Motr  M0
onwire_xc.c
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1 /* This file is automatically generated from conf/onwire.h */
2 
3 #include "lib/misc.h" /* offsetof */
4 #include "lib/assert.h"
5 #include "xcode/xcode.h"
6 
7 #include "conf/onwire.h"
8 #include "conf/onwire_xc.h"
9 
10 struct m0_xcode_type *m0_conf_fetch_xc;
11 struct m0_xcode_type *m0_conf_fetch_resp_xc;
12 struct m0_xcode_type *m0_conf_update_xc;
13 struct m0_xcode_type *m0_conf_update_resp_xc;
14 struct m0_xcode_type *arr_u32_xc;
15 struct m0_xcode_type *m0_confx_header_xc;
16 struct m0_xcode_type *m0_confx_root_xc;
17 struct m0_xcode_type *m0_confx_profile_xc;
18 struct m0_xcode_type *m0_confx_pool_xc;
19 struct m0_xcode_type *m0_confx_pver_actual_xc;
20 struct m0_xcode_type *m0_confx_pver_formulaic_xc;
21 struct m0_xcode_type *m0_confx_pver_u_xc;
22 struct m0_xcode_type *m0_confx_pver_xc;
23 struct m0_xcode_type *m0_confx_objv_xc;
24 struct m0_xcode_type *m0_confx_node_xc;
25 struct m0_xcode_type *m0_confx_process_xc;
26 struct m0_xcode_type *m0_confx_service_xc;
27 struct m0_xcode_type *m0_confx_sdev_xc;
28 struct m0_xcode_type *m0_confx_site_xc;
29 struct m0_xcode_type *m0_confx_rack_xc;
30 struct m0_xcode_type *m0_confx_enclosure_xc;
31 struct m0_xcode_type *m0_confx_controller_xc;
32 struct m0_xcode_type *m0_confx_drive_xc;
33 struct m0_xcode_type *m0_confx_fdmi_flt_grp_xc;
34 struct m0_xcode_type *m0_confx_fdmi_filter_xc;
35 struct m0_xcode_type *m0_confx_xc;
36 
37 static struct _m0_conf_fetch_s {
38  struct m0_xcode_type _type;
39  struct m0_xcode_field _child[2];
40 } _m0_conf_fetch = {
41  ._type = {
42  .xct_aggr = M0_XA_RECORD,
43  .xct_name = "m0_conf_fetch",
44  .xct_sizeof = sizeof (struct m0_conf_fetch),
45  .xct_nr = 2,
46  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_RPC,
47  }
48 };
49 
50 struct m0_xcode_type *m0_conf_fetch_xc = &_m0_conf_fetch._type;
51 M0_BASSERT(offsetof(struct _m0_conf_fetch_s, _child[0]) ==
52  offsetof(struct m0_xcode_type, xct_child[0]));
53 
54 static struct _m0_conf_fetch_resp_s {
55  struct m0_xcode_type _type;
56  struct m0_xcode_field _child[3];
57 } _m0_conf_fetch_resp = {
58  ._type = {
59  .xct_aggr = M0_XA_RECORD,
60  .xct_name = "m0_conf_fetch_resp",
61  .xct_sizeof = sizeof (struct m0_conf_fetch_resp),
62  .xct_nr = 3,
63  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_RPC,
64  }
65 };
66 
67 struct m0_xcode_type *m0_conf_fetch_resp_xc = &_m0_conf_fetch_resp._type;
68 M0_BASSERT(offsetof(struct _m0_conf_fetch_resp_s, _child[0]) ==
69  offsetof(struct m0_xcode_type, xct_child[0]));
70 
71 static struct _m0_conf_update_s {
72  struct m0_xcode_type _type;
73  struct m0_xcode_field _child[2];
74 } _m0_conf_update = {
75  ._type = {
76  .xct_aggr = M0_XA_RECORD,
77  .xct_name = "m0_conf_update",
78  .xct_sizeof = sizeof (struct m0_conf_update),
79  .xct_nr = 2,
80  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_RPC,
81  }
82 };
83 
84 struct m0_xcode_type *m0_conf_update_xc = &_m0_conf_update._type;
85 M0_BASSERT(offsetof(struct _m0_conf_update_s, _child[0]) ==
86  offsetof(struct m0_xcode_type, xct_child[0]));
87 
88 static struct _m0_conf_update_resp_s {
89  struct m0_xcode_type _type;
90  struct m0_xcode_field _child[1];
91 } _m0_conf_update_resp = {
92  ._type = {
93  .xct_aggr = M0_XA_RECORD,
94  .xct_name = "m0_conf_update_resp",
95  .xct_sizeof = sizeof (struct m0_conf_update_resp),
96  .xct_nr = 1,
97  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_RPC,
98  }
99 };
100 
101 struct m0_xcode_type *m0_conf_update_resp_xc = &_m0_conf_update_resp._type;
102 M0_BASSERT(offsetof(struct _m0_conf_update_resp_s, _child[0]) ==
103  offsetof(struct m0_xcode_type, xct_child[0]));
104 
105 static struct _arr_u32_s {
106  struct m0_xcode_type _type;
107  struct m0_xcode_field _child[2];
108 } _arr_u32 = {
109  ._type = {
110  .xct_aggr = M0_XA_SEQUENCE,
111  .xct_name = "arr_u32",
112  .xct_sizeof = sizeof (struct arr_u32),
113  .xct_nr = 2,
114  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
115  }
116 };
117 
118 struct m0_xcode_type *arr_u32_xc = &_arr_u32._type;
119 M0_BASSERT(offsetof(struct _arr_u32_s, _child[0]) ==
120  offsetof(struct m0_xcode_type, xct_child[0]));
121 
122 static struct _m0_confx_header_s {
123  struct m0_xcode_type _type;
124  struct m0_xcode_field _child[1];
125 } _m0_confx_header = {
126  ._type = {
127  .xct_aggr = M0_XA_RECORD,
128  .xct_name = "m0_confx_header",
129  .xct_sizeof = sizeof (struct m0_confx_header),
130  .xct_nr = 1,
131  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
132  }
133 };
134 
135 struct m0_xcode_type *m0_confx_header_xc = &_m0_confx_header._type;
136 M0_BASSERT(offsetof(struct _m0_confx_header_s, _child[0]) ==
137  offsetof(struct m0_xcode_type, xct_child[0]));
138 
139 static struct _m0_confx_root_s {
140  struct m0_xcode_type _type;
141  struct m0_xcode_field _child[12];
142 } _m0_confx_root = {
143  ._type = {
144  .xct_aggr = M0_XA_RECORD,
145  .xct_name = "m0_confx_root",
146  .xct_sizeof = sizeof (struct m0_confx_root),
147  .xct_nr = 12,
148  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
149  }
150 };
151 
152 struct m0_xcode_type *m0_confx_root_xc = &_m0_confx_root._type;
153 M0_BASSERT(offsetof(struct _m0_confx_root_s, _child[0]) ==
154  offsetof(struct m0_xcode_type, xct_child[0]));
155 
156 static struct _m0_confx_profile_s {
157  struct m0_xcode_type _type;
158  struct m0_xcode_field _child[2];
159 } _m0_confx_profile = {
160  ._type = {
161  .xct_aggr = M0_XA_RECORD,
162  .xct_name = "m0_confx_profile",
163  .xct_sizeof = sizeof (struct m0_confx_profile),
164  .xct_nr = 2,
165  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
166  }
167 };
168 
169 struct m0_xcode_type *m0_confx_profile_xc = &_m0_confx_profile._type;
170 M0_BASSERT(offsetof(struct _m0_confx_profile_s, _child[0]) ==
171  offsetof(struct m0_xcode_type, xct_child[0]));
172 
173 static struct _m0_confx_pool_s {
174  struct m0_xcode_type _type;
175  struct m0_xcode_field _child[3];
176 } _m0_confx_pool = {
177  ._type = {
178  .xct_aggr = M0_XA_RECORD,
179  .xct_name = "m0_confx_pool",
180  .xct_sizeof = sizeof (struct m0_confx_pool),
181  .xct_nr = 3,
182  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
183  }
184 };
185 
186 struct m0_xcode_type *m0_confx_pool_xc = &_m0_confx_pool._type;
187 M0_BASSERT(offsetof(struct _m0_confx_pool_s, _child[0]) ==
188  offsetof(struct m0_xcode_type, xct_child[0]));
189 
190 static struct _m0_confx_pver_actual_s {
191  struct m0_xcode_type _type;
192  struct m0_xcode_field _child[6];
193 } _m0_confx_pver_actual = {
194  ._type = {
195  .xct_aggr = M0_XA_RECORD,
196  .xct_name = "m0_confx_pver_actual",
197  .xct_sizeof = sizeof (struct m0_confx_pver_actual),
198  .xct_nr = 6,
199  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
200  }
201 };
202 
203 struct m0_xcode_type *m0_confx_pver_actual_xc = &_m0_confx_pver_actual._type;
204 M0_BASSERT(offsetof(struct _m0_confx_pver_actual_s, _child[0]) ==
205  offsetof(struct m0_xcode_type, xct_child[0]));
206 
207 static struct _m0_confx_pver_formulaic_s {
208  struct m0_xcode_type _type;
209  struct m0_xcode_field _child[3];
210 } _m0_confx_pver_formulaic = {
211  ._type = {
212  .xct_aggr = M0_XA_RECORD,
213  .xct_name = "m0_confx_pver_formulaic",
214  .xct_sizeof = sizeof (struct m0_confx_pver_formulaic),
215  .xct_nr = 3,
216  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
217  }
218 };
219 
220 struct m0_xcode_type *m0_confx_pver_formulaic_xc = &_m0_confx_pver_formulaic._type;
221 M0_BASSERT(offsetof(struct _m0_confx_pver_formulaic_s, _child[0]) ==
222  offsetof(struct m0_xcode_type, xct_child[0]));
223 
224 static struct _m0_confx_pver_u_s {
225  struct m0_xcode_type _type;
226  struct m0_xcode_field _child[3];
227 } _m0_confx_pver_u = {
228  ._type = {
229  .xct_aggr = M0_XA_UNION,
230  .xct_name = "m0_confx_pver_u",
231  .xct_sizeof = sizeof (struct m0_confx_pver_u),
232  .xct_nr = 3,
233  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
234  }
235 };
236 
237 struct m0_xcode_type *m0_confx_pver_u_xc = &_m0_confx_pver_u._type;
238 M0_BASSERT(offsetof(struct _m0_confx_pver_u_s, _child[0]) ==
239  offsetof(struct m0_xcode_type, xct_child[0]));
240 
241 static struct _m0_confx_pver_s {
242  struct m0_xcode_type _type;
243  struct m0_xcode_field _child[2];
244 } _m0_confx_pver = {
245  ._type = {
246  .xct_aggr = M0_XA_RECORD,
247  .xct_name = "m0_confx_pver",
248  .xct_sizeof = sizeof (struct m0_confx_pver),
249  .xct_nr = 2,
250  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
251  }
252 };
253 
254 struct m0_xcode_type *m0_confx_pver_xc = &_m0_confx_pver._type;
255 M0_BASSERT(offsetof(struct _m0_confx_pver_s, _child[0]) ==
256  offsetof(struct m0_xcode_type, xct_child[0]));
257 
258 static struct _m0_confx_objv_s {
259  struct m0_xcode_type _type;
260  struct m0_xcode_field _child[3];
261 } _m0_confx_objv = {
262  ._type = {
263  .xct_aggr = M0_XA_RECORD,
264  .xct_name = "m0_confx_objv",
265  .xct_sizeof = sizeof (struct m0_confx_objv),
266  .xct_nr = 3,
267  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
268  }
269 };
270 
271 struct m0_xcode_type *m0_confx_objv_xc = &_m0_confx_objv._type;
272 M0_BASSERT(offsetof(struct _m0_confx_objv_s, _child[0]) ==
273  offsetof(struct m0_xcode_type, xct_child[0]));
274 
275 static struct _m0_confx_node_s {
276  struct m0_xcode_type _type;
277  struct m0_xcode_field _child[6];
278 } _m0_confx_node = {
279  ._type = {
280  .xct_aggr = M0_XA_RECORD,
281  .xct_name = "m0_confx_node",
282  .xct_sizeof = sizeof (struct m0_confx_node),
283  .xct_nr = 6,
284  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
285  }
286 };
287 
288 struct m0_xcode_type *m0_confx_node_xc = &_m0_confx_node._type;
289 M0_BASSERT(offsetof(struct _m0_confx_node_s, _child[0]) ==
290  offsetof(struct m0_xcode_type, xct_child[0]));
291 
292 static struct _m0_confx_process_s {
293  struct m0_xcode_type _type;
294  struct m0_xcode_field _child[8];
295 } _m0_confx_process = {
296  ._type = {
297  .xct_aggr = M0_XA_RECORD,
298  .xct_name = "m0_confx_process",
299  .xct_sizeof = sizeof (struct m0_confx_process),
300  .xct_nr = 8,
301  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
302  }
303 };
304 
305 struct m0_xcode_type *m0_confx_process_xc = &_m0_confx_process._type;
306 M0_BASSERT(offsetof(struct _m0_confx_process_s, _child[0]) ==
307  offsetof(struct m0_xcode_type, xct_child[0]));
308 
309 static struct _m0_confx_service_s {
310  struct m0_xcode_type _type;
311  struct m0_xcode_field _child[5];
312 } _m0_confx_service = {
313  ._type = {
314  .xct_aggr = M0_XA_RECORD,
315  .xct_name = "m0_confx_service",
316  .xct_sizeof = sizeof (struct m0_confx_service),
317  .xct_nr = 5,
318  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
319  }
320 };
321 
322 struct m0_xcode_type *m0_confx_service_xc = &_m0_confx_service._type;
323 M0_BASSERT(offsetof(struct _m0_confx_service_s, _child[0]) ==
324  offsetof(struct m0_xcode_type, xct_child[0]));
325 
326 static struct _m0_confx_sdev_s {
327  struct m0_xcode_type _type;
328  struct m0_xcode_field _child[9];
329 } _m0_confx_sdev = {
330  ._type = {
331  .xct_aggr = M0_XA_RECORD,
332  .xct_name = "m0_confx_sdev",
333  .xct_sizeof = sizeof (struct m0_confx_sdev),
334  .xct_nr = 9,
335  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
336  }
337 };
338 
339 struct m0_xcode_type *m0_confx_sdev_xc = &_m0_confx_sdev._type;
340 M0_BASSERT(offsetof(struct _m0_confx_sdev_s, _child[0]) ==
341  offsetof(struct m0_xcode_type, xct_child[0]));
342 
343 static struct _m0_confx_site_s {
344  struct m0_xcode_type _type;
345  struct m0_xcode_field _child[3];
346 } _m0_confx_site = {
347  ._type = {
348  .xct_aggr = M0_XA_RECORD,
349  .xct_name = "m0_confx_site",
350  .xct_sizeof = sizeof (struct m0_confx_site),
351  .xct_nr = 3,
352  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
353  }
354 };
355 
356 struct m0_xcode_type *m0_confx_site_xc = &_m0_confx_site._type;
357 M0_BASSERT(offsetof(struct _m0_confx_site_s, _child[0]) ==
358  offsetof(struct m0_xcode_type, xct_child[0]));
359 
360 static struct _m0_confx_rack_s {
361  struct m0_xcode_type _type;
362  struct m0_xcode_field _child[3];
363 } _m0_confx_rack = {
364  ._type = {
365  .xct_aggr = M0_XA_RECORD,
366  .xct_name = "m0_confx_rack",
367  .xct_sizeof = sizeof (struct m0_confx_rack),
368  .xct_nr = 3,
369  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
370  }
371 };
372 
373 struct m0_xcode_type *m0_confx_rack_xc = &_m0_confx_rack._type;
374 M0_BASSERT(offsetof(struct _m0_confx_rack_s, _child[0]) ==
375  offsetof(struct m0_xcode_type, xct_child[0]));
376 
377 static struct _m0_confx_enclosure_s {
378  struct m0_xcode_type _type;
379  struct m0_xcode_field _child[4];
380 } _m0_confx_enclosure = {
381  ._type = {
382  .xct_aggr = M0_XA_RECORD,
383  .xct_name = "m0_confx_enclosure",
384  .xct_sizeof = sizeof (struct m0_confx_enclosure),
385  .xct_nr = 4,
386  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
387  }
388 };
389 
390 struct m0_xcode_type *m0_confx_enclosure_xc = &_m0_confx_enclosure._type;
391 M0_BASSERT(offsetof(struct _m0_confx_enclosure_s, _child[0]) ==
392  offsetof(struct m0_xcode_type, xct_child[0]));
393 
394 static struct _m0_confx_controller_s {
395  struct m0_xcode_type _type;
396  struct m0_xcode_field _child[3];
397 } _m0_confx_controller = {
398  ._type = {
399  .xct_aggr = M0_XA_RECORD,
400  .xct_name = "m0_confx_controller",
401  .xct_sizeof = sizeof (struct m0_confx_controller),
402  .xct_nr = 3,
403  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
404  }
405 };
406 
407 struct m0_xcode_type *m0_confx_controller_xc = &_m0_confx_controller._type;
408 M0_BASSERT(offsetof(struct _m0_confx_controller_s, _child[0]) ==
409  offsetof(struct m0_xcode_type, xct_child[0]));
410 
411 static struct _m0_confx_drive_s {
412  struct m0_xcode_type _type;
413  struct m0_xcode_field _child[3];
414 } _m0_confx_drive = {
415  ._type = {
416  .xct_aggr = M0_XA_RECORD,
417  .xct_name = "m0_confx_drive",
418  .xct_sizeof = sizeof (struct m0_confx_drive),
419  .xct_nr = 3,
420  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
421  }
422 };
423 
424 struct m0_xcode_type *m0_confx_drive_xc = &_m0_confx_drive._type;
425 M0_BASSERT(offsetof(struct _m0_confx_drive_s, _child[0]) ==
426  offsetof(struct m0_xcode_type, xct_child[0]));
427 
428 static struct _m0_confx_fdmi_flt_grp_s {
429  struct m0_xcode_type _type;
430  struct m0_xcode_field _child[3];
431 } _m0_confx_fdmi_flt_grp = {
432  ._type = {
433  .xct_aggr = M0_XA_RECORD,
434  .xct_name = "m0_confx_fdmi_flt_grp",
435  .xct_sizeof = sizeof (struct m0_confx_fdmi_flt_grp),
436  .xct_nr = 3,
437  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
438  }
439 };
440 
441 struct m0_xcode_type *m0_confx_fdmi_flt_grp_xc = &_m0_confx_fdmi_flt_grp._type;
442 M0_BASSERT(offsetof(struct _m0_confx_fdmi_flt_grp_s, _child[0]) ==
443  offsetof(struct m0_xcode_type, xct_child[0]));
444 
445 static struct _m0_confx_fdmi_filter_s {
446  struct m0_xcode_type _type;
447  struct m0_xcode_field _child[8];
448 } _m0_confx_fdmi_filter = {
449  ._type = {
450  .xct_aggr = M0_XA_RECORD,
451  .xct_name = "m0_confx_fdmi_filter",
452  .xct_sizeof = sizeof (struct m0_confx_fdmi_filter),
453  .xct_nr = 8,
454  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
455  }
456 };
457 
458 struct m0_xcode_type *m0_confx_fdmi_filter_xc = &_m0_confx_fdmi_filter._type;
459 M0_BASSERT(offsetof(struct _m0_confx_fdmi_filter_s, _child[0]) ==
460  offsetof(struct m0_xcode_type, xct_child[0]));
461 
462 static struct _m0_confx_s {
463  struct m0_xcode_type _type;
464  struct m0_xcode_field _child[2];
465 } _m0_confx = {
466  ._type = {
467  .xct_aggr = M0_XA_SEQUENCE,
468  .xct_name = "m0_confx",
469  .xct_sizeof = sizeof (struct m0_confx),
470  .xct_nr = 2,
471  .xct_flags = M0_XCODE_TYPE_FLAG_DOM_CONF | M0_XCODE_TYPE_FLAG_DOM_RPC,
472  }
473 };
474 
475 struct m0_xcode_type *m0_confx_xc = &_m0_confx._type;
476 M0_BASSERT(offsetof(struct _m0_confx_s, _child[0]) ==
477  offsetof(struct m0_xcode_type, xct_child[0]));
478 
479 
480 M0_BASSERT(sizeof(struct m0_conf_fetch) == 32U);
481 
482 M0_BASSERT(sizeof ((struct m0_conf_fetch *)0)->f_origin == 16U);
483 M0_BASSERT(offsetof(struct m0_conf_fetch, f_origin) == 0U);
484 M0_BASSERT(sizeof ((struct m0_conf_fetch *)0)->f_path == 16U);
485 M0_BASSERT(offsetof(struct m0_conf_fetch, f_path) == 16U);
486 
487 M0_BASSERT(sizeof(struct m0_conf_fetch_resp) == 32U);
488 
489 M0_BASSERT(sizeof ((struct m0_conf_fetch_resp *)0)->fr_rc == 4U);
490 M0_BASSERT(offsetof(struct m0_conf_fetch_resp, fr_rc) == 0U);
491 M0_BASSERT(sizeof ((struct m0_conf_fetch_resp *)0)->fr_ver == 8U);
492 M0_BASSERT(offsetof(struct m0_conf_fetch_resp, fr_ver) == 8U);
493 M0_BASSERT(sizeof ((struct m0_conf_fetch_resp *)0)->fr_data == 16U);
494 M0_BASSERT(offsetof(struct m0_conf_fetch_resp, fr_data) == 16U);
495 
496 M0_BASSERT(sizeof(struct m0_conf_update) == 32U);
497 
498 M0_BASSERT(sizeof ((struct m0_conf_update *)0)->u_origin == 16U);
499 M0_BASSERT(offsetof(struct m0_conf_update, u_origin) == 0U);
500 M0_BASSERT(sizeof ((struct m0_conf_update *)0)->u_data == 16U);
501 M0_BASSERT(offsetof(struct m0_conf_update, u_data) == 16U);
502 
503 M0_BASSERT(sizeof(struct m0_conf_update_resp) == 4U);
504 
505 M0_BASSERT(sizeof ((struct m0_conf_update_resp *)0)->ur_rc == 4U);
506 M0_BASSERT(offsetof(struct m0_conf_update_resp, ur_rc) == 0U);
507 
508 M0_BASSERT(sizeof(struct arr_u32) == 16U);
509 
510 M0_BASSERT(sizeof ((struct arr_u32 *)0)->au_count == 4U);
511 M0_BASSERT(offsetof(struct arr_u32, au_count) == 0U);
512 M0_BASSERT(sizeof ((struct arr_u32 *)0)->au_elems == 8U);
513 M0_BASSERT(offsetof(struct arr_u32, au_elems) == 8U);
514 
515 M0_BASSERT(sizeof(struct m0_confx_header) == 16U);
516 
517 M0_BASSERT(sizeof ((struct m0_confx_header *)0)->ch_id == 16U);
518 M0_BASSERT(offsetof(struct m0_confx_header, ch_id) == 0U);
519 
520 M0_BASSERT(sizeof(struct m0_confx_root) == 176U);
521 
522 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_header == 16U);
523 M0_BASSERT(offsetof(struct m0_confx_root, xt_header) == 0U);
524 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_verno == 8U);
525 M0_BASSERT(offsetof(struct m0_confx_root, xt_verno) == 16U);
526 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_rootfid == 16U);
527 M0_BASSERT(offsetof(struct m0_confx_root, xt_rootfid) == 24U);
528 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_mdpool == 16U);
529 M0_BASSERT(offsetof(struct m0_confx_root, xt_mdpool) == 40U);
530 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_imeta_pver == 16U);
531 M0_BASSERT(offsetof(struct m0_confx_root, xt_imeta_pver) == 56U);
532 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_mdredundancy == 4U);
533 M0_BASSERT(offsetof(struct m0_confx_root, xt_mdredundancy) == 72U);
534 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_params == 16U);
535 M0_BASSERT(offsetof(struct m0_confx_root, xt_params) == 80U);
536 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_nodes == 16U);
537 M0_BASSERT(offsetof(struct m0_confx_root, xt_nodes) == 96U);
538 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_sites == 16U);
539 M0_BASSERT(offsetof(struct m0_confx_root, xt_sites) == 112U);
540 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_pools == 16U);
541 M0_BASSERT(offsetof(struct m0_confx_root, xt_pools) == 128U);
542 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_profiles == 16U);
543 M0_BASSERT(offsetof(struct m0_confx_root, xt_profiles) == 144U);
544 M0_BASSERT(sizeof ((struct m0_confx_root *)0)->xt_fdmi_flt_grps == 16U);
545 M0_BASSERT(offsetof(struct m0_confx_root, xt_fdmi_flt_grps) == 160U);
546 
547 M0_BASSERT(sizeof(struct m0_confx_profile) == 32U);
548 
549 M0_BASSERT(sizeof ((struct m0_confx_profile *)0)->xp_header == 16U);
550 M0_BASSERT(offsetof(struct m0_confx_profile, xp_header) == 0U);
551 M0_BASSERT(sizeof ((struct m0_confx_profile *)0)->xp_pools == 16U);
552 M0_BASSERT(offsetof(struct m0_confx_profile, xp_pools) == 16U);
553 
554 M0_BASSERT(sizeof(struct m0_confx_pool) == 40U);
555 
556 M0_BASSERT(sizeof ((struct m0_confx_pool *)0)->xp_header == 16U);
557 M0_BASSERT(offsetof(struct m0_confx_pool, xp_header) == 0U);
558 M0_BASSERT(sizeof ((struct m0_confx_pool *)0)->xp_pver_policy == 4U);
559 M0_BASSERT(offsetof(struct m0_confx_pool, xp_pver_policy) == 16U);
560 M0_BASSERT(sizeof ((struct m0_confx_pool *)0)->xp_pvers == 16U);
561 M0_BASSERT(offsetof(struct m0_confx_pool, xp_pvers) == 24U);
562 
563 M0_BASSERT(sizeof(struct m0_confx_pver_actual) == 48U);
564 
565 M0_BASSERT(sizeof ((struct m0_confx_pver_actual *)0)->xva_N == 4U);
566 M0_BASSERT(offsetof(struct m0_confx_pver_actual, xva_N) == 0U);
567 M0_BASSERT(sizeof ((struct m0_confx_pver_actual *)0)->xva_K == 4U);
568 M0_BASSERT(offsetof(struct m0_confx_pver_actual, xva_K) == 4U);
569 M0_BASSERT(sizeof ((struct m0_confx_pver_actual *)0)->xva_S == 4U);
570 M0_BASSERT(offsetof(struct m0_confx_pver_actual, xva_S) == 8U);
571 M0_BASSERT(sizeof ((struct m0_confx_pver_actual *)0)->xva_P == 4U);
572 M0_BASSERT(offsetof(struct m0_confx_pver_actual, xva_P) == 12U);
573 M0_BASSERT(sizeof ((struct m0_confx_pver_actual *)0)->xva_tolerance == 16U);
574 M0_BASSERT(offsetof(struct m0_confx_pver_actual, xva_tolerance) == 16U);
575 M0_BASSERT(sizeof ((struct m0_confx_pver_actual *)0)->xva_sitevs == 16U);
576 M0_BASSERT(offsetof(struct m0_confx_pver_actual, xva_sitevs) == 32U);
577 
578 M0_BASSERT(sizeof(struct m0_confx_pver_formulaic) == 40U);
579 
580 M0_BASSERT(sizeof ((struct m0_confx_pver_formulaic *)0)->xvf_id == 4U);
581 M0_BASSERT(offsetof(struct m0_confx_pver_formulaic, xvf_id) == 0U);
582 M0_BASSERT(sizeof ((struct m0_confx_pver_formulaic *)0)->xvf_base == 16U);
583 M0_BASSERT(offsetof(struct m0_confx_pver_formulaic, xvf_base) == 8U);
584 M0_BASSERT(sizeof ((struct m0_confx_pver_formulaic *)0)->xvf_allowance == 16U);
585 M0_BASSERT(offsetof(struct m0_confx_pver_formulaic, xvf_allowance) == 24U);
586 
587 M0_BASSERT(sizeof(struct m0_confx_pver_u) == 56U);
588 
589 M0_BASSERT(sizeof ((struct m0_confx_pver_u *)0)->xpv_is_formulaic == 1U);
590 M0_BASSERT(offsetof(struct m0_confx_pver_u, xpv_is_formulaic) == 0U);
591 M0_BASSERT(sizeof ((struct m0_confx_pver_u *)0)->u.xpv_actual == 48U);
592 M0_BASSERT(offsetof(struct m0_confx_pver_u, u.xpv_actual) == 8U);
593 M0_BASSERT(sizeof ((struct m0_confx_pver_u *)0)->u.xpv_formulaic == 40U);
594 M0_BASSERT(offsetof(struct m0_confx_pver_u, u.xpv_formulaic) == 8U);
595 
596 M0_BASSERT(sizeof(struct m0_confx_pver) == 72U);
597 
598 M0_BASSERT(sizeof ((struct m0_confx_pver *)0)->xv_header == 16U);
599 M0_BASSERT(offsetof(struct m0_confx_pver, xv_header) == 0U);
600 M0_BASSERT(sizeof ((struct m0_confx_pver *)0)->xv_u == 56U);
601 M0_BASSERT(offsetof(struct m0_confx_pver, xv_u) == 16U);
602 
603 M0_BASSERT(sizeof(struct m0_confx_objv) == 48U);
604 
605 M0_BASSERT(sizeof ((struct m0_confx_objv *)0)->xj_header == 16U);
606 M0_BASSERT(offsetof(struct m0_confx_objv, xj_header) == 0U);
607 M0_BASSERT(sizeof ((struct m0_confx_objv *)0)->xj_real == 16U);
608 M0_BASSERT(offsetof(struct m0_confx_objv, xj_real) == 16U);
609 M0_BASSERT(sizeof ((struct m0_confx_objv *)0)->xj_children == 16U);
610 M0_BASSERT(offsetof(struct m0_confx_objv, xj_children) == 32U);
611 
612 M0_BASSERT(sizeof(struct m0_confx_node) == 56U);
613 
614 M0_BASSERT(sizeof ((struct m0_confx_node *)0)->xn_header == 16U);
615 M0_BASSERT(offsetof(struct m0_confx_node, xn_header) == 0U);
616 M0_BASSERT(sizeof ((struct m0_confx_node *)0)->xn_memsize == 4U);
617 M0_BASSERT(offsetof(struct m0_confx_node, xn_memsize) == 16U);
618 M0_BASSERT(sizeof ((struct m0_confx_node *)0)->xn_nr_cpu == 4U);
619 M0_BASSERT(offsetof(struct m0_confx_node, xn_nr_cpu) == 20U);
620 M0_BASSERT(sizeof ((struct m0_confx_node *)0)->xn_last_state == 8U);
621 M0_BASSERT(offsetof(struct m0_confx_node, xn_last_state) == 24U);
622 M0_BASSERT(sizeof ((struct m0_confx_node *)0)->xn_flags == 8U);
623 M0_BASSERT(offsetof(struct m0_confx_node, xn_flags) == 32U);
624 M0_BASSERT(sizeof ((struct m0_confx_node *)0)->xn_processes == 16U);
625 M0_BASSERT(offsetof(struct m0_confx_node, xn_processes) == 40U);
626 
627 M0_BASSERT(sizeof(struct m0_confx_process) == 96U);
628 
629 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_header == 16U);
630 M0_BASSERT(offsetof(struct m0_confx_process, xr_header) == 0U);
631 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_cores == 16U);
632 M0_BASSERT(offsetof(struct m0_confx_process, xr_cores) == 16U);
633 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_mem_limit_as == 8U);
634 M0_BASSERT(offsetof(struct m0_confx_process, xr_mem_limit_as) == 32U);
635 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_mem_limit_rss == 8U);
636 M0_BASSERT(offsetof(struct m0_confx_process, xr_mem_limit_rss) == 40U);
637 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_mem_limit_stack == 8U);
638 M0_BASSERT(offsetof(struct m0_confx_process, xr_mem_limit_stack) == 48U);
639 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_mem_limit_memlock == 8U);
640 M0_BASSERT(offsetof(struct m0_confx_process, xr_mem_limit_memlock) == 56U);
641 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_endpoint == 16U);
642 M0_BASSERT(offsetof(struct m0_confx_process, xr_endpoint) == 64U);
643 M0_BASSERT(sizeof ((struct m0_confx_process *)0)->xr_services == 16U);
644 M0_BASSERT(offsetof(struct m0_confx_process, xr_services) == 80U);
645 
646 M0_BASSERT(sizeof(struct m0_confx_service) == 72U);
647 
648 M0_BASSERT(sizeof ((struct m0_confx_service *)0)->xs_header == 16U);
649 M0_BASSERT(offsetof(struct m0_confx_service, xs_header) == 0U);
650 M0_BASSERT(sizeof ((struct m0_confx_service *)0)->xs_type == 4U);
651 M0_BASSERT(offsetof(struct m0_confx_service, xs_type) == 16U);
652 M0_BASSERT(sizeof ((struct m0_confx_service *)0)->xs_endpoints == 16U);
653 M0_BASSERT(offsetof(struct m0_confx_service, xs_endpoints) == 24U);
654 M0_BASSERT(sizeof ((struct m0_confx_service *)0)->xs_params == 16U);
655 M0_BASSERT(offsetof(struct m0_confx_service, xs_params) == 40U);
656 M0_BASSERT(sizeof ((struct m0_confx_service *)0)->xs_sdevs == 16U);
657 M0_BASSERT(offsetof(struct m0_confx_service, xs_sdevs) == 56U);
658 
659 M0_BASSERT(sizeof(struct m0_confx_sdev) == 72U);
660 
661 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_header == 16U);
662 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_header) == 0U);
663 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_dev_idx == 4U);
664 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_dev_idx) == 16U);
665 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_iface == 4U);
666 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_iface) == 20U);
667 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_media == 4U);
668 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_media) == 24U);
669 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_bsize == 4U);
670 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_bsize) == 28U);
671 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_size == 8U);
672 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_size) == 32U);
673 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_last_state == 8U);
674 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_last_state) == 40U);
675 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_flags == 8U);
676 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_flags) == 48U);
677 M0_BASSERT(sizeof ((struct m0_confx_sdev *)0)->xd_filename == 16U);
678 M0_BASSERT(offsetof(struct m0_confx_sdev, xd_filename) == 56U);
679 
680 M0_BASSERT(sizeof(struct m0_confx_site) == 48U);
681 
682 M0_BASSERT(sizeof ((struct m0_confx_site *)0)->xi_header == 16U);
683 M0_BASSERT(offsetof(struct m0_confx_site, xi_header) == 0U);
684 M0_BASSERT(sizeof ((struct m0_confx_site *)0)->xi_racks == 16U);
685 M0_BASSERT(offsetof(struct m0_confx_site, xi_racks) == 16U);
686 M0_BASSERT(sizeof ((struct m0_confx_site *)0)->xi_pvers == 16U);
687 M0_BASSERT(offsetof(struct m0_confx_site, xi_pvers) == 32U);
688 
689 M0_BASSERT(sizeof(struct m0_confx_rack) == 48U);
690 
691 M0_BASSERT(sizeof ((struct m0_confx_rack *)0)->xr_header == 16U);
692 M0_BASSERT(offsetof(struct m0_confx_rack, xr_header) == 0U);
693 M0_BASSERT(sizeof ((struct m0_confx_rack *)0)->xr_encls == 16U);
694 M0_BASSERT(offsetof(struct m0_confx_rack, xr_encls) == 16U);
695 M0_BASSERT(sizeof ((struct m0_confx_rack *)0)->xr_pvers == 16U);
696 M0_BASSERT(offsetof(struct m0_confx_rack, xr_pvers) == 32U);
697 
698 M0_BASSERT(sizeof(struct m0_confx_enclosure) == 64U);
699 
700 M0_BASSERT(sizeof ((struct m0_confx_enclosure *)0)->xe_header == 16U);
701 M0_BASSERT(offsetof(struct m0_confx_enclosure, xe_header) == 0U);
702 M0_BASSERT(sizeof ((struct m0_confx_enclosure *)0)->xe_node == 16U);
703 M0_BASSERT(offsetof(struct m0_confx_enclosure, xe_node) == 16U);
704 M0_BASSERT(sizeof ((struct m0_confx_enclosure *)0)->xe_ctrls == 16U);
705 M0_BASSERT(offsetof(struct m0_confx_enclosure, xe_ctrls) == 32U);
706 M0_BASSERT(sizeof ((struct m0_confx_enclosure *)0)->xe_pvers == 16U);
707 M0_BASSERT(offsetof(struct m0_confx_enclosure, xe_pvers) == 48U);
708 
709 M0_BASSERT(sizeof(struct m0_confx_controller) == 48U);
710 
711 M0_BASSERT(sizeof ((struct m0_confx_controller *)0)->xc_header == 16U);
712 M0_BASSERT(offsetof(struct m0_confx_controller, xc_header) == 0U);
713 M0_BASSERT(sizeof ((struct m0_confx_controller *)0)->xc_drives == 16U);
714 M0_BASSERT(offsetof(struct m0_confx_controller, xc_drives) == 16U);
715 M0_BASSERT(sizeof ((struct m0_confx_controller *)0)->xc_pvers == 16U);
716 M0_BASSERT(offsetof(struct m0_confx_controller, xc_pvers) == 32U);
717 
718 M0_BASSERT(sizeof(struct m0_confx_drive) == 48U);
719 
720 M0_BASSERT(sizeof ((struct m0_confx_drive *)0)->xk_header == 16U);
721 M0_BASSERT(offsetof(struct m0_confx_drive, xk_header) == 0U);
722 M0_BASSERT(sizeof ((struct m0_confx_drive *)0)->xk_sdev == 16U);
723 M0_BASSERT(offsetof(struct m0_confx_drive, xk_sdev) == 16U);
724 M0_BASSERT(sizeof ((struct m0_confx_drive *)0)->xk_pvers == 16U);
725 M0_BASSERT(offsetof(struct m0_confx_drive, xk_pvers) == 32U);
726 
727 M0_BASSERT(sizeof(struct m0_confx_fdmi_flt_grp) == 40U);
728 
729 M0_BASSERT(sizeof ((struct m0_confx_fdmi_flt_grp *)0)->xfg_header == 16U);
730 M0_BASSERT(offsetof(struct m0_confx_fdmi_flt_grp, xfg_header) == 0U);
731 M0_BASSERT(sizeof ((struct m0_confx_fdmi_flt_grp *)0)->xfg_rec_type == 4U);
732 M0_BASSERT(offsetof(struct m0_confx_fdmi_flt_grp, xfg_rec_type) == 16U);
733 M0_BASSERT(sizeof ((struct m0_confx_fdmi_flt_grp *)0)->xfg_filters == 16U);
734 M0_BASSERT(offsetof(struct m0_confx_fdmi_flt_grp, xfg_filters) == 24U);
735 
736 M0_BASSERT(sizeof(struct m0_confx_fdmi_filter) == 120U);
737 
738 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_header == 16U);
739 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_header) == 0U);
740 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_type == 4U);
741 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_type) == 16U);
742 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_filter_id == 16U);
743 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_filter_id) == 24U);
744 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_filter_root == 16U);
745 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_filter_root) == 40U);
746 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_node == 16U);
747 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_node) == 56U);
748 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_dix_pver == 16U);
749 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_dix_pver) == 72U);
750 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_substrings == 16U);
751 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_substrings) == 88U);
752 M0_BASSERT(sizeof ((struct m0_confx_fdmi_filter *)0)->xf_endpoints == 16U);
753 M0_BASSERT(offsetof(struct m0_confx_fdmi_filter, xf_endpoints) == 104U);
754 
755 M0_BASSERT(sizeof(struct m0_confx) == 16U);
756 
757 M0_BASSERT(sizeof ((struct m0_confx *)0)->cx_nr == 4U);
758 M0_BASSERT(offsetof(struct m0_confx, cx_nr) == 0U);
759 M0_BASSERT(sizeof ((struct m0_confx *)0)->cx__objs == 8U);
760 M0_BASSERT(offsetof(struct m0_confx, cx__objs) == 8U);
761 
762 
763 
764 M0_INTERNAL void m0_xc_m0_conf_fetch_struct_init(void)
765 {
766  _m0_conf_fetch._child[0] = (struct m0_xcode_field) {
767  .xf_name = "f_origin",
768 
769  .xf_type = m0_fid_xc,
770 
771  .xf_tag = 0,
772  .xf_opaque = NULL,
773  .xf_offset = offsetof(struct m0_conf_fetch, f_origin),
774  .xf_read = NULL,
775  .xf_decor = {
776  [M0_XCODE_DECOR_READ] = NULL
777  }
778  };
779  m0_xc_m0_fid_struct_init();
780 
781  _m0_conf_fetch._child[1] = (struct m0_xcode_field) {
782  .xf_name = "f_path",
783 
784  .xf_type = m0_fid_arr_xc,
785 
786  .xf_tag = 0,
787  .xf_opaque = NULL,
788  .xf_offset = offsetof(struct m0_conf_fetch, f_path),
789  .xf_read = NULL,
790  .xf_decor = {
791  [M0_XCODE_DECOR_READ] = NULL
792  }
793  };
794  m0_xc_m0_fid_arr_struct_init();
795 
796  M0_POST(m0_xcode_type_invariant(m0_conf_fetch_xc));
797 }
798 
799 M0_INTERNAL void m0_xc_m0_conf_fetch_resp_struct_init(void)
800 {
801  _m0_conf_fetch_resp._child[0] = (struct m0_xcode_field) {
802  .xf_name = "fr_rc",
803 
804  .xf_type = &M0_XT_U32,
805 
806  .xf_tag = 0,
807  .xf_opaque = NULL,
808  .xf_offset = offsetof(struct m0_conf_fetch_resp, fr_rc),
809  .xf_read = NULL,
810  .xf_decor = {
811  [M0_XCODE_DECOR_READ] = NULL
812  }
813  };
814  m0_xc_u32_init();
815 
816  _m0_conf_fetch_resp._child[1] = (struct m0_xcode_field) {
817  .xf_name = "fr_ver",
818 
819  .xf_type = &M0_XT_U64,
820 
821  .xf_tag = 0,
822  .xf_opaque = NULL,
823  .xf_offset = offsetof(struct m0_conf_fetch_resp, fr_ver),
824  .xf_read = NULL,
825  .xf_decor = {
826  [M0_XCODE_DECOR_READ] = NULL
827  }
828  };
829  m0_xc_u64_init();
830 
831  _m0_conf_fetch_resp._child[2] = (struct m0_xcode_field) {
832  .xf_name = "fr_data",
833 
834  .xf_type = m0_confx_xc,
835 
836  .xf_tag = 0,
837  .xf_opaque = NULL,
838  .xf_offset = offsetof(struct m0_conf_fetch_resp, fr_data),
839  .xf_read = NULL,
840  .xf_decor = {
841  [M0_XCODE_DECOR_READ] = NULL
842  }
843  };
844  m0_xc_m0_confx_struct_init();
845 
846  M0_POST(m0_xcode_type_invariant(m0_conf_fetch_resp_xc));
847 }
848 
849 M0_INTERNAL void m0_xc_m0_conf_update_struct_init(void)
850 {
851  _m0_conf_update._child[0] = (struct m0_xcode_field) {
852  .xf_name = "u_origin",
853 
854  .xf_type = m0_fid_xc,
855 
856  .xf_tag = 0,
857  .xf_opaque = NULL,
858  .xf_offset = offsetof(struct m0_conf_update, u_origin),
859  .xf_read = NULL,
860  .xf_decor = {
861  [M0_XCODE_DECOR_READ] = NULL
862  }
863  };
864  m0_xc_m0_fid_struct_init();
865 
866  _m0_conf_update._child[1] = (struct m0_xcode_field) {
867  .xf_name = "u_data",
868 
869  .xf_type = m0_confx_xc,
870 
871  .xf_tag = 0,
872  .xf_opaque = NULL,
873  .xf_offset = offsetof(struct m0_conf_update, u_data),
874  .xf_read = NULL,
875  .xf_decor = {
876  [M0_XCODE_DECOR_READ] = NULL
877  }
878  };
879  m0_xc_m0_confx_struct_init();
880 
881  M0_POST(m0_xcode_type_invariant(m0_conf_update_xc));
882 }
883 
884 M0_INTERNAL void m0_xc_m0_conf_update_resp_struct_init(void)
885 {
886  _m0_conf_update_resp._child[0] = (struct m0_xcode_field) {
887  .xf_name = "ur_rc",
888 
889  .xf_type = &M0_XT_U32,
890 
891  .xf_tag = 0,
892  .xf_opaque = NULL,
893  .xf_offset = offsetof(struct m0_conf_update_resp, ur_rc),
894  .xf_read = NULL,
895  .xf_decor = {
896  [M0_XCODE_DECOR_READ] = NULL
897  }
898  };
899  m0_xc_u32_init();
900 
901  M0_POST(m0_xcode_type_invariant(m0_conf_update_resp_xc));
902 }
903 
904 M0_INTERNAL void m0_xc_arr_u32_struct_init(void)
905 {
906  _arr_u32._child[0] = (struct m0_xcode_field) {
907  .xf_name = "au_count",
908 
909  .xf_type = &M0_XT_U32,
910 
911  .xf_tag = 0,
912  .xf_opaque = NULL,
913  .xf_offset = offsetof(struct arr_u32, au_count),
914  .xf_read = NULL,
915  .xf_decor = {
916  [M0_XCODE_DECOR_READ] = NULL
917  }
918  };
919  m0_xc_u32_init();
920 
921  _arr_u32._child[1] = (struct m0_xcode_field) {
922  .xf_name = "au_elems",
923 
924  .xf_type = &M0_XT_U32,
925 
926  .xf_tag = 0,
927  .xf_opaque = NULL,
928  .xf_offset = offsetof(struct arr_u32, au_elems),
929  .xf_read = NULL,
930  .xf_decor = {
931  [M0_XCODE_DECOR_READ] = NULL
932  }
933  };
934  m0_xc_u32_init();
935 
936  M0_POST(m0_xcode_type_invariant(arr_u32_xc));
937 }
938 
939 M0_INTERNAL void m0_xc_m0_confx_header_struct_init(void)
940 {
941  _m0_confx_header._child[0] = (struct m0_xcode_field) {
942  .xf_name = "ch_id",
943 
944  .xf_type = m0_fid_xc,
945 
946  .xf_tag = 0,
947  .xf_opaque = NULL,
948  .xf_offset = offsetof(struct m0_confx_header, ch_id),
949  .xf_read = NULL,
950  .xf_decor = {
951  [M0_XCODE_DECOR_READ] = NULL
952  }
953  };
954  m0_xc_m0_fid_struct_init();
955 
956  M0_POST(m0_xcode_type_invariant(m0_confx_header_xc));
957 }
958 
959 M0_INTERNAL void m0_xc_m0_confx_root_struct_init(void)
960 {
961  _m0_confx_root._child[0] = (struct m0_xcode_field) {
962  .xf_name = "xt_header",
963 
964  .xf_type = m0_confx_header_xc,
965 
966  .xf_tag = 0,
967  .xf_opaque = NULL,
968  .xf_offset = offsetof(struct m0_confx_root, xt_header),
969  .xf_read = NULL,
970  .xf_decor = {
971  [M0_XCODE_DECOR_READ] = NULL
972  }
973  };
974  m0_xc_m0_confx_header_struct_init();
975 
976  _m0_confx_root._child[1] = (struct m0_xcode_field) {
977  .xf_name = "xt_verno",
978 
979  .xf_type = &M0_XT_U64,
980 
981  .xf_tag = 0,
982  .xf_opaque = NULL,
983  .xf_offset = offsetof(struct m0_confx_root, xt_verno),
984  .xf_read = NULL,
985  .xf_decor = {
986  [M0_XCODE_DECOR_READ] = NULL
987  }
988  };
989  m0_xc_u64_init();
990 
991  _m0_confx_root._child[2] = (struct m0_xcode_field) {
992  .xf_name = "xt_rootfid",
993 
994  .xf_type = m0_fid_xc,
995 
996  .xf_tag = 0,
997  .xf_opaque = NULL,
998  .xf_offset = offsetof(struct m0_confx_root, xt_rootfid),
999  .xf_read = NULL,
1000  .xf_decor = {
1001  [M0_XCODE_DECOR_READ] = NULL
1002  }
1003  };
1004  m0_xc_m0_fid_struct_init();
1005 
1006  _m0_confx_root._child[3] = (struct m0_xcode_field) {
1007  .xf_name = "xt_mdpool",
1008 
1009  .xf_type = m0_fid_xc,
1010 
1011  .xf_tag = 0,
1012  .xf_opaque = NULL,
1013  .xf_offset = offsetof(struct m0_confx_root, xt_mdpool),
1014  .xf_read = NULL,
1015  .xf_decor = {
1016  [M0_XCODE_DECOR_READ] = NULL
1017  }
1018  };
1019  m0_xc_m0_fid_struct_init();
1020 
1021  _m0_confx_root._child[4] = (struct m0_xcode_field) {
1022  .xf_name = "xt_imeta_pver",
1023 
1024  .xf_type = m0_fid_xc,
1025 
1026  .xf_tag = 0,
1027  .xf_opaque = NULL,
1028  .xf_offset = offsetof(struct m0_confx_root, xt_imeta_pver),
1029  .xf_read = NULL,
1030  .xf_decor = {
1031  [M0_XCODE_DECOR_READ] = NULL
1032  }
1033  };
1034  m0_xc_m0_fid_struct_init();
1035 
1036  _m0_confx_root._child[5] = (struct m0_xcode_field) {
1037  .xf_name = "xt_mdredundancy",
1038 
1039  .xf_type = &M0_XT_U32,
1040 
1041  .xf_tag = 0,
1042  .xf_opaque = NULL,
1043  .xf_offset = offsetof(struct m0_confx_root, xt_mdredundancy),
1044  .xf_read = NULL,
1045  .xf_decor = {
1046  [M0_XCODE_DECOR_READ] = NULL
1047  }
1048  };
1049  m0_xc_u32_init();
1050 
1051  _m0_confx_root._child[6] = (struct m0_xcode_field) {
1052  .xf_name = "xt_params",
1053 
1054  .xf_type = m0_bufs_xc,
1055 
1056  .xf_tag = 0,
1057  .xf_opaque = NULL,
1058  .xf_offset = offsetof(struct m0_confx_root, xt_params),
1059  .xf_read = NULL,
1060  .xf_decor = {
1061  [M0_XCODE_DECOR_READ] = NULL
1062  }
1063  };
1064  m0_xc_m0_bufs_struct_init();
1065 
1066  _m0_confx_root._child[7] = (struct m0_xcode_field) {
1067  .xf_name = "xt_nodes",
1068 
1069  .xf_type = m0_fid_arr_xc,
1070 
1071  .xf_tag = 0,
1072  .xf_opaque = NULL,
1073  .xf_offset = offsetof(struct m0_confx_root, xt_nodes),
1074  .xf_read = NULL,
1075  .xf_decor = {
1076  [M0_XCODE_DECOR_READ] = NULL
1077  }
1078  };
1079  m0_xc_m0_fid_arr_struct_init();
1080 
1081  _m0_confx_root._child[8] = (struct m0_xcode_field) {
1082  .xf_name = "xt_sites",
1083 
1084  .xf_type = m0_fid_arr_xc,
1085 
1086  .xf_tag = 0,
1087  .xf_opaque = NULL,
1088  .xf_offset = offsetof(struct m0_confx_root, xt_sites),
1089  .xf_read = NULL,
1090  .xf_decor = {
1091  [M0_XCODE_DECOR_READ] = NULL
1092  }
1093  };
1094  m0_xc_m0_fid_arr_struct_init();
1095 
1096  _m0_confx_root._child[9] = (struct m0_xcode_field) {
1097  .xf_name = "xt_pools",
1098 
1099  .xf_type = m0_fid_arr_xc,
1100 
1101  .xf_tag = 0,
1102  .xf_opaque = NULL,
1103  .xf_offset = offsetof(struct m0_confx_root, xt_pools),
1104  .xf_read = NULL,
1105  .xf_decor = {
1106  [M0_XCODE_DECOR_READ] = NULL
1107  }
1108  };
1109  m0_xc_m0_fid_arr_struct_init();
1110 
1111  _m0_confx_root._child[10] = (struct m0_xcode_field) {
1112  .xf_name = "xt_profiles",
1113 
1114  .xf_type = m0_fid_arr_xc,
1115 
1116  .xf_tag = 0,
1117  .xf_opaque = NULL,
1118  .xf_offset = offsetof(struct m0_confx_root, xt_profiles),
1119  .xf_read = NULL,
1120  .xf_decor = {
1121  [M0_XCODE_DECOR_READ] = NULL
1122  }
1123  };
1124  m0_xc_m0_fid_arr_struct_init();
1125 
1126  _m0_confx_root._child[11] = (struct m0_xcode_field) {
1127  .xf_name = "xt_fdmi_flt_grps",
1128 
1129  .xf_type = m0_fid_arr_xc,
1130 
1131  .xf_tag = 0,
1132  .xf_opaque = NULL,
1133  .xf_offset = offsetof(struct m0_confx_root, xt_fdmi_flt_grps),
1134  .xf_read = NULL,
1135  .xf_decor = {
1136  [M0_XCODE_DECOR_READ] = NULL
1137  }
1138  };
1139  m0_xc_m0_fid_arr_struct_init();
1140 
1141  M0_POST(m0_xcode_type_invariant(m0_confx_root_xc));
1142 }
1143 
1144 M0_INTERNAL void m0_xc_m0_confx_profile_struct_init(void)
1145 {
1146  _m0_confx_profile._child[0] = (struct m0_xcode_field) {
1147  .xf_name = "xp_header",
1148 
1149  .xf_type = m0_confx_header_xc,
1150 
1151  .xf_tag = 0,
1152  .xf_opaque = NULL,
1153  .xf_offset = offsetof(struct m0_confx_profile, xp_header),
1154  .xf_read = NULL,
1155  .xf_decor = {
1156  [M0_XCODE_DECOR_READ] = NULL
1157  }
1158  };
1159  m0_xc_m0_confx_header_struct_init();
1160 
1161  _m0_confx_profile._child[1] = (struct m0_xcode_field) {
1162  .xf_name = "xp_pools",
1163 
1164  .xf_type = m0_fid_arr_xc,
1165 
1166  .xf_tag = 0,
1167  .xf_opaque = NULL,
1168  .xf_offset = offsetof(struct m0_confx_profile, xp_pools),
1169  .xf_read = NULL,
1170  .xf_decor = {
1171  [M0_XCODE_DECOR_READ] = NULL
1172  }
1173  };
1174  m0_xc_m0_fid_arr_struct_init();
1175 
1176  M0_POST(m0_xcode_type_invariant(m0_confx_profile_xc));
1177 }
1178 
1179 M0_INTERNAL void m0_xc_m0_confx_pool_struct_init(void)
1180 {
1181  _m0_confx_pool._child[0] = (struct m0_xcode_field) {
1182  .xf_name = "xp_header",
1183 
1184  .xf_type = m0_confx_header_xc,
1185 
1186  .xf_tag = 0,
1187  .xf_opaque = NULL,
1188  .xf_offset = offsetof(struct m0_confx_pool, xp_header),
1189  .xf_read = NULL,
1190  .xf_decor = {
1191  [M0_XCODE_DECOR_READ] = NULL
1192  }
1193  };
1194  m0_xc_m0_confx_header_struct_init();
1195 
1196  _m0_confx_pool._child[1] = (struct m0_xcode_field) {
1197  .xf_name = "xp_pver_policy",
1198 
1199  .xf_type = &M0_XT_U32,
1200 
1201  .xf_tag = 0,
1202  .xf_opaque = NULL,
1203  .xf_offset = offsetof(struct m0_confx_pool, xp_pver_policy),
1204  .xf_read = &m0_xcode_enum_field_read,
1205  .xf_decor = {
1206  [M0_XCODE_DECOR_READ] = &m0_xc_m0_pver_policy_code_enum
1207  }
1208  };
1209  m0_xc_u32_init();
1210 
1211  _m0_confx_pool._child[2] = (struct m0_xcode_field) {
1212  .xf_name = "xp_pvers",
1213 
1214  .xf_type = m0_fid_arr_xc,
1215 
1216  .xf_tag = 0,
1217  .xf_opaque = NULL,
1218  .xf_offset = offsetof(struct m0_confx_pool, xp_pvers),
1219  .xf_read = NULL,
1220  .xf_decor = {
1221  [M0_XCODE_DECOR_READ] = NULL
1222  }
1223  };
1224  m0_xc_m0_fid_arr_struct_init();
1225 
1226  M0_POST(m0_xcode_type_invariant(m0_confx_pool_xc));
1227 }
1228 
1229 M0_INTERNAL void m0_xc_m0_confx_pver_actual_struct_init(void)
1230 {
1231  _m0_confx_pver_actual._child[0] = (struct m0_xcode_field) {
1232  .xf_name = "xva_N",
1233 
1234  .xf_type = &M0_XT_U32,
1235 
1236  .xf_tag = 0,
1237  .xf_opaque = NULL,
1238  .xf_offset = offsetof(struct m0_confx_pver_actual, xva_N),
1239  .xf_read = NULL,
1240  .xf_decor = {
1241  [M0_XCODE_DECOR_READ] = NULL
1242  }
1243  };
1244  m0_xc_u32_init();
1245 
1246  _m0_confx_pver_actual._child[1] = (struct m0_xcode_field) {
1247  .xf_name = "xva_K",
1248 
1249  .xf_type = &M0_XT_U32,
1250 
1251  .xf_tag = 0,
1252  .xf_opaque = NULL,
1253  .xf_offset = offsetof(struct m0_confx_pver_actual, xva_K),
1254  .xf_read = NULL,
1255  .xf_decor = {
1256  [M0_XCODE_DECOR_READ] = NULL
1257  }
1258  };
1259  m0_xc_u32_init();
1260 
1261  _m0_confx_pver_actual._child[2] = (struct m0_xcode_field) {
1262  .xf_name = "xva_S",
1263 
1264  .xf_type = &M0_XT_U32,
1265 
1266  .xf_tag = 0,
1267  .xf_opaque = NULL,
1268  .xf_offset = offsetof(struct m0_confx_pver_actual, xva_S),
1269  .xf_read = NULL,
1270  .xf_decor = {
1271  [M0_XCODE_DECOR_READ] = NULL
1272  }
1273  };
1274  m0_xc_u32_init();
1275 
1276  _m0_confx_pver_actual._child[3] = (struct m0_xcode_field) {
1277  .xf_name = "xva_P",
1278 
1279  .xf_type = &M0_XT_U32,
1280 
1281  .xf_tag = 0,
1282  .xf_opaque = NULL,
1283  .xf_offset = offsetof(struct m0_confx_pver_actual, xva_P),
1284  .xf_read = NULL,
1285  .xf_decor = {
1286  [M0_XCODE_DECOR_READ] = NULL
1287  }
1288  };
1289  m0_xc_u32_init();
1290 
1291  _m0_confx_pver_actual._child[4] = (struct m0_xcode_field) {
1292  .xf_name = "xva_tolerance",
1293 
1294  .xf_type = arr_u32_xc,
1295 
1296  .xf_tag = 0,
1297  .xf_opaque = NULL,
1298  .xf_offset = offsetof(struct m0_confx_pver_actual, xva_tolerance),
1299  .xf_read = NULL,
1300  .xf_decor = {
1301  [M0_XCODE_DECOR_READ] = NULL
1302  }
1303  };
1304  m0_xc_arr_u32_struct_init();
1305 
1306  _m0_confx_pver_actual._child[5] = (struct m0_xcode_field) {
1307  .xf_name = "xva_sitevs",
1308 
1309  .xf_type = m0_fid_arr_xc,
1310 
1311  .xf_tag = 0,
1312  .xf_opaque = NULL,
1313  .xf_offset = offsetof(struct m0_confx_pver_actual, xva_sitevs),
1314  .xf_read = NULL,
1315  .xf_decor = {
1316  [M0_XCODE_DECOR_READ] = NULL
1317  }
1318  };
1319  m0_xc_m0_fid_arr_struct_init();
1320 
1321  M0_POST(m0_xcode_type_invariant(m0_confx_pver_actual_xc));
1322 }
1323 
1324 M0_INTERNAL void m0_xc_m0_confx_pver_formulaic_struct_init(void)
1325 {
1326  _m0_confx_pver_formulaic._child[0] = (struct m0_xcode_field) {
1327  .xf_name = "xvf_id",
1328 
1329  .xf_type = &M0_XT_U32,
1330 
1331  .xf_tag = 0,
1332  .xf_opaque = NULL,
1333  .xf_offset = offsetof(struct m0_confx_pver_formulaic, xvf_id),
1334  .xf_read = NULL,
1335  .xf_decor = {
1336  [M0_XCODE_DECOR_READ] = NULL
1337  }
1338  };
1339  m0_xc_u32_init();
1340 
1341  _m0_confx_pver_formulaic._child[1] = (struct m0_xcode_field) {
1342  .xf_name = "xvf_base",
1343 
1344  .xf_type = m0_fid_xc,
1345 
1346  .xf_tag = 0,
1347  .xf_opaque = NULL,
1348  .xf_offset = offsetof(struct m0_confx_pver_formulaic, xvf_base),
1349  .xf_read = NULL,
1350  .xf_decor = {
1351  [M0_XCODE_DECOR_READ] = NULL
1352  }
1353  };
1354  m0_xc_m0_fid_struct_init();
1355 
1356  _m0_confx_pver_formulaic._child[2] = (struct m0_xcode_field) {
1357  .xf_name = "xvf_allowance",
1358 
1359  .xf_type = arr_u32_xc,
1360 
1361  .xf_tag = 0,
1362  .xf_opaque = NULL,
1363  .xf_offset = offsetof(struct m0_confx_pver_formulaic, xvf_allowance),
1364  .xf_read = NULL,
1365  .xf_decor = {
1366  [M0_XCODE_DECOR_READ] = NULL
1367  }
1368  };
1369  m0_xc_arr_u32_struct_init();
1370 
1371  M0_POST(m0_xcode_type_invariant(m0_confx_pver_formulaic_xc));
1372 }
1373 
1374 M0_INTERNAL void m0_xc_m0_confx_pver_u_struct_init(void)
1375 {
1376  _m0_confx_pver_u._child[0] = (struct m0_xcode_field) {
1377  .xf_name = "xpv_is_formulaic",
1378 
1379  .xf_type = &M0_XT_U8,
1380 
1381  .xf_tag = 0,
1382  .xf_opaque = NULL,
1383  .xf_offset = offsetof(struct m0_confx_pver_u, xpv_is_formulaic),
1384  .xf_read = NULL,
1385  .xf_decor = {
1386  [M0_XCODE_DECOR_READ] = NULL
1387  }
1388  };
1389  m0_xc_u8_init();
1390 
1391  _m0_confx_pver_u._child[1] = (struct m0_xcode_field) {
1392  .xf_name = "xpv_actual",
1393 
1394  .xf_type = m0_confx_pver_actual_xc,
1395 
1396  .xf_tag = M0_CONFX_PVER_ACTUAL,
1397  .xf_opaque = NULL,
1398  .xf_offset = offsetof(struct m0_confx_pver_u, u.xpv_actual),
1399  .xf_read = NULL,
1400  .xf_decor = {
1401  [M0_XCODE_DECOR_READ] = NULL
1402  }
1403  };
1404  m0_xc_m0_confx_pver_actual_struct_init();
1405 
1406  _m0_confx_pver_u._child[2] = (struct m0_xcode_field) {
1407  .xf_name = "xpv_formulaic",
1408 
1409  .xf_type = m0_confx_pver_formulaic_xc,
1410 
1411  .xf_tag = M0_CONFX_PVER_FORMULAIC,
1412  .xf_opaque = NULL,
1413  .xf_offset = offsetof(struct m0_confx_pver_u, u.xpv_formulaic),
1414  .xf_read = NULL,
1415  .xf_decor = {
1416  [M0_XCODE_DECOR_READ] = NULL
1417  }
1418  };
1419  m0_xc_m0_confx_pver_formulaic_struct_init();
1420 
1421  M0_POST(m0_xcode_type_invariant(m0_confx_pver_u_xc));
1422 }
1423 
1424 M0_INTERNAL void m0_xc_m0_confx_pver_struct_init(void)
1425 {
1426  _m0_confx_pver._child[0] = (struct m0_xcode_field) {
1427  .xf_name = "xv_header",
1428 
1429  .xf_type = m0_confx_header_xc,
1430 
1431  .xf_tag = 0,
1432  .xf_opaque = NULL,
1433  .xf_offset = offsetof(struct m0_confx_pver, xv_header),
1434  .xf_read = NULL,
1435  .xf_decor = {
1436  [M0_XCODE_DECOR_READ] = NULL
1437  }
1438  };
1439  m0_xc_m0_confx_header_struct_init();
1440 
1441  _m0_confx_pver._child[1] = (struct m0_xcode_field) {
1442  .xf_name = "xv_u",
1443 
1444  .xf_type = m0_confx_pver_u_xc,
1445 
1446  .xf_tag = 0,
1447  .xf_opaque = NULL,
1448  .xf_offset = offsetof(struct m0_confx_pver, xv_u),
1449  .xf_read = NULL,
1450  .xf_decor = {
1451  [M0_XCODE_DECOR_READ] = NULL
1452  }
1453  };
1454  m0_xc_m0_confx_pver_u_struct_init();
1455 
1456  M0_POST(m0_xcode_type_invariant(m0_confx_pver_xc));
1457 }
1458 
1459 M0_INTERNAL void m0_xc_m0_confx_objv_struct_init(void)
1460 {
1461  _m0_confx_objv._child[0] = (struct m0_xcode_field) {
1462  .xf_name = "xj_header",
1463 
1464  .xf_type = m0_confx_header_xc,
1465 
1466  .xf_tag = 0,
1467  .xf_opaque = NULL,
1468  .xf_offset = offsetof(struct m0_confx_objv, xj_header),
1469  .xf_read = NULL,
1470  .xf_decor = {
1471  [M0_XCODE_DECOR_READ] = NULL
1472  }
1473  };
1474  m0_xc_m0_confx_header_struct_init();
1475 
1476  _m0_confx_objv._child[1] = (struct m0_xcode_field) {
1477  .xf_name = "xj_real",
1478 
1479  .xf_type = m0_fid_xc,
1480 
1481  .xf_tag = 0,
1482  .xf_opaque = NULL,
1483  .xf_offset = offsetof(struct m0_confx_objv, xj_real),
1484  .xf_read = NULL,
1485  .xf_decor = {
1486  [M0_XCODE_DECOR_READ] = NULL
1487  }
1488  };
1489  m0_xc_m0_fid_struct_init();
1490 
1491  _m0_confx_objv._child[2] = (struct m0_xcode_field) {
1492  .xf_name = "xj_children",
1493 
1494  .xf_type = m0_fid_arr_xc,
1495 
1496  .xf_tag = 0,
1497  .xf_opaque = NULL,
1498  .xf_offset = offsetof(struct m0_confx_objv, xj_children),
1499  .xf_read = NULL,
1500  .xf_decor = {
1501  [M0_XCODE_DECOR_READ] = NULL
1502  }
1503  };
1504  m0_xc_m0_fid_arr_struct_init();
1505 
1506  M0_POST(m0_xcode_type_invariant(m0_confx_objv_xc));
1507 }
1508 
1509 M0_INTERNAL void m0_xc_m0_confx_node_struct_init(void)
1510 {
1511  _m0_confx_node._child[0] = (struct m0_xcode_field) {
1512  .xf_name = "xn_header",
1513 
1514  .xf_type = m0_confx_header_xc,
1515 
1516  .xf_tag = 0,
1517  .xf_opaque = NULL,
1518  .xf_offset = offsetof(struct m0_confx_node, xn_header),
1519  .xf_read = NULL,
1520  .xf_decor = {
1521  [M0_XCODE_DECOR_READ] = NULL
1522  }
1523  };
1524  m0_xc_m0_confx_header_struct_init();
1525 
1526  _m0_confx_node._child[1] = (struct m0_xcode_field) {
1527  .xf_name = "xn_memsize",
1528 
1529  .xf_type = &M0_XT_U32,
1530 
1531  .xf_tag = 0,
1532  .xf_opaque = NULL,
1533  .xf_offset = offsetof(struct m0_confx_node, xn_memsize),
1534  .xf_read = NULL,
1535  .xf_decor = {
1536  [M0_XCODE_DECOR_READ] = NULL
1537  }
1538  };
1539  m0_xc_u32_init();
1540 
1541  _m0_confx_node._child[2] = (struct m0_xcode_field) {
1542  .xf_name = "xn_nr_cpu",
1543 
1544  .xf_type = &M0_XT_U32,
1545 
1546  .xf_tag = 0,
1547  .xf_opaque = NULL,
1548  .xf_offset = offsetof(struct m0_confx_node, xn_nr_cpu),
1549  .xf_read = NULL,
1550  .xf_decor = {
1551  [M0_XCODE_DECOR_READ] = NULL
1552  }
1553  };
1554  m0_xc_u32_init();
1555 
1556  _m0_confx_node._child[3] = (struct m0_xcode_field) {
1557  .xf_name = "xn_last_state",
1558 
1559  .xf_type = &M0_XT_U64,
1560 
1561  .xf_tag = 0,
1562  .xf_opaque = NULL,
1563  .xf_offset = offsetof(struct m0_confx_node, xn_last_state),
1564  .xf_read = NULL,
1565  .xf_decor = {
1566  [M0_XCODE_DECOR_READ] = NULL
1567  }
1568  };
1569  m0_xc_u64_init();
1570 
1571  _m0_confx_node._child[4] = (struct m0_xcode_field) {
1572  .xf_name = "xn_flags",
1573 
1574  .xf_type = &M0_XT_U64,
1575 
1576  .xf_tag = 0,
1577  .xf_opaque = NULL,
1578  .xf_offset = offsetof(struct m0_confx_node, xn_flags),
1579  .xf_read = NULL,
1580  .xf_decor = {
1581  [M0_XCODE_DECOR_READ] = NULL
1582  }
1583  };
1584  m0_xc_u64_init();
1585 
1586  _m0_confx_node._child[5] = (struct m0_xcode_field) {
1587  .xf_name = "xn_processes",
1588 
1589  .xf_type = m0_fid_arr_xc,
1590 
1591  .xf_tag = 0,
1592  .xf_opaque = NULL,
1593  .xf_offset = offsetof(struct m0_confx_node, xn_processes),
1594  .xf_read = NULL,
1595  .xf_decor = {
1596  [M0_XCODE_DECOR_READ] = NULL
1597  }
1598  };
1599  m0_xc_m0_fid_arr_struct_init();
1600 
1601  M0_POST(m0_xcode_type_invariant(m0_confx_node_xc));
1602 }
1603 
1604 M0_INTERNAL void m0_xc_m0_confx_process_struct_init(void)
1605 {
1606  _m0_confx_process._child[0] = (struct m0_xcode_field) {
1607  .xf_name = "xr_header",
1608 
1609  .xf_type = m0_confx_header_xc,
1610 
1611  .xf_tag = 0,
1612  .xf_opaque = NULL,
1613  .xf_offset = offsetof(struct m0_confx_process, xr_header),
1614  .xf_read = NULL,
1615  .xf_decor = {
1616  [M0_XCODE_DECOR_READ] = NULL
1617  }
1618  };
1619  m0_xc_m0_confx_header_struct_init();
1620 
1621  _m0_confx_process._child[1] = (struct m0_xcode_field) {
1622  .xf_name = "xr_cores",
1623 
1624  .xf_type = m0_bitmap_onwire_xc,
1625 
1626  .xf_tag = 0,
1627  .xf_opaque = NULL,
1628  .xf_offset = offsetof(struct m0_confx_process, xr_cores),
1629  .xf_read = NULL,
1630  .xf_decor = {
1631  [M0_XCODE_DECOR_READ] = NULL
1632  }
1633  };
1634  m0_xc_m0_bitmap_onwire_struct_init();
1635 
1636  _m0_confx_process._child[2] = (struct m0_xcode_field) {
1637  .xf_name = "xr_mem_limit_as",
1638 
1639  .xf_type = &M0_XT_U64,
1640 
1641  .xf_tag = 0,
1642  .xf_opaque = NULL,
1643  .xf_offset = offsetof(struct m0_confx_process, xr_mem_limit_as),
1644  .xf_read = NULL,
1645  .xf_decor = {
1646  [M0_XCODE_DECOR_READ] = NULL
1647  }
1648  };
1649  m0_xc_u64_init();
1650 
1651  _m0_confx_process._child[3] = (struct m0_xcode_field) {
1652  .xf_name = "xr_mem_limit_rss",
1653 
1654  .xf_type = &M0_XT_U64,
1655 
1656  .xf_tag = 0,
1657  .xf_opaque = NULL,
1658  .xf_offset = offsetof(struct m0_confx_process, xr_mem_limit_rss),
1659  .xf_read = NULL,
1660  .xf_decor = {
1661  [M0_XCODE_DECOR_READ] = NULL
1662  }
1663  };
1664  m0_xc_u64_init();
1665 
1666  _m0_confx_process._child[4] = (struct m0_xcode_field) {
1667  .xf_name = "xr_mem_limit_stack",
1668 
1669  .xf_type = &M0_XT_U64,
1670 
1671  .xf_tag = 0,
1672  .xf_opaque = NULL,
1673  .xf_offset = offsetof(struct m0_confx_process, xr_mem_limit_stack),
1674  .xf_read = NULL,
1675  .xf_decor = {
1676  [M0_XCODE_DECOR_READ] = NULL
1677  }
1678  };
1679  m0_xc_u64_init();
1680 
1681  _m0_confx_process._child[5] = (struct m0_xcode_field) {
1682  .xf_name = "xr_mem_limit_memlock",
1683 
1684  .xf_type = &M0_XT_U64,
1685 
1686  .xf_tag = 0,
1687  .xf_opaque = NULL,
1688  .xf_offset = offsetof(struct m0_confx_process, xr_mem_limit_memlock),
1689  .xf_read = NULL,
1690  .xf_decor = {
1691  [M0_XCODE_DECOR_READ] = NULL
1692  }
1693  };
1694  m0_xc_u64_init();
1695 
1696  _m0_confx_process._child[6] = (struct m0_xcode_field) {
1697  .xf_name = "xr_endpoint",
1698 
1699  .xf_type = m0_buf_xc,
1700 
1701  .xf_tag = 0,
1702  .xf_opaque = NULL,
1703  .xf_offset = offsetof(struct m0_confx_process, xr_endpoint),
1704  .xf_read = NULL,
1705  .xf_decor = {
1706  [M0_XCODE_DECOR_READ] = NULL
1707  }
1708  };
1709  m0_xc_m0_buf_struct_init();
1710 
1711  _m0_confx_process._child[7] = (struct m0_xcode_field) {
1712  .xf_name = "xr_services",
1713 
1714  .xf_type = m0_fid_arr_xc,
1715 
1716  .xf_tag = 0,
1717  .xf_opaque = NULL,
1718  .xf_offset = offsetof(struct m0_confx_process, xr_services),
1719  .xf_read = NULL,
1720  .xf_decor = {
1721  [M0_XCODE_DECOR_READ] = NULL
1722  }
1723  };
1724  m0_xc_m0_fid_arr_struct_init();
1725 
1726  M0_POST(m0_xcode_type_invariant(m0_confx_process_xc));
1727 }
1728 
1729 M0_INTERNAL void m0_xc_m0_confx_service_struct_init(void)
1730 {
1731  _m0_confx_service._child[0] = (struct m0_xcode_field) {
1732  .xf_name = "xs_header",
1733 
1734  .xf_type = m0_confx_header_xc,
1735 
1736  .xf_tag = 0,
1737  .xf_opaque = NULL,
1738  .xf_offset = offsetof(struct m0_confx_service, xs_header),
1739  .xf_read = NULL,
1740  .xf_decor = {
1741  [M0_XCODE_DECOR_READ] = NULL
1742  }
1743  };
1744  m0_xc_m0_confx_header_struct_init();
1745 
1746  _m0_confx_service._child[1] = (struct m0_xcode_field) {
1747  .xf_name = "xs_type",
1748 
1749  .xf_type = &M0_XT_U32,
1750 
1751  .xf_tag = 0,
1752  .xf_opaque = NULL,
1753  .xf_offset = offsetof(struct m0_confx_service, xs_type),
1754  .xf_read = &m0_xcode_enum_field_read,
1755  .xf_decor = {
1756  [M0_XCODE_DECOR_READ] = &m0_xc_m0_conf_service_type_enum
1757  }
1758  };
1759  m0_xc_u32_init();
1760 
1761  _m0_confx_service._child[2] = (struct m0_xcode_field) {
1762  .xf_name = "xs_endpoints",
1763 
1764  .xf_type = m0_bufs_xc,
1765 
1766  .xf_tag = 0,
1767  .xf_opaque = NULL,
1768  .xf_offset = offsetof(struct m0_confx_service, xs_endpoints),
1769  .xf_read = NULL,
1770  .xf_decor = {
1771  [M0_XCODE_DECOR_READ] = NULL
1772  }
1773  };
1774  m0_xc_m0_bufs_struct_init();
1775 
1776  _m0_confx_service._child[3] = (struct m0_xcode_field) {
1777  .xf_name = "xs_params",
1778 
1779  .xf_type = m0_bufs_xc,
1780 
1781  .xf_tag = 0,
1782  .xf_opaque = NULL,
1783  .xf_offset = offsetof(struct m0_confx_service, xs_params),
1784  .xf_read = NULL,
1785  .xf_decor = {
1786  [M0_XCODE_DECOR_READ] = NULL
1787  }
1788  };
1789  m0_xc_m0_bufs_struct_init();
1790 
1791  _m0_confx_service._child[4] = (struct m0_xcode_field) {
1792  .xf_name = "xs_sdevs",
1793 
1794  .xf_type = m0_fid_arr_xc,
1795 
1796  .xf_tag = 0,
1797  .xf_opaque = NULL,
1798  .xf_offset = offsetof(struct m0_confx_service, xs_sdevs),
1799  .xf_read = NULL,
1800  .xf_decor = {
1801  [M0_XCODE_DECOR_READ] = NULL
1802  }
1803  };
1804  m0_xc_m0_fid_arr_struct_init();
1805 
1806  M0_POST(m0_xcode_type_invariant(m0_confx_service_xc));
1807 }
1808 
1809 M0_INTERNAL void m0_xc_m0_confx_sdev_struct_init(void)
1810 {
1811  _m0_confx_sdev._child[0] = (struct m0_xcode_field) {
1812  .xf_name = "xd_header",
1813 
1814  .xf_type = m0_confx_header_xc,
1815 
1816  .xf_tag = 0,
1817  .xf_opaque = NULL,
1818  .xf_offset = offsetof(struct m0_confx_sdev, xd_header),
1819  .xf_read = NULL,
1820  .xf_decor = {
1821  [M0_XCODE_DECOR_READ] = NULL
1822  }
1823  };
1824  m0_xc_m0_confx_header_struct_init();
1825 
1826  _m0_confx_sdev._child[1] = (struct m0_xcode_field) {
1827  .xf_name = "xd_dev_idx",
1828 
1829  .xf_type = &M0_XT_U32,
1830 
1831  .xf_tag = 0,
1832  .xf_opaque = NULL,
1833  .xf_offset = offsetof(struct m0_confx_sdev, xd_dev_idx),
1834  .xf_read = NULL,
1835  .xf_decor = {
1836  [M0_XCODE_DECOR_READ] = NULL
1837  }
1838  };
1839  m0_xc_u32_init();
1840 
1841  _m0_confx_sdev._child[2] = (struct m0_xcode_field) {
1842  .xf_name = "xd_iface",
1843 
1844  .xf_type = &M0_XT_U32,
1845 
1846  .xf_tag = 0,
1847  .xf_opaque = NULL,
1848  .xf_offset = offsetof(struct m0_confx_sdev, xd_iface),
1849  .xf_read = &m0_xcode_enum_field_read,
1850  .xf_decor = {
1851  [M0_XCODE_DECOR_READ] = &m0_xc_m0_cfg_storage_device_interface_type_enum
1852  }
1853  };
1854  m0_xc_u32_init();
1855 
1856  _m0_confx_sdev._child[3] = (struct m0_xcode_field) {
1857  .xf_name = "xd_media",
1858 
1859  .xf_type = &M0_XT_U32,
1860 
1861  .xf_tag = 0,
1862  .xf_opaque = NULL,
1863  .xf_offset = offsetof(struct m0_confx_sdev, xd_media),
1864  .xf_read = &m0_xcode_enum_field_read,
1865  .xf_decor = {
1866  [M0_XCODE_DECOR_READ] = &m0_xc_m0_cfg_storage_device_media_type_enum
1867  }
1868  };
1869  m0_xc_u32_init();
1870 
1871  _m0_confx_sdev._child[4] = (struct m0_xcode_field) {
1872  .xf_name = "xd_bsize",
1873 
1874  .xf_type = &M0_XT_U32,
1875 
1876  .xf_tag = 0,
1877  .xf_opaque = NULL,
1878  .xf_offset = offsetof(struct m0_confx_sdev, xd_bsize),
1879  .xf_read = NULL,
1880  .xf_decor = {
1881  [M0_XCODE_DECOR_READ] = NULL
1882  }
1883  };
1884  m0_xc_u32_init();
1885 
1886  _m0_confx_sdev._child[5] = (struct m0_xcode_field) {
1887  .xf_name = "xd_size",
1888 
1889  .xf_type = &M0_XT_U64,
1890 
1891  .xf_tag = 0,
1892  .xf_opaque = NULL,
1893  .xf_offset = offsetof(struct m0_confx_sdev, xd_size),
1894  .xf_read = NULL,
1895  .xf_decor = {
1896  [M0_XCODE_DECOR_READ] = NULL
1897  }
1898  };
1899  m0_xc_u64_init();
1900 
1901  _m0_confx_sdev._child[6] = (struct m0_xcode_field) {
1902  .xf_name = "xd_last_state",
1903 
1904  .xf_type = &M0_XT_U64,
1905 
1906  .xf_tag = 0,
1907  .xf_opaque = NULL,
1908  .xf_offset = offsetof(struct m0_confx_sdev, xd_last_state),
1909  .xf_read = NULL,
1910  .xf_decor = {
1911  [M0_XCODE_DECOR_READ] = NULL
1912  }
1913  };
1914  m0_xc_u64_init();
1915 
1916  _m0_confx_sdev._child[7] = (struct m0_xcode_field) {
1917  .xf_name = "xd_flags",
1918 
1919  .xf_type = &M0_XT_U64,
1920 
1921  .xf_tag = 0,
1922  .xf_opaque = NULL,
1923  .xf_offset = offsetof(struct m0_confx_sdev, xd_flags),
1924  .xf_read = NULL,
1925  .xf_decor = {
1926  [M0_XCODE_DECOR_READ] = NULL
1927  }
1928  };
1929  m0_xc_u64_init();
1930 
1931  _m0_confx_sdev._child[8] = (struct m0_xcode_field) {
1932  .xf_name = "xd_filename",
1933 
1934  .xf_type = m0_buf_xc,
1935 
1936  .xf_tag = 0,
1937  .xf_opaque = NULL,
1938  .xf_offset = offsetof(struct m0_confx_sdev, xd_filename),
1939  .xf_read = NULL,
1940  .xf_decor = {
1941  [M0_XCODE_DECOR_READ] = NULL
1942  }
1943  };
1944  m0_xc_m0_buf_struct_init();
1945 
1946  M0_POST(m0_xcode_type_invariant(m0_confx_sdev_xc));
1947 }
1948 
1949 M0_INTERNAL void m0_xc_m0_confx_site_struct_init(void)
1950 {
1951  _m0_confx_site._child[0] = (struct m0_xcode_field) {
1952  .xf_name = "xi_header",
1953 
1954  .xf_type = m0_confx_header_xc,
1955 
1956  .xf_tag = 0,
1957  .xf_opaque = NULL,
1958  .xf_offset = offsetof(struct m0_confx_site, xi_header),
1959  .xf_read = NULL,
1960  .xf_decor = {
1961  [M0_XCODE_DECOR_READ] = NULL
1962  }
1963  };
1964  m0_xc_m0_confx_header_struct_init();
1965 
1966  _m0_confx_site._child[1] = (struct m0_xcode_field) {
1967  .xf_name = "xi_racks",
1968 
1969  .xf_type = m0_fid_arr_xc,
1970 
1971  .xf_tag = 0,
1972  .xf_opaque = NULL,
1973  .xf_offset = offsetof(struct m0_confx_site, xi_racks),
1974  .xf_read = NULL,
1975  .xf_decor = {
1976  [M0_XCODE_DECOR_READ] = NULL
1977  }
1978  };
1979  m0_xc_m0_fid_arr_struct_init();
1980 
1981  _m0_confx_site._child[2] = (struct m0_xcode_field) {
1982  .xf_name = "xi_pvers",
1983 
1984  .xf_type = m0_fid_arr_xc,
1985 
1986  .xf_tag = 0,
1987  .xf_opaque = NULL,
1988  .xf_offset = offsetof(struct m0_confx_site, xi_pvers),
1989  .xf_read = NULL,
1990  .xf_decor = {
1991  [M0_XCODE_DECOR_READ] = NULL
1992  }
1993  };
1994  m0_xc_m0_fid_arr_struct_init();
1995 
1996  M0_POST(m0_xcode_type_invariant(m0_confx_site_xc));
1997 }
1998 
1999 M0_INTERNAL void m0_xc_m0_confx_rack_struct_init(void)
2000 {
2001  _m0_confx_rack._child[0] = (struct m0_xcode_field) {
2002  .xf_name = "xr_header",
2003 
2004  .xf_type = m0_confx_header_xc,
2005 
2006  .xf_tag = 0,
2007  .xf_opaque = NULL,
2008  .xf_offset = offsetof(struct m0_confx_rack, xr_header),
2009  .xf_read = NULL,
2010  .xf_decor = {
2011  [M0_XCODE_DECOR_READ] = NULL
2012  }
2013  };
2014  m0_xc_m0_confx_header_struct_init();
2015 
2016  _m0_confx_rack._child[1] = (struct m0_xcode_field) {
2017  .xf_name = "xr_encls",
2018 
2019  .xf_type = m0_fid_arr_xc,
2020 
2021  .xf_tag = 0,
2022  .xf_opaque = NULL,
2023  .xf_offset = offsetof(struct m0_confx_rack, xr_encls),
2024  .xf_read = NULL,
2025  .xf_decor = {
2026  [M0_XCODE_DECOR_READ] = NULL
2027  }
2028  };
2029  m0_xc_m0_fid_arr_struct_init();
2030 
2031  _m0_confx_rack._child[2] = (struct m0_xcode_field) {
2032  .xf_name = "xr_pvers",
2033 
2034  .xf_type = m0_fid_arr_xc,
2035 
2036  .xf_tag = 0,
2037  .xf_opaque = NULL,
2038  .xf_offset = offsetof(struct m0_confx_rack, xr_pvers),
2039  .xf_read = NULL,
2040  .xf_decor = {
2041  [M0_XCODE_DECOR_READ] = NULL
2042  }
2043  };
2044  m0_xc_m0_fid_arr_struct_init();
2045 
2046  M0_POST(m0_xcode_type_invariant(m0_confx_rack_xc));
2047 }
2048 
2049 M0_INTERNAL void m0_xc_m0_confx_enclosure_struct_init(void)
2050 {
2051  _m0_confx_enclosure._child[0] = (struct m0_xcode_field) {
2052  .xf_name = "xe_header",
2053 
2054  .xf_type = m0_confx_header_xc,
2055 
2056  .xf_tag = 0,
2057  .xf_opaque = NULL,
2058  .xf_offset = offsetof(struct m0_confx_enclosure, xe_header),
2059  .xf_read = NULL,
2060  .xf_decor = {
2061  [M0_XCODE_DECOR_READ] = NULL
2062  }
2063  };
2064  m0_xc_m0_confx_header_struct_init();
2065 
2066  _m0_confx_enclosure._child[1] = (struct m0_xcode_field) {
2067  .xf_name = "xe_node",
2068 
2069  .xf_type = m0_fid_xc,
2070 
2071  .xf_tag = 0,
2072  .xf_opaque = NULL,
2073  .xf_offset = offsetof(struct m0_confx_enclosure, xe_node),
2074  .xf_read = NULL,
2075  .xf_decor = {
2076  [M0_XCODE_DECOR_READ] = NULL
2077  }
2078  };
2079  m0_xc_m0_fid_struct_init();
2080 
2081  _m0_confx_enclosure._child[2] = (struct m0_xcode_field) {
2082  .xf_name = "xe_ctrls",
2083 
2084  .xf_type = m0_fid_arr_xc,
2085 
2086  .xf_tag = 0,
2087  .xf_opaque = NULL,
2088  .xf_offset = offsetof(struct m0_confx_enclosure, xe_ctrls),
2089  .xf_read = NULL,
2090  .xf_decor = {
2091  [M0_XCODE_DECOR_READ] = NULL
2092  }
2093  };
2094  m0_xc_m0_fid_arr_struct_init();
2095 
2096  _m0_confx_enclosure._child[3] = (struct m0_xcode_field) {
2097  .xf_name = "xe_pvers",
2098 
2099  .xf_type = m0_fid_arr_xc,
2100 
2101  .xf_tag = 0,
2102  .xf_opaque = NULL,
2103  .xf_offset = offsetof(struct m0_confx_enclosure, xe_pvers),
2104  .xf_read = NULL,
2105  .xf_decor = {
2106  [M0_XCODE_DECOR_READ] = NULL
2107  }
2108  };
2109  m0_xc_m0_fid_arr_struct_init();
2110 
2111  M0_POST(m0_xcode_type_invariant(m0_confx_enclosure_xc));
2112 }
2113 
2114 M0_INTERNAL void m0_xc_m0_confx_controller_struct_init(void)
2115 {
2116  _m0_confx_controller._child[0] = (struct m0_xcode_field) {
2117  .xf_name = "xc_header",
2118 
2119  .xf_type = m0_confx_header_xc,
2120 
2121  .xf_tag = 0,
2122  .xf_opaque = NULL,
2123  .xf_offset = offsetof(struct m0_confx_controller, xc_header),
2124  .xf_read = NULL,
2125  .xf_decor = {
2126  [M0_XCODE_DECOR_READ] = NULL
2127  }
2128  };
2129  m0_xc_m0_confx_header_struct_init();
2130 
2131  _m0_confx_controller._child[1] = (struct m0_xcode_field) {
2132  .xf_name = "xc_drives",
2133 
2134  .xf_type = m0_fid_arr_xc,
2135 
2136  .xf_tag = 0,
2137  .xf_opaque = NULL,
2138  .xf_offset = offsetof(struct m0_confx_controller, xc_drives),
2139  .xf_read = NULL,
2140  .xf_decor = {
2141  [M0_XCODE_DECOR_READ] = NULL
2142  }
2143  };
2144  m0_xc_m0_fid_arr_struct_init();
2145 
2146  _m0_confx_controller._child[2] = (struct m0_xcode_field) {
2147  .xf_name = "xc_pvers",
2148 
2149  .xf_type = m0_fid_arr_xc,
2150 
2151  .xf_tag = 0,
2152  .xf_opaque = NULL,
2153  .xf_offset = offsetof(struct m0_confx_controller, xc_pvers),
2154  .xf_read = NULL,
2155  .xf_decor = {
2156  [M0_XCODE_DECOR_READ] = NULL
2157  }
2158  };
2159  m0_xc_m0_fid_arr_struct_init();
2160 
2161  M0_POST(m0_xcode_type_invariant(m0_confx_controller_xc));
2162 }
2163 
2164 M0_INTERNAL void m0_xc_m0_confx_drive_struct_init(void)
2165 {
2166  _m0_confx_drive._child[0] = (struct m0_xcode_field) {
2167  .xf_name = "xk_header",
2168 
2169  .xf_type = m0_confx_header_xc,
2170 
2171  .xf_tag = 0,
2172  .xf_opaque = NULL,
2173  .xf_offset = offsetof(struct m0_confx_drive, xk_header),
2174  .xf_read = NULL,
2175  .xf_decor = {
2176  [M0_XCODE_DECOR_READ] = NULL
2177  }
2178  };
2179  m0_xc_m0_confx_header_struct_init();
2180 
2181  _m0_confx_drive._child[1] = (struct m0_xcode_field) {
2182  .xf_name = "xk_sdev",
2183 
2184  .xf_type = m0_fid_xc,
2185 
2186  .xf_tag = 0,
2187  .xf_opaque = NULL,
2188  .xf_offset = offsetof(struct m0_confx_drive, xk_sdev),
2189  .xf_read = NULL,
2190  .xf_decor = {
2191  [M0_XCODE_DECOR_READ] = NULL
2192  }
2193  };
2194  m0_xc_m0_fid_struct_init();
2195 
2196  _m0_confx_drive._child[2] = (struct m0_xcode_field) {
2197  .xf_name = "xk_pvers",
2198 
2199  .xf_type = m0_fid_arr_xc,
2200 
2201  .xf_tag = 0,
2202  .xf_opaque = NULL,
2203  .xf_offset = offsetof(struct m0_confx_drive, xk_pvers),
2204  .xf_read = NULL,
2205  .xf_decor = {
2206  [M0_XCODE_DECOR_READ] = NULL
2207  }
2208  };
2209  m0_xc_m0_fid_arr_struct_init();
2210 
2211  M0_POST(m0_xcode_type_invariant(m0_confx_drive_xc));
2212 }
2213 
2214 M0_INTERNAL void m0_xc_m0_confx_fdmi_flt_grp_struct_init(void)
2215 {
2216  _m0_confx_fdmi_flt_grp._child[0] = (struct m0_xcode_field) {
2217  .xf_name = "xfg_header",
2218 
2219  .xf_type = m0_confx_header_xc,
2220 
2221  .xf_tag = 0,
2222  .xf_opaque = NULL,
2223  .xf_offset = offsetof(struct m0_confx_fdmi_flt_grp, xfg_header),
2224  .xf_read = NULL,
2225  .xf_decor = {
2226  [M0_XCODE_DECOR_READ] = NULL
2227  }
2228  };
2229  m0_xc_m0_confx_header_struct_init();
2230 
2231  _m0_confx_fdmi_flt_grp._child[1] = (struct m0_xcode_field) {
2232  .xf_name = "xfg_rec_type",
2233 
2234  .xf_type = &M0_XT_U32,
2235 
2236  .xf_tag = 0,
2237  .xf_opaque = NULL,
2238  .xf_offset = offsetof(struct m0_confx_fdmi_flt_grp, xfg_rec_type),
2239  .xf_read = NULL,
2240  .xf_decor = {
2241  [M0_XCODE_DECOR_READ] = NULL
2242  }
2243  };
2244  m0_xc_u32_init();
2245 
2246  _m0_confx_fdmi_flt_grp._child[2] = (struct m0_xcode_field) {
2247  .xf_name = "xfg_filters",
2248 
2249  .xf_type = m0_fid_arr_xc,
2250 
2251  .xf_tag = 0,
2252  .xf_opaque = NULL,
2253  .xf_offset = offsetof(struct m0_confx_fdmi_flt_grp, xfg_filters),
2254  .xf_read = NULL,
2255  .xf_decor = {
2256  [M0_XCODE_DECOR_READ] = NULL
2257  }
2258  };
2259  m0_xc_m0_fid_arr_struct_init();
2260 
2261  M0_POST(m0_xcode_type_invariant(m0_confx_fdmi_flt_grp_xc));
2262 }
2263 
2264 M0_INTERNAL void m0_xc_m0_confx_fdmi_filter_struct_init(void)
2265 {
2266  _m0_confx_fdmi_filter._child[0] = (struct m0_xcode_field) {
2267  .xf_name = "xf_header",
2268 
2269  .xf_type = m0_confx_header_xc,
2270 
2271  .xf_tag = 0,
2272  .xf_opaque = NULL,
2273  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_header),
2274  .xf_read = NULL,
2275  .xf_decor = {
2276  [M0_XCODE_DECOR_READ] = NULL
2277  }
2278  };
2279  m0_xc_m0_confx_header_struct_init();
2280 
2281  _m0_confx_fdmi_filter._child[1] = (struct m0_xcode_field) {
2282  .xf_name = "xf_type",
2283 
2284  .xf_type = &M0_XT_U32,
2285 
2286  .xf_tag = 0,
2287  .xf_opaque = NULL,
2288  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_type),
2289  .xf_read = &m0_xcode_enum_field_read,
2290  .xf_decor = {
2291  [M0_XCODE_DECOR_READ] = &m0_xc_m0_fdmi_filter_type_id_enum
2292  }
2293  };
2294  m0_xc_u32_init();
2295 
2296  _m0_confx_fdmi_filter._child[2] = (struct m0_xcode_field) {
2297  .xf_name = "xf_filter_id",
2298 
2299  .xf_type = m0_fid_xc,
2300 
2301  .xf_tag = 0,
2302  .xf_opaque = NULL,
2303  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_filter_id),
2304  .xf_read = NULL,
2305  .xf_decor = {
2306  [M0_XCODE_DECOR_READ] = NULL
2307  }
2308  };
2309  m0_xc_m0_fid_struct_init();
2310 
2311  _m0_confx_fdmi_filter._child[3] = (struct m0_xcode_field) {
2312  .xf_name = "xf_filter_root",
2313 
2314  .xf_type = m0_buf_xc,
2315 
2316  .xf_tag = 0,
2317  .xf_opaque = NULL,
2318  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_filter_root),
2319  .xf_read = NULL,
2320  .xf_decor = {
2321  [M0_XCODE_DECOR_READ] = NULL
2322  }
2323  };
2324  m0_xc_m0_buf_struct_init();
2325 
2326  _m0_confx_fdmi_filter._child[4] = (struct m0_xcode_field) {
2327  .xf_name = "xf_node",
2328 
2329  .xf_type = m0_fid_xc,
2330 
2331  .xf_tag = 0,
2332  .xf_opaque = NULL,
2333  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_node),
2334  .xf_read = NULL,
2335  .xf_decor = {
2336  [M0_XCODE_DECOR_READ] = NULL
2337  }
2338  };
2339  m0_xc_m0_fid_struct_init();
2340 
2341  _m0_confx_fdmi_filter._child[5] = (struct m0_xcode_field) {
2342  .xf_name = "xf_dix_pver",
2343 
2344  .xf_type = m0_fid_xc,
2345 
2346  .xf_tag = 0,
2347  .xf_opaque = NULL,
2348  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_dix_pver),
2349  .xf_read = NULL,
2350  .xf_decor = {
2351  [M0_XCODE_DECOR_READ] = NULL
2352  }
2353  };
2354  m0_xc_m0_fid_struct_init();
2355 
2356  _m0_confx_fdmi_filter._child[6] = (struct m0_xcode_field) {
2357  .xf_name = "xf_substrings",
2358 
2359  .xf_type = m0_bufs_xc,
2360 
2361  .xf_tag = 0,
2362  .xf_opaque = NULL,
2363  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_substrings),
2364  .xf_read = NULL,
2365  .xf_decor = {
2366  [M0_XCODE_DECOR_READ] = NULL
2367  }
2368  };
2369  m0_xc_m0_bufs_struct_init();
2370 
2371  _m0_confx_fdmi_filter._child[7] = (struct m0_xcode_field) {
2372  .xf_name = "xf_endpoints",
2373 
2374  .xf_type = m0_bufs_xc,
2375 
2376  .xf_tag = 0,
2377  .xf_opaque = NULL,
2378  .xf_offset = offsetof(struct m0_confx_fdmi_filter, xf_endpoints),
2379  .xf_read = NULL,
2380  .xf_decor = {
2381  [M0_XCODE_DECOR_READ] = NULL
2382  }
2383  };
2384  m0_xc_m0_bufs_struct_init();
2385 
2386  M0_POST(m0_xcode_type_invariant(m0_confx_fdmi_filter_xc));
2387 }
2388 
2389 M0_INTERNAL void m0_xc_m0_confx_struct_init(void)
2390 {
2391  _m0_confx._child[0] = (struct m0_xcode_field) {
2392  .xf_name = "cx_nr",
2393 
2394  .xf_type = &M0_XT_U32,
2395 
2396  .xf_tag = 0,
2397  .xf_opaque = NULL,
2398  .xf_offset = offsetof(struct m0_confx, cx_nr),
2399  .xf_read = NULL,
2400  .xf_decor = {
2401  [M0_XCODE_DECOR_READ] = NULL
2402  }
2403  };
2404  m0_xc_u32_init();
2405 
2406  _m0_confx._child[1] = (struct m0_xcode_field) {
2407  .xf_name = "cx__objs",
2408 
2409  .xf_type = m0_confx_obj_xc,
2410 
2411  .xf_tag = 0,
2412  .xf_opaque = NULL,
2413  .xf_offset = offsetof(struct m0_confx, cx__objs),
2414  .xf_read = NULL,
2415  .xf_decor = {
2416  [M0_XCODE_DECOR_READ] = NULL
2417  }
2418  };
2419  m0_xc_m0_confx_obj_struct_init();
2420 
2421  M0_POST(m0_xcode_type_invariant(m0_confx_xc));
2422 }
2423 
2424 M0_INTERNAL void m0_xc_conf_onwire_init(void)
2425 {
2426  m0_xc_m0_conf_fetch_struct_init();
2427  m0_xc_m0_conf_fetch_resp_struct_init();
2428  m0_xc_m0_conf_update_struct_init();
2429  m0_xc_m0_conf_update_resp_struct_init();
2430  m0_xc_arr_u32_struct_init();
2431  m0_xc_m0_confx_header_struct_init();
2432  m0_xc_m0_confx_root_struct_init();
2433  m0_xc_m0_confx_profile_struct_init();
2434  m0_xc_m0_confx_pool_struct_init();
2435  m0_xc_m0_confx_pver_actual_struct_init();
2436  m0_xc_m0_confx_pver_formulaic_struct_init();
2437  m0_xc_m0_confx_pver_u_struct_init();
2438  m0_xc_m0_confx_pver_struct_init();
2439  m0_xc_m0_confx_objv_struct_init();
2440  m0_xc_m0_confx_node_struct_init();
2441  m0_xc_m0_confx_process_struct_init();
2442  m0_xc_m0_confx_service_struct_init();
2443  m0_xc_m0_confx_sdev_struct_init();
2444  m0_xc_m0_confx_site_struct_init();
2445  m0_xc_m0_confx_rack_struct_init();
2446  m0_xc_m0_confx_enclosure_struct_init();
2447  m0_xc_m0_confx_controller_struct_init();
2448  m0_xc_m0_confx_drive_struct_init();
2449  m0_xc_m0_confx_fdmi_flt_grp_struct_init();
2450  m0_xc_m0_confx_fdmi_filter_struct_init();
2451  m0_xc_m0_confx_struct_init();
2452 }
2453 
2454 M0_INTERNAL void m0_xc_conf_onwire_fini(void)
2455 {
2456 }
m0_confx_controller_xc
struct m0_xcode_type * m0_confx_controller_xc
Definition: onwire_xc.c:31
au_count
uint32_t au_count
Definition: onwire.h:120
xp_pvers
struct m0_fid_arr xp_pvers
Definition: onwire.h:122
m0_xc_arr_u32_struct_init
M0_INTERNAL void m0_xc_arr_u32_struct_init(void)
Definition: onwire_xc.c:904
_m0_confx_process_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:293
m0_xc_m0_fid_arr_struct_init
M0_INTERNAL void m0_xc_m0_fid_arr_struct_init(void)
Definition: fid_xc.c:99
_m0_confx_fdmi_filter
static struct _m0_confx_fdmi_filter_s _m0_confx_fdmi_filter
m0_confx_profile
Definition: onwire.h:75
m0_buf_xc
struct m0_xcode_type * m0_buf_xc
Definition: buf_xc.c:10
_m0_confx_site_s::_child
struct m0_xcode_field _child[3]
Definition: onwire_xc.c:345
m0_xcode_field::xf_type
const struct m0_xcode_type * xf_type
Definition: xcode.h:253
xr_mem_limit_memlock
uint64_t xr_mem_limit_memlock
Definition: onwire.h:125
xt_params
struct m0_bufs xt_params
Definition: onwire.h:126
_m0_confx_controller
static struct _m0_confx_controller_s _m0_confx_controller
_m0_confx_pool_s
Definition: onwire_xc.c:173
_m0_confx_fdmi_filter_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:446
m0_confx_sdev_xc
struct m0_xcode_type * m0_confx_sdev_xc
Definition: onwire_xc.c:27
m0_confx_enclosure_xc
struct m0_xcode_type * m0_confx_enclosure_xc
Definition: onwire_xc.c:30
xvf_id
uint32_t xvf_id
Definition: onwire.h:120
NULL
#define NULL
Definition: misc.h:38
_m0_confx_root
static struct _m0_confx_root_s _m0_confx_root
m0_xc_m0_confx_fdmi_flt_grp_struct_init
M0_INTERNAL void m0_xc_m0_confx_fdmi_flt_grp_struct_init(void)
Definition: onwire_xc.c:2214
m0_confx_profile_xc
struct m0_xcode_type * m0_confx_profile_xc
Definition: onwire_xc.c:17
_m0_confx_objv_s::_child
struct m0_xcode_field _child[3]
Definition: onwire_xc.c:260
m0_xc_m0_confx_struct_init
M0_INTERNAL void m0_xc_m0_confx_struct_init(void)
Definition: onwire_xc.c:2389
_m0_confx_sdev_s
Definition: onwire_xc.c:326
xf_node
struct m0_fid xf_node
Definition: onwire.h:125
ur_rc
int32_t ur_rc
Definition: onwire.h:282
xn_memsize
uint32_t xn_memsize
Definition: onwire.h:121
xt_mdredundancy
uint32_t xt_mdredundancy
Definition: onwire.h:125
xt_pools
struct m0_fid_arr xt_pools
Definition: onwire.h:129
m0_confx_process
Definition: onwire.h:151
m0_confx_pver_actual
Definition: onwire.h:86
xk_pvers
struct m0_fid_arr xk_pvers
Definition: onwire.h:122
_m0_confx_rack_s
Definition: onwire_xc.c:360
_m0_confx_service_s
Definition: onwire_xc.c:309
_arr_u32_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:106
_m0_confx_node_s::_child
struct m0_xcode_field _child[6]
Definition: onwire_xc.c:277
xf_endpoints
struct m0_bufs xf_endpoints
Definition: onwire.h:128
m0_xc_m0_conf_service_type_enum
struct m0_xcode_enum m0_xc_m0_conf_service_type_enum
Definition: schema_xc.c:114
u
union @126 u
_m0_conf_update_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:72
m0_confx_pool_xc
struct m0_xcode_type * m0_confx_pool_xc
Definition: onwire_xc.c:18
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struct m0_xcode_type * m0_confx_pver_formulaic_xc
Definition: onwire_xc.c:20
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Definition: onwire.h:162
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struct m0_xcode_type * m0_confx_root_xc
Definition: onwire_xc.c:16
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struct m0_fid_arr xr_encls
Definition: onwire.h:121
M0_XCODE_TYPE_FLAG_DOM_CONF
Definition: xcode.h:306
m0_xcode_type
Definition: xcode.h:313
xd_last_state
uint64_t xd_last_state
Definition: onwire.h:128
m0_confx_controller
Definition: onwire.h:207
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struct m0_confx_header xj_header
Definition: onwire.h:120
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Definition: onwire.h:80
_m0_conf_update
static struct _m0_conf_update_s _m0_conf_update
m0_xc_m0_confx_enclosure_struct_init
M0_INTERNAL void m0_xc_m0_confx_enclosure_struct_init(void)
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struct m0_fid f_origin
Definition: onwire.h:282
arr_u32
Definition: onwire.h:44
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struct m0_buf xf_filter_root
Definition: onwire.h:124
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static struct _m0_confx_pver_actual_s _m0_confx_pver_actual
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struct m0_confx_header xi_header
Definition: onwire.h:120
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M0_INTERNAL void m0_xc_m0_conf_update_struct_init(void)
Definition: onwire_xc.c:849
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struct m0_xcode_type _type
Definition: onwire_xc.c:225
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struct m0_fid xj_real
Definition: onwire.h:121
_m0_confx_root_s
Definition: onwire_xc.c:139
_m0_confx_drive
static struct _m0_confx_drive_s _m0_confx_drive
_m0_confx_node_s
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m0_xc_m0_confx_obj_struct_init
M0_INTERNAL void m0_xc_m0_confx_obj_struct_init(void)
Definition: db.c:55
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struct m0_xcode_field _child[2]
Definition: onwire_xc.c:243
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struct m0_confx_obj * cx__objs
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struct m0_fid xvf_base
Definition: onwire.h:121
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struct m0_xcode_field xct_child[0]
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struct m0_xcode_field _child[3]
Definition: onwire_xc.c:56
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Definition: onwire_xc.c:411
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struct m0_xcode_type _type
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M0_INTERNAL struct m0_xcode_type * m0_confx_obj_xc
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M0_INTERNAL void m0_xc_m0_confx_pver_struct_init(void)
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Definition: onwire_xc.c:292
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M0_INTERNAL void m0_xc_m0_fid_struct_init(void)
Definition: fid_xc.c:64
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static struct _m0_confx_header_s _m0_confx_header
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M0_INTERNAL void m0_xc_m0_confx_pver_u_struct_init(void)
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struct m0_xcode_field _child[3]
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struct m0_confx_header xe_header
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M0_INTERNAL void m0_xc_m0_conf_fetch_resp_struct_init(void)
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M0_INTERNAL void m0_xc_m0_confx_site_struct_init(void)
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static struct _m0_confx_pver_s _m0_confx_pver
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M0_INTERNAL void m0_xc_m0_confx_service_struct_init(void)
Definition: onwire_xc.c:1729
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struct m0_xcode_type * m0_confx_fdmi_filter_xc
Definition: onwire_xc.c:34
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M0_INTERNAL void m0_xc_m0_confx_pver_actual_struct_init(void)
Definition: onwire_xc.c:1229
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Definition: onwire_xc.c:156
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struct m0_xcode_field _child[3]
Definition: onwire_xc.c:396
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static struct _m0_confx_service_s _m0_confx_service
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struct m0_fid_arr xi_pvers
Definition: onwire.h:122
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M0_INTERNAL void m0_xc_m0_confx_root_struct_init(void)
Definition: onwire_xc.c:959
_arr_u32
static struct _arr_u32_s _arr_u32
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struct m0_fid u_origin
Definition: onwire.h:282
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M0_INTERNAL void m0_xc_m0_buf_struct_init(void)
Definition: buf_xc.c:64
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Definition: onwire.h:132
_arr_u32_s
Definition: onwire_xc.c:105
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uint32_t cx_nr
Definition: onwire.h:256
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Definition: onwire.h:313
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struct m0_xcode_field _child[2]
Definition: onwire_xc.c:158
xt_header
struct m0_confx_header xt_header
Definition: onwire.h:120
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struct m0_confx_header xfg_header
Definition: onwire.h:120
_m0_confx_pver_formulaic_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:208
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struct m0_xcode_type * m0_confx_fdmi_flt_grp_xc
Definition: onwire_xc.c:33
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struct m0_xcode_type * m0_confx_pver_xc
Definition: onwire_xc.c:22
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static struct _m0_confx_s _m0_confx
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struct m0_bufs xf_substrings
Definition: onwire.h:127
m0_confx_site_xc
struct m0_xcode_type * m0_confx_site_xc
Definition: onwire_xc.c:28
m0_xc_m0_confx_header_struct_init
M0_INTERNAL void m0_xc_m0_confx_header_struct_init(void)
Definition: onwire_xc.c:939
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uint32_t xn_nr_cpu
Definition: onwire.h:122
m0_xc_m0_cfg_storage_device_interface_type_enum
struct m0_xcode_enum m0_xc_m0_cfg_storage_device_interface_type_enum
Definition: schema_xc.c:65
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uint64_t xr_mem_limit_rss
Definition: onwire.h:123
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struct m0_xcode_type * m0_bitmap_onwire_xc
Definition: bitmap_xc.c:10
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struct m0_bitmap_onwire xr_cores
Definition: onwire.h:121
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struct m0_xcode_type * m0_bufs_xc
Definition: buf_xc.c:11
_m0_confx_rack_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:361
xe_ctrls
struct m0_fid_arr xe_ctrls
Definition: onwire.h:122
xva_P
uint32_t xva_P
Definition: onwire.h:127
xv_u
struct m0_confx_pver_u xv_u
Definition: onwire.h:121
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struct m0_xcode_type * m0_confx_xc
Definition: onwire_xc.c:35
fr_ver
uint64_t fr_ver
Definition: onwire.h:284
m0_xc_m0_pver_policy_code_enum
struct m0_xcode_enum m0_xc_m0_pver_policy_code_enum
Definition: policy_xc.c:19
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uint64_t xd_size
Definition: onwire.h:127
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struct m0_xcode_type * m0_confx_node_xc
Definition: onwire_xc.c:24
_m0_confx_pver_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:242
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struct arr_u32 xva_tolerance
Definition: onwire.h:131
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uint64_t xn_last_state
Definition: onwire.h:123
xn_header
struct m0_confx_header xn_header
Definition: onwire.h:120
m0_confx_pver_u
Definition: onwire.h:117
m0_confx_pver_formulaic
Definition: onwire.h:106
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uint64_t xn_flags
Definition: onwire.h:124
_m0_conf_fetch
static struct _m0_conf_fetch_s _m0_conf_fetch
_m0_confx_profile_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:157
m0_xc_m0_conf_fetch_struct_init
M0_INTERNAL void m0_xc_m0_conf_fetch_struct_init(void)
Definition: onwire_xc.c:764
m0_xc_m0_confx_process_struct_init
M0_INTERNAL void m0_xc_m0_confx_process_struct_init(void)
Definition: onwire_xc.c:1604
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uint32_t xd_dev_idx
Definition: onwire.h:121
_m0_confx_enclosure_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:378
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struct m0_confx_header xr_header
Definition: onwire.h:120
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struct m0_xcode_type _type
Definition: onwire_xc.c:89
xc_drives
struct m0_fid_arr xc_drives
Definition: onwire.h:121
m0_conf_update
Definition: onwire.h:305
xva_sitevs
struct m0_fid_arr xva_sitevs
Definition: onwire.h:132
_m0_confx_enclosure_s
Definition: onwire_xc.c:377
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struct m0_confx_header xp_header
Definition: onwire.h:120
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struct m0_xcode_type * m0_conf_update_xc
Definition: onwire_xc.c:12
m0_confx_site
Definition: onwire.h:188
m0_conf_fetch_resp
Definition: onwire.h:295
_m0_confx_controller_s
Definition: onwire_xc.c:394
xfg_rec_type
uint32_t xfg_rec_type
Definition: onwire.h:121
_m0_confx_service_s::_child
struct m0_xcode_field _child[5]
Definition: onwire_xc.c:311
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struct m0_fid_arr xn_processes
Definition: onwire.h:125
xf_header
struct m0_confx_header xf_header
Definition: onwire.h:120
_m0_confx_pool
static struct _m0_confx_pool_s _m0_confx_pool
m0_confx_fdmi_filter
Definition: onwire.h:225
m0_xc_m0_confx_pver_formulaic_struct_init
M0_INTERNAL void m0_xc_m0_confx_pver_formulaic_struct_init(void)
Definition: onwire_xc.c:1324
_m0_confx_site
static struct _m0_confx_site_s _m0_confx_site
xva_S
uint32_t xva_S
Definition: onwire.h:125
_m0_confx_fdmi_flt_grp_s
Definition: onwire_xc.c:428
M0_POST
#define M0_POST(cond)
m0_xc_conf_onwire_init
M0_INTERNAL void m0_xc_conf_onwire_init(void)
Definition: onwire_xc.c:2424
_m0_confx_site_s
Definition: onwire_xc.c:343
m0_xc_m0_confx_objv_struct_init
M0_INTERNAL void m0_xc_m0_confx_objv_struct_init(void)
Definition: onwire_xc.c:1459
_m0_confx_root_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:140
m0_confx_enclosure
Definition: onwire.h:200
xv_header
struct m0_confx_header xv_header
Definition: onwire.h:120
_m0_confx_header_s::_child
struct m0_xcode_field _child[1]
Definition: onwire_xc.c:124
xt_sites
struct m0_fid_arr xt_sites
Definition: onwire.h:128
xk_sdev
struct m0_fid xk_sdev
Definition: onwire.h:121
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bool m0_xcode_type_invariant(const struct m0_xcode_type *xt)
Definition: xcode.c:74
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struct m0_confx_header xd_header
Definition: onwire.h:120
xf_dix_pver
struct m0_fid xf_dix_pver
Definition: onwire.h:126
m0_xc_m0_confx_pool_struct_init
M0_INTERNAL void m0_xc_m0_confx_pool_struct_init(void)
Definition: onwire_xc.c:1179
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struct m0_fid_arr xfg_filters
Definition: onwire.h:122
_m0_confx_pool_s::_child
struct m0_xcode_field _child[3]
Definition: onwire_xc.c:175
_m0_confx_objv
static struct _m0_confx_objv_s _m0_confx_objv
u_data
struct m0_confx u_data
Definition: onwire.h:284
m0_xc_m0_conf_update_resp_struct_init
M0_INTERNAL void m0_xc_m0_conf_update_resp_struct_init(void)
Definition: onwire_xc.c:884
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Definition: onwire.h:60
_m0_conf_fetch_resp
static struct _m0_conf_fetch_resp_s _m0_conf_fetch_resp
m0_xc_m0_confx_drive_struct_init
M0_INTERNAL void m0_xc_m0_confx_drive_struct_init(void)
Definition: onwire_xc.c:2164
M0_XA_UNION
Definition: xcode.h:181
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struct m0_xcode_type * m0_confx_header_xc
Definition: onwire_xc.c:15
_m0_confx_rack
static struct _m0_confx_rack_s _m0_confx_rack
_arr_u32_s::_child
struct m0_xcode_field _child[2]
Definition: onwire_xc.c:107
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static struct _m0_confx_pver_u_s _m0_confx_pver_u
fr_data
struct m0_confx fr_data
Definition: onwire.h:286
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void m0_xc_u64_init(void)
Definition: xcode.c:904
M0_BASSERT
M0_BASSERT(offsetof(struct _m0_conf_fetch_s, _child[0])==offsetof(struct m0_xcode_type, xct_child[0]))
xt_mdpool
struct m0_fid xt_mdpool
Definition: onwire.h:123
_m0_conf_update_resp_s::_child
struct m0_xcode_field _child[1]
Definition: onwire_xc.c:90
_m0_confx_s::_child
struct m0_xcode_field _child[2]
Definition: onwire_xc.c:464
m0_xc_m0_bufs_struct_init
M0_INTERNAL void m0_xc_m0_bufs_struct_init(void)
Definition: buf_xc.c:99
xe_pvers
struct m0_fid_arr xe_pvers
Definition: onwire.h:123
_m0_confx_site_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:344
xj_children
struct m0_fid_arr xj_children
Definition: onwire.h:122
_m0_confx_node
static struct _m0_confx_node_s _m0_confx_node
m0_confx_sdev
Definition: onwire.h:170
M0_XCODE_TYPE_FLAG_DOM_RPC
Definition: xcode.h:304
xd_filename
struct m0_buf xd_filename
Definition: onwire.h:130
xs_sdevs
struct m0_fid_arr xs_sdevs
Definition: onwire.h:124
_m0_confx_enclosure_s::_child
struct m0_xcode_field _child[4]
Definition: onwire_xc.c:379
xp_pools
struct m0_fid_arr xp_pools
Definition: onwire.h:121
_m0_confx_fdmi_flt_grp_s::_child
struct m0_xcode_field _child[3]
Definition: onwire_xc.c:430
_m0_confx_s
Definition: onwire_xc.c:462
M0_XT_U32
const struct m0_xcode_type M0_XT_U32
Definition: xcode.c:932
m0_xc_conf_onwire_fini
M0_INTERNAL void m0_xc_conf_onwire_fini(void)
Definition: onwire_xc.c:2454
m0_confx_header
Definition: onwire.h:56
m0_confx_drive_xc
struct m0_xcode_type * m0_confx_drive_xc
Definition: onwire_xc.c:32
m0_xcode_type::xct_aggr
enum m0_xcode_aggr xct_aggr
Definition: xcode.h:316
_m0_confx_sdev
static struct _m0_confx_sdev_s _m0_confx_sdev
_m0_confx_pver_formulaic
static struct _m0_confx_pver_formulaic_s _m0_confx_pver_formulaic
xi_racks
struct m0_fid_arr xi_racks
Definition: onwire.h:121
_m0_confx_sdev_s::_child
struct m0_xcode_field _child[9]
Definition: onwire_xc.c:328
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struct m0_xcode_type * m0_confx_rack_xc
Definition: onwire_xc.c:29
xva_N
uint32_t xva_N
Definition: onwire.h:121
m0_xc_m0_confx_profile_struct_init
M0_INTERNAL void m0_xc_m0_confx_profile_struct_init(void)
Definition: onwire_xc.c:1144
_m0_confx_sdev_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:327
onwire_xc.h
xe_node
struct m0_fid xe_node
Definition: onwire.h:121
_m0_conf_update_s
Definition: onwire_xc.c:71
_m0_confx_pver_actual_s
Definition: onwire_xc.c:190
xd_flags
uint64_t xd_flags
Definition: onwire.h:129
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struct m0_xcode_type * m0_conf_fetch_resp_xc
Definition: onwire_xc.c:11
_m0_confx_controller_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:395
_m0_confx_pool_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:174
xr_endpoint
struct m0_buf xr_endpoint
Definition: onwire.h:126
xs_endpoints
struct m0_bufs xs_endpoints
Definition: onwire.h:122
_m0_confx_drive_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:412
xd_bsize
uint32_t xd_bsize
Definition: onwire.h:126
_m0_confx_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:463
m0_conf_update_resp_xc
struct m0_xcode_type * m0_conf_update_resp_xc
Definition: onwire_xc.c:13
_m0_confx_pver_formulaic_s::_child
struct m0_xcode_field _child[3]
Definition: onwire_xc.c:209
_m0_conf_fetch_resp_s
Definition: onwire_xc.c:54
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struct m0_fid xt_imeta_pver
Definition: onwire.h:124
m0_confx_drive
Definition: onwire.h:213
_m0_confx_service_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:310
_m0_confx_pver_s
Definition: onwire_xc.c:241
m0_confx_fdmi_flt_grp
Definition: onwire.h:219
M0_XT_U8
const struct m0_xcode_type M0_XT_U8
Definition: xcode.c:924
_m0_confx_profile
static struct _m0_confx_profile_s _m0_confx_profile
_m0_confx_fdmi_flt_grp
static struct _m0_confx_fdmi_flt_grp_s _m0_confx_fdmi_flt_grp
_m0_conf_update_resp
static struct _m0_conf_update_resp_s _m0_conf_update_resp
M0_XCODE_DECOR_READ
Definition: xcode.h:244
m0_xc_m0_confx_node_struct_init
M0_INTERNAL void m0_xc_m0_confx_node_struct_init(void)
Definition: onwire_xc.c:1509
_m0_confx_header_s
Definition: onwire_xc.c:122
_m0_confx_node_s::_type
struct m0_xcode_type _type
Definition: onwire_xc.c:276
f_path
struct m0_fid_arr f_path
Definition: onwire.h:284
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void m0_xc_u8_init(void)
Definition: xcode.c:892
M0_XA_SEQUENCE
Definition: xcode.h:191
xt_verno
uint64_t xt_verno
Definition: onwire.h:121
m0_xc_u32_init
void m0_xc_u32_init(void)
Definition: xcode.c:900
_m0_confx_pver_formulaic_s
Definition: onwire_xc.c:207
xr_mem_limit_as
uint64_t xr_mem_limit_as
Definition: onwire.h:122
m0_confx_pver_actual_xc
struct m0_xcode_type * m0_confx_pver_actual_xc
Definition: onwire_xc.c:19
m0_confx_pver_u_xc
struct m0_xcode_type * m0_confx_pver_u_xc
Definition: onwire_xc.c:21
au_elems
uint32_t * au_elems
Definition: onwire.h:121
m0_xc_m0_confx_controller_struct_init
M0_INTERNAL void m0_xc_m0_confx_controller_struct_init(void)
Definition: onwire_xc.c:2114
xr_mem_limit_stack
uint64_t xr_mem_limit_stack
Definition: onwire.h:124
_m0_confx_root_s::_child
struct m0_xcode_field _child[12]
Definition: onwire_xc.c:141
xt_profiles
struct m0_fid_arr xt_profiles
Definition: onwire.h:130
_m0_confx_enclosure
static struct _m0_confx_enclosure_s _m0_confx_enclosure
xc_header
struct m0_confx_header xc_header
Definition: onwire.h:120
xpv_is_formulaic
uint8_t xpv_is_formulaic
Definition: onwire.h:120
xt_fdmi_flt_grps
struct m0_fid_arr xt_fdmi_flt_grps
Definition: onwire.h:131
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struct m0_xcode_type * m0_fid_arr_xc
Definition: fid_xc.c:11
_m0_conf_fetch_s::_child
struct m0_xcode_field _child[2]
Definition: onwire_xc.c:39
xt_rootfid
struct m0_fid xt_rootfid
Definition: onwire.h:122
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M0_INTERNAL void m0_xc_m0_confx_fdmi_filter_struct_init(void)
Definition: onwire_xc.c:2264
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struct m0_xcode_field _child[8]
Definition: onwire_xc.c:294
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struct m0_fid_arr xr_pvers
Definition: onwire.h:122
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struct m0_xcode_type _type
Definition: onwire_xc.c:38
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Definition: onwire.h:127
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struct m0_xcode_field _child[3]
Definition: onwire_xc.c:362
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const char * xf_name
Definition: xcode.h:251
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struct m0_xcode_type * m0_confx_service_xc
Definition: onwire_xc.c:26
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struct m0_xcode_field _child[8]
Definition: onwire_xc.c:447
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M0_INTERNAL void m0_xc_m0_bitmap_onwire_struct_init(void)
Definition: bitmap_xc.c:39
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struct arr_u32 xvf_allowance
Definition: onwire.h:125
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struct m0_fid_arr xt_nodes
Definition: onwire.h:127
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struct m0_bufs xs_params
Definition: onwire.h:123
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struct m0_fid ch_id
Definition: onwire.h:120
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Definition: onwire.h:194
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Definition: onwire.h:287
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struct m0_xcode_type * m0_fid_xc
Definition: fid_xc.c:10
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int32_t fr_rc
Definition: onwire.h:282
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M0_INTERNAL void m0_xc_m0_confx_sdev_struct_init(void)
Definition: onwire_xc.c:1809
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Definition: onwire_xc.c:258
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uint32_t xva_K
Definition: onwire.h:123
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const struct m0_xcode_type M0_XT_U64
Definition: xcode.c:940
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struct m0_confx_header xs_header
Definition: onwire.h:120
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struct m0_fid xf_filter_id
Definition: onwire.h:122
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struct m0_confx_header xk_header
Definition: onwire.h:120
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struct m0_fid_arr xc_pvers
Definition: onwire.h:122
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struct m0_xcode_field _child[3]
Definition: onwire_xc.c:413
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Definition: onwire_xc.c:224
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struct m0_xcode_type _type
Definition: onwire_xc.c:123
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#define offsetof(typ, memb)
Definition: misc.h:29
_m0_confx_process
static struct _m0_confx_process_s _m0_confx_process
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struct m0_xcode_type * m0_confx_objv_xc
Definition: onwire_xc.c:23
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struct m0_xcode_type _type
Definition: onwire_xc.c:259
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Definition: onwire_xc.c:88
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struct m0_xcode_type _type
Definition: onwire_xc.c:429
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M0_INTERNAL void m0_xc_m0_confx_rack_struct_init(void)
Definition: onwire_xc.c:1999
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struct m0_xcode_type * m0_confx_process_xc
Definition: onwire_xc.c:25
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struct m0_xcode_type * m0_conf_fetch_xc
Definition: onwire_xc.c:10
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M0_INTERNAL int m0_xcode_enum_field_read(const struct m0_xcode_cursor *it, struct m0_xcode_obj *obj, const char *str)
Definition: enum.c:142
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Definition: xcode.h:249
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Definition: onwire.h:258
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struct m0_fid_arr xr_services
Definition: onwire.h:127
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struct m0_xcode_enum m0_xc_m0_cfg_storage_device_media_type_enum
Definition: schema_xc.c:80
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struct m0_xcode_type _type
Definition: onwire_xc.c:55
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struct m0_xcode_enum m0_xc_m0_fdmi_filter_type_id_enum
Definition: filter_xc.c:202
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struct m0_xcode_type * arr_u32_xc
Definition: onwire_xc.c:14