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slsDetectorPackage/slsDetectorSoftware/tests/test-CmdProxy-gotthard2.cpp
Dhanya Thattil 4813b5567a
Minimal shared memory for receiver
2020-03-19 07:01:32 +01:00

344 lines
13 KiB
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#include "CmdProxy.h"
#include "Detector.h"
#include "catch.hpp"
#include "sls_detector_defs.h"
#include <sstream>
#include "Result.h"
#include "ToString.h"
#include "test-CmdProxy-global.h"
#include "tests/globals.h"
#include "versionAPI.h"
using sls::CmdProxy;
using sls::Detector;
using test::GET;
using test::PUT;
TEST_CASE("Setting and reading back GOTTHARD2 dacs", "[.cmd][.dacs]") {
// vref_h_adc, vb_comp_fe, vb_comp_adc, vcom_cds,
// vref_restore, vb_opa_1st, vref_comp_fe, vcom_adc1,
// vref_prech, vref_l_adc, vref_cds, vb_cs,
// vb_opa_fd, vcom_adc2
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
SECTION("vref_h_adc") { test_dac(defs::VREF_H_ADC, "vref_h_adc", 2099); }
SECTION("vb_comp_fe") { test_dac(defs::VB_COMP_FE, "vb_comp_fe", 0); }
SECTION("vb_comp_adc") { test_dac(defs::VB_COMP_ADC, "vb_comp_adc", 0); }
SECTION("vcom_cds") { test_dac(defs::VCOM_CDS, "vcom_cds", 1400); }
SECTION("vref_rstore") { test_dac(defs::VREF_RSTORE, "vref_rstore", 640); }
SECTION("vb_opa_1st") { test_dac(defs::VB_OPA_1ST, "vb_opa_1st", 0); }
SECTION("vref_comp_fe") { test_dac(defs::VREF_COMP_FE, "vref_comp_fe", 0); }
SECTION("vcom_adc1") { test_dac(defs::VCOM_ADC1, "vcom_adc1", 1400); }
SECTION("vref_prech") { test_dac(defs::VREF_PRECH, "vref_prech", 1720); }
SECTION("vref_l_adc") { test_dac(defs::VREF_L_ADC, "vref_l_adc", 700); }
SECTION("vref_cds") { test_dac(defs::VREF_CDS, "vref_cds", 1200); }
SECTION("vb_cs") { test_dac(defs::VB_CS, "vb_cs", 2799); }
SECTION("vb_opa_fd") { test_dac(defs::VB_OPA_FD, "vb_opa_fd", 0); }
SECTION("vcom_adc2") { test_dac(defs::VCOM_ADC2, "vcom_adc2", 1400); }
// eiger
REQUIRE_THROWS(proxy.Call("vthreshold", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vsvp", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vsvn", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vtr", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vrf", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vrs", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vtgstv", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcmp_ll", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcmp_lr", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcal", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcmp_rl", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcmp_rr", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("rxb_rb", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("rxb_lb", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcp", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcn", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vis", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("iodelay", {}, -1, GET));
// gotthard
REQUIRE_THROWS(proxy.Call("vref_ds", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcascn_pb", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcascp_pb", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vout_cm", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcasc_out", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vin_cm", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vref_comp", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("ib_test_c", {}, -1, GET));
// jungfrau
REQUIRE_THROWS(proxy.Call("vb_comp", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vdd_prot", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vin_com", {}, -1, GET));
// REQUIRE_THROWS(proxy.Call("vref_prech", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vb_pixbuf", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vb_ds", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vref_ds", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vref_comp", {}, -1, GET));
// mythen3
REQUIRE_THROWS(proxy.Call("vpreamp", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vshaper", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vshaperneg", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vipre", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("viinsh", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vdcsh", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vth1", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vth2", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vth3", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vpl", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vph", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vtrim", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcassh", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vcas", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vicin", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vipre_out", {}, -1, GET));
}
}
TEST_CASE("vchip", "[.cmd][.onchipdacs]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
std::vector<std::string> on_chip_dac_names = {"vchip_comp_fe", "vchip_opa_1st", "vchip_opa_fd", "vchip_comp_adc", "vchip_ref_comp_fe", "vchip_cs"};
std::vector<defs::dacIndex> on_chip_dac_indices = {defs::VB_COMP_FE, defs::VB_OPA_1ST, defs::VB_OPA_FD, defs::VB_COMP_ADC, defs::VREF_COMP_FE, defs::VB_CS};
std::vector<int> values = {0x137, 0x000, 0x134, 0x3FF, 0x100, 0x0D0};
for (size_t i = 0; i < on_chip_dac_names.size(); ++i) {
REQUIRE_THROWS(proxy.Call(on_chip_dac_names[i], {}, -1, GET));
REQUIRE_THROWS(proxy.Call(on_chip_dac_names[i], {"10", "0x0"}, -1, GET)); // chip index (-1 to 9)
REQUIRE_THROWS(proxy.Call(on_chip_dac_names[i], {"-1", "0x400"}, -1, GET)); // max val is 0x3ff
auto previous = det.getOnChipDAC(on_chip_dac_indices[i], -1);
auto dacstr = sls::ToStringHex(values[i]);
int chip_index = -1;
auto chip_index_str = std::to_string(chip_index);
std::ostringstream oss_set, oss_get;
proxy.Call(on_chip_dac_names[i], {chip_index_str, dacstr}, -1, PUT, oss_set);
REQUIRE(oss_set.str() == on_chip_dac_names[i] + " " + chip_index_str + " " + dacstr + "\n");
proxy.Call(on_chip_dac_names[i], {chip_index_str}, -1, GET, oss_get);
REQUIRE(oss_get.str() == on_chip_dac_names[i] + " " + chip_index_str + " " + dacstr + "\n");
// Reset all dacs to previous value
for (int i = 0; i != det.size(); ++i) {
det.setOnChipDAC(on_chip_dac_indices[i], chip_index, previous[i], {i});
}
}
} else {
REQUIRE_THROWS(proxy.Call("vchip_comp_fe", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vchip_opa_1st", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vchip_opa_fd", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vchip_comp_adc", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vchip_ref_comp_fe", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vchip_cs", {}, -1, GET));
}
}
TEST_CASE("burstmode", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
auto burst = det.getBurstMode();
auto burststr = sls::ToString(burst);
{
std::ostringstream oss;
proxy.Call("burstmode", {"internal"}, -1, PUT, oss);
REQUIRE(oss.str() == "burstmode internal\n");
}
{
std::ostringstream oss;
proxy.Call("burstmode", {"off"}, -1, PUT, oss);
REQUIRE(oss.str() == "burstmode off\n");
}
{
std::ostringstream oss;
proxy.Call("burstmode", {}, -1, GET, oss);
REQUIRE(oss.str() == "burstmode off\n");
}
for (int i = 0; i != det.size(); ++i) {
det.setBurstMode(burst[i], {i});
}
} else {
REQUIRE_THROWS(proxy.Call("burstmode", {}, -1, GET));
}
}
TEST_CASE("vetoref", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
REQUIRE_THROWS(proxy.Call("vetoref", {}, -1, GET));
REQUIRE_THROWS(proxy.Call("vetoref", {"3", "0x3ff"}, -1, PUT)); // invalid chip index
REQUIRE_NOTHROW(proxy.Call("vetoref", {"1", "0x010"}, -1, PUT));
} else {
REQUIRE_THROWS(proxy.Call("vetoref", {"3", "0x0"}, -1, PUT));
}
}
TEST_CASE("vetophoton", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
REQUIRE_THROWS(proxy.Call("vetophoton", {}, -1, GET));
REQUIRE_NOTHROW(proxy.Call("vetophoton", {"-1"}, -1, GET));
REQUIRE_THROWS(proxy.Call("vetophoton", {"12", "1", "39950"}, -1, PUT));// invalid chip index
REQUIRE_THROWS(proxy.Call("vetophoton", {"-1", "0"}, -1, PUT)); // invalid photon number
REQUIRE_THROWS(proxy.Call("vetophoton", {"-1", "1", "39950"}, -1, PUT)); // invald file
} else {
REQUIRE_THROWS(proxy.Call("vetophoton", {"-1"}, -1, GET));
}
}
TEST_CASE("inj_ch", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
auto inj = det.getInjectChannel();
REQUIRE_THROWS(proxy.Call("inj_ch", {"-1", "1"}, -1, PUT));// invalid offset
REQUIRE_THROWS(proxy.Call("inj_ch", {"0", "0"}, -1, PUT));// invalid increment
{
std::ostringstream oss;
proxy.Call("inj_ch", {"0", "1"}, -1, PUT, oss);
REQUIRE(oss.str() == "inj_ch [0, 1]\n");
}
{
std::ostringstream oss;
proxy.Call("inj_ch", {}, -1, GET, oss);
REQUIRE(oss.str() == "inj_ch [0, 1]\n");
}
for (int i = 0; i != det.size(); ++i) {
det.setInjectChannel(inj[i][0], inj[i][1], {i});
}
} else {
REQUIRE_THROWS(proxy.Call("inj_ch", {}, -1, GET));
}
}
TEST_CASE("bursts", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
auto previous = det.getNumberOfBursts().squash(1);
auto previousTrigger = det.getNumberOfTriggers().squash(1);
std::ostringstream oss_set, oss_get;
proxy.Call("bursts", {"3"}, -1, PUT, oss_set);
REQUIRE(oss_set.str() == "bursts 3\n");
// change to trigger and back (bursts should still be same)
proxy.Call("timing", {"trigger"}, -1, PUT);
proxy.Call("triggers", {"2"}, -1, PUT);
proxy.Call("timing", {"auto"}, -1, PUT);
proxy.Call("bursts", {}, -1, GET, oss_get);
REQUIRE(oss_get.str() == "bursts 3\n");
det.setNumberOfBursts(previous);
det.setNumberOfTriggers(previousTrigger);
} else {
REQUIRE_THROWS(proxy.Call("bursts", {}, -1, GET));
}
}
TEST_CASE("burstperiod", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
auto previous = det.getBurstPeriod();
std::ostringstream oss_set, oss_get;
proxy.Call("burstperiod", {"30ms"}, -1, PUT, oss_set);
REQUIRE(oss_set.str() == "burstperiod 30ms\n");
proxy.Call("burstperiod", {}, -1, GET, oss_get);
REQUIRE(oss_get.str() == "burstperiod 30ms\n");
// Reset to previous value
for (int i = 0; i != det.size(); ++i) {
det.setBurstPeriod(previous[i], {i});
}
} else {
REQUIRE_THROWS(proxy.Call("burstperiod", {}, -1, GET));
}
}
TEST_CASE("currentsource", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
auto prev_val = det.getCurrentSource();
{
std::ostringstream oss;
proxy.Call("currentsource", {"1"}, -1, PUT, oss);
REQUIRE(oss.str() == "currentsource 1\n");
}
{
std::ostringstream oss;
proxy.Call("currentsource", {"0"}, -1, PUT, oss);
REQUIRE(oss.str() == "currentsource 0\n");
}
{
std::ostringstream oss;
proxy.Call("currentsource", {}, -1, GET, oss);
REQUIRE(oss.str() == "currentsource 0\n");
}
for (int i = 0; i != det.size(); ++i) {
det.setCurrentSource(prev_val[i], {i});
}
} else {
REQUIRE_THROWS(proxy.Call("currentsource", {}, -1, GET));
}
}
TEST_CASE("timingsource", "[.cmd]") {
Detector det;
CmdProxy proxy(&det);
auto det_type = det.getDetectorType().squash();
if (det_type == defs::GOTTHARD2) {
auto prev_val = det.getTimingSource();
/* { until its activated in fpga
std::ostringstream oss;
proxy.Call("timingsource", {"external"}, -1, PUT, oss);
REQUIRE(oss.str() == "timingsource external\n");
}*/
{
std::ostringstream oss;
proxy.Call("timingsource", {"internal"}, -1, PUT, oss);
REQUIRE(oss.str() == "timingsource internal\n");
}
{
std::ostringstream oss;
proxy.Call("timingsource", {}, -1, GET, oss);
REQUIRE(oss.str() == "timingsource internal\n");
}
for (int i = 0; i != det.size(); ++i) {
det.setTimingSource(prev_val[i], {i});
}
} else {
REQUIRE_THROWS(proxy.Call("timingsource", {}, -1, GET));
}
}
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