inject complete lshw and adapt example to work with whole lshw #1242
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autoinstallation/README.md
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| @@ -84,6 +84,17 @@ local findBiggestDisk(disks) = | |||
| local sizedDisks = std.filter(function(d) std.objectHas(d, 'size'), disks); | |||
| local sorted = std.sort(sizedDisks, function(x) x.size); | |||
| sorted[0].logicalname; | |||
| local selectClass(lshw, class) = | |||
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IMHO, we should offer this as some kind of helper. I would not expect the users to have to include this on their own profiles.
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yeap, that is open question. Basically I think we should provide something like jsonnet library that is also injected into jsonnet during evaluation. At least two helpers will be useful..selectClass for class filtering and findID to find one specific id ( useful to e.g. check physical memory ).
rust/share/agama.libsonnet
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| result, | ||
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| // function go throught lshw output and returns object with given "id" or null if not found. | ||
| findID(lshw, id):: |
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About the name of the function, you are not "finding" and ID, but an object. So I would rename it to findById or something similar (or findObject or whatever).
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Please, document the arguments (type and so on).
rust/share/agama.libsonnet
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| @@ -0,0 +1,26 @@ | |||
| // function go throught lshw output and enlist only given class. | |||
| // Basically it is same as calling `lshw -class <class>`. | |||
| selectClass(lshw, class):: | |||
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selectClass looks good enough. But perhaps to be consistent with my suggestion below we could use findClass or something similar.
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Please, document the arguments.
Co-authored-by: Imobach González Sosa <igonzalezsosa@suse.com>
Prepare for releasing Agama 9. It includes the following pull requests: - #1101 - #1202 - #1228 - #1231 - #1236 - #1238 - #1239 - #1240 - #1242 - #1243 - #1244 - #1245 - #1246 - #1247 - #1248 - #1249 - #1250 - #1251 - #1252 - #1253 - #1254 - #1255 - #1256 - #1257 - #1258 - #1259 - #1260 - #1261 - #1264 - #1265 - #1267 - #1268 - #1269 - #1270 - #1271 - #1272 - #1273 - #1274 - #1279 - #1280 - #1284 - #1285 - #1286 - #1287 - #1288 - #1289 - #1290 - #1291 - #1292 - #1293 - #1294 - #1295 - #1296 - #1298 - #1299 - #1300 - #1301 - #1302 - #1303 - #1304 - #1305 - #1306 - #1307 - #1308 - #1309 - #1310 - #1311 - #1312 - #1313 - #1314 - #1315 - #1316 - #1317 - #1318 - #1319 - #1320 - #1321 - #1322 - #1323 - #1324 - #1325 - #1326 - #1328 - #1329 - #1331 - #1332 - #1334 - #1338 - #1340 - #1341 - #1342 - #1343 - #1344 - #1345 - #1348 - #1349 - #1351 - #1352 - #1353 - #1354 - #1355 - #1356 - #1357 - #1358 - #1359 - #1360 - #1361 - #1362 - #1363 - #1365 - #1366 - #1367 - #1368 - #1371 - #1372 - #1374 - #1375 - #1376 - #1379 - #1380 - #1381 - #1383 - #1384 - #1385 - #1386 - #1387 - #1388 - #1389 - #1391 - #1392 - #1394 - #1395 - #1397 - #1398 - #1399 - #1400 - #1403
Problem
There is only limited subset of hardware information for jsonnet.
Solution
Add complete json tree from lshw and adapt example how to search for the biggest disk. Also add utils library for easier search in lshw output and enhance example.
Testing