_nfc.render(header, 'QuickCheckNFC')
header.newLine()
compress_qc_nfd.render(header, 'QuickCheckNFD')
header.newLine()
compress_qc_nfkc.render(header, 'QuickCheckNFKC')
header.newLine()
compress_qc_nfkd.render(header, 'QuickCheckNFKD')
header.newLine()
# decomposition
compress_nfd.render(header, 'NFD')
header.newLine()
compress_nfkd.render(header, 'NFKD')
header.newLine()
# case mapping
compress_uppercase.render(header, 'Uppercase')
header.newLine()
compress_lowercase.render(header, 'Lowercase')
header.newLine()
compress_titlecase.render(header, 'Titlecase')
header.newLine()
compress_casefolding.render(header, 'CaseFolding')
header.newLine()
# composition
header.newLine()
self.writeCompositionRecords(header)
# decomposition data
sliced_compressed = libs.blobsplitter.BlobSplitter()
sliced_compressed.split(self.compressed, self.compressed_length)
header.writeLine("const char* CompressedStringData = ")
header.indent()
for p in sliced_compressed.pages:
p.start()
p.firstLine = False
while not p.atEnd:
p.nextLine()
header.writeIndentation()
header.write(p.line)
header.newLine()
header.outdent()
header.writeLine(";")
header.write("const size_t CompressedStringDataLength = " + str(self.compressed_length) + ";")
def writeSource(self, filepath):
print "Writing database to " + filepath + "..."
command_line = sys.argv[0]
arguments = sys.argv[1:]
for a in arguments:
command_line += " " + a
d = datetime.datetime.now()
nfd_records = []
nfkd_records = []
uppercase_records = []
lowercase_records = []
titlecase_records = []
for r in self.recordsOrdered:
if r.offsetNFD <> 0:
nfd_records.append(r)
if r.offsetNFKD <> 0:
nfkd_records.append(r)
if r.offsetUppercase <> 0:
uppercase_records.append(r)
if r.offsetLowercase <> 0:
lowercase_records.append(r)
if r.offsetTitlecase <> 0:
titlecase_records.append(r)
sliced = libs.blobsplitter.BlobSplitter()
sliced.split(self.blob, self.offset)
# comment header
header = libs.header.Header(filepath)
header.writeLine("/*")
header.indent()
header.copyrightNotice()
header.outdent()
header.writeLine("*/")
header.newLine()
header.writeLine("/*")
header.indent()
header.writeLine("DO NOT MODIFY, AUTO-GENERATED")
header.newLine()
header.writeLine("Generated on:")
header.indent()
header.writeLine(d.strftime("%Y-%m-%dT%H:%M:%S"))
header.outdent()
header.newLine()
header.writeLine("Command line:")
header.indent()
header.writeLine(command_line)
header.outdent()
header.outdent()
header.writeLine("*/")
header.newLine()
# includes
header.writeLine("#include \"unicodedatabase.h\"")
header.newLine()
# quick check records
self.writeQuickCheck(header, self.qcGeneralCategory, "GeneralCategory")
self.writeQuickCheck(header, self.qcCanonicalCombiningClass,
"CanonicalCombiningClass")
self.writeQuickCheck(header, self.qcNFCRecords, "NFC")
self.writeQuickCheck(header, self.qcNFDRecords, "NFD")
self.writeQuickCheck(header, self.qcNFKCRecords, "NFKC")
self.writeQuickCheck(header, self.qcNFKDRecords, "NFKD")
# decomposition records
self.writeDecompositionRecords(header, nfd_records, "NFD", "offsetNFD")
self.writeDecompositionRecords(header, nfkd_records, "NFKD",
"offsetNFKD")
# composition records
self.writeCompositionRecords(header)
# case mapping records
self.writeDecompositionRecords(header, uppercase_records, "Uppercase",
"offsetUppercase")
self.writeDecompositionRecords(header, lowercase_records, "Lowercase",
"offsetLowercase")
self.writeDecompositionRecords(header, titlecase_records, "Titlecase",
"offsetTitlecase")
# decomposition data
header.writeLine("const char* DecompositionData = ")
header.indent()
for p in sliced.pages:
p.start()
while not p.atEnd:
p.nextLine()
header.writeIndentation()
header.write(p.line)
header.newLine()
header.outdent()
header.writeLine(";")
header.write("const size_t DecompositionDataLength = " +
str(self.offset) + ";")
def writeSource(self, filepath):
command_line = sys.argv[0]
arguments = sys.argv[1:]
for a in arguments:
command_line += " " + a
d = datetime.datetime.now()
page_starts = []
page_ends = []
page_starts.append(0)
blob_size = self.offset
blob_page = self.blob
total_offset = 0
while 1:
if blob_size < self.pageSize:
page_ends.append(total_offset + blob_size)
break
page_read = 0
blob_search = blob_page
while 1:
end_index = blob_search.find("\\x00")
if end_index == -1:
break
offset = (end_index / 4) + 1
if (page_read + offset) >= self.pageSize:
break
page_read += offset
blob_search = blob_search[(end_index + 4):]
total_offset += page_read
page_ends.append(total_offset)
page_starts.append(total_offset)
blob_page = blob_page[(page_read * 4):]
blob_size -= page_read
pages = len(page_starts)
print "pages", pages, "blobSize", blob_size
print "pageStarts", page_starts
print "pageEnds ", page_ends
# comment header
header = libs.header.Header(filepath)
header.writeLine("/*")
header.indent()
header.writeLine("DO NOT MODIFY, AUTO-GENERATED")
header.newLine()
header.writeLine("Generated on:")
header.indent()
header.writeLine(d.strftime("%Y-%m-%dT%H:%M:%S"))
header.outdent()
header.newLine()
header.writeLine("Command line:")
header.indent()
header.writeLine(command_line)
header.outdent()
header.outdent()
header.writeLine("*/")
header.newLine()
# includes
header.writeLine("#include \"normalization.h\"")
header.newLine()
# composition data
header.writeLine("const size_t CompositionDataCount = " + str(len(self.entries)) + ";")
header.writeLine("const CompositionEntry CompositionData[" + str(len(self.entries)) + "] = {")
header.indent()
for e in self.entries:
header.writeLine(e.toHeaderString(page_starts))
header.outdent()
header.writeLine("};")
header.writeLine("const CompositionEntry* CompositionDataPtr = CompositionData;")
header.newLine()
# decomposition data
blob_page = self.blob
header.writeLine("const size_t DecompositionDataPageCount = " + str(pages) + ";")
header.writeLine("const char* DecompositionData[" + str(pages) + "] = {")
header.indent()
for p in range(0, pages):
blob_page = self.blob[page_starts[p] * 4:page_ends[p] * 4]
read = page_ends[p] - page_starts[p]
written = 0
first_line = True
blob_sliced = blob_page
while (1):
if first_line:
character_count = min(read, 24)
else:
character_count = min(read, 25)
character_line = blob_sliced[:(character_count * 4)]
header.writeIndentation()
header.write("\"")
if first_line:
header.write("\\x00")
first_line = False
header.write(character_line)
header.write("\"")
written += character_count
read -= character_count
if read <= 0:
header.write(",")
header.newLine()
if read <= 0:
break
blob_sliced = blob_sliced[(character_count * 4):]
header.outdent()
header.writeLine("};")
header.writeLine("const char** DecompositionDataPtr = DecompositionData;")
header.write("const size_t DecompositionDataLength[" + str(pages) + "] = { ")
for p in range(0, pages):
size = page_ends[p] - page_starts[p]
header.write(str(size))
if p <> (pages - 1):
header.write(',')
header.write(' ')
header.writeLine("};")
header.write("const size_t* DecompositionDataLengthPtr = DecompositionDataLength;")
header.close()
print "entries " + str(self.total) + " hashed " + str(len(self.hashed))
pages_start = []
pages_end = []
pages_start.append(0)
current_page_end = self.pageSize
def render(self, header, name):
print('Rendering compressed data for "' + name + '"...')
header.newLine()
header.writeLine("const uint32_t " + name + "Index1[" + str(len(self.table_index2)) + "] = {")
header.indent()
count = 0
for c in self.table_index2:
if (count % 16) == 0:
header.writeIndentation()
header.write('%d,' % c)
count += 1
if count != len(self.table_index2):
if (count % 16) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const uint32_t* " + name + "Index1Ptr = " + name + "Index1;")
header.newLine()
header.writeLine("const uint32_t " + name + "Index2[" + str(len(self.table_index1_compressed)) + "] = {")
header.indent()
count = 0
for c in self.table_index1_compressed:
if (count % 16) == 0:
header.writeIndentation()
header.write('0x%X,' % c)
count += 1
if count != len(self.table_index1_compressed):
if (count % 16) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.writeLine("const uint32_t* " + name + "Index2Ptr = " + name + "Index2;")
header.newLine()
header.writeLine("const uint32_t " + name + "Data[" + str(len(self.table_data_compressed)) + "] = {")
header.indent()
count = 0
for c in self.table_data_compressed:
if (count % 16) == 0:
header.writeIndentation()
header.write('0x%X,' % c)
count += 1
if count != len(self.table_data_compressed):
if (count % 16) == 0:
header.newLine()
else:
header.write(' ')
header.newLine()
header.outdent()
header.writeLine("};")
header.write("const uint32_t* " + name + "DataPtr = " + name + "Data;")