int main(void)
{
char s[MAXSIZE] = "abc";
char t[MAXSIZE] = "abracadabra";
mystrncpy(s, t, 6);
printf("%s\n", s);
strncpy(t, "", MAXSIZE);
mystrncpy(s, t, 6);
printf("%s\n", s);
strncpy(s, "foo", MAXSIZE);
strncpy(t, "bar", MAXSIZE);
mystrncat(s, t, 5);
printf("%s\n", s);
strncpy(s, "foobar", MAXSIZE);
strncpy(t, "foobar", MAXSIZE);
printf("%d\n", mystrncmp(s, t, 10));
printf("%d\n", mystrncmp(s, t, 4));
strncpy(t, "fooby", MAXSIZE);
printf("%d\n", mystrncmp(s, t, 10));
printf("%d\n", mystrncmp(s, t, 4));
printf("%d\n", mystrncmp(s, t, 5));
return 0;
}
int picolCondition(picolInterp *i, char* str)
{
if(str) {
char buf[MAXSTR], buf2[MAXSTR];
int rc;
rc = picolSubst(i,str);
if(rc != PICOL_OK) return rc;
//mysnprintf(buf, MAXSTR, "Condi: (%s) ->(%s)\n",str,i->result);
//dbg_send_str3(buf, 1);
mystrncpy(buf2,i->result, MAXSTR);
/* ------- try whether the format suits [expr]... */
mystrncpy(buf,"llength ", MAXSTR); LAPPEND(buf,i->result);
//dbg_send_str3(buf, 1);
rc = picolEval(i,buf);
if(rc != PICOL_OK) return rc;
#if 0
if(EQ(i->result,"3")) {
FOREACH(buf,cp,buf2) argv[a++] = mystrdup(buf);
if(picolGetCmd(i,argv[1])) { /* defined operator in center */
mystrncpy(buf,argv[1], MAXSTR); /* translate to Polish :) */
LAPPEND(buf,argv[0]); /* e.g. {1 > 2} -> {> 1 2} */
LAPPEND(buf,argv[2]);
rc = picolEval(i, buf);
return rc;
}
} /* .. otherwise, check for inequality to zero */
#endif
if(*str == '!') {mystrncpy(buf, "== 0 ", MAXSTR); str++;} /* allow !$x */
else mystrncpy(buf, "!= 0 ", MAXSTR);
mystrncat(buf, str, MAXSTR);
return picolEval(i, buf); // todo: compare without eval
}
else
return picolErr(i, "NULL condition");
}
int main() {
char s1[MAX_LEN] = "abcdefg";
char *t1 = "xxx";
mystrncpy(s1, t1, 2);
printf("%s\n", s1);
printf("----\n");
char s3[MAX_LEN] = "abcd";
char *t3 = "efg";
mystrncat(s3, t3, 3);
printf("%s\n", s3);
char s4[MAX_LEN] = "abcd";
char *t4 = "efg";
mystrncat(s4, t4, 1);
printf("%s\n", s4);
printf("----\n");
char s5[MAX_LEN] = "abcdef";
char *t5 = "abca";
printf("%d\n", mystrncmp(s5, t5, 4));
}
int main(void)
{
printf("\n\n");
char string[17];
char *ptr,c='r';
char d[20]="GoldenGlobal";
char *s="View";
char *s1 = "Hello,Programmer";
char *s2 = "Hello,Programmer!";
int r;
strcpy(string,"Thisisastring");
ptr=mystrrchr(string,c);
if(ptr)
printf("The character %c is at position:%s\n" , c, ptr);
else
printf("The character was notfound\n");
printf("\nfinish\n");
mystrcat(d,s);
printf("%s\n", d);
mystrncat(d,s,2);
printf("%s",d);
printf("\n");
r = memcmp(s1,s2,strlen(s1));
print(r);
r = mymemcmp(s1,s2,strlen(s1));
print(r);
printf("finish \n");
r = strcmp(s1,s2);
print(r);
// r = mystrcmp(s1,s2);
print(r);
r = linuxstrcmp(s1,s2);
print(r);
return 0;
}
int main (void)
{
/* strcpy */
char string[20] = "Hello";
printf("%s\n", mystrcpy(string, "World"));
strcpy(string, "Hello"); /* restoring old value */
/* strncpy */
printf("%s\n", mystrncpy(string, "Qwerty", 3));
strcpy(string, "Hello"); /* restoring old value */
/* strcat */
printf("%s\n", mystrcat(string, "World"));
strcpy(string, "Hello"); /* restoring old value */
/* strncat is buggy somehow ...*/
printf("%s\n", mystrncat(string, "World", 3));
return 0;
}
long int data_buffer(mytext *thisdata,char *data,int type,int dsize){
mytext *texttmp,*texttmp1;
long int size,i;
char *tmp;
if (type==1){//add
size=thisdata->size+dsize;
if(thisdata->size+1>=_mytextlen)
while(thisdata->next){
if(thisdata->size+1>=_mytextlen)
thisdata=thisdata->next;
else
break;
}
if(size<=_mytextlen-1){
size=dsize;
mystrncat(thisdata,data,size);
}else{
size=_mytextlen-thisdata->size;
texttmp=thisdata;
if(thisdata->next==0){
thisdata=(mytext *)malloc(sizeof(mytext));
thisdata->last=texttmp;
thisdata->next=0;
thisdata->size=0;
texttmp->next=thisdata;
}else{
thisdata=thisdata->next;
thisdata->size=0;
}
thisdata->size=0;
mystrncat(texttmp,data,size-1);
tmp=&data[size-1];
mystrncat(thisdata,tmp,dsize-(size-1));
}
return 0;
}
if (type==2){//delete
while(thisdata->next){
thisdata=thisdata->next;
}
thisdata->size=0;
while(thisdata->last){
thisdata=thisdata->last;
thisdata->size=0;
}
}
if (type==3){//get sum
size=0;
while(thisdata->last){
thisdata=thisdata->last;
}
size=thisdata->size;
while(thisdata->next){
thisdata=thisdata->next;
size=size+thisdata->size;
}
return size;
}
if (type==4){//get data
size=0;
while(thisdata->last){
thisdata=thisdata->last;
}
tmp=&data[0];
memcpy(tmp,thisdata->mydata,thisdata->size);
size=size+thisdata->size;
while(thisdata->next){
thisdata=thisdata->next;
//tmp=&data[size];
memcpy(&data[size],thisdata->mydata,thisdata->size);
size=size+thisdata->size;
}
data[size]=0;
}
}
int main(){
printf("\n\n");
char test[]="testing_the_length_of_this_string";
printf("Test for strlen:\n string: %s\n length: %d\n",test,mystrlen(test));
printf("\n");
char src[]="source",
dest[]="destination";
printf("Test for strcpy:\n before copying:\n src: %s\n dest: %s\n",src,dest);
printf(" after copying:\n src: %s\n dest: %s\n",src,mystrcpy(dest,src));
printf("\n");
char src0[]="source",
dest0[]="destination";
int n=3;
printf("Test for strncpy:\n before copying:\n src: %s\n dest: %s\n n: %d\n",src0,dest0,n);
printf(" after copying:\n src: %s\n dest: %s\n",src,mystrncpy(dest0,src0,n));
printf("\n");
char src1[]="source",
dest1[]="destination";
printf("Test for strcat:\n before concatenation:\n src: %s\n dest: %s\n",src1,dest1);
printf(" after concatenation:\n src: %s\n dest: %s\n",src1,mystrcat(dest1,src1));
printf("\n");
char src2[]="source",
dest2[]="destination";
int m=3;
printf("Test for strncat:\n before concatenation:\n src: %s\n dest: %s\n n: %d\n",src2,dest2,m);
printf(" after concatenation:\n src: %s\n dest: %s\n",src2,mystrncat(dest2,src2,m));
printf("\n");
char stra[]="apple",
strb[]="pie";
printf("Test for strcmp:\n a: %s\n b: %s\n a compared to b: %d\n",stra,strb,mystrcmp(stra,strb));
printf("\n");
char strc[]="pie",
strd[]="bpple";
printf("Test 2 for strcmp:\n a: %s\n b: %s\n a compared to b: %d\n",strc,strd,mystrcmp(strc,strd));
printf("\n");
char stre[]="x",
strf[]="x";
printf("Test for 3 strcmp:\n a: %s\n b: %s\n a compared to b: %d\n",stre,strf,mystrcmp(stre,strf));
printf("\n");
char s[]="string",
c1='r',
c2='a';
printf("Test for strchr:\n s: %s\n c1: %c\n c2: %c\n char c1 as found in in s: [%c] at location %p\n char c2 as found in s: [%c] at location %p\n",s,c1,c2,*mystrchr(s,c1),mystrchr(s,c1),*mystrchr(s,c2),mystrchr(s,c2));
printf("\n");
char haystack[]="haystack",
needle1[]="needle",
needle2[]="sta";
printf("Test for strstr:\n haystack: %s\n needle1: %s\n needle2: %s\n substring beginning with needle1 in haystack: [%s] at location %p (the terminating null)\n substring beginning with needle2 in haystack: [%s] at location %p\n",haystack,needle1,needle2,mystrstr(haystack,needle1),mystrstr(haystack,needle1),mystrstr(haystack,needle2),mystrstr(haystack,needle2));
printf("\n");
char haystack2[]="ababa",
needle1a[]="b",
needle2a[]="ab";
printf("Test 2 for strstr:\n haystack: %s\n needle1: %s\n needle2: %s\n substring beginning with needle1 in haystack: [%s]\n substring beginning with needle2 in haystack: [%s]\n",haystack2,needle1a,needle2a,mystrstr(haystack2,needle1a),mystrstr(haystack2,needle2a));
printf("(demonstrates that the function looks for the first occurence of the substring (needle), not the last or an arbitrary one)\n");
printf("\n");
return 0;
}
