| /external/svox/pico/tests/data/ |
| D | xsampa_pico_man_en-GB.txt | 19 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""bIn"/>.</speak>
22 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""dIn"/>.</speak>
25 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""gIv"/>.</speak>
28 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""kIn"/>.</speak>
31 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""pIn"/>.</speak>
34 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""tIn"/>.</speak>
40 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""TIN"/>.</speak>
43 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""mQk"/>.</speak>
46 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""nQk"/>.</speak>
51 <speak xml:lang="en-GB"> Testing <phoneme alphabet="xsampa" ph=""DIs"/>.</speak>
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| D | xsampa_pico_man_en-US.txt | 20 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""bIn"/>.</speak>
23 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""dIn"/>.</speak>
26 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""gIv"/>.</speak>
29 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""kIn"/>.</speak>
32 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""pIn"/>.</speak>
35 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""tIn"/>.</speak>
41 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""TIN"/>.</speak>
44 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""mA:k"/>.</speak>
47 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""nA:k"/>.</speak>
52 <speak xml:lang="en-US"> Testing <phoneme alphabet="xsampa" ph=""DIs"/>.</speak>
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| D | xsampa_pico_man_de-DE.txt | 18 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""?a:.b@nt"/>.</speak>
21 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""bal"/>.</speak>
24 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""dax"/>.</speak>
27 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""ga:.b@"/>.</speak>
30 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""kam"/>.</speak>
33 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""pOst"/>.</speak>
36 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""tRIt"/>.</speak>
42 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""laN"/>.</speak>
45 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""ma.t@"/>.</speak>
48 <speak xml:lang="de-DE"> Ich teste <phoneme alphabet="xsampa" ph=""nEst"/>.</speak>
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| D | xsampa_pico_man_fr-FR.txt | 19 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""bO~"/>.</speak>
22 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""dA~"/>.</speak>
25 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""gA~"/>.</speak>
28 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""kA~"/>.</speak>
31 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""pO~"/>.</speak>
34 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""tA~"/>.</speak>
40 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph="O."JO~"/>.</speak>
43 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph="kA~."piN"/>.</speak>
46 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""mO~"/>.</speak>
49 <speak xml:lang="fr-FR"> Je teste <phoneme alphabet="xsampa" ph=""nO~"/>.</speak>
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| D | xsampa_pico_man_it-IT.txt | 19 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""baN.ko"/>.</speak>
22 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""da.n:o"/>.</speak>
25 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""gam.ba"/>.</speak>
28 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""ka:.ne"/>.</speak>
31 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""pa:.ne"/>.</speak>
34 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""tan.to"/>.</speak>
37 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""go.b:o"/>.</speak>
40 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""ka.d:e"/>.</speak>
43 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""fu.g:a"/>.</speak>
46 <speak xml:lang="it-IT"> I test <phoneme alphabet="xsampa" ph=""no.k:a"/>.</speak>
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| D | xsampa_pico_man_es-ES.txt | 19 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""bi.no"/>.</speak>
22 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""don.de"/>.</speak>
25 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""ga.to"/>.</speak>
28 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""ka.sa"/>.</speak>
31 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""pu_^en.te "/>.</speak>
34 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""tjem.po"/>.</speak>
39 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""fa.Til"/>.</speak>
42 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""i.xo"/>.</speak>
45 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph=""so.pa"/>.</speak>
48 <speak xml:lang="es-ES"> Puedo probar <phoneme alphabet="xsampa" ph="ka."Be.Ta"/>.</speak>
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| /external/ganymed-ssh2/src/main/java/ch/ethz/ssh2/crypto/ |
| D | Base64.java | 18 …static final char[] alphabet = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/".… field in Base64
41 cw.write(alphabet[x >> 18]); in encode()
42 cw.write(alphabet[(x >> 12) & 0x3f]); in encode()
43 cw.write(alphabet[(x >> 6) & 0x3f]); in encode()
44 cw.write(alphabet[x & 0x3f]); in encode()
52 cw.write(alphabet[x >> 18]); in encode()
53 cw.write(alphabet[(x >> 12) & 0x3f]); in encode()
60 cw.write(alphabet[x >> 18]); in encode()
61 cw.write(alphabet[(x >> 12) & 0x3f]); in encode()
62 cw.write(alphabet[(x >> 6) & 0x3f]); in encode()
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| /external/smack/src/org/xbill/DNS/utils/ |
| D | base32.java | 26 private String alphabet; field in base32
37 base32(String alphabet, boolean padding, boolean lowercase) { in base32() argument
38 this.alphabet = alphabet; in base32()
125 char c = alphabet.charAt(t[j]); in toString()
182 s[j] = (short) alphabet.indexOf(in[i * 8 + j]); in fromString()
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| /external/chromium_org/third_party/re2/re2/testing/ |
| D | random_test.cc | 22 const vector<string>& alphabet, in RandomTest() argument
34 ExhaustiveTester t(maxatoms, maxops, alphabet, ops, in RandomTest()
90 vector<string> alphabet = Explode("abc123\001\002\003\t\r\n\v\f\a"); in TEST() local
91 RandomTest(10, 10, atoms, ops, 20, alphabet, ""); in TEST()
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| D | exhaustive_tester.h | 28 const vector<string>& alphabet, in ExhaustiveTester() argument
34 : RegexpGenerator(maxatoms, maxops, alphabet, ops), in ExhaustiveTester()
71 const vector<string>& alphabet,
79 void EgrepTest(int maxatoms, int maxops, const string& alphabet,
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| D | exhaustive2_test.cc | 24 vector<string> alphabet = Explode("()*+?{}[]\\^$."); in TEST() local
25 vector<string> escaped = alphabet; in TEST()
29 2, alphabet, "", ""); in TEST()
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| D | string_generator_test.cc | 33 static void RunTest(int len, string alphabet, bool donull) { in RunTest() argument
34 StringGenerator g(len, Explode(alphabet)); in RunTest()
56 EXPECT_TRUE(utfrune(alphabet.c_str(), r) != NULL); in RunTest()
73 int alpha = utflen(alphabet.c_str()); in RunTest()
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| D | exhaustive_tester.cc | 146 const vector<string>& alphabet, in ExhaustiveTest() argument
159 ExhaustiveTester t(maxatoms, maxops, alphabet, ops, in ExhaustiveTest()
172 void EgrepTest(int maxatoms, int maxops, const string& alphabet, in EgrepTest() argument
179 Split("", alphabet), in EgrepTest()
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| D | string_generator.cc | 16 StringGenerator::StringGenerator(int maxlen, const vector<string>& alphabet) in StringGenerator() argument
17 : maxlen_(maxlen), alphabet_(alphabet), in StringGenerator()
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| D | possible_match_test.cc | 169 const vector<string>& alphabet, in PossibleMatchTester() argument
173 : RegexpGenerator(maxatoms, maxops, alphabet, ops), in PossibleMatchTester()
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| /external/regex-re2/re2/testing/ |
| D | random_test.cc | 22 const vector<string>& alphabet, in RandomTest() argument
34 ExhaustiveTester t(maxatoms, maxops, alphabet, ops, in RandomTest()
90 vector<string> alphabet = Explode("abc123\001\002\003\t\r\n\v\f\a"); in TEST() local
91 RandomTest(10, 10, atoms, ops, 20, alphabet, ""); in TEST()
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| D | exhaustive_tester.h | 28 const vector<string>& alphabet, in ExhaustiveTester() argument
34 : RegexpGenerator(maxatoms, maxops, alphabet, ops), in ExhaustiveTester()
71 const vector<string>& alphabet,
79 void EgrepTest(int maxatoms, int maxops, const string& alphabet,
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| D | exhaustive2_test.cc | 24 vector<string> alphabet = Explode("()*+?{}[]\\^$."); in TEST() local
25 vector<string> escaped = alphabet; in TEST()
29 2, alphabet, "", ""); in TEST()
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| D | string_generator_test.cc | 33 static void RunTest(int len, string alphabet, bool donull) { in RunTest() argument
34 StringGenerator g(len, Explode(alphabet)); in RunTest()
56 EXPECT_TRUE(utfrune(alphabet.c_str(), r) != NULL); in RunTest()
73 int alpha = utflen(alphabet.c_str()); in RunTest()
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| D | exhaustive_tester.cc | 146 const vector<string>& alphabet, in ExhaustiveTest() argument
159 ExhaustiveTester t(maxatoms, maxops, alphabet, ops, in ExhaustiveTest()
172 void EgrepTest(int maxatoms, int maxops, const string& alphabet, in EgrepTest() argument
179 Split("", alphabet), in EgrepTest()
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| D | string_generator.cc | 16 StringGenerator::StringGenerator(int maxlen, const vector<string>& alphabet) in StringGenerator() argument
17 : maxlen_(maxlen), alphabet_(alphabet), in StringGenerator()
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| D | possible_match_test.cc | 169 const vector<string>& alphabet, in PossibleMatchTester() argument
173 : RegexpGenerator(maxatoms, maxops, alphabet, ops), in PossibleMatchTester()
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| /external/chromium_org/v8/test/cctest/ |
| D | test-semaphore.cc | 107 static const char alphabet[] = "XKOAD"; variable
108 static const int kAlphabetSize = sizeof(alphabet) - 1;
125 buffer[n % kBufferSize] = alphabet[n % kAlphabetSize]; in Run()
140 ASSERT_EQ(static_cast<int>(alphabet[n % kAlphabetSize]), in Run()
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| /external/chromium_org/third_party/sqlite/src/test/ |
| D | analyze2.test | 176 set alphabet [list a b c d e f g h i j]
179 set str [lindex $alphabet [expr ($i/100)%10]]
180 append str [lindex $alphabet [expr ($i/ 10)%10]]
181 append str [lindex $alphabet [expr ($i/ 1)%10]]
232 set alphabet [list A b C d E f G h I j]
235 set str [lindex $alphabet [expr ($i/100)%10]]
236 append str [lindex $alphabet [expr ($i/ 10)%10]]
237 append str [lindex $alphabet [expr ($i/ 1)%10]]
282 set alphabet [list a b c d e f g h i j]
285 set str [lindex $alphabet [expr ($i/100)%10]]
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| /external/zlib/src/doc/ |
| D | rfc1951.txt | 316 alphabet by bit sequences (codes), one code for each symbol, in
324 labeled with) the symbols of the alphabet; then the code for a
358 Given an alphabet with known symbol frequencies, the Huffman
362 alphabet). Such a code is called a Huffman code. (See
374 The Huffman codes used for each alphabet in the "deflate"
400 follows, assuming that the order of the alphabet is ABCD:
412 Given this rule, we can define the Huffman code for an alphabet
414 the alphabet in order; this is sufficient to determine the
459 Consider the alphabet ABCDEFGH, with bit lengths (3, 3, 3, 3,
593 distinct alphabets: either literal bytes, from the alphabet of
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