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mirror of https://github.com/vim/vim.git synced 2025-07-24 10:45:12 -04:00

updated for version 7.4.028

Problem:    Equivalence classes are not working for multi-byte characters.
Solution:   Copy the rules from the old to the new regexp engine. Add a test
            to check both engines.
This commit is contained in:
Bram Moolenaar 2013-09-19 17:00:20 +02:00
parent dd40734800
commit e6a2fa6573
9 changed files with 299 additions and 41 deletions

View File

@ -742,7 +742,12 @@ nfa_recognize_char_class(start, end, extra_newl)
nfa_emit_equi_class(c)
int c;
{
#define EMIT2(c) EMIT(c); EMIT(NFA_CONCAT);
#define EMIT2(c) EMIT(c); EMIT(NFA_CONCAT);
#ifdef FEAT_MBYTE
# define EMITMBC(c) EMIT(c); EMIT(NFA_CONCAT);
#else
# define EMITMBC(c)
#endif
#ifdef FEAT_MBYTE
if (enc_utf8 || STRCMP(p_enc, "latin1") == 0
@ -753,92 +758,338 @@ nfa_emit_equi_class(c)
{
case 'A': case 0300: case 0301: case 0302:
case 0303: case 0304: case 0305:
EMIT2('A'); EMIT2(0300); EMIT2(0301);
EMIT2(0302); EMIT2(0303); EMIT2(0304);
EMIT2(0305);
CASEMBC(0x100) CASEMBC(0x102) CASEMBC(0x104) CASEMBC(0x1cd)
CASEMBC(0x1de) CASEMBC(0x1e0) CASEMBC(0x1ea2)
EMIT2('A'); EMIT2(0300); EMIT2(0301); EMIT2(0302);
EMIT2(0303); EMIT2(0304); EMIT2(0305);
EMITMBC(0x100) EMITMBC(0x102) EMITMBC(0x104)
EMITMBC(0x1cd) EMITMBC(0x1de) EMITMBC(0x1e0)
EMITMBC(0x1ea2)
return OK;
case 'B': CASEMBC(0x1e02) CASEMBC(0x1e06)
EMIT2('B'); EMITMBC(0x1e02) EMITMBC(0x1e06)
return OK;
case 'C': case 0307:
EMIT2('C'); EMIT2(0307);
CASEMBC(0x106) CASEMBC(0x108) CASEMBC(0x10a) CASEMBC(0x10c)
EMIT2('C'); EMIT2(0307); EMITMBC(0x106) EMITMBC(0x108)
EMITMBC(0x10a) EMITMBC(0x10c)
return OK;
case 'D': CASEMBC(0x10e) CASEMBC(0x110) CASEMBC(0x1e0a)
CASEMBC(0x1e0e) CASEMBC(0x1e10)
EMIT2('D'); EMITMBC(0x10e) EMITMBC(0x110) EMITMBC(0x1e0a)
EMITMBC(0x1e0e) EMITMBC(0x1e10)
return OK;
case 'E': case 0310: case 0311: case 0312: case 0313:
EMIT2('E'); EMIT2(0310); EMIT2(0311);
EMIT2(0312); EMIT2(0313);
CASEMBC(0x112) CASEMBC(0x114) CASEMBC(0x116) CASEMBC(0x118)
CASEMBC(0x11a) CASEMBC(0x1eba) CASEMBC(0x1ebc)
EMIT2('E'); EMIT2(0310); EMIT2(0311); EMIT2(0312);
EMIT2(0313);
EMITMBC(0x112) EMITMBC(0x114) EMITMBC(0x116)
EMITMBC(0x118) EMITMBC(0x11a) EMITMBC(0x1eba)
EMITMBC(0x1ebc)
return OK;
case 'F': CASEMBC(0x1e1e)
EMIT2('F'); EMITMBC(0x1e1e)
return OK;
case 'G': CASEMBC(0x11c) CASEMBC(0x11e) CASEMBC(0x120)
CASEMBC(0x122) CASEMBC(0x1e4) CASEMBC(0x1e6) CASEMBC(0x1f4)
CASEMBC(0x1e20)
EMIT2('G'); EMITMBC(0x11c) EMITMBC(0x11e) EMITMBC(0x120)
EMITMBC(0x122) EMITMBC(0x1e4) EMITMBC(0x1e6)
EMITMBC(0x1f4) EMITMBC(0x1e20)
return OK;
case 'H': CASEMBC(0x124) CASEMBC(0x126) CASEMBC(0x1e22)
CASEMBC(0x1e26) CASEMBC(0x1e28)
EMIT2('H'); EMITMBC(0x124) EMITMBC(0x126) EMITMBC(0x1e22)
EMITMBC(0x1e26) EMITMBC(0x1e28)
return OK;
case 'I': case 0314: case 0315: case 0316: case 0317:
EMIT2('I'); EMIT2(0314); EMIT2(0315);
EMIT2(0316); EMIT2(0317);
CASEMBC(0x128) CASEMBC(0x12a) CASEMBC(0x12c) CASEMBC(0x12e)
CASEMBC(0x130) CASEMBC(0x1cf) CASEMBC(0x1ec8)
EMIT2('I'); EMIT2(0314); EMIT2(0315); EMIT2(0316);
EMIT2(0317); EMITMBC(0x128) EMITMBC(0x12a)
EMITMBC(0x12c) EMITMBC(0x12e) EMITMBC(0x130)
EMITMBC(0x1cf) EMITMBC(0x1ec8)
return OK;
case 'J': CASEMBC(0x134)
EMIT2('J'); EMITMBC(0x134)
return OK;
case 'K': CASEMBC(0x136) CASEMBC(0x1e8) CASEMBC(0x1e30)
CASEMBC(0x1e34)
EMIT2('K'); EMITMBC(0x136) EMITMBC(0x1e8) EMITMBC(0x1e30)
EMITMBC(0x1e34)
return OK;
case 'L': CASEMBC(0x139) CASEMBC(0x13b) CASEMBC(0x13d)
CASEMBC(0x13f) CASEMBC(0x141) CASEMBC(0x1e3a)
EMIT2('L'); EMITMBC(0x139) EMITMBC(0x13b) EMITMBC(0x13d)
EMITMBC(0x13f) EMITMBC(0x141) EMITMBC(0x1e3a)
return OK;
case 'M': CASEMBC(0x1e3e) CASEMBC(0x1e40)
EMIT2('M'); EMITMBC(0x1e3e) EMITMBC(0x1e40)
return OK;
case 'N': case 0321:
EMIT2('N'); EMIT2(0321);
CASEMBC(0x143) CASEMBC(0x145) CASEMBC(0x147) CASEMBC(0x1e44)
CASEMBC(0x1e48)
EMIT2('N'); EMIT2(0321); EMITMBC(0x143) EMITMBC(0x145)
EMITMBC(0x147) EMITMBC(0x1e44) EMITMBC(0x1e48)
return OK;
case 'O': case 0322: case 0323: case 0324: case 0325:
case 0326:
EMIT2('O'); EMIT2(0322); EMIT2(0323);
EMIT2(0324); EMIT2(0325); EMIT2(0326);
case 0326: case 0330:
CASEMBC(0x14c) CASEMBC(0x14e) CASEMBC(0x150) CASEMBC(0x1a0)
CASEMBC(0x1d1) CASEMBC(0x1ea) CASEMBC(0x1ec) CASEMBC(0x1ece)
EMIT2('O'); EMIT2(0322); EMIT2(0323); EMIT2(0324);
EMIT2(0325); EMIT2(0326); EMIT2(0330);
EMITMBC(0x14c) EMITMBC(0x14e) EMITMBC(0x150)
EMITMBC(0x1a0) EMITMBC(0x1d1) EMITMBC(0x1ea)
EMITMBC(0x1ec) EMITMBC(0x1ece)
return OK;
case 'P': case 0x1e54: case 0x1e56:
EMIT2('P'); EMITMBC(0x1e54) EMITMBC(0x1e56)
return OK;
case 'R': CASEMBC(0x154) CASEMBC(0x156) CASEMBC(0x158)
CASEMBC(0x1e58) CASEMBC(0x1e5e)
EMIT2('R'); EMITMBC(0x154) EMITMBC(0x156) EMITMBC(0x158)
EMITMBC(0x1e58) EMITMBC(0x1e5e)
return OK;
case 'S': CASEMBC(0x15a) CASEMBC(0x15c) CASEMBC(0x15e)
CASEMBC(0x160) CASEMBC(0x1e60)
EMIT2('S'); EMITMBC(0x15a) EMITMBC(0x15c) EMITMBC(0x15e)
EMITMBC(0x160) EMITMBC(0x1e60)
return OK;
case 'T': CASEMBC(0x162) CASEMBC(0x164) CASEMBC(0x166)
CASEMBC(0x1e6a) CASEMBC(0x1e6e)
EMIT2('T'); EMITMBC(0x162) EMITMBC(0x164) EMITMBC(0x166)
EMITMBC(0x1e6a) EMITMBC(0x1e6e)
return OK;
case 'U': case 0331: case 0332: case 0333: case 0334:
EMIT2('U'); EMIT2(0331); EMIT2(0332);
EMIT2(0333); EMIT2(0334);
CASEMBC(0x168) CASEMBC(0x16a) CASEMBC(0x16c) CASEMBC(0x16e)
CASEMBC(0x170) CASEMBC(0x172) CASEMBC(0x1af) CASEMBC(0x1d3)
CASEMBC(0x1ee6)
EMIT2('U'); EMIT2(0331); EMIT2(0332); EMIT2(0333);
EMIT2(0334); EMITMBC(0x168) EMITMBC(0x16a)
EMITMBC(0x16c) EMITMBC(0x16e) EMITMBC(0x170)
EMITMBC(0x172) EMITMBC(0x1af) EMITMBC(0x1d3)
EMITMBC(0x1ee6)
return OK;
case 'V': CASEMBC(0x1e7c)
EMIT2('V'); EMITMBC(0x1e7c)
return OK;
case 'W': CASEMBC(0x174) CASEMBC(0x1e80) CASEMBC(0x1e82)
CASEMBC(0x1e84) CASEMBC(0x1e86)
EMIT2('W'); EMITMBC(0x174) EMITMBC(0x1e80) EMITMBC(0x1e82)
EMITMBC(0x1e84) EMITMBC(0x1e86)
return OK;
case 'X': CASEMBC(0x1e8a) CASEMBC(0x1e8c)
EMIT2('X'); EMITMBC(0x1e8a) EMITMBC(0x1e8c)
return OK;
case 'Y': case 0335:
EMIT2('Y'); EMIT2(0335);
CASEMBC(0x176) CASEMBC(0x178) CASEMBC(0x1e8e) CASEMBC(0x1ef2)
CASEMBC(0x1ef6) CASEMBC(0x1ef8)
EMIT2('Y'); EMIT2(0335); EMITMBC(0x176) EMITMBC(0x178)
EMITMBC(0x1e8e) EMITMBC(0x1ef2) EMITMBC(0x1ef6)
EMITMBC(0x1ef8)
return OK;
case 'Z': CASEMBC(0x179) CASEMBC(0x17b) CASEMBC(0x17d)
CASEMBC(0x1b5) CASEMBC(0x1e90) CASEMBC(0x1e94)
EMIT2('Z'); EMITMBC(0x179) EMITMBC(0x17b) EMITMBC(0x17d)
EMITMBC(0x1b5) EMITMBC(0x1e90) EMITMBC(0x1e94)
return OK;
case 'a': case 0340: case 0341: case 0342:
case 0343: case 0344: case 0345:
EMIT2('a'); EMIT2(0340); EMIT2(0341);
EMIT2(0342); EMIT2(0343); EMIT2(0344);
EMIT2(0345);
CASEMBC(0x101) CASEMBC(0x103) CASEMBC(0x105) CASEMBC(0x1ce)
CASEMBC(0x1df) CASEMBC(0x1e1) CASEMBC(0x1ea3)
EMIT2('a'); EMIT2(0340); EMIT2(0341); EMIT2(0342);
EMIT2(0343); EMIT2(0344); EMIT2(0345);
EMITMBC(0x101) EMITMBC(0x103) EMITMBC(0x105)
EMITMBC(0x1ce) EMITMBC(0x1df) EMITMBC(0x1e1)
EMITMBC(0x1ea3)
return OK;
case 'b': CASEMBC(0x1e03) CASEMBC(0x1e07)
EMIT2('b'); EMITMBC(0x1e03) EMITMBC(0x1e07)
return OK;
case 'c': case 0347:
EMIT2('c'); EMIT2(0347);
CASEMBC(0x107) CASEMBC(0x109) CASEMBC(0x10b) CASEMBC(0x10d)
EMIT2('c'); EMIT2(0347); EMITMBC(0x107) EMITMBC(0x109)
EMITMBC(0x10b) EMITMBC(0x10d)
return OK;
case 'd': CASEMBC(0x10f) CASEMBC(0x111) CASEMBC(0x1d0b)
CASEMBC(0x1e11)
EMIT2('d'); EMITMBC(0x10f) EMITMBC(0x111) EMITMBC(0x1e0b)
EMITMBC(0x01e0f) EMITMBC(0x1e11)
return OK;
case 'e': case 0350: case 0351: case 0352: case 0353:
EMIT2('e'); EMIT2(0350); EMIT2(0351);
EMIT2(0352); EMIT2(0353);
CASEMBC(0x113) CASEMBC(0x115) CASEMBC(0x117) CASEMBC(0x119)
CASEMBC(0x11b) CASEMBC(0x1ebb) CASEMBC(0x1ebd)
EMIT2('e'); EMIT2(0350); EMIT2(0351); EMIT2(0352);
EMIT2(0353); EMITMBC(0x113) EMITMBC(0x115)
EMITMBC(0x117) EMITMBC(0x119) EMITMBC(0x11b)
EMITMBC(0x1ebb) EMITMBC(0x1ebd)
return OK;
case 'f': CASEMBC(0x1e1f)
EMIT2('f'); EMITMBC(0x1e1f)
return OK;
case 'g': CASEMBC(0x11d) CASEMBC(0x11f) CASEMBC(0x121)
CASEMBC(0x123) CASEMBC(0x1e5) CASEMBC(0x1e7) CASEMBC(0x1f5)
CASEMBC(0x1e21)
EMIT2('g'); EMITMBC(0x11d) EMITMBC(0x11f) EMITMBC(0x121)
EMITMBC(0x123) EMITMBC(0x1e5) EMITMBC(0x1e7)
EMITMBC(0x1f5) EMITMBC(0x1e21)
return OK;
case 'h': CASEMBC(0x125) CASEMBC(0x127) CASEMBC(0x1e23)
CASEMBC(0x1e27) CASEMBC(0x1e29) CASEMBC(0x1e96)
EMIT2('h'); EMITMBC(0x125) EMITMBC(0x127) EMITMBC(0x1e23)
EMITMBC(0x1e27) EMITMBC(0x1e29) EMITMBC(0x1e96)
return OK;
case 'i': case 0354: case 0355: case 0356: case 0357:
EMIT2('i'); EMIT2(0354); EMIT2(0355);
EMIT2(0356); EMIT2(0357);
CASEMBC(0x129) CASEMBC(0x12b) CASEMBC(0x12d) CASEMBC(0x12f)
CASEMBC(0x1d0) CASEMBC(0x1ec9)
EMIT2('i'); EMIT2(0354); EMIT2(0355); EMIT2(0356);
EMIT2(0357); EMITMBC(0x129) EMITMBC(0x12b)
EMITMBC(0x12d) EMITMBC(0x12f) EMITMBC(0x1d0)
EMITMBC(0x1ec9)
return OK;
case 'j': CASEMBC(0x135) CASEMBC(0x1f0)
EMIT2('j'); EMITMBC(0x135) EMITMBC(0x1f0)
return OK;
case 'k': CASEMBC(0x137) CASEMBC(0x1e9) CASEMBC(0x1e31)
CASEMBC(0x1e35)
EMIT2('k'); EMITMBC(0x137) EMITMBC(0x1e9) EMITMBC(0x1e31)
EMITMBC(0x1e35)
return OK;
case 'l': CASEMBC(0x13a) CASEMBC(0x13c) CASEMBC(0x13e)
CASEMBC(0x140) CASEMBC(0x142) CASEMBC(0x1e3b)
EMIT2('l'); EMITMBC(0x13a) EMITMBC(0x13c) EMITMBC(0x13e)
EMITMBC(0x140) EMITMBC(0x142) EMITMBC(0x1e3b)
return OK;
case 'm': CASEMBC(0x1e3f) CASEMBC(0x1e41)
EMIT2('m'); EMITMBC(0x1e3f) EMITMBC(0x1e41)
return OK;
case 'n': case 0361:
EMIT2('n'); EMIT2(0361);
CASEMBC(0x144) CASEMBC(0x146) CASEMBC(0x148) CASEMBC(0x149)
CASEMBC(0x1e45) CASEMBC(0x1e49)
EMIT2('n'); EMIT2(0361); EMITMBC(0x144) EMITMBC(0x146)
EMITMBC(0x148) EMITMBC(0x149) EMITMBC(0x1e45)
EMITMBC(0x1e49)
return OK;
case 'o': case 0362: case 0363: case 0364: case 0365:
case 0366:
EMIT2('o'); EMIT2(0362); EMIT2(0363);
EMIT2(0364); EMIT2(0365); EMIT2(0366);
case 0366: case 0370:
CASEMBC(0x14d) CASEMBC(0x14f) CASEMBC(0x151) CASEMBC(0x1a1)
CASEMBC(0x1d2) CASEMBC(0x1eb) CASEMBC(0x1ed) CASEMBC(0x1ecf)
EMIT2('o'); EMIT2(0362); EMIT2(0363); EMIT2(0364);
EMIT2(0365); EMIT2(0366); EMIT2(0370);
EMITMBC(0x14d) EMITMBC(0x14f) EMITMBC(0x151)
EMITMBC(0x1a1) EMITMBC(0x1d2) EMITMBC(0x1eb)
EMITMBC(0x1ed) EMITMBC(0x1ecf)
return OK;
case 'p': CASEMBC(0x1e55) CASEMBC(0x1e57)
EMIT2('p'); EMITMBC(0x1e55) EMITMBC(0x1e57)
return OK;
case 'r': CASEMBC(0x155) CASEMBC(0x157) CASEMBC(0x159)
CASEMBC(0x1e59) CASEMBC(0x1e5f)
EMIT2('r'); EMITMBC(0x155) EMITMBC(0x157) EMITMBC(0x159)
EMITMBC(0x1e59) EMITMBC(0x1e5f)
return OK;
case 's': CASEMBC(0x15b) CASEMBC(0x15d) CASEMBC(0x15f)
CASEMBC(0x161) CASEMBC(0x1e61)
EMIT2('s'); EMITMBC(0x15b) EMITMBC(0x15d) EMITMBC(0x15f)
EMITMBC(0x161) EMITMBC(0x1e61)
return OK;
case 't': CASEMBC(0x163) CASEMBC(0x165) CASEMBC(0x167)
CASEMBC(0x1e6b) CASEMBC(0x1e6f) CASEMBC(0x1e97)
EMIT2('t'); EMITMBC(0x163) EMITMBC(0x165) EMITMBC(0x167)
EMITMBC(0x1e6b) EMITMBC(0x1e6f) EMITMBC(0x1e97)
return OK;
case 'u': case 0371: case 0372: case 0373: case 0374:
EMIT2('u'); EMIT2(0371); EMIT2(0372);
EMIT2(0373); EMIT2(0374);
CASEMBC(0x169) CASEMBC(0x16b) CASEMBC(0x16d) CASEMBC(0x16f)
CASEMBC(0x171) CASEMBC(0x173) CASEMBC(0x1b0) CASEMBC(0x1d4)
CASEMBC(0x1ee7)
EMIT2('u'); EMIT2(0371); EMIT2(0372); EMIT2(0373);
EMIT2(0374); EMITMBC(0x169) EMITMBC(0x16b)
EMITMBC(0x16d) EMITMBC(0x16f) EMITMBC(0x171)
EMITMBC(0x173) EMITMBC(0x1b0) EMITMBC(0x1d4)
EMITMBC(0x1ee7)
return OK;
case 'v': CASEMBC(0x1e7d)
EMIT2('v'); EMITMBC(0x1e7d)
return OK;
case 'w': CASEMBC(0x175) CASEMBC(0x1e81) CASEMBC(0x1e83)
CASEMBC(0x1e85) CASEMBC(0x1e87) CASEMBC(0x1e98)
EMIT2('w'); EMITMBC(0x175) EMITMBC(0x1e81) EMITMBC(0x1e83)
EMITMBC(0x1e85) EMITMBC(0x1e87) EMITMBC(0x1e98)
return OK;
case 'x': CASEMBC(0x1e8b) CASEMBC(0x1e8d)
EMIT2('x'); EMITMBC(0x1e8b) EMITMBC(0x1e8d)
return OK;
case 'y': case 0375: case 0377:
EMIT2('y'); EMIT2(0375); EMIT2(0377);
CASEMBC(0x177) CASEMBC(0x1e8f) CASEMBC(0x1e99)
CASEMBC(0x1ef3) CASEMBC(0x1ef7) CASEMBC(0x1ef9)
EMIT2('y'); EMIT2(0375); EMIT2(0377); EMITMBC(0x177)
EMITMBC(0x1e8f) EMITMBC(0x1e99) EMITMBC(0x1ef3)
EMITMBC(0x1ef7) EMITMBC(0x1ef9)
return OK;
default:
return FAIL;
case 'z': CASEMBC(0x17a) CASEMBC(0x17c) CASEMBC(0x17e)
CASEMBC(0x1b6) CASEMBC(0x1e91) CASEMBC(0x1e95)
EMIT2('z'); EMITMBC(0x17a) EMITMBC(0x17c) EMITMBC(0x17e)
EMITMBC(0x1b6) EMITMBC(0x1e91) EMITMBC(0x1e95)
return OK;
/* default: character itself */
}
}
EMIT(c);
EMIT2(c);
return OK;
#undef EMIT2
#undef EMITMBC
}
/*

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@ -33,7 +33,8 @@ SCRIPTS = test1.out test3.out test4.out test5.out test6.out \
test76.out test77.out test78.out test79.out test80.out \
test81.out test82.out test83.out test84.out test88.out \
test89.out test90.out test91.out test92.out test93.out \
test94.out test95.out test96.out test97.out test98.out
test94.out test95.out test96.out test97.out test98.out \
test99.out
.SUFFIXES: .in .out
@ -148,3 +149,4 @@ test95.out: test95.in
test96.out: test96.in
test97.out: test97.in
test98.out: test98.in
test99.out: test99.in

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@ -32,7 +32,7 @@ SCRIPTS = test3.out test4.out test5.out test6.out test7.out \
test79.out test80.out test81.out test82.out test83.out \
test84.out test85.out test86.out test87.out test88.out \
test89.out test90.out test91.out test92.out test93.out \
test94.out test95.out test96.out test98.out
test94.out test95.out test96.out test98.out test99.out
SCRIPTS32 = test50.out test70.out

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@ -52,7 +52,7 @@ SCRIPTS = test3.out test4.out test5.out test6.out test7.out \
test79.out test80.out test81.out test82.out test83.out \
test84.out test85.out test86.out test87.out test88.out \
test89.out test90.out test91.out test92.out test93.out \
test94.out test95.out test96.out test98.out
test94.out test95.out test96.out test98.out test99.out
SCRIPTS32 = test50.out test70.out

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@ -34,7 +34,7 @@ SCRIPTS = test1.out test3.out test4.out test5.out test6.out \
test76.out test77.out test78.out test79.out test80.out \
test81.out test82.out test83.out test84.out test88.out \
test89.out test90.out test91.out test92.out test93.out \
test94.out test95.out test96.out test98.out
test94.out test95.out test96.out test98.out test99.out
.SUFFIXES: .in .out

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@ -4,7 +4,7 @@
# Authors: Zoltan Arpadffy, <arpadffy@polarhome.com>
# Sandor Kopanyi, <sandor.kopanyi@mailbox.hu>
#
# Last change: 2013 Jul 09
# Last change: 2013 Sep 19
#
# This has been tested on VMS 6.2 to 8.3 on DEC Alpha, VAX and IA64.
# Edit the lines in the Configuration section below to select.
@ -78,7 +78,7 @@ SCRIPT = test1.out test2.out test3.out test4.out test5.out \
test77.out test78.out test79.out test80.out test81.out \
test82.out test83.out test84.out test88.out test89.out \
test90.out test91.out test92.out test93.out test94.out \
test95.out test96.out test97.out test98.out
test95.out test96.out test97.out test98.out test99.out
# Known problems:
# Test 30: a problem around mac format - unknown reason

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@ -29,7 +29,8 @@ SCRIPTS = test1.out test2.out test3.out test4.out test5.out test6.out \
test79.out test80.out test81.out test82.out test83.out \
test84.out test85.out test86.out test87.out test88.out \
test89.out test90.out test91.out test92.out test93.out \
test94.out test95.out test96.out test97.out test98.out
test94.out test95.out test96.out test97.out test98.out \
test99.out
SCRIPTS_GUI = test16.out

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@ -1,9 +1,11 @@
Tests for regexp with multi-byte encoding and various magic settings.
Test matchstr() with a count and multi-byte chars.
See test99 for exactly the same test with re=2.
STARTTEST
:so mbyte.vim
:set nocompatible encoding=utf-8 termencoding=latin1 viminfo+=nviminfo
:set re=1
/^1
/a*b\{2}c\+/e
x/\Md\*e\{2}f\+/e

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@ -738,6 +738,8 @@ static char *(features[]) =
static int included_patches[] =
{ /* Add new patch number below this line */
/**/
28,
/**/
27,
/**/