s                  65 include/cmem.h char *strdup_chk(const char *s, const char *tag);
s                  76 include/cmem.h char *strndup_chk(const char *s, size_t len, const char *tag);
s                  83 include/cmem.h void strip_end(char *s);
s                  90 include/cmem.h void strip_casl2_comment(char *s);
s                  99 include/cmem.h char *strrev(const char *s);
s                  18 include/hash.h         char *s;                /**<char型のデータ */
s                  45 src/cmem.c     char *strdup_chk(const char *s, const char *tag)
s                  47 src/cmem.c         assert(s != NULL);
s                  48 src/cmem.c         char *t = malloc_chk(strlen(s) + 1, tag);
s                  49 src/cmem.c         strcpy(t, s);
s                  53 src/cmem.c     char *strndup_chk(const char *s, size_t len, const char *tag)
s                  55 src/cmem.c         assert(s != NULL);
s                  58 src/cmem.c         if(len < strlen(s)) {
s                  60 src/cmem.c             strncpy(t, s, len);
s                  63 src/cmem.c             t = strdup_chk(s, tag);
s                  68 src/cmem.c     void strip_end(char *s)
s                  70 src/cmem.c         for(int i = strlen(s) - 1; i > 0 && (s[i] == '\n' || s[i] == '\r' || s[i] == ' ' || s[i] == '\t'); i--) {
s                  71 src/cmem.c             s[i] = '\0';
s                  75 src/cmem.c     void strip_casl2_comment(char *s)
s                  79 src/cmem.c         for(int i = 0; s[i]; i++) {
s                  81 src/cmem.c             if(s[i] == '\'' && s[i+1] != '\'' && (quoting == false || s[i-1] != '\'')) {
s                  84 src/cmem.c             } else if(quoting == false && s[i] == ';') {
s                  85 src/cmem.c                 s[i] = '\0';
s                  91 src/cmem.c     char *strrev(const char *s)
s                  93 src/cmem.c         char *t = strdup_chk(s, "strrev.t");
s                 174 src/exec.c         char *s = NULL;
s                 177 src/exec.c             setcerr(205, s = pr2str(sys->cpu->pr));    /* r/r1 in word #1 - not GR */
s                 178 src/exec.c             FREE(s);
s                 187 src/exec.c         char *s = NULL;
s                 190 src/exec.c             setcerr(206, s = pr2str(sys->cpu->pr));    /* r/r1 in word #1 - not GR */
s                 191 src/exec.c             FREE(s);
s                 211 src/exec.c         char *s = NULL;
s                 214 src/exec.c             setcerr(207, s = pr2str(sys->cpu->pr + 1));    /* address in word #2 - out of memory */
s                 215 src/exec.c             FREE(s);
s                 310 src/exec.c         unsigned long s = 0;
s                 316 src/exec.c             s = o + val;
s                 317 src/exec.c             if(s > 0xFFFF) {
s                 324 src/exec.c             s = o + (~val + 1);
s                 325 src/exec.c             if(s > 0xFFFF) {
s                 326 src/exec.c                 s &= 0xFFFF;
s                 329 src/exec.c         sys->cpu->gr[r] = (WORD)s;
s                 331 src/exec.c         if((s & 0x8000) == 0x8000) {
s                 334 src/exec.c         else if(s == 0x0) {
s                 638 src/exec.c         char *s = NULL;
s                 641 src/exec.c             setcerr(203, s = pr2str(sys->cpu->pr));        /* Stack Pointer (SP) - stack underflow */
s                 642 src/exec.c             FREE(s);
s                 690 src/exec.c         char *s = NULL;
s                 724 src/exec.c                 setcerr(201, s = pr2str(sys->cpu->pr));        /* Program Register (PR) - memory overflow */
s                 729 src/exec.c                 setcerr(202, s = pr2str(sys->cpu->pr));        /* Stack Pointer (SP) - stack overflow */
s                 735 src/exec.c                 setcerr(204, s = pr2str(sys->cpu->pr));            /* OP in word #1 - not command code */
s                 759 src/exec.c         FREE(s);
s                  13 src/hash.c                 for(int j = 0; keyv[i]->val.s[j]; j++) {
s                  14 src/hash.c                     hashval = keyv[i]->val.s[j] + HASHNUM * hashval;
s                  56 src/label.c        key->val.s = strdup_chk(value, "label_hashkey->value");
s                  72 src/label.c            FREE(keys[j]->val.s);
s                 137 src/label.c        int s = 0;
s                 145 src/label.c                l[s++] = p->label;
s                 148 src/label.c        qsort(l, s, sizeof(*l), compare_adr);
s                 149 src/label.c        for(int i = 0; i < s; i++) {
s                 107 src/struct.c       keys[0]->val.s = strdup_chk(cmd, "keys[0].val.s");
s                 114 src/struct.c       FREE(keys[0]->val.s);
s                 107 src/word.c         char *s = malloc_chk(MAXLEN + 1, "word2n.n");
s                 112 src/word.c             s[d++] = word % 10 + '0';
s                 114 src/word.c         s[d] = '\0';
s                 115 src/word.c         t = strrev(s);
s                 116 src/word.c         FREE(s);
s                  16 test/unit/hash/cmd.c         keys[i]->val.s = strdup(str[i]);
s                  47 test/unit/hash/cmd.c         keys[cnt++]->val.s = strdup(str[i]);
s                   5 test/unit/strip_casl2_comment/cmd.c     char s[][50] = {
s                  14 test/unit/strip_casl2_comment/cmd.c     for(size_t i = 0; i < sizeof(s) / sizeof(s[0]); i++) {
s                  15 test/unit/strip_casl2_comment/cmd.c         printf("%s::\n", strip_casl2_comment(s[i]));
s                   5 test/unit/strip_end/cmd.c     char s[][10] = {"abc\n", "abc    ", "abc\t", "abc\t\n", "abc"};
s                   7 test/unit/strip_end/cmd.c     for(size_t i = 0; i < sizeof(s) / sizeof(s[0]); i++) {
s                   8 test/unit/strip_end/cmd.c         printf("%s:\n", strip_end(s[i]));