mirror of
https://github.com/slsdetectorgroup/slsDetectorPackage.git
synced 2025-06-20 00:37:12 +02:00
added tests to check file size and frames caught with an acquire (virtual) for every detector
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@ -17,6 +17,257 @@ namespace sls {
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using test::GET;
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using test::PUT;
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struct testCtbAcquireInfo {
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defs::readoutMode readout_mode{defs::ANALOG_AND_DIGITAL};
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bool teng_giga{false};
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int num_adc_samples{5000};
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int num_dbit_samples{6000};
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int num_trans_samples{288};
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uint32_t adc_enable_1g{0xFFFFFFFF};
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uint32_t adc_enable_10g{0xFFFFFFFF};
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int dbit_offset{0};
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std::vector<int> dbit_list{0, 12, 2, 43};
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bool dbit_reorder{false};
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uint32_t transceiver_mask{0x3};
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};
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testCtbAcquireInfo get_ctb_config_state(const Detector &det) {
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return testCtbAcquireInfo{
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det.getReadoutMode().tsquash("inconsistent readout mode to test"),
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det.getTenGiga().tsquash("inconsistent ten giga enable to test"),
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det.getNumberOfAnalogSamples().tsquash(
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"inconsistent number of analog samples to test"),
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det.getNumberOfDigitalSamples().tsquash(
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"inconsistent number of digital samples to test"),
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det.getNumberOfTransceiverSamples().tsquash(
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"inconsistent number of transceiver samples to test"),
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det.getADCEnableMask().tsquash("inconsistent adc enable mask to test"),
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det.getTenGigaADCEnableMask().tsquash(
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"inconsistent ten giga adc enable mask to test"),
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det.getRxDbitOffset().tsquash("inconsistent rx dbit offset to test"),
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det.getRxDbitList().tsquash("inconsistent rx dbit list to test"),
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det.getRxDbitReorder().tsquash("inconsistent rx dbit reorder to test"),
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det.getTransceiverEnableMask().tsquash(
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"inconsistent transceiver mask to test")};
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}
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void set_ctb_config_state(Detector &det,
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const testCtbAcquireInfo &ctb_config_info) {
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det.setReadoutMode(ctb_config_info.readout_mode);
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det.setTenGiga(ctb_config_info.teng_giga);
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det.setNumberOfAnalogSamples(ctb_config_info.num_adc_samples);
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det.setNumberOfDigitalSamples(ctb_config_info.num_dbit_samples);
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det.setNumberOfTransceiverSamples(ctb_config_info.num_trans_samples);
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det.setADCEnableMask(ctb_config_info.adc_enable_1g);
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det.setTenGigaADCEnableMask(ctb_config_info.adc_enable_10g);
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det.setRxDbitOffset(ctb_config_info.dbit_offset);
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det.setRxDbitList(ctb_config_info.dbit_list);
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det.setRxDbitReorder(ctb_config_info.dbit_reorder);
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det.setTransceiverEnableMask(ctb_config_info.transceiver_mask);
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}
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void test_ctb_acquire_with_receiver(const testCtbAcquireInfo &test_info,
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int64_t num_frames_to_acquire,
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Detector &det, Caller &caller) {
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// save previous state
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testFileInfo prev_file_info = get_file_state(det);
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testCommonDetAcquireInfo prev_det_config_info =
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// overwrite exptime if not using virtual ctb server
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get_common_acquire_config_state(det);
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testCtbAcquireInfo prev_ctb_config_info = get_ctb_config_state(det);
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// defaults
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testFileInfo test_file_info;
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set_file_state(det, test_file_info);
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testCommonDetAcquireInfo det_config;
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det_config.num_frames_to_acquire = num_frames_to_acquire;
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set_common_acquire_config_state(det, det_config);
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// set ctb config
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set_ctb_config_state(det, test_info);
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// acquire
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test_acquire_with_receiver(caller, std::chrono::seconds{2});
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// check frames caught
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test_frames_caught(det, num_frames_to_acquire);
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// calculate image size
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uint64_t num_analog_bytes = 0, num_digital_bytes = 0,
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num_transceiver_bytes = 0;
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if (test_info.readout_mode == defs::ANALOG_ONLY ||
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test_info.readout_mode == defs::ANALOG_AND_DIGITAL) {
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uint32_t adc_enable_mask =
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(test_info.teng_giga ? test_info.adc_enable_1g
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: test_info.adc_enable_10g);
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int num_analog_chans = __builtin_popcount(adc_enable_mask);
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const int num_bytes_per_sample = 2;
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num_analog_bytes =
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num_analog_chans * num_bytes_per_sample * test_info.num_adc_samples;
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std::cout << "[Analog Databytes: " << num_analog_bytes << ']';
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}
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// digital channels
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if (test_info.readout_mode == defs::DIGITAL_ONLY ||
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test_info.readout_mode == defs::ANALOG_AND_DIGITAL ||
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test_info.readout_mode == defs::DIGITAL_AND_TRANSCEIVER) {
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int num_digital_samples = test_info.num_dbit_samples;
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if (test_info.dbit_offset > 0) {
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uint64_t num_digital_bytes_reserved =
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num_digital_samples * sizeof(uint64_t);
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num_digital_bytes_reserved -= test_info.dbit_offset;
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num_digital_samples = num_digital_bytes_reserved / sizeof(uint64_t);
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}
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int num_digital_chans = test_info.dbit_list.size();
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if (num_digital_chans == 0) {
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num_digital_chans = 64;
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}
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if (!test_info.dbit_reorder) {
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uint32_t num_bits_per_sample = num_digital_chans;
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if (num_bits_per_sample % 8 != 0) {
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num_bits_per_sample += (8 - (num_bits_per_sample % 8));
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}
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num_digital_bytes = (num_bits_per_sample / 8) * num_digital_samples;
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} else {
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uint32_t num_bits_per_bit = num_digital_samples;
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if (num_bits_per_bit % 8 != 0) {
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num_bits_per_bit += (8 - (num_bits_per_bit % 8));
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}
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num_digital_bytes = num_digital_chans * (num_bits_per_bit / 8);
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}
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std::cout << "[Digital Databytes: " << num_digital_bytes << ']';
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}
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// transceiver channels
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if (test_info.readout_mode == defs::TRANSCEIVER_ONLY ||
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test_info.readout_mode == defs::DIGITAL_AND_TRANSCEIVER) {
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int num_transceiver_chans =
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__builtin_popcount(test_info.transceiver_mask);
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const int num_bytes_per_channel = 8;
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num_transceiver_bytes = num_transceiver_chans * num_bytes_per_channel *
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test_info.num_trans_samples;
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std::cout << "[Transceiver Databytes: " << num_transceiver_bytes << ']';
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}
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std::cout << std::endl;
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// check file size (assuming local pc)
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uint64_t expected_image_size =
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num_analog_bytes + num_digital_bytes + num_transceiver_bytes;
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std::cout << "Expected image size: " << expected_image_size << std::endl;
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test_acquire_binary_file_size(test_file_info, num_frames_to_acquire,
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expected_image_size);
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// restore previous state
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set_file_state(det, prev_file_info);
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set_common_acquire_config_state(det, prev_det_config_info);
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set_ctb_config_state(det, prev_ctb_config_info);
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}
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TEST_CASE("ctb_acquire_check_file_size", "[.cmdcall]") {
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Detector det;
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Caller caller(&det);
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auto det_type =
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det.getDetectorType().tsquash("Inconsistent detector types to test");
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if (det_type == defs::CHIPTESTBOARD ||
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det_type == defs::XILINX_CHIPTESTBOARD) {
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int num_frames_to_acquire = 2;
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// all the test cases
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::ANALOG_AND_DIGITAL;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::ANALOG_AND_DIGITAL;
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test_ctb_config.dbit_offset = 16;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::ANALOG_AND_DIGITAL;
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test_ctb_config.dbit_reorder = true;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::ANALOG_AND_DIGITAL;
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test_ctb_config.dbit_offset = 16;
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test_ctb_config.dbit_reorder = true;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::ANALOG_AND_DIGITAL;
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test_ctb_config.dbit_offset = 16;
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test_ctb_config.dbit_list.clear();
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::ANALOG_AND_DIGITAL;
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test_ctb_config.dbit_offset = 16;
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test_ctb_config.dbit_list.clear();
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test_ctb_config.dbit_reorder = true;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::DIGITAL_AND_TRANSCEIVER;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::DIGITAL_AND_TRANSCEIVER;
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test_ctb_config.dbit_offset = 16;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::DIGITAL_AND_TRANSCEIVER;
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test_ctb_config.dbit_list.clear();
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::DIGITAL_AND_TRANSCEIVER;
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test_ctb_config.dbit_offset = 16;
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test_ctb_config.dbit_list.clear();
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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{
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testCtbAcquireInfo test_ctb_config;
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test_ctb_config.readout_mode = defs::DIGITAL_AND_TRANSCEIVER;
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test_ctb_config.dbit_offset = 16;
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test_ctb_config.dbit_list.clear();
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test_ctb_config.dbit_reorder = true;
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set_ctb_config_state(det, test_ctb_config);
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test_ctb_acquire_with_receiver(test_ctb_config,
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num_frames_to_acquire, det, caller);
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}
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}
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}
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/* dacs */
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TEST_CASE("dacname", "[.cmdcall]") {
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