/**
* Parses a definition to populate a schedule
* @param e SCHEDULE_ENTRY
* @param def definition
* @return 1 on failure
*/
int scheduler_parse(SCHEDULE_ENTRY *e, char *def) {
// We need to manipulate the string. If def is a hardcoded string in
// code then we would segfault if we don't do this
char *d = strdup(def);
// first word is the minute definition
char *ms = findNonWhitespace(d);
char *me = findWhitespace(ms);
if (!*me) {
fprintf(stderr, "Invalid minute definition %s\n", def);
return 1;
}
// second word is the hour definition
char *hs = findNonWhitespace(me);
char *he = findWhitespace(hs);
// Terminate the works
*me = '\0';
*he = '\0';
// Parse minute definition
int r = parseHour(hs, ms, e);
// Free our work string
free(d);
if (r)
fprintf(stderr, "Invalid definition %s\n", def);
return r;
}
const std::string DataTree::parseKey(const std::string& fileData, const int size, const int start, const int end, int& curIndex)
{
// Parsing depth is on same level with current dpeth.
// Start from index after depth
// If starting pos is larger than next line index, skip
std::string newKey = std::string();
if (start < end)
{
// Ignore whitespace after dpeth
curIndex = findWhitespace(fileData, start + 1);
newKey = fileData.substr(start, curIndex < size ? curIndex - start : std::string::npos);
}
return newKey;
}
