c1                238 gc/tests/test_cpp.cc             C c1( 2 );           /* stack allocation should work too */
c1               1670 src/intlib.c      ScmObj c1 = SCM_OBJ(data[3]);
c1               1678 src/intlib.c        SCM_RETURN(Scm_VMApply3(proc, SCM_CAR(lis), c1, c2));
c1               1688 src/intlib.c     ScmObj c1;
c1               1697 src/intlib.c     c1 = (c1_scm);
c1               1706 src/intlib.c     data[3] = c1;
c1               1709 src/intlib.c     SCM_RETURN(Scm_VMApply3(proc, SCM_CAR(lis), c1, c2));
c1                343 src/read.c         ScmChar c, c1;
c1                348 src/read.c                 c1 = Scm_GetcUnsafe(port);
c1                349 src/read.c                 if (c1 == '|')   { nesting++; break; }
c1                350 src/read.c                 else if (c1 == EOF) goto eof;
c1                351 src/read.c                 else c = c1;
c1                354 src/read.c                 c1 = Scm_GetcUnsafe(port);
c1                355 src/read.c                 if (c1 == '#') {
c1                361 src/read.c                 else if (c1 == EOF) goto eof;
c1                362 src/read.c                 else c = c1;
c1                408 src/read.c                 int c1 = Scm_GetcUnsafe(port);
c1                409 src/read.c                 switch (c1) {
c1                423 src/read.c                     Scm_UngetcUnsafe(c1, port);
c1                475 src/read.c                     return read_reference(port, c1, ctx);
c1                490 src/read.c                     Scm_ReadError(port, "unsupported #-syntax: #%C", c1);
c1                499 src/read.c                 int c1 = Scm_GetcUnsafe(port);
c1                500 src/read.c                 if (c1 == EOF) {
c1                502 src/read.c                 } else if (c1 == '@') {
c1                505 src/read.c                     Scm_UngetcUnsafe(c1, port);
c1                522 src/read.c                 int c1 = Scm_GetcUnsafe(port);
c1                523 src/read.c                 if (!char_word_constituent(c1)) {
c1                526 src/read.c                 Scm_UngetcUnsafe(c1, port);
c1                726 src/read.c                 int c1 = Scm_GetcUnsafe(port);
c1                727 src/read.c                 switch (c1) {
c1                751 src/read.c                     ACCUMULATE(c1); break;
c1               1105 src/read.c         ScmChar c1, c2 = SCM_CHAR_INVALID;
c1               1108 src/read.c         c1 = Scm_GetcUnsafe(port);
c1               1110 src/read.c             if (c1 != '3' && c1 != '6') {
c1               1111 src/read.c                 Scm_UngetcUnsafe(c1, port);
c1               1115 src/read.c             if (c1 == '3' && c2 == '2') tag = "f32";
c1               1116 src/read.c             else if (c1 == '6' && c2 == '4') tag = "f64";
c1               1118 src/read.c             if (c1 == '8') tag = (ch == 's')? "s8" : "u8";
c1               1119 src/read.c             else if (c1 == '1') {
c1               1123 src/read.c             else if (c1 == '3') {
c1               1127 src/read.c             else if (c1 == '6') {
c1               1135 src/read.c             SCM_CHAR_PUT(bufp, c1);
c1               1136 src/read.c             bufp += SCM_CHAR_NBYTES(c1);
c1               2069 src/stdlib.c     ScmChar c1;
c1               2075 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2082 src/stdlib.c    SCM_RESULT = (c1 == c2);
c1               2094 src/stdlib.c     ScmChar c1;
c1               2100 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2107 src/stdlib.c    SCM_RESULT = (c1 < c2);
c1               2119 src/stdlib.c     ScmChar c1;
c1               2125 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2132 src/stdlib.c    SCM_RESULT = (c1 > c2);
c1               2144 src/stdlib.c     ScmChar c1;
c1               2150 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2157 src/stdlib.c    SCM_RESULT = (c1 <= c2);
c1               2169 src/stdlib.c     ScmChar c1;
c1               2175 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2182 src/stdlib.c    SCM_RESULT = (c1 >= c2);
c1               2194 src/stdlib.c     ScmChar c1;
c1               2200 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2207 src/stdlib.c    SCM_RESULT = (SCM_CHAR_UPCASE(c1) == SCM_CHAR_UPCASE(c2));
c1               2219 src/stdlib.c     ScmChar c1;
c1               2225 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2232 src/stdlib.c    SCM_RESULT = (SCM_CHAR_UPCASE(c1)<SCM_CHAR_UPCASE(c2));
c1               2244 src/stdlib.c     ScmChar c1;
c1               2250 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2257 src/stdlib.c    SCM_RESULT = (SCM_CHAR_UPCASE(c1)<=SCM_CHAR_UPCASE(c2));
c1               2269 src/stdlib.c     ScmChar c1;
c1               2275 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2282 src/stdlib.c    SCM_RESULT = (SCM_CHAR_UPCASE(c1)>SCM_CHAR_UPCASE(c2));
c1               2294 src/stdlib.c     ScmChar c1;
c1               2300 src/stdlib.c     c1 = SCM_CHAR_VALUE(c1_scm);
c1               2307 src/stdlib.c    SCM_RESULT = (SCM_CHAR_UPCASE(c1)>=SCM_CHAR_UPCASE(c2));