According with the strtok_s section of this document: 6.7.3.1 The strtok_s function The strtok_s function fixes two problems in the strtok function: A new parameter, s1max, prevents strtok_s from storing outside of the string being tokenized. (The string being divided into tokens is both an input and output of the function since strtok_s stores null … Read more
One major difference between strtok() and strsep() is that strtok() is standardized (by the C standard, and hence also by POSIX) but strsep() is not standardized (by C or POSIX; it is available in the GNU C Library, and originated on BSD). Thus, portable code is more likely to use strtok() than strsep(). Another difference … Read more
#include <iostream> #include <string> #include <sstream> int main(){ std::string myText(“some-text-to-tokenize”); std::istringstream iss(myText); std::string token; while (std::getline(iss, token, ‘-‘)) { std::cout << token << std::endl; } return 0; } Or, as mentioned, use boost for more flexibility.
Yes, strtok(), indeed, uses some static memory to save its context between invocations. Use a reentrant version of strtok(), strtok_r() instead, or strtok_s() if you are using VS (identical to strtok_r()). It has an additional context argument, and you can use different contexts in different loops. char *tok, *saved; for (tok = strtok_r(str, “%”, &saved); … Read more
the strtok runtime function works like this the first time you call strtok you provide a string that you want to tokenize char s[] = “this is a string”; in the above string space seems to be a good delimiter between words so lets use that: char* p = strtok(s, ” “); what happens now … Read more