int main()
try
{
vector<string> vs;
vs.push_back("Technicalities");
vs.push_back("a");
vs.push_back("A");
vs.push_back("hellohellohell"); // same length as "Technicalities"
vs.push_back("Hellohellohell"); // lexicographically 'H' < 'h'
// vs.push_back(""); // the empty string
vs.push_back("Technicalities"); // More technicalities
vs.push_back("!"); // same length as "a"
cout << "sizes: ";
vector<int> lengths = get_sizes(vs);
for (int i=0; i<lengths.size(); ++i) cout << lengths[i] << ' ';
cout << '\n';
int i = longest(vs);
cout << "longest(): index==" << i << "; string=='" << vs[i] << "'\n"; // note the quotes: I want to be able to see the empty string
cout << "shortest(): '" << shortest(vs) << "'\n"; // note the quotes: I want to be able to see the empty string
cout << "lex_first(): '" << lex_first(vs) << "'\n";
lex_last(vs,i); // pass 'i' for lex_last() to return into
cout << "lex_last(): index==" << i << "; string=='" << vs[i] << "'\n"; // note the quotes: I want to be able to see the empty string
// note: had vs been empty, this code would have accessed vs[-1]; Ouch!
keep_window_open("~"); // For some Windows(tm) setups
}
catch (runtime_error e) { // this code is to produce error messages
cout << e.what() << '\n';
keep_window_open("~"); // For some Windows(tm) setups
}
int SshFunc::sign_data(char *key, size_t klen, struct iovec *sigbufs, char *fmt, ...)
{
int i, rc;
va_list argp;
char *para, *p, *pos;
size_t para_len;
int num_bufs = get_sizes(fmt);
struct iovec *tmp_bufs;
int *d_nums;
char *skey = key;
size_t sklen = klen;
if (!sshAuth)
return 0;
tmp_bufs = new struct iovec[num_bufs];
d_nums = new int[num_bufs];
if (key == NULL) {
skey = session_key;
sklen = key_len;
}
va_start(argp, fmt);
pos = p = fmt;
i = -1;
while (*p != '\0') {
switch (*p) {
case 'd':
d_nums[i] = va_arg(argp, int);
d_nums[i] = htonl(d_nums[i]);
tmp_bufs[i].iov_len = sizeof(int);
tmp_bufs[i].iov_base = &d_nums[i];
break;
case 's':
tmp_bufs[i].iov_base = va_arg(argp, char *);
if (*pos != 's') {
tmp_bufs[i].iov_len = atoi((const char *)pos);
} else {
tmp_bufs[i].iov_len = strlen((char *)tmp_bufs[i].iov_base) + 1;
}
break;
case '%':
pos = p + 1;
i++;
break;
}
p++;
}
va_end(argp);
rc = sign_data(skey, key_len, tmp_bufs, num_bufs, sigbufs);
delete []d_nums;
delete []tmp_bufs;
return rc;
}
/**
* \brief Reads the input file, and pulls out the necessary data for use in the plan
* \param [in] line The line of input data.
* \param [out] output The data and storage for the load.
* \return int True if the data was read, false if it wasn't
* \sa makeCUDAMEMPlan
* \sa initCUDAMEMPlan
* \sa execCUDAMEMPlan
* \sa perfCUDAMEMPlan
* \sa killCUDAMEMPlan
*/
int parseCUDAMEMPlan(char *line, LoadPlan *output) {
output->input_data = get_sizes(line);
output->name = CUDAMEM;
return (output->input_data->isize + output->input_data->csize + output->input_data->dsize > 0);
}
/**
* \brief Reads the input file, and pulls out the necessary data for use in the plan
* \param line The line of input text.
* \param output The struct that holds the values for the load.
* \return True if the data was read, false if it wasn't
*/
int parseOPENCL_MEMPlan(char *line, LoadPlan *output){ // <- Replace YOUR_NAME with the name of your module.
output->input_data = get_sizes(line);
output->name = OPENCLMEM; // <- Replace YOUR_NAME with the name of your module.
output->input_data; // <- Change NUMBER_OF_YOUR_MEMBERS to equal however many int fields your data type holds.
return output->input_data->isize + output->input_data->csize + output->input_data->dsize; // <- Return flag to know whether the parsing succeeded or not. Do not change.
}
/**
* \brief Reads the input file, and pulls out the necessary data for use in the plan
* \param [in] line The input line for the plan.
* \param [out] output Holds the data for the load.
* \return int True if the data was read, false if it wasn't
* \sa makeFFT2Plan
* \sa initFFT2Plan
* \sa execFFT2Plan
* \sa perfFFT2Plan
* \sa killFFT2Plan
*/
int parseFFT2Plan(char *line, LoadPlan *output){
output->input_data = get_sizes(line);
output->name = FFT2D;
return (output->input_data->isize + output->input_data->csize + output->input_data->dsize > 0);
}
