static void configure_plot(PlotWindowInfo *plot)
{
if (plot->plotter == 0)
return;
int ndim = plot->plotter->dimensions();
// Set up plot menu
int i;
for (i = 0; plot_menu[i].name != 0; i++)
{
if ((plot_menu[i].type & MMTypeMask) != MMToggle)
continue;
string name = plot_menu[i].name;
const string s1 = "*" + name;
Widget w = XtNameToWidget(plot->shell, s1.chars());
if (name.contains("2d", -1))
XtSetSensitive(w, ndim == 2);
else if (name.contains("3d", -1))
XtSetSensitive(w, ndim >= 3);
else
XtSetSensitive(w, ndim >= 2);
}
// Log scale is available only iff all values are non-negative
Widget logscale = XtNameToWidget(plot->shell, "*logscale");
XtSetSensitive(logscale, plot->plotter->min_v() >= 0.0);
// Axes can be toggled in 2d mode only
Widget xzeroaxis = XtNameToWidget(plot->shell, "*xzeroaxis");
Widget yzeroaxis = XtNameToWidget(plot->shell, "*yzeroaxis");
XtSetSensitive(xzeroaxis, ndim <= 2);
XtSetSensitive(yzeroaxis, ndim <= 2);
// Z Tics are available in 3d mode only
Widget ztics = XtNameToWidget(plot->shell, "*ztics");
XtSetSensitive(ztics, ndim >= 3);
// Contour drawing is available in 3d mode only
Widget base = XtNameToWidget(plot->shell, "*base");
Widget surface = XtNameToWidget(plot->shell, "*surface");
XtSetSensitive(base, ndim >= 3);
XtSetSensitive(surface, ndim >= 3);
// Set scrollbars
manage_child(plot->hsb, ndim >= 3);
manage_child(plot->vsb, ndim >= 3);
// Check if we can export something
bool have_source = false;
bool can_export = false;
const StringArray& sources = plot->plotter->data_files();
for (i = 0; i < sources.size(); i++)
{
if (!sources[i].empty())
{
if (have_source)
can_export = false; // Multiple source files
else
can_export = have_source = true;
}
}
Widget export_w = XtNameToWidget(plot->shell, "*export");
set_sensitive(export_w, can_export);
// The remainder requires settings
if (plot->settings.empty())
{
// No settings yet
if (plot->settings_timer == 0)
{
plot->settings_delay =
new StatusDelay("Retrieving Plot Settings");
// Save settings...
plot->settings_file = tempfile();
string cmd = "save " + quote(plot->settings_file) + "\n";
send(plot, cmd);
// ...and try again in 250ms
plot->settings_timer =
XtAppAddTimeOut(XtWidgetToApplicationContext(plot->shell), 250,
GetPlotSettingsCB, XtPointer(plot));
// Set initial scrollbar defaults
XtVaSetValues(plot->vsb, XmNvalue, 60, XtPointer(0));
XtVaSetValues(plot->hsb, XmNvalue, 30, XtPointer(0));
}
return;
}
configure_options(plot, view_menu, plot->settings);
configure_options(plot, contour_menu, plot->settings);
configure_options(plot, scale_menu, plot->settings);
// Get style
for (i = 0; plot_menu[i].name != 0; i++)
{
if ((plot_menu[i].type & MMTypeMask) != MMToggle)
continue;
string name = plot_menu[i].name;
const string s1 = "*" + name;
Widget w = XtNameToWidget(plot->shell, s1.chars());
bool set = plot->settings.contains("\nset data style " + name + "\n");
XmToggleButtonSetState(w, set, False);
}
// Get position
int rot_x = 60;
int rot_z = 30;
int view_index = plot->settings.index("set view ");
if (view_index >= 0)
{
// `set view <rot_x> {,{<rot_z>}{,{<scale>}{,<scale_z>}}}'
string view_setting = plot->settings.after("set view ");
rot_x = atoi(view_setting.chars());
view_setting = view_setting.after(", ");
rot_z = atoi(view_setting.chars());
}
XtVaSetValues(plot->vsb, XmNvalue, rot_x, XtPointer(0));
XtVaSetValues(plot->hsb, XmNvalue, rot_z, XtPointer(0));
}
int main(int argc, char** argv){
signal(SIGTERM, term);
signal(SIGINT, term);
configure_options(argc, argv);
perf_mon = camio_perf_init("blob:debug.perf", 256 * 1024);
if (options.format != "hex" && options.format != "ascii" &&
options.format != "bin") {
printf("ERROR: invalid output format for name specified; must be one of "
"'ascii', 'bin', 'hex'!\n");
exit(1);
}
tcp_endpoint = camio_iostream_delimiter_new( camio_iostream_new(options.remote, NULL, NULL, NULL), delimit, NULL);
//out = camio_ostream_new(options.output, NULL, NULL, perf_mon);
printf("Writing name to %s (%p)\n", options.output, out);
// First generate a random name for this object
dios_name_t name;
char str_name[65];
generate_guid_name(&name, &str_name[0]);
printf("Name: %s\n", str_name);
// Manufacture an object creation message
Firmament__BaseMessage bm = FIRMAMENT__BASE_MESSAGE__INIT;
Firmament__CreateRequest create_req = FIRMAMENT__CREATE_REQUEST__INIT;
Firmament__ReferenceDescriptor rd = FIRMAMENT__REFERENCE_DESCRIPTOR__INIT;
bm.create_request = &create_req;
bm.create_request->reference = &rd;
rd.type = FIRMAMENT__REFERENCE_DESCRIPTOR__REFERENCE_TYPE__CONCRETE;
rd.location = options.path;
// Set up reference descriptor
rd.id.len = sizeof(dios_name_t);
rd.id.data = name.raw;
// Pack and send!
send_coord_base_msg(&bm);
// Check if we receive an ACK
uint8_t* resp_buff;
uint64_t len = tcp_endpoint->start_read(tcp_endpoint, &resp_buff);
decapsulate_envelope(&resp_buff, &len);
Firmament__BaseMessage* base_msg = NULL;
base_msg = firmament__base_message__unpack(NULL, len, resp_buff);
if (!base_msg->create_response) {
printf("ERROR: received a response message that did not contained a "
"CreateResponse field!\n");
exit(1);
} else {
if (base_msg->create_response->success) {
printf("Data object uploaded SUCCESSFULLY!\n");
} else {
printf("Upload of data object FAILED, try again!\n");
exit(1);
}
}
// Write the name to the requested output stream
// TODO(malte)
// Clean up and quit
term(0);
}
