DUNE-DAQ
DUNE Trigger and Data Acquisition software
Loading...
Searching...
No Matches
Nljs.hpp
Go to the documentation of this file.
1/*
2 * This file is 100% generated. Any manual edits will likely be lost.
3 *
4 * This contains functions struct and other type definitions for shema in
5 * namespace dunedaq::timing::timinghardwareinfo to be serialized via nlohmann::json.
6 */
7#ifndef DUNEDAQ_TIMING_TIMINGHARDWAREINFO_NLJS_HPP
8#define DUNEDAQ_TIMING_TIMINGHARDWAREINFO_NLJS_HPP
9
10// My structs
11#include "timing/timinghardwareinfo/Structs.hpp"
12
13
14#include <nlohmann/json.hpp>
15
16namespace dunedaq::timing::timinghardwareinfo {
17
18 using data_t = nlohmann::json;
19
20 inline void to_json(data_t& j, const TimingFIBMonitorData& obj) {
21 j["active_sfp_mux"] = obj.active_sfp_mux;
22 j["mmcm_ok"] = obj.mmcm_ok;
23 j["mmcm_sticky"] = obj.mmcm_sticky;
24 j["pll_ok"] = obj.pll_ok;
25 j["pll_sticky"] = obj.pll_sticky;
26 }
27
28 inline void from_json(const data_t& j, TimingFIBMonitorData& obj) {
29 if (j.contains("active_sfp_mux"))
30 j.at("active_sfp_mux").get_to(obj.active_sfp_mux);
31 if (j.contains("mmcm_ok"))
32 j.at("mmcm_ok").get_to(obj.mmcm_ok);
33 if (j.contains("mmcm_sticky"))
34 j.at("mmcm_sticky").get_to(obj.mmcm_sticky);
35 if (j.contains("pll_ok"))
36 j.at("pll_ok").get_to(obj.pll_ok);
37 if (j.contains("pll_sticky"))
38 j.at("pll_sticky").get_to(obj.pll_sticky);
39 }
40
41 inline void to_json(data_t& j, const TimingFMCMonitorData& obj) {
42 j["cdr_lol"] = obj.cdr_lol;
43 j["cdr_los"] = obj.cdr_los;
44 j["mmcm_ok"] = obj.mmcm_ok;
45 j["mmcm_sticky"] = obj.mmcm_sticky;
46 j["sfp_flt"] = obj.sfp_flt;
47 j["sfp_los"] = obj.sfp_los;
48 j["cdr_freq"] = obj.cdr_freq;
49 j["pll_freq"] = obj.pll_freq;
50 }
51
52 inline void from_json(const data_t& j, TimingFMCMonitorData& obj) {
53 if (j.contains("cdr_lol"))
54 j.at("cdr_lol").get_to(obj.cdr_lol);
55 if (j.contains("cdr_los"))
56 j.at("cdr_los").get_to(obj.cdr_los);
57 if (j.contains("mmcm_ok"))
58 j.at("mmcm_ok").get_to(obj.mmcm_ok);
59 if (j.contains("mmcm_sticky"))
60 j.at("mmcm_sticky").get_to(obj.mmcm_sticky);
61 if (j.contains("sfp_flt"))
62 j.at("sfp_flt").get_to(obj.sfp_flt);
63 if (j.contains("sfp_los"))
64 j.at("sfp_los").get_to(obj.sfp_los);
65 if (j.contains("cdr_freq"))
66 j.at("cdr_freq").get_to(obj.cdr_freq);
67 if (j.contains("pll_freq"))
68 j.at("pll_freq").get_to(obj.pll_freq);
69 }
70
71 inline void to_json(data_t& j, const TimingMIBMonitorData& obj) {
72 j["cdr_0_lol"] = obj.cdr_0_lol;
73 j["cdr_0_los"] = obj.cdr_0_los;
74 j["cdr_1_lol"] = obj.cdr_1_lol;
75 j["cdr_1_los"] = obj.cdr_1_los;
76 j["mmcm_ok"] = obj.mmcm_ok;
77 j["mmcm_sticky"] = obj.mmcm_sticky;
78 j["sfp_0_flt"] = obj.sfp_0_flt;
79 j["sfp_0_los"] = obj.sfp_0_los;
80 j["sfp_1_flt"] = obj.sfp_1_flt;
81 j["sfp_1_los"] = obj.sfp_1_los;
82 j["sfp_2_flt"] = obj.sfp_2_flt;
83 j["sfp_2_los"] = obj.sfp_2_los;
84 j["cdr_0_freq"] = obj.cdr_0_freq;
85 j["cdr_1_freq"] = obj.cdr_1_freq;
86 j["pll_freq"] = obj.pll_freq;
87 }
88
89 inline void from_json(const data_t& j, TimingMIBMonitorData& obj) {
90 if (j.contains("cdr_0_lol"))
91 j.at("cdr_0_lol").get_to(obj.cdr_0_lol);
92 if (j.contains("cdr_0_los"))
93 j.at("cdr_0_los").get_to(obj.cdr_0_los);
94 if (j.contains("cdr_1_lol"))
95 j.at("cdr_1_lol").get_to(obj.cdr_1_lol);
96 if (j.contains("cdr_1_los"))
97 j.at("cdr_1_los").get_to(obj.cdr_1_los);
98 if (j.contains("mmcm_ok"))
99 j.at("mmcm_ok").get_to(obj.mmcm_ok);
100 if (j.contains("mmcm_sticky"))
101 j.at("mmcm_sticky").get_to(obj.mmcm_sticky);
102 if (j.contains("sfp_0_flt"))
103 j.at("sfp_0_flt").get_to(obj.sfp_0_flt);
104 if (j.contains("sfp_0_los"))
105 j.at("sfp_0_los").get_to(obj.sfp_0_los);
106 if (j.contains("sfp_1_flt"))
107 j.at("sfp_1_flt").get_to(obj.sfp_1_flt);
108 if (j.contains("sfp_1_los"))
109 j.at("sfp_1_los").get_to(obj.sfp_1_los);
110 if (j.contains("sfp_2_flt"))
111 j.at("sfp_2_flt").get_to(obj.sfp_2_flt);
112 if (j.contains("sfp_2_los"))
113 j.at("sfp_2_los").get_to(obj.sfp_2_los);
114 if (j.contains("cdr_0_freq"))
115 j.at("cdr_0_freq").get_to(obj.cdr_0_freq);
116 if (j.contains("cdr_1_freq"))
117 j.at("cdr_1_freq").get_to(obj.cdr_1_freq);
118 if (j.contains("pll_freq"))
119 j.at("pll_freq").get_to(obj.pll_freq);
120 }
121
122 inline void to_json(data_t& j, const TimingPC059MonitorData& obj) {
123 j["cdr_lol"] = obj.cdr_lol;
124 j["cdr_los"] = obj.cdr_los;
125 j["mmcm_ok"] = obj.mmcm_ok;
126 j["mmcm_sticky"] = obj.mmcm_sticky;
127 j["pll_lol"] = obj.pll_lol;
128 j["pll_ok"] = obj.pll_ok;
129 j["pll_sticky"] = obj.pll_sticky;
130 j["sfp_los"] = obj.sfp_los;
131 j["ucdr_lol"] = obj.ucdr_lol;
132 j["ucdr_los"] = obj.ucdr_los;
133 j["usfp_flt"] = obj.usfp_flt;
134 j["usfp_los"] = obj.usfp_los;
135 j["active_sfp_mux"] = obj.active_sfp_mux;
136 }
137
138 inline void from_json(const data_t& j, TimingPC059MonitorData& obj) {
139 if (j.contains("cdr_lol"))
140 j.at("cdr_lol").get_to(obj.cdr_lol);
141 if (j.contains("cdr_los"))
142 j.at("cdr_los").get_to(obj.cdr_los);
143 if (j.contains("mmcm_ok"))
144 j.at("mmcm_ok").get_to(obj.mmcm_ok);
145 if (j.contains("mmcm_sticky"))
146 j.at("mmcm_sticky").get_to(obj.mmcm_sticky);
147 if (j.contains("pll_lol"))
148 j.at("pll_lol").get_to(obj.pll_lol);
149 if (j.contains("pll_ok"))
150 j.at("pll_ok").get_to(obj.pll_ok);
151 if (j.contains("pll_sticky"))
152 j.at("pll_sticky").get_to(obj.pll_sticky);
153 if (j.contains("sfp_los"))
154 j.at("sfp_los").get_to(obj.sfp_los);
155 if (j.contains("ucdr_lol"))
156 j.at("ucdr_lol").get_to(obj.ucdr_lol);
157 if (j.contains("ucdr_los"))
158 j.at("ucdr_los").get_to(obj.ucdr_los);
159 if (j.contains("usfp_flt"))
160 j.at("usfp_flt").get_to(obj.usfp_flt);
161 if (j.contains("usfp_los"))
162 j.at("usfp_los").get_to(obj.usfp_los);
163 if (j.contains("active_sfp_mux"))
164 j.at("active_sfp_mux").get_to(obj.active_sfp_mux);
165 }
166
167 inline void to_json(data_t& j, const TimingPLLMonitorData& obj) {
168 j["config_id"] = obj.config_id;
169 j["cal_pll"] = obj.cal_pll;
170 j["hold"] = obj.hold;
171 j["lol"] = obj.lol;
172 j["los"] = obj.los;
173 j["los_xaxb"] = obj.los_xaxb;
174 j["los_xaxb_flg"] = obj.los_xaxb_flg;
175 j["oof"] = obj.oof;
176 j["oof_sticky"] = obj.oof_sticky;
177 j["smbus_timeout"] = obj.smbus_timeout;
178 j["smbus_timeout_flg"] = obj.smbus_timeout_flg;
179 j["sys_in_cal"] = obj.sys_in_cal;
180 j["sys_in_cal_flg"] = obj.sys_in_cal_flg;
181 j["xaxb_err"] = obj.xaxb_err;
182 j["xaxb_err_flg"] = obj.xaxb_err_flg;
183 }
184
185 inline void from_json(const data_t& j, TimingPLLMonitorData& obj) {
186 if (j.contains("config_id"))
187 j.at("config_id").get_to(obj.config_id);
188 if (j.contains("cal_pll"))
189 j.at("cal_pll").get_to(obj.cal_pll);
190 if (j.contains("hold"))
191 j.at("hold").get_to(obj.hold);
192 if (j.contains("lol"))
193 j.at("lol").get_to(obj.lol);
194 if (j.contains("los"))
195 j.at("los").get_to(obj.los);
196 if (j.contains("los_xaxb"))
197 j.at("los_xaxb").get_to(obj.los_xaxb);
198 if (j.contains("los_xaxb_flg"))
199 j.at("los_xaxb_flg").get_to(obj.los_xaxb_flg);
200 if (j.contains("oof"))
201 j.at("oof").get_to(obj.oof);
202 if (j.contains("oof_sticky"))
203 j.at("oof_sticky").get_to(obj.oof_sticky);
204 if (j.contains("smbus_timeout"))
205 j.at("smbus_timeout").get_to(obj.smbus_timeout);
206 if (j.contains("smbus_timeout_flg"))
207 j.at("smbus_timeout_flg").get_to(obj.smbus_timeout_flg);
208 if (j.contains("sys_in_cal"))
209 j.at("sys_in_cal").get_to(obj.sys_in_cal);
210 if (j.contains("sys_in_cal_flg"))
211 j.at("sys_in_cal_flg").get_to(obj.sys_in_cal_flg);
212 if (j.contains("xaxb_err"))
213 j.at("xaxb_err").get_to(obj.xaxb_err);
214 if (j.contains("xaxb_err_flg"))
215 j.at("xaxb_err_flg").get_to(obj.xaxb_err_flg);
216 }
217
218 inline void to_json(data_t& j, const TimingSFPMonitorData& obj) {
219 j["vendor_name"] = obj.vendor_name;
220 j["vendor_pn"] = obj.vendor_pn;
221 j["sfp_fault"] = obj.sfp_fault;
222 j["ddm_supported"] = obj.ddm_supported;
223 j["tx_disable_hw"] = obj.tx_disable_hw;
224 j["tx_disable_sw_supported"] = obj.tx_disable_sw_supported;
225 j["tx_disable_sw"] = obj.tx_disable_sw;
226 j["temperature"] = obj.temperature;
227 j["supply_voltage"] = obj.supply_voltage;
228 j["rx_power"] = obj.rx_power;
229 j["tx_power"] = obj.tx_power;
230 j["laser_current"] = obj.laser_current;
231 j["data_valid"] = obj.data_valid;
232 }
233
234 inline void from_json(const data_t& j, TimingSFPMonitorData& obj) {
235 if (j.contains("vendor_name"))
236 j.at("vendor_name").get_to(obj.vendor_name);
237 if (j.contains("vendor_pn"))
238 j.at("vendor_pn").get_to(obj.vendor_pn);
239 if (j.contains("sfp_fault"))
240 j.at("sfp_fault").get_to(obj.sfp_fault);
241 if (j.contains("ddm_supported"))
242 j.at("ddm_supported").get_to(obj.ddm_supported);
243 if (j.contains("tx_disable_hw"))
244 j.at("tx_disable_hw").get_to(obj.tx_disable_hw);
245 if (j.contains("tx_disable_sw_supported"))
246 j.at("tx_disable_sw_supported").get_to(obj.tx_disable_sw_supported);
247 if (j.contains("tx_disable_sw"))
248 j.at("tx_disable_sw").get_to(obj.tx_disable_sw);
249 if (j.contains("temperature"))
250 j.at("temperature").get_to(obj.temperature);
251 if (j.contains("supply_voltage"))
252 j.at("supply_voltage").get_to(obj.supply_voltage);
253 if (j.contains("rx_power"))
254 j.at("rx_power").get_to(obj.rx_power);
255 if (j.contains("tx_power"))
256 j.at("tx_power").get_to(obj.tx_power);
257 if (j.contains("laser_current"))
258 j.at("laser_current").get_to(obj.laser_current);
259 if (j.contains("data_valid"))
260 j.at("data_valid").get_to(obj.data_valid);
261 }
262
263 inline void to_json(data_t& j, const TimingTLUMonitorData& obj) {
264 j["cdr_lol"] = obj.cdr_lol;
265 j["cdr_los"] = obj.cdr_los;
266 j["mmcm_ok"] = obj.mmcm_ok;
267 j["mmcm_sticky"] = obj.mmcm_sticky;
268 j["pll_ok"] = obj.pll_ok;
269 j["pll_sticky"] = obj.pll_sticky;
270 j["sfp_flt"] = obj.sfp_flt;
271 j["sfp_los"] = obj.sfp_los;
272 }
273
274 inline void from_json(const data_t& j, TimingTLUMonitorData& obj) {
275 if (j.contains("cdr_lol"))
276 j.at("cdr_lol").get_to(obj.cdr_lol);
277 if (j.contains("cdr_los"))
278 j.at("cdr_los").get_to(obj.cdr_los);
279 if (j.contains("mmcm_ok"))
280 j.at("mmcm_ok").get_to(obj.mmcm_ok);
281 if (j.contains("mmcm_sticky"))
282 j.at("mmcm_sticky").get_to(obj.mmcm_sticky);
283 if (j.contains("pll_ok"))
284 j.at("pll_ok").get_to(obj.pll_ok);
285 if (j.contains("pll_sticky"))
286 j.at("pll_sticky").get_to(obj.pll_sticky);
287 if (j.contains("sfp_flt"))
288 j.at("sfp_flt").get_to(obj.sfp_flt);
289 if (j.contains("sfp_los"))
290 j.at("sfp_los").get_to(obj.sfp_los);
291 }
292
293} // namespace dunedaq::timing::timinghardwareinfo
294
295#endif // DUNEDAQ_TIMING_TIMINGHARDWAREINFO_NLJS_HPP
dunedaq::timing::timinghardwareinfo::to_json
void to_json(data_t &j, const TimingFIBMonitorData &obj)
Definition Nljs.hpp:20
dunedaq::timing::timinghardwareinfo::from_json
void from_json(const data_t &j, TimingFIBMonitorData &obj)
Definition Nljs.hpp:28
Generated on Sat Jun 28 2025 for DUNE-DAQ by doxygen 1.12.0