Hojun-Cho
795f11be22
server_test, ibus_test and xim_adapter_test each ran their own copy of the same alt loop that stands in for imthread, and two of them had private checkstr/checkenginepreedit variants. test_util.c now provides Pump (trace, optional hold on a chosen op, stop) in its own proc so a test may block in socket I/O while the engine runs, and test.h declares the engine hooks once; every .c includes dat.h and fn.h itself as the rest of the tree does. server_test's three copies of fixture setup and teardown became serverbegin/serverend.
104 lines
2.4 KiB
C
104 lines
2.4 KiB
C
#include "dat.h"
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#include "fn.h"
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#include "test.h"
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static Str
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kotrans(char *keys)
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{
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Str out, raw;
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raw = mkstr(keys);
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transstr(getlang(LangKO), &raw, &out);
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return out;
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}
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void
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korean_sequences(struct ct *t)
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{
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static const struct { char *keys, *want; } cases[] = {
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{ "r", "ㄱ" },
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{ "rk", "가" },
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{ "rkr", "각" },
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{ "rkrk", "가가" },
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{ "rkrtk", "각사" },
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{ "rhk", "과" },
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{ "rr", "ㄱㄱ" },
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{ "Rk", "까" },
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{ "rk1", "가1" },
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};
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Str out;
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int i;
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for(i = 0; i < nelem(cases); i++){
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out = kotrans(cases[i].keys);
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checkstr(t, cases[i].keys, cases[i].want, &out);
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}
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}
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void
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korean_compound_vowels(struct ct *t)
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{
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static const struct { char *keys, *want; } cases[] = {
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{ "hk", "ㅘ" }, { "ho", "ㅙ" }, { "hl", "ㅚ" },
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{ "nj", "ㅝ" }, { "np", "ㅞ" }, { "nl", "ㅟ" },
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{ "ml", "ㅢ" },
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};
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Str out;
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int i;
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for(i = 0; i < nelem(cases); i++){
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out = kotrans(cases[i].keys);
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checkstr(t, cases[i].keys, cases[i].want, &out);
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}
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}
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void
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korean_compound_finals(struct ct *t)
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{
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static const struct { char *keys, *want, *split; } cases[] = {
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{ "rkrt", "갃", "각사" }, { "rksw", "갅", "간자" },
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{ "rksg", "갆", "간하" }, { "rkfr", "갉", "갈가" },
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{ "rkfa", "갊", "갈마" }, { "rkfq", "갋", "갈바" },
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{ "rkft", "갌", "갈사" }, { "rkfx", "갍", "갈타" },
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{ "rkfv", "갎", "갈파" }, { "rkfg", "갏", "갈하" },
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{ "rkqt", "값", "갑사" },
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};
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char keys[16];
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Str out;
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int i;
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for(i = 0; i < nelem(cases); i++){
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out = kotrans(cases[i].keys);
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checkstr(t, cases[i].keys, cases[i].want, &out);
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snprint(keys, sizeof keys, "%sk", cases[i].keys);
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out = kotrans(keys);
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checkstr(t, keys, cases[i].split, &out);
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}
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}
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void
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korean_backspace(struct ct *t)
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{
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static const struct { char *before, *after; } cases[] = {
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{ "ㄱ", "" },
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{ "가", "ㄱ" },
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{ "과", "고" }, { "괘", "고" }, { "괴", "고" },
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{ "궈", "구" }, { "궤", "구" }, { "귀", "구" },
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{ "긔", "그" },
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{ "각", "가" },
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{ "갃", "각" }, { "갅", "간" }, { "갆", "간" },
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{ "갉", "갈" }, { "갊", "갈" }, { "갋", "갈" },
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{ "갌", "갈" }, { "갍", "갈" }, { "갎", "갈" },
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{ "갏", "갈" }, { "값", "갑" },
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};
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Im state;
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int i;
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memset(&state, 0, sizeof state);
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for(i = 0; i < nelem(cases); i++){
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state.pre = mkstr(cases[i].before);
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backko(&state);
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checkstr(t, cases[i].before, cases[i].after, &state.pre);
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}
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}
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