c 20 divide.c unsigned char c;
c 24 divide.c if ((c = divideword(&ctext, 0)) != '\0') {
c 45 divide.c unsigned char c;
c 56 divide.c switch (c = divideword(&ctext, 1)) { /* kind = 1 : operator check on */
c 18 extend.c int c;
c 28 extend.c while (c = *++argv[0])
c 29 extend.c switch (c) {
c 60 extend.c switch (c = *++argv[0]) {
c 63 extend.c casemode = c;
c 66 extend.c fprintf(stderr, "%s: illegal option %c\n", pn, c);
c 71 extend.c switch (c = *++argv[0]) {
c 75 extend.c outmode = c;
c 78 extend.c fprintf(stderr, "%s: illegal option %c\n", pn, c);
c 83 extend.c switch (c = *++argv[0]) {
c 121 extend.c fprintf(stderr, "%s: illegal option %c\n", pn, c);
c 128 extend.c fprintf(stderr, "%s: illegal option %c\n", pn, c);
c 18 lang.c int c;
c 52 lang.c if ((c = *wordp++ = *text++) == '\x28') {
c 53 lang.c if ((c = *wordp++ = *text++) == '\x42') {
c 56 lang.c fprintf(stderr, "Unsupported ESC sequence x1B28%X.(mlesccpy)\n", c);
c 61 lang.c } else if (c == '\x24') {
c 62 lang.c if ((c = *wordp++ = *text++) == '\x28') {
c 67 lang.c fprintf(stderr, "Unsupported ESC sequence x1B24%X.(mlesccpy)\n", c);
c 73 lang.c } else if (c == '\x2D') {
c 74 lang.c switch (c = *wordp++ = *text++) {
c 82 lang.c fprintf(stderr, "Unsupported ESC sequence x1B%X.(mlesccpy)\n", c);
c 18 mlfunc.c unsigned char c;
c 22 mlfunc.c if ((c = *++cw) == '\x28') {
c 27 mlfunc.c fprintf(stderr, "Unsupported ESC sequence x1B%X.(mlmdset)\n", (int) c);
c 32 mlfunc.c } else if (c == '\x24') {
c 37 mlfunc.c } else if (c == '\x2D') {
c 38 mlfunc.c switch (c = *++cw) {
c 46 mlfunc.c fprintf(stderr, "Unsupported ESC sequence x1B%X.(mlmdset)\n", (int) c);
c 113 mlfunc.c unsigned char c;
c 21 separate.c int c, r, i, max;
c 25 separate.c if ((c = *text++) == 'k') { /* Latin */
c 28 separate.c case '0' : x = &ks0[0]; c = ' ' ; max = MAXKS; break;
c 29 separate.c case '1' : x = &ks1[0]; c = (unsigned char) '\xA0'; max = MAXKS; break;
c 30 separate.c case '2' : x = &ks2[0]; c = (unsigned char) '\xA0'; max = MAXKS; break;
c 31 separate.c case '5' : x = &ks5[0]; c = (unsigned char) '\xA0'; max = MAXKS; break;
c 38 separate.c case '0' : x = &kc0[0]; c = ' ' ; max = MAXKC; break;
c 39 separate.c case '1' : x = &kc1[0]; c = (unsigned char) '\xA0'; max = MAXKC; break;
c 40 separate.c case '2' : x = &kc2[0]; c = (unsigned char) '\xA0'; max = MAXKC; break;
c 41 separate.c case '5' : x = &kc5[0]; c = (unsigned char) '\xA0'; max = MAXKC; break;
c 48 separate.c case '0' : x = &kp0[0]; c = ' ' ; max = MAXKP; break;
c 49 separate.c case '1' : x = &kp1[0]; c = (unsigned char) '\xA0'; max = MAXKP; break;
c 50 separate.c case '2' : x = &kp2[0]; c = (unsigned char) '\xA0'; max = MAXKP; break;
c 51 separate.c case '5' : x = &kp5[0]; c = (unsigned char) '\xA0'; max = MAXKP; break;
c 61 separate.c if (*text > c)
c 71 separate.c if (c == 'j') {
c 72 separate.c switch (c = *text++) {
c 73 separate.c case 's' : x = &js[0]; c = ' ' ; max = MAXKP; break; /* js */
c 74 separate.c case 'c' : x = &jc[0]; c = ' ' ; max = MAXKP; break; /* jc */
c 75 separate.c case 'p' : x = &jp[0]; c = ' ' ; max = MAXKP; break; /* jp */
c 77 separate.c fprintf(stderr, "Unknown command j%c\n", c);
c 28 unary.c unsigned char c;
c 34 unary.c switch (c = mlchrtype(&cwp, &cg0, &cg1)) {
c 61 unary.c c = mlchrtype(&cwp, &cg0, &cg1);
c 62 unary.c if (*twp == '\0' && c == '*')
c 73 unary.c unsigned char c;
c 87 unary.c switch (c = mlchrtype(&cw, cg0, cg1)) {
c 97 unary.c if (c == '\\') {
c 106 unary.c while ((c = mlchrtype(&cw, cg0, cg1)) == '.' || c >= '0') {
c 109 unary.c if (c != '.') {
c 110 unary.c if (c == '\\')
c 121 unary.c c = mlchrtype(&cw, cg0, cg1);