/*!
* \brief MainWindow::do_EPI_ifft
*/
void MainWindow::do_EPI_ifft(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_select->size() != 0){
bool res = ifft(EPI_coord_ifft, *EPI_coord_select, EPI_min_ifft, EPI_max_ifft);
if(res){
//Plot
plot_EPI_ifft_curve();
//Min-Max
double ymin = min(EPI_coord_ifft->coords(YCOORD), EPI_coord_ifft->size());
double ymax = max(EPI_coord_ifft->coords(YCOORD), EPI_coord_ifft->size());
//Slider
EPI_slider_threshold->setRange(ymin * (double)SLIDER_DOUBLE, ymax * (double)SLIDER_DOUBLE);
//Box
EPI_box_threshold->setRange(ymin, ymax);
EPI_box_threshold->setValue((ymin+ymax)/2.);
//Status
status_info("");
}
else{
status_error("");
}
}
else{
status_error("");
}
}
/*!
* \brief MainWindow::plot_EPI_signal_min
*/
void MainWindow::plot_EPI_signal_min(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
int n = EPI_coords[EPI_current_pos]->size();
if (n > 0){
double min_signal = min(EPI_coords[EPI_current_pos]->coords(XCOORD), n);
double max_signal = max(EPI_coords[EPI_current_pos]->coords(XCOORD), n);
if (EPI_min_signal >= min_signal && EPI_min_signal <= max_signal && EPI_min_signal < EPI_max_signal){
//Create QVector
QVector<double> x, y;
x.append(EPI_min_signal);
x.append(EPI_min_signal);
y.append(EPI_plot_signal->yAxis->range().lower);
y.append(EPI_plot_signal->yAxis->range().upper);
//Plot
EPI_plot_signal->graph(1)->setData(x, y);
plot_EPI_signal_font();
}
else{
status_error("Bad value for EPI min");
}
}
else{
status_error("No EPI signal curve");
}
}
void _attitude_read_tuning() {
uint8_t data[24];
uint8_t length = persist_read(PERSIST_SECTION_ATTITUDE, data, 24);
if (length == 24) {
state_x.q_angle = convert_bytes_to_double(data, 0);
state_x.q_gyro = convert_bytes_to_double(data, 4);
state_x.r_angle = convert_bytes_to_double(data, 8);
state_y.q_angle = convert_bytes_to_double(data, 12);
state_y.q_gyro = convert_bytes_to_double(data, 16);
state_y.r_angle = convert_bytes_to_double(data, 20);
} else {
status_error(STATUS_ERR_ATTITUDE_CHECKSUM);
_delay_ms(1000);
status_error(0x00);
state_x.q_angle = 0.001;
state_x.q_gyro = 0.003;
state_x.r_angle = 0.03;
state_y.q_angle = 0.001;
state_y.q_gyro = 0.003;
state_y.r_angle = 0.03;
}
}
void process_outgoing(struct worker_t *self)
{
struct pbuf_t *pb;
int e;
if ((e = rwl_rdlock(&pbuf_global_rwlock))) {
hlog(LOG_CRIT, "worker: Failed to rdlock pbuf_global_rwlock!");
exit(1);
}
while ((pb = *self->pbuf_global_prevp)) {
//__sync_synchronize();
/* Some safety checks against bugs and overload conditions */
if (pb->is_free) {
hlog(LOG_ERR, "worker %d: process_outgoing got pbuf %d marked free, age %d (now %d t %d)\n%.*s",
self->id, pb->seqnum, tick - pb->t, tick, pb->t, pb->packet_len-2, pb->data);
abort(); /* this would be pretty bad, so we crash immediately */
} else if (pb->t > tick + 2) {
/* 2-second offset is normal in case of one thread updating tick earlier than another
* and a little thread scheduling luck
*/
hlog(LOG_ERR, "worker %d: process_outgoing got packet %d from future with t %d > tick %d!\n%.*s",
self->id, pb->seqnum, pb->t, tick, pb->packet_len-2, pb->data);
status_error(86400, "packet_drop_future");
} else if (tick - pb->t > 5) {
/* this is a bit too old, are we stuck? */
hlog(LOG_ERR, "worker %d: process_outgoing got packet %d aged %d sec (now %d t %d)\n%.*s",
self->id, pb->seqnum, tick - pb->t, tick, pb->t, pb->packet_len-2, pb->data);
status_error(86400, "packet_drop_hang");
} else {
process_outgoing_single(self, pb);
}
self->last_pbuf_seqnum = pb->seqnum;
self->pbuf_global_prevp = &pb->next;
}
while ((pb = *self->pbuf_global_dupe_prevp)) {
if (pb->is_free) {
hlog(LOG_ERR, "worker %d: process_outgoing got dupe %d marked free, age %d (now %d t %d)\n%.*s",
self->id, pb->seqnum, tick - pb->t, tick, pb->t, pb->packet_len-2, pb->data);
abort();
} else if (pb->t > tick + 2) {
hlog(LOG_ERR, "worker: process_outgoing got dupe from future %d with t %d > tick %d!\n%.*s",
pb->seqnum, pb->t, tick, pb->packet_len-2, pb->data);
} else if (tick - pb->t > 5) {
hlog(LOG_ERR, "worker: process_outgoing got dupe %d aged %d sec\n%.*s",
pb->seqnum, tick - pb->t, pb->packet_len-2, pb->data);
} else {
process_outgoing_single(self, pb);
}
self->last_pbuf_dupe_seqnum = pb->seqnum;
self->pbuf_global_dupe_prevp = &pb->next;
}
if ((e = rwl_rdunlock(&pbuf_global_rwlock))) {
hlog(LOG_CRIT, "worker: Failed to rdunlock pbuf_global_rwlock!");
exit(1);
}
}
STATIC void
show_target(uint32_t id, iscsid_list_kind_t kind)
{
iscsid_list_id_t req;
iscsid_response_t *trsp, *prsp;
iscsid_get_target_rsp_t *targ;
iscsid_get_portal_rsp_t *port;
unsigned i;
/* get target info */
req.list_kind = kind;
req.id.id = id;
req.id.name[0] = '\0';
send_request(ISCSID_GET_TARGET_INFO, sizeof(req), &req);
trsp = get_response(TRUE);
if (trsp->status) {
status_error(trsp->status);
}
targ = (iscsid_get_target_rsp_t *)(void *)trsp->parameter;
/* display basic target info */
printf("%6d", targ->target_id.id);
if (targ->target_id.name[0]) {
printf(" [%s]", targ->target_id.name);
}
printf(": %s", targ->TargetName);
if (targ->TargetAlias[0]) {
printf(" (%s)", targ->TargetAlias);
}
printf("\n");
/* now get and display info on the target's portals */
for (i = 0; i < targ->num_portals; i++) {
req.id.id = targ->portal[i];
send_request(ISCSID_GET_PORTAL_INFO, sizeof(req), &req);
prsp = get_response(FALSE);
if (prsp->status) {
status_error(prsp->status);
}
port = (iscsid_get_portal_rsp_t *)(void *)prsp->parameter;
printf(" %6d", port->portal_id.id);
if (port->portal_id.name[0]) {
printf(" [%s]", port->portal_id.name);
}
printf(": %s:%d", port->portal.address, port->portal.port);
if (kind != SEND_TARGETS_LIST) {
printf(",%d", port->portal.group_tag);
}
printf("\n");
free_response(prsp);
}
free_response(trsp);
}
int
add_portal(int argc, char **argv)
{
iscsid_add_portal_req_t port;
iscsid_response_t *rsp;
iscsid_add_portal_rsp_t *res;
if (!cl_get_portal(&port, argc, argv)) {
arg_missing("Portal Address");
}
if (!cl_get_id('I', &port.target_id, argc, argv)) {
arg_missing("Target ID");
}
cl_get_symname(port.sym_name, argc, argv);
check_extra_args(argc, argv);
send_request(ISCSID_ADD_PORTAL, sizeof(port), &port);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
res = (iscsid_add_portal_rsp_t *)(void *)rsp->parameter;
printf("Added Portal %d to Target %d\n",
res->portal_id.id, res->target_id.id);
free_response(rsp);
return 0;
}
int
add_isns_server(int argc, char **argv)
{
iscsid_add_isns_server_req_t arg;
iscsid_add_isns_server_rsp_t *res;
iscsid_response_t *rsp;
memset(&arg, 0x0, sizeof(arg));
if (!(cl_get_isns(&arg, argc, argv))) {
arg_missing("Server Address");
}
check_extra_args(argc, argv);
send_request(ISCSID_ADD_ISNS_SERVER, sizeof(arg), &arg);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
res = (iscsid_add_isns_server_rsp_t *)(void *)rsp->parameter;
printf("Added iSNS Server ID %d\n", res->server_id);
free_response(rsp);
return 0;
}
int
remove_isns_server(int argc, char **argv)
{
iscsid_sym_id_t req;
iscsid_search_list_req_t srch;
iscsid_response_t *rsp;
if (!cl_get_id('I', &req, argc, argv)) {
if (!cl_get_string('a', (char *)srch.strval, argc, argv)) {
arg_missing("Server Address");
}
check_extra_args(argc, argv);
srch.search_kind = FIND_ADDRESS;
srch.list_kind = ISNS_LIST;
send_request(ISCSID_SEARCH_LIST, sizeof(srch), &srch);
rsp = get_response(FALSE);
if (rsp->status) {
status_error_slist(rsp->status);
}
GET_SYM_ID(req.id, rsp->parameter);
free_response(rsp);
} else {
check_extra_args(argc, argv);
}
send_request(ISCSID_REMOVE_ISNS_SERVER, sizeof(req), &req);
rsp = get_response(TRUE);
if (rsp->status) {
status_error(rsp->status);
}
free_response(rsp);
printf("OK\n");
return 0;
}
int
set_node_name(int argc, char **argv)
{
iscsid_set_node_name_req_t req;
iscsid_response_t *rsp;
uint64_t isid;
memset(&req, 0x0, sizeof(req));
if (!cl_get_string('n', (char *)req.InitiatorName, argc, argv)) {
arg_missing("Initiator Name");
}
cl_get_string('A', (char *)req.InitiatorAlias, argc, argv);
isid = cl_get_longlong('i', argc, argv);
hton6(req.ISID, isid);
check_extra_args(argc, argv);
send_request(ISCSID_SET_NODE_NAME, sizeof(req), &req);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
free_response(rsp);
printf("OK\n");
return 0;
}
int
add_initiator(int argc, char **argv)
{
iscsid_add_initiator_req_t req;
iscsid_add_initiator_rsp_t *res;
iscsid_response_t *rsp;
memset(&req, 0x0, sizeof(req));
if (!cl_get_string('a', (char *)req.address, argc, argv)) {
arg_missing("Interface Address");
}
cl_get_symname(req.name, argc, argv);
check_extra_args(argc, argv);
send_request(ISCSID_ADD_INITIATOR_PORTAL, sizeof(req), &req);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
res = (iscsid_add_initiator_rsp_t *)(void *)rsp->parameter;
printf("Added Initiator Portal %d\n", res->portal_id);
free_response(rsp);
return 0;
}
int
login(int argc, char **argv)
{
iscsid_login_req_t loginp;
iscsid_login_rsp_t *res;
iscsid_response_t *rsp;
memset(&loginp, 0x0, sizeof(loginp));
loginp.login_type = (cl_get_opt('m', argc, argv))
? ISCSI_LOGINTYPE_NOMAP : ISCSI_LOGINTYPE_MAP;
login_or_add(&loginp, argc, argv);
send_request(ISCSID_LOGIN, sizeof(loginp), &loginp);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
res = (iscsid_login_rsp_t *)(void *)rsp->parameter;
printf("Created Session %d, Connection %d\n",
res->session_id.id, res->connection_id.id);
free_response(rsp);
return 0;
}
int
add_connection(int argc, char **argv)
{
iscsid_login_req_t loginp;
iscsid_login_rsp_t *loginrsp;
iscsid_response_t *rsp;
memset(&loginp, 0x0, sizeof(loginp));
loginp.login_type = ISCSI_LOGINTYPE_MAP;
cl_get_id('I', &loginp.session_id, argc, argv);
login_or_add(&loginp, argc, argv);
send_request(ISCSID_ADD_CONNECTION, sizeof(loginp), &loginp);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
loginrsp = (iscsid_login_rsp_t *)(void *)(rsp->parameter);
printf("Added Connection %d\n", loginrsp->connection_id.id);
free_response(rsp);
return 0;
}
void
status_error_slist(unsigned n)
{
if (n == ISCSI_STATUS_LIST_EMPTY || n == ISCSID_STATUS_LIST_EMPTY)
n = ISCSI_STATUS_INVALID_ID;
status_error (n);
}
int report_error( char *reason, unsigned char *codes ) {
status_error( codes );
print_mutex_lock();
safe_printf(("%s\r\n", reason));
print_mutex_unlock();
return 0;
}
/*!
* \brief MainWindow::do_EPI_mean
*/
void MainWindow::do_EPI_mean(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_select->size() != 0 && EPI_coord_peaks->size() != 0){
//Mean
mean_icp(*EPI_coord_select, *EPI_coord_peaks, EPI_coord_mean, EPI_coord_SD);
//Print
double cycle = max(EPI_coord_mean->coords(XCOORD), EPI_coord_mean->size());
double heartrate = 60./cycle;
double pmin = min(EPI_coord_mean->coords(YCOORD), EPI_coord_mean->size());
double pmax = max(EPI_coord_mean->coords(YCOORD), EPI_coord_mean->size());
double pmean = mean(*EPI_coord_mean, YCOORD);
double gradp = pmax - pmin;
EPI_label_cycle->setText(MAINWINDOW_EPI_CC + QString::number(cycle) + UNITY_S);
EPI_label_heartrate->setText(MAINWINDOW_EPI_HR + QString::number(heartrate) + UNITY_BPM);
EPI_label_min->setText(MAINWINDOW_EPI_MIN_S + QString::number(pmin) + UNITY_MMHG);
EPI_label_max->setText(MAINWINDOW_EPI_MAX_S + QString::number(pmax) + UNITY_MMHG);
EPI_label_mean->setText(MAINWINDOW_EPI_MEAN_S + QString::number(pmean) + UNITY_MMHG);
EPI_label_gradient->setText(MAINWINDOW_EPI_GRAD_S + QString::number(gradp) + UNITY_MMHG);
//Plot
plot_EPI_mean_curve();
//Status
status_info("");
}
else{
status_error("");
}
}
STATIC int
do_list_targets(int argc, char **argv, iscsid_list_kind_t kind)
{
iscsid_get_list_req_t lst;
iscsid_response_t *rsp;
iscsid_get_list_rsp_t *list;
unsigned i;
check_extra_args(argc, argv);
/* get the list of targets */
lst.list_kind = kind;
send_request(ISCSID_GET_LIST, sizeof(lst), &lst);
rsp = get_response(TRUE);
if (rsp->status) {
status_error(rsp->status);
}
list = (iscsid_get_list_rsp_t *)(void *)rsp->parameter;
/* display all targets */
for (i = 0; i < list->num_entries; i++) {
show_target(list->id[i], kind);
}
free_response(rsp);
return 0;
}
/*!
* \brief MainWindow::do_EPI_fourier
*/
void MainWindow::do_EPI_fourier(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_select->size() != 0){
//Fourier
bool res = fourier(EPI_coord_fourier, *EPI_coord_select);
if (res){
//Min-Max
int xmin = (int)EPI_coord_fourier->coord(0, XCOORD);
int xmax = (int)EPI_coord_fourier->coord(EPI_coord_fourier->size()-1, XCOORD);
//Sliders
EPI_slider_min_fourier->setRange(xmin, xmax);
EPI_slider_max_fourier->setRange(xmin, xmax);
//Boxes
EPI_box_min_fourier->setRange(xmin, xmax);
EPI_box_max_fourier->setRange(xmin, xmax);
EPI_box_min_fourier->setValue(xmax*EPI_coeff_fourier_min);
EPI_box_max_fourier->setValue(xmax*EPI_coeff_fourier_max);
//Plot
plot_EPI_fourier_curve();
//Sliders
EPI_slider_min_ifft->setRange(1, xmax*EPI_coeff_fourier_max);
EPI_slider_max_ifft->setRange(1, xmax*EPI_coeff_fourier_max);
//Boxes
EPI_box_min_ifft->setRange(1, xmax*EPI_coeff_fourier_max);
EPI_box_max_ifft->setRange(1, xmax*EPI_coeff_fourier_max);
EPI_box_min_ifft->setValue(xmax*EPI_coeff_ifft_min);
EPI_box_max_ifft->setValue(xmax*EPI_coeff_ifft_max);
//Status
status_info("");
}
else{
status_error("");
}
}
else{
status_error("");
}
}
/*!
* \brief MainWindow::do_EPI_save
*/
void MainWindow::do_EPI_save(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_mean->size() != 0 && EPI_coord_SD->size() != 0){
QString file_name = current_dir + "/" + "EPI__processed_"+EPI_box_select_signal->currentText()+".dat";
if (!file_name.isEmpty()){
//Save
bool res = save_data(file_name, EPI_coord_mean, EPI_coord_SD);
if (!res){
status_error("");
}
else{
int n = EPI_DATA_LENGHT;
string *string_list1 = new string[n];
string *string_list2 = new string[n];
string_list1[0] = EPI_DATA_ITEM01; string_list2[0] = "";
string_list1[1] = EPI_DATA_ITEM02; string_list2[1] = "";
string_list1[2] = EPI_DATA_ITEM03; string_list2[2] = "";
string_list1[3] = EPI_DATA_ITEM04; string_list2[3] = "";
string_list1[4] = EPI_DATA_ITEM05; string_list2[4] = "";
string_list1[5] = EPI_DATA_ITEM06; string_list2[5] = "";
string_list1[6] = EPI_DATA_ITEM07; string_list2[6] = "";
string_list1[7] = EPI_DATA_ITEM08; string_list2[7] = "";
string_list1[8] = EPI_DATA_ITEM09; string_list2[8] = "";
string_list1[9] = EPI_DATA_ITEM10; string_list2[9] = "";
file_name.remove(".dat");
file_name.append("__data.dat");
res = save_sup_data(file_name, string_list1, string_list2, n);
delete[] string_list1;
delete[] string_list2;
}
}
else{
status_error("");
}
}
else{
status_error("");
}
}
int
list_initiators(int argc, char **argv)
{
iscsid_get_list_req_t lst;
iscsid_response_t *rsp, *prsp;
iscsid_get_list_rsp_t *list;
iscsid_get_initiator_rsp_t *init;
iscsid_sym_id_t req;
unsigned i;
memset(&req, 0x0, sizeof(req));
check_extra_args(argc, argv);
/* get the list of servers */
lst.list_kind = INITIATOR_LIST;
send_request(ISCSID_GET_LIST, sizeof(lst), &lst);
rsp = get_response(TRUE);
if (rsp->status) {
status_error(rsp->status);
}
list = (iscsid_get_list_rsp_t *)(void *)rsp->parameter;
/* display all servers */
for (i = 0; i < list->num_entries; i++) {
req.id = list->id[i];
send_request(ISCSID_GET_INITIATOR_PORTAL, sizeof(req), &req);
prsp = get_response(FALSE);
if (prsp->status) {
status_error(prsp->status);
}
init = (iscsid_get_initiator_rsp_t *)(void *)prsp->parameter;
printf("%6d", init->portal_id.id);
if (init->portal_id.name[0]) {
printf("[%s]", init->portal_id.name);
}
printf(": %s\n", init->address);
free_response(prsp);
}
free_response(rsp);
return 0;
}
int parse_error (parse_code_t pcode, int lineno, const char *filename,
char *line)
{
if (pcode == parse_syserr) {
if (errno != EEXIST && errno != ENOENT)
perror (_("System error"));
return -1;
} else {
status_error (_("=== Parse error: %s on line %d of %s (%s)\n"),
parse_error_string(pcode),
lineno, filename, line);
return 0;
}
}
int
list_isns_servers(int argc, char **argv)
{
iscsid_get_list_req_t lst;
iscsid_response_t *rsp, *prsp;
iscsid_get_list_rsp_t *list;
iscsid_get_isns_server_rsp_t *isns;
iscsid_sym_id_t req;
unsigned i;
memset(&req, 0x0, sizeof(req));
check_extra_args(argc, argv);
/* get the list of servers */
lst.list_kind = ISNS_LIST;
send_request(ISCSID_GET_LIST, sizeof(lst), &lst);
rsp = get_response(TRUE);
if (rsp->status) {
status_error(rsp->status);
}
list = (iscsid_get_list_rsp_t *)(void *)rsp->parameter;
/* display all servers */
for (i = 0; i < list->num_entries; i++) {
req.id = list->id[i];
send_request(ISCSID_GET_ISNS_SERVER, sizeof(req), &req);
prsp = get_response(FALSE);
if (prsp->status)
status_error(prsp->status);
isns = (iscsid_get_isns_server_rsp_t *)(void *)prsp->parameter;
printf("%6d: %s\n", list->id[i], isns->address);
free_response(prsp);
}
free_response(rsp);
return 0;
}
STATIC int
do_refresh(int argc, char **argv, iscsid_list_kind_t kind)
{
iscsid_sym_id_t id;
iscsid_response_t *rsp;
iscsid_refresh_req_t req;
req.kind = kind;
if (cl_get_id('I', &id, argc, argv)) {
check_extra_args(argc, argv);
if (!id.id) {
iscsid_search_list_req_t srch;
srch.search_kind = FIND_NAME;
srch.list_kind = kind;
strlcpy((char *)srch.strval, (char *)id.name,
sizeof(srch.strval));
send_request(ISCSID_SEARCH_LIST, sizeof(srch), &srch);
rsp = get_response(FALSE);
if (rsp->status) {
status_error_slist(rsp->status);
}
GET_SYM_ID(req.id[0], rsp->parameter);
free_response(rsp);
} else {
req.id[0] = id.id;
}
req.num_ids = 1;
} else {
req.num_ids = 0;
check_extra_args(argc, argv);
}
req.kind = kind;
send_request(ISCSID_REFRESH_TARGETS, sizeof(req), &req);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
printf("OK\n");
free_response(rsp);
return 0;
}
/*!
* \brief MainWindow::do_EPI_peaks
*/
void MainWindow::do_EPI_peaks(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_ifft->size() != 0){
//Peaks detection
detect_peaks(*EPI_coord_ifft, EPI_coord_peaks, EPI_threshold);
//Plot
plot_EPI_peaks();
//Status
status_info("");
}
else{
status_error("");
}
}
/*!
* \brief MainWindow::do_EPI_adjust
*/
void MainWindow::do_EPI_adjust(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_mean->size() != 0 && EPI_coord_SD->size() != 0){
//Adjust
adjust(EPI_coord_mean, EPI_coord_SD, EPI_box_adjust->currentText().toLower().toStdString());
//Plot
plot_EPI_mean_curve();
//Status
status_info("");
}
else{
status_error("");
}
}
/*!
* \brief MainWindow::do_EPI_normalize
*/
void MainWindow::do_EPI_normalize(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_coord_mean->size() != 0 && EPI_coord_SD->size() != 0){
//Normalize
normalize(EPI_coord_mean, EPI_coord_SD);
//Plot
plot_EPI_mean_curve();
//Status
status_info("");
}
else{
status_error("");
}
}
int
/*ARGSUSED*/
get_version(int argc, char **argv)
{
iscsid_response_t *rsp;
iscsid_get_version_rsp_t *ver;
send_request(ISCSID_GET_VERSION, 0, NULL);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
ver = (iscsid_get_version_rsp_t *)(void *)rsp->parameter;
printf("%s\n%s\n%s\n", VERSION_STRING, ver->version_string,
ver->driver_version_string);
return 0;
}
/*!
* \brief MainWindow::plot_EPI_signal_curve
* \param pos
*/
void MainWindow::plot_EPI_signal_curve(int pos){
if (DEBUG) cout << Q_FUNC_INFO << endl;
clear_EPI();
if (EPI_box_select_signal->count() > 0){
EPI_current_pos = pos;
//Data
int n = EPI_coords[pos]->size();
if (n > 0){
//Convert Coord to QVector
QVector<double> x, y;
for (int i = 0; i < n; i++){
x.append(EPI_coords[pos]->coord(i, XCOORD));
y.append(EPI_coords[pos]->coord(i, YCOORD));
}
//Plot
EPI_plot_signal->graph(0)->setData(x, y);
EPI_plot_signal->xAxis->setRange(min(x), max(x));
EPI_plot_signal->yAxis->setRange(min(y), max(y));
EPI_plot_signal->replot();
//Slider
double xmin = min(x);
double xmax = max(x);
EPI_slider_min_signal->setRange(xmin, xmax);
EPI_slider_max_signal->setRange(xmin, xmax);
//Boxes
EPI_box_min_signal->setRange(xmin, xmax);
EPI_box_max_signal->setRange(xmin, xmax);
EPI_box_min_signal->setValue(xmin);
EPI_box_max_signal->setValue(xmax);
}
else{
status_error("No EPI signal curve to plot");
}
}
}
int
logout(int argc, char **argv)
{
iscsid_sym_id_t req;
iscsid_response_t *rsp;
if (!cl_get_id('I', &req, argc, argv)) {
arg_missing("Session");
}
check_extra_args(argc, argv);
send_request(ISCSID_LOGOUT, sizeof(req), &req);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
free_response(rsp);
printf("OK\n");
return 0;
}
int
remove_initiator(int argc, char **argv)
{
iscsid_sym_id_t req;
iscsid_response_t *rsp;
memset(&req, 0x0, sizeof(req));
if (!cl_get_id('I', &req, argc, argv)) {
arg_missing("Initiator Portal ID");
}
check_extra_args(argc, argv);
send_request(ISCSID_REMOVE_INITIATOR_PORTAL, sizeof(req), &req);
rsp = get_response(FALSE);
if (rsp->status) {
status_error(rsp->status);
}
free_response(rsp);
printf("OK\n");
return 0;
}
/*!
* \brief MainWindow::plot_EPI_select_curve
*/
void MainWindow::plot_EPI_select_curve(){
if (DEBUG) cout << Q_FUNC_INFO << endl;
if (EPI_min_signal < EPI_max_signal){
//Extract selection
int n = EPI_coords[EPI_current_pos]->size();
int n_min = 0, n_max = n;
for (int i = 0; i < n; i++){
if (EPI_coords[EPI_current_pos]->coord(i,XCOORD) < EPI_min_signal){
n_min = i;
}
if (EPI_coords[EPI_current_pos]->coord(i, XCOORD) >= EPI_max_signal){
n_max = i;
break;
}
}
//Create QVector and Coord
EPI_coord_select->set_size(n_max-n_min);
QVector<double> x, y;
for (int i = n_min; i < n_max; i++){
double x_val = EPI_coords[EPI_current_pos]->coord(i, XCOORD);
double y_val = EPI_coords[EPI_current_pos]->coord(i, YCOORD);
x.append(x_val);
y.append(y_val);
EPI_coord_select->set_coord(x_val, i-n_min, XCOORD);
EPI_coord_select->set_coord(y_val, i-n_min, YCOORD);
}
//Plot
EPI_plot_select->graph(0)->setData(x, y);
EPI_plot_select->xAxis->setRange(min(x), max(x));
EPI_plot_select->yAxis->setRange(min(y), max(y));
EPI_plot_select->replot();
}
else{
status_error("");
}
}