1 karl 1.1 // ===================================================================
2 // Title: Software Resources
3 // $State: Preliminary $
4 // $Date: 2004/07/02 22:50:19 $
5 // $Source: /home/dmtf2/dotorg/var/cvs/repositories/dev/Schema/MOF/Application_SWResources.mof,v $
6 // $Revision: 1.8 $
7 // ===================================================================
8 //#pragma inLine ("Includes/copyright.inc")
9 // Copyright 1998-2004 Distributed Management Task Force, Inc. (DMTF).
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43 karl 1.1 // http://www.dmtf.org/about/policies/disclosures.php.
44 //#pragma inLine
45 // ===================================================================
46 // Description: The classes represent the characterization of
47 // software resources (SW resource). A SW resource is an
48 // abstraction of the utilization of other entities in the
49 // environment (communications, memory, files, etc.) within
50 // the context of the software entity being managed. This version
51 // version of software resources concentrates on
52 // entities to transfer data over space and time from the
53 // internal view of running software. Processor/CPU-like resources
54 // are not considered for now.
55 // Software for which resources exist can be vary from operating
56 // system to application systems. An application system is
57 // an entity that supports a particular business
58 // function and that can be managed as an independent unit.
59 // The behavior a software resource is that items bundled
60 // in transfers are input to or output from the resource.
61 // What happens to the items inside the resource depends on
62 // type of resource (transferring data over time or space) and
63 // the implementation.
64 karl 1.1 // The following types of software resources are considered:
65 // Buffer, Queue, Protocol Endpoint, Remote Interface, Pool,
66 // Cache, File and Database.
67 // The software resources consist of statistics that
68 // describe their input, output and allocation (size).
69 // An associated settings class allows for setting
70 // the limits (I/O, allocation) of the software
71 // resource. The limits are designed as one of the levers
72 // to manipulate and control the operation of the software
73 // through managing software resources. The statistics
74 // provide the operational parameters of the limits, performance
75 // metrics and error information for performance and fault
76 // management functions as well as management tasks like
77 // monitoring, reporting or root cause analysis.
78 // Some of the software resources (file, protocol endpoint
79 // and database) are linked to existing classes since they
80 // cannot share the same base class due to existing,
81 // incompatible inheritance hierarchies and the fact that they
82 // are concurrently viewed and controlled outside the software
83 // by the OS. Thus, software resources are aspects of these
84 // existing objects.
85 karl 1.1 //
86 // They are maintained as a separate MOF file in the
87 // Application Model.
88 //
89 // The object classes below are listed in an order that
90 // avoids forward references. Required objects, defined
91 // by other working groups, are omitted.
92 // ==================================================================
93 // Change Log for v2.9 Preliminary
94 // 14 May 2004
95 // - CR 1312 - Original Software Resource Model
96 // ===================================================================
97
98 #pragma locale ("en_US")
99
100 // ==================================================================
101 // SoftwareResource
102 // ==================================================================
103 [Experimental, Version ( "2.8.1000" ), Description (
104 "A Software Resource (SWR) is an abstraction of the utilization "
105 "of other entities in the environment (communications, memory, "
106 karl 1.1 "files, etc.) within the context of the software entity being "
107 "managed. SWR have a component-like implementation that is "
108 "independently manageable from the real entity outside the "
109 "software. These implementations are often used for storage and "
110 "transmission. Thus, a Software Resource (SWR) is: \n"
111 "a) any entity that is used by a system (e.g. an application "
112 "system) to transfer data over space and time (i.e., no data "
113 "processing in terms of creation/deletion or modification of "
114 "data). In contrast to normal (application) services (i.e., the "
115 "abstraction of data processing in terms of its "
116 "creation/deletion etc.), the SWR has limits (bounds) that are "
117 "not to be exceeded. This version does not consider resources "
118 "like CPU. \n"
119 "b) the system's view of such a transfer entity. Note that the "
120 "software resource is ultimately contained by or related to a "
121 "limited (physical or logical) resource of the encompassing "
122 "(operating) system such as memory, storage or a communication "
123 "links. \n"
124 "Anything transferred by an SWR is called an 'item'. Items may "
125 "be data, code, connections, packets, etc.. Items are atomic in "
126 "the model, thus there is no partial items. \n"
127 karl 1.1 "An instance only exists if a running system exists since it is "
128 "an internal component of the system implemented by its "
129 "software. Software resources are potentially external entities "
130 "like files viewed internally and (at least partially) "
131 "controlled by the software of the system. \n"
132 "SoftwareResource is contained by System via SystemComponent. "
133 "At least one system (e.g., one application system or a system "
134 "in general) contains 0 or more software resources. If more "
135 "than one system claims to contain the software resource, it is "
136 "a shared resource. \n"
137 "SoftwareResource is associated to SWRLimitSetting via "
138 "ElementSettingData. One software resource can have multiple "
139 "limit settings. Only one of the settings is the default and "
140 "one (potentially another one) is operational (current). "
141 "Settings can be shared by software resources. \n"
142 "SoftwareResource is associated to SWRStatistics via "
143 "ElementStatisticalData. In general, one software resource is "
144 "expected to have three statistics. The statistics type covers "
145 "each behavior characteristics at most once. I.e., the software "
146 "resource has at most one allocation statistcs, one input "
147 "statistics and one output statistics. Nevertheless, the "
148 karl 1.1 "implementation of the software resource may exhibit more "
149 "statistics SWRStatistics instances that cover more "
150 "context-specific behavior characteristics.")]
151 class CIM_SoftwareResource : CIM_EnabledLogicalElement {
152
153 [Key, Description (
154 "Within the scope of the instantiating Namespace, InstanceID "
155 "opaquely and uniquely identifies an instance of this class. "
156 "In order to ensure uniqueness within the NameSpace, the "
157 "value of InstanceID SHOULD be constructed using the "
158 "following 'preferred' algorithm: \n"
159 "<OrgID>:<LocalID> \n"
160 "Where <OrgID> and <LocalID> are separated by a colon ':', "
161 "and where <OrgID> MUST include a copyrighted, trademarked "
162 "or otherwise unique name that is owned by the business "
163 "entity creating/defining the InstanceID, or is a registered "
164 "ID that is assigned to the business entity by a recognized "
165 "global authority. (This is similar to the <Schema "
166 "Name>_<Class Name> structure of Schema class names.) In "
167 "addition, to ensure uniqueness <OrgID> MUST NOT contain a "
168 "colon (':'). When using this algorithm, the first colon to "
169 karl 1.1 "appear in InstanceID MUST appear between <OrgID> and "
170 "<LocalID>. \n"
171 "<LocalID> is chosen by the business entity and SHOULD not "
172 "be re-used to identify different underlying (real-world) "
173 "elements. If the above 'preferred' algorithm is not used, "
174 "the defining entity MUST assure that the resultant "
175 "InstanceID is not re-used across any InstanceIDs produced "
176 "by this or other providers for this instance's NameSpace. \n"
177 "For DMTF defined instances, the 'preferred' algorithm MUST "
178 "be used with the <OrgID> set to 'CIM'.")]
179 string InstanceID;
180
181 [Description (
182 "IsAspect indicates whether the instance of this software "
183 "resource refers to another entity residing outside the - "
184 "software that implements the resource. This knowledge "
185 "should kept into account in order to solve control "
186 "conflicts. The property value is 'IsAspect' if the "
187 "instrumentation knows that there is a corresponding outside "
188 "managed entity, e.g., a file that corresponds to this "
189 "software resource. Values: \n"
190 karl 1.1 "Is Aspect: The instance of the software resource is an "
191 "aspect. The logically identical entity external to the "
192 "software (e.g., a file) is known to exist. Is not Aspect: "
193 "The instance of the software resource is not an aspect. No "
194 "logically identical entity external to the software (e.g., "
195 "likely in the case of a buffer) is known to exist."),
196 ValueMap { "0", "2" , "3", "4..32767", "32768..65535" },
197 Values { "Unknown", "Is Aspect", "Is not Aspect",
198 "DMTF Reserved","Vendor Reserved" }]
199 uint16 IsAspect;
200
201
202 [Description (
203 "The property value is 'Aspect Is in Use' if the software "
204 "resource is currently control of the software. E.g., it "
205 "still has a file handle of file. Any operations on the "
206 "corresponding outside entity (e.g., the file) can now "
207 "result in errors. E.g., the deletion of file from the "
208 "outside could be refused since it still opened by the "
209 "software. Note that currently no conflict resolution is "
210 "designed into software resource classes. \n"
211 karl 1.1 "Values: \n"
212 "Aspect Is in Use: The software resource is in use by the "
213 "software (i.e., at least a reference to the resource is "
214 "held by the software). Access to the resource may result in "
215 "conflicting usage of any logically identical entity "
216 "external to this software. \n"
217 "Aspect Is not in Use: In special cases it may be the case "
218 "that the software resource is currently not controlled by "
219 "the software (i.e., a file is currently not accessed by the "
220 "software and the file handle is returned. The software "
221 "resource object exists without having the file in use."),
222 ValueMap { "0", "2", "3", "4..32767", "32768..65535" },
223 Values { "Unknown", "Aspect Is in Use", "Aspect Is not in Use",
224 "DMTF Reserved","Vendor Reserved" }]
225 uint16 AspectInUse = 2;
226
227 [Description (
228 "ByReference indicates whether the software resource handles "
229 "only references to items, but not the items itself. This "
230 "can be the case for buffers or pools, where the items "
231 "reside in the memory that was originally allocated for them "
232 karl 1.1 "and only the reference is kept in the buffer. Other "
233 "implementations or software resource types, especially "
234 "distributed resources that require data transfer over space "
235 "(i.e., communication) may deal with the entire item. \n"
236 "Values: \n"
237 "Items Are References: The software resource holds only "
238 "pointers to the items (e.g., connections in a connection "
239 "pool. \n"
240 "Items Are Copies: The software resources transfers entire "
241 "items, i.e., the items are copied from one place to another "
242 "(e.g., packets in a communication)."),
243 ValueMap { "0", "2", "3", "4..32767", "32768..65535" },
244 Values { "Unknown", "Items Are References", "Items Are Copies",
245 "DMTF Reserved","Vendor Reserved" }]
246 uint16 ByReference;
247
248 [Description (
249 "The type of the software resource. Although the behavior of "
250 "the different software resource types is modeled similarly, "
251 "different names for resources transferring data over time "
252 "or/and space have been established. SoftwareResourceType "
253 karl 1.1 "conveys their original, most common name. \n"
254 "Values: \n"
255 "Buffer: volatile storage (transfer over time). \n"
256 "Queue: transfer over time (the internal FIFO) and often "
257 "over space (as entry point to a communication link. Both, "
258 "volatile and persistent versions exit. \n"
259 "Protocol Endpoint: transfer over space, entry point to a "
260 "communication link \n"
261 "Remote Interface: A generalized protocol endpoint without a "
262 "specific protocol. Is a proxy. \n"
263 "Pool: A special buffer. Clearly the lower allocation limit "
264 "is the important limit, i.e., depletion of the pool is a "
265 "problem. \n"
266 "Cache: Another special buffer with an aging algorithm for "
267 "dropping items held in the cache. \n"
268 "File: the simplest form of persistent storage. \n"
269 "Database: a more sophisticated form of persistent storage "
270 "that may consist of several files."),
271 ValueMap { "0", "2", "3", "4", "5", "6", "7", "8", "9",
272 "10..32767", "32768..65535" },
273 Values { "Unknown", "Buffer", "Queue", "Protocol Endpoint",
274 karl 1.1 "Remote Interface", "Pool", "Cache", "File", "Database",
275 "DMTF Reserved","Vendor Reserved" }]
276 uint16 SoftwareResourceType;
277
278 [Description (
279 "Error situations may sometimes require drastic measures. "
280 "One of them being the complete re-initialization of an "
281 "software resource. Re-initialization includes that the "
282 "resource is emptied entirely and the limit settings are "
283 "newly applied. \n"
284 "Reintialize Already in Progress: software resource still "
285 "being reinitialized."),
286 ValueMap { "0", "1", "2", "3", "4", "6", "7", "8", "9..32767",
287 "32768..65535" },
288 Values { "Success", "Not Supported", "Unknown", "Timeout",
289 "Failed", "Access Denied", "Not Found",
290 "Reinitialize already in Progress", "DMTF Reserved",
291 "Vendor Specific" }]
292 uint32 Reinitialize();
293 };
294
295 karl 1.1
296 // ==================================================================
297 // SWRLimitSetting
298 // ==================================================================
299
300 [Experimental, Version ( "2.8.1000" ), Description (
301 "SWRLimitSetting describes the limits of the software resource. "
302 "In essence it is possible to define 6 different types of "
303 "limits in groups of three. Each group consists of allocation, "
304 "input and output limits. One group is always expressed by "
305 "technical units (the default) and the other group in "
306 "domain-specific units (e.g., items per second as the input "
307 "limit). Thus, they are of different types. In order to avoid "
308 "inconsistencies, only one group of settings is writable. The "
309 "other one is derived from the writable limits. I.e., if "
310 "technical limits are specifiable by the user (the type of the "
311 "settings is technical) then the other set of limits (the "
312 "non-writeable and derived settings) are domain-specific. \n"
313 "SWRLimitSetting is associated to SoftwareResource via "
314 "ElementSettingData. One software resource can have multiple "
315 "limit settings. Only one of the settings is the default and "
316 karl 1.1 "one (potentially another one) is operational (current). "
317 "Settings can be shared by software resources.")]
318 class CIM_SWRLimitSetting : CIM_SettingData {
319
320 [Write, Description (
321 "This is the lower limit of the input of the software "
322 "resource. In general, the limit is a rate (i.e., items per "
323 "second or Bytes per second). The corresponding unit is "
324 "found at the property InputUnit. A null value indicates "
325 "that no lower limit exists. The property value can be "
326 "modified and is persisted on saving the modification."),
327 ModelCorrespondence { "CIM_SWRLimitSetting.InputUnit" }]
328 uint32 LowerInputLimit;
329
330 [Write, Description (
331 "This is the upper limit of the input of the software "
332 "resource. In general, the limit is a rate (i.e., items per "
333 "second or Bytes per second). The corresponding unit is "
334 "found at the property InputUnit. A null value indicates "
335 "that no upper limit exists. The property value can be "
336 "modified and is persisted on saving the modification."),
337 karl 1.1 ModelCorrespondence { "CIM_SWRLimitSetting.InputUnit" }]
338 uint32 UpperInputLimit;
339
340 [Description (
341 "This is the unit of the input limits of the software "
342 "resource. In general, the unit describes a rate (i.e., "
343 "items per second or Bytes per second). A null value is only "
344 "allowed if neither upper nor lower limit exist. Otherwise, "
345 "the property value is read-only and assumed to be "
346 "correspond to the implementation of the software resource "
347 "to which the settings have to apply."),
348 ModelCorrespondence { "CIM_SWRLimitSetting.OtherInputUnit",
349 "CIM_SWRLimitSetting.LimitSettingType" }]
350 string InputUnit;
351
352 [Write, Description (
353 "This is the lower limit of the output of the software "
354 "resource. In general, the limit is a rate (i.e., items per "
355 "second or Bytes per second). The corresponding unit is "
356 "found at the property OutputUnit. A null value indicates "
357 "that no lower limit exists. The property value can be "
358 karl 1.1 "modified and is persisted on saving the modification."),
359 ModelCorrespondence { "CIM_SWRLimitSetting.OutputUnit" }]
360 uint32 LowerOutputLimit;
361
362 [Write, Description (
363 "This is the upper limit of the output of the software "
364 "resource. In general, the limit is a rate (i.e., items per "
365 "second or Bytes per second). The corresponding unit is "
366 "found at the property OutputUnit. A null value indicates "
367 "that no upper limit exists. The property value can be "
368 "modified and is persisted on saving the modification."),
369 ModelCorrespondence { "CIM_SWRLimitSetting.OutputUnit" }]
370 uint32 UpperOutputLimit;
371
372 [Description (
373 "This is the unit of the output limits of the software "
374 "resource. In general, the unit describes a rate (i.e., "
375 "items per second or Bytes per second). A null value is only "
376 "allowed if neither upper nor lower limit exist. Otherwise, "
377 "the property value is read-only and assumed to be "
378 "correspond to the implementation of the software resource "
379 karl 1.1 "to which the settings have to apply."),
380 ModelCorrespondence { "CIM_SWRLimitSetting.OtherOutputUnit",
381 "CIM_SWRLimitSetting.LimitSettingType" }]
382 string OutputUnit;
383
384 [Write, Description (
385 "This is the lower limit of the allocation (i.e., size) of "
386 "the software resource. In general, the limit is a quantity "
387 "(i.e., items or Megabytes). The corresponding unit is found "
388 "at the property AllocationUnit. A null value indicates that "
389 "no allocation limit exists. The property value can be "
390 "modified and is persisted on saving the modification."),
391 ModelCorrespondence { "CIM_SWRLimitSetting.AllocationUnit" }]
392 uint32 LowerAllocationLimit;
393
394 [Write, Description (
395 "This is the upper limit of the allocation (i.e., size) of "
396 "the software resource. In general, the limit is a quantity "
397 "(i.e., items or Megabytes). The corresponding unit is found "
398 "at the property AllocationUnit. A null value indicates that "
399 "no allocation limit exists. The property value can be "
400 karl 1.1 "modified and is persisted on saving the modification."),
401 ModelCorrespondence { "CIM_SWRLimitSetting.AllocationUnit" }]
402 uint32 UpperAllocationLimit;
403
404 [Description (
405 "This is the unit of the allocation limits of the software "
406 "resource. In general, the unit describes a quantity (i.e., "
407 "items MegyBytes). A null value is only allowed if neither "
408 "upper nor lower limit exist. Otherwise, the property value "
409 "is read-only and assumed to correspond to the "
410 "implementation of the software resource to which the "
411 "settings have to apply. The default value is of the "
412 "technical domain (kB per second)."),
413 ModelCorrespondence { "CIM_SWRLimitSetting.OtherAllocationUnit",
414 "CIM_SWRLimitSetting.LimitSettingType" }]
415 string AllocationUnit ="MB";
416
417 [Description (
418 "This property is not null, if the lower input limit of the "
419 "software resource can be calculated from the property "
420 "LowerInputLimit. If LowerInputLimit is described by "
421 karl 1.1 "technical units (i.e., InputUnit applies to the technical "
422 "domain), OtherLowerInputLimit is described by "
423 "domain-specific units."),
424 ModelCorrespondence { "CIM_SWRLimitSetting.OtherInputUnit" }]
425 uint32 OtherLowerInputLimit;
426
427 [Description (
428 "This property is not null, if the upper input limit of the "
429 "software resource can be calculated from the property "
430 "UpperInputLimit. If UpperInputLimit is described by "
431 "technical units (i.e., InputUnit applies to the technical "
432 "domain), OtherUpperInputLimit is described by "
433 "domain-specific units."),
434 ModelCorrespondence { "CIM_SWRLimitSetting.OtherInputUnit" }]
435 uint32 OtherUpperInputLimit;
436
437 [Description (
438 "This is the complementary unit of the input limits. If "
439 "InputUnit is a unit of the technical domain, OtherInputUnit "
440 "is a domain-specific unit."),
441 ModelCorrespondence { "CIM_SWRLimitSetting.InputUnit" }]
442 karl 1.1 string OtherInputUnit;
443
444 [Description (
445 "This property is not null, if the lower output limit of the "
446 "software resource can be calculated from the property "
447 "LowerOutputLimit. If LowerOutputLimit is described by "
448 "technical units (i.e., OutputUnit applies to the technical "
449 "domain), OtherLowerOutputLimit is described by "
450 "domain-specific units."),
451 ModelCorrespondence { "CIM_SWRLimitSetting.OtherOutputUnit" }]
452 uint32 OtherLowerOutputLimit;
453
454 [Description (
455 "This property is not null, if the upper output limit of the "
456 "software resource can be calculated from the property "
457 "UpperOutputLimit. If UpperOutputLimit is described by "
458 "technical units (i.e., OutputUnit applies to the technical "
459 "domain), OtherUpperOutputLimit is described by "
460 "domain-specific units."),
461 ModelCorrespondence { "CIM_SWRLimitSetting.OtherOutputUnit" }]
462 uint32 OtherUpperOutputLimit;
463 karl 1.1
464 [Description (
465 "This is the complementary unit of the output limits. If "
466 "OutputUnit is a unit of the technical domain, "
467 "OtherOutputUnit is a domain-specific unit."),
468 ModelCorrespondence { "CIM_SWRLimitSetting.OutputUnit" }]
469 string OtherOutputUnit;
470
471 [Description (
472 "This property is not null, if the lower allocation limit of "
473 "the software resource can be calculated from the property "
474 "LowerAllocationLimit. If LowerAllocationLimit is described "
475 "by technical units (i.e., AllocationUnit applies to the "
476 "technical domain), OtherLowerAllocationLimit is described "
477 "by domain-specific units."),
478 ModelCorrespondence { "CIM_SWRLimitSetting.OtherAllocationUnit"
479 }]
480 uint32 OtherLowerAllocationLimit;
481
482 [Description (
483 "This property is not null, if the upper allocation limit of "
484 karl 1.1 "the software resource can be calculated from the property "
485 "UpperAllocationLimit. If UpperAllocationLimit is described "
486 "by technical units (i.e., AllocationUnit applies to the "
487 "technical domain), OtherUpperAllocationLimit is described "
488 "by domain-specific units."),
489 ModelCorrespondence { "CIM_SWRLimitSetting.OtherAllocationUnit"
490 }]
491 uint32 OtherUpperAllocationLimit;
492
493 [Description (
494 "This is the complementary unit of the output limits. If "
495 "OutputUnit is a unit of the technical domain, "
496 "OtherOutputUnit is a domain-specific unit."),
497 ModelCorrespondence { "CIM_SWRLimitSetting.AllocationUnit" }]
498 string OtherAllocationUnit;
499
500 [Description (
501 "LimitSettingType describes whether the limits are specified "
502 "in terms of technical units or domain-specific units. "
503 "Domain-specific is meant to be the items unit or 'business' "
504 "unit of the usage the software resource. It may range from "
505 karl 1.1 "objects or tables (in a buffer) to orders in a queue. It "
506 "depends on the implementation and usage context of the "
507 "software resource. The default is the technical domain. \n"
508 "Values: \n"
509 "Technical: The writable setting properties are assigned a "
510 "technical unit e.g Kilobytes. \n"
511 "Domain-Specific: The writable setting properties are "
512 "assigned a business-like, item-oriented unit e.g messages, "
513 "objects, orders, etc.."),
514 ValueMap { "0", "2", "3", "4..32767", "32768..65535" },
515 Values { "Unknown", "Technical", "Domain-Specific",
516 "DMTF Reserved","Vendor Reserved" }]
517 uint16 LimitSettingType = 2;
518 };
519
520
521 // ==================================================================
522 // SWRStatistics
523 // ==================================================================
524
525 [Experimental, Version ( "2.8.1000" ), Description (
526 karl 1.1 "This is base class for the software resource statistics. "
527 "Depending on the implementation it can be of six types that "
528 "identify the unit type (technical or domain-specific) and the "
529 "behavioral characteristic of the software resource "
530 "(allocation, input or output). The statistics is also the "
531 "place at which the corresponding operational settings of the "
532 "software resource appear. These parameters are changeable "
533 "on-the-fly (i.e., they are writable). They bear the same "
534 "constraints regarding their interdependencies between "
535 "technical and domain-specific units as SWRLimitSettings. \n"
536 "Point metrics apply to the point in time of end of the sample, "
537 "interval metrics apply to the sample interval. It is up to the "
538 "implementation of the statistcs whether the sample interval "
539 "ends at the point in time of the request of the instance of "
540 "this class (working with internal ring buffers) or whether the "
541 "underlying instrumentation autonomously determines the "
542 "beginning and the end of the sample interval. \n"
543 "SWRStatistics is associated to SoftwareResource via "
544 "ElementStatisticalData. In general, one software resource is "
545 "expected to have three statistics. The statistics type covers "
546 "each behavior characteristics at most once. I.e., the software "
547 karl 1.1 "resource has at most one allocation statistcs, one input "
548 "statistics and one output statistics. Nevertheless, the "
549 "implementation of the software resource may exhibit more "
550 "statistics SWRStatistics instances that cover more "
551 "context-specific behavior characteristics.")]
552 class CIM_SWRStatistics : CIM_StatisticalData {
553
554 [Write, Description (
555 "This is an operational lower limit parameter of the "
556 "software resource. The limit applies to input, output or "
557 "allocation according to the statistics type. The "
558 "corresponding unit is found at the property Unit. A null "
559 "value indicates that no lower limit exists. The property "
560 "value can be modified. Whether changes are persisted on "
561 "saving the modification depends on the implementation of "
562 "the software resource. The default behavior is no "
563 "persistence."),
564 ModelCorrespondence { "CIM_SWRLimitSetting.LowerInputLimit",
565 "CIM_SWRLimitSetting.LowerOutputLimit",
566 "CIM_SWRLimitSetting.LowerAllocationLimit" }]
567 uint32 LowerLimit;
568 karl 1.1
569 [Write, Description (
570 "This is an operational upper limit parameter of the "
571 "software resource. The limit applies to input, output or "
572 "allocation according to the statistics type. The "
573 "corresponding unit is found at the property Unit. A null "
574 "value indicates that no upper limit exists. The property "
575 "value can be modified. Whether changes are persisted on "
576 "saving the modification depends on the implementation of "
577 "the software resource. The default behavior is no "
578 "persistence."),
579 ModelCorrespondence { "CIM_SWRLimitSetting.UpperInputLimit",
580 "CIM_SWRLimitSetting.UpperOutputLimit",
581 "CIM_SWRLimitSetting.UpperAllocationLimit" }]
582 uint32 UpperLimit;
583
584 [Description (
585 "This is the unit of the numeric metrics and the set of "
586 "upper and lower limits of the software resource. The "
587 "property should always have a value, null should not "
588 "appear.The property value is read-only and assumed to "
589 karl 1.1 "correspond to the implementation of the software resource "
590 "to which the operational parameters and metrics apply. The "
591 "default value is of the technical domain (Kilobytes)."),
592 ModelCorrespondence { "CIM_SWRLimitSetting.InputUnit",
593 "CIM_SWRLimitSetting.OutputUnit",
594 "CIM_SWRLimitSetting.AllocationUnit" }]
595 string Unit = "kB";
596
597 [Description (
598 "This property is not null, if the operational lower limit "
599 "parameter of the software resource can be calculated from "
600 "the property LowerLimit. If LowerLimit is described by "
601 "technical units (i.e., InputUnit applies to the technical "
602 "domain), OtherLowerLimit is described by domain-specific "
603 "units.")]
604 uint32 OtherLowerLimit;
605
606 [Description (
607 "This property is not null, if the operational upper limit "
608 "parameter of the software resource can be calculated from "
609 "the property UpperLimit. If UpperLimit is described by "
610 karl 1.1 "technical units (i.e., InputUnit applies to the technical "
611 "domain), OtherUpperLimit is described by domain-specific "
612 "units.")]
613 uint32 OtherUpperLimit;
614
615 [Description (
616 "This is the complementary unit of the operational limit "
617 "parameters. If Unit is a unit of the technical domain, "
618 "OtherUnit is a domain-specific unit.")]
619 string OtherUnit;
620
621 [Description (
622 "Characteristic allows for the distinction of the software "
623 "resource behavior characteristics. This is either the "
624 "allocation, input and output. \n"
625 "Values: \n"
626 "Allocation: Statistics about the size of the software "
627 "resource. \n"
628 "Input: Statistics about the data transfer into the software "
629 "resource. \n"
630 "Output: Statistics about the data transfer from the "
631 karl 1.1 "software resource."),
632 ValueMap { "0", "2", "3", "4", "5..32767", "32768..65535" },
633 Values { "Unknown", "Allocation", "Input", "Output",
634 "DMTF Reserved","Vendor Reserved" }]
635 uint16 Characteristic;
636
637 [Description (
638 "StatisticsType describes whether the statistics is "
639 "specified in terms of technical units or domain-specific "
640 "units. Domain-specific is meant to be the items unit or "
641 "'business' unit of the usage the software resource. It may "
642 "range from objects or tables (in a buffer) to orders in a "
643 "queue. It depends on the implementation and usage context "
644 "of the software resource. The default is the technical "
645 "domain. \n"
646 "Values: \n"
647 "Technical: The writable operational parameters and the "
648 "affected metrics are assigned a technical unit e.g "
649 "Kilobytes. \n"
650 "Domain-Specific: The writable operational parameters and "
651 "the affected metrics are assigned a business-like, "
652 karl 1.1 "item-oriented unit e.g messages, objects, orders, etc.."),
653 ValueMap { "0", "2", "3", "4..32767", "32768..65535" },
654 Values { "Unknown", "Technical", "Domain-Specific",
655 "DMTF Reserved","Vendor Reserved" }]
656 uint16 StatisticsType = 2;
657
658
659 [Description (
660 "This is the error code of the first error that occurs "
661 "during the sample interval. It is assumed that the first "
662 "error, detected throughout the sample interval, is the "
663 "first symptom of the root cause and therefore closer than "
664 "the last error. Unrelated, subsequent errors during the "
665 "sample interval of the statistics do not show up. Such a "
666 "behavior is tolerable compared to the relatively short "
667 "length of the sample interval. \n"
668 "Values: \n"
669 "Unspecified Error: No error code can be determined. \n"
670 "Violate Upper Limit: The upper limit of the behavior "
671 "characteristic (allocation, input, output) was exceeded. \n"
672 "Violate Lower Limit: The lower limit was underrun. \n"
673 karl 1.1 "Erroneous Transfer: The transfer had to be aborted. This "
674 "message does not overlap with 'Erroneous Item'. \n"
675 "Erroneous Item: The handling of at least one item was "
676 "problematic and the item had to be dropped, suspended or "
677 "rejected. \n"
678 "Access to Software Resource Denied: The access control of "
679 "software resource refused the use of the it."),
680 ValueMap { "0", "2", "3", "4", "5", "6", "7..32767",
681 "32768..65535" },
682 Values { "Unspecified Error", "Violate Upper Limit",
683 "Violate Lower Limit",
684 "Erroneous Transfer" , "Erroneous Item",
685 "Access to Software Resource Denied", "DMTF Reserved",
686 "Vendor Reserved" }]
687 uint16 FirstError;
688
689 [Description (
690 "FirstErrorTimeStamp is the point in time at which "
691 "FirstError was detected.")]
692 datetime FirstErrorTimeStamp;
693
694 karl 1.1 [Description (
695 "This is the error code of the last error that occured. The "
696 "value of LastError remains from one sample interval to the "
697 "next even if a sample interval is error-free. \n"
698 "Values: \n"
699 "Unspecified Error: No error code can be determined. \n"
700 "Violate Upper Limit: The upper limit of the behavior "
701 "characteristic (allocation, input, output) was exceeded. \n"
702 "Violate Lower Limit: The lower limit was underrun. \n"
703 "Erroneous Transfer: The transfer had to be aborted. This "
704 "message does not overlap with 'Erroneous Item'. \n"
705 "Erroneous Item: The handling of at least one item was "
706 "problematic and the item had to be dropped, suspended or "
707 "rejected. \n"
708 "Access to Software Resource Denied: The access control of "
709 "software resource refused the use of the it."),
710 ValueMap { "0", "2", "3", "4", "5", "6", "7..32767",
711 "32768..65535" },
712 Values { "Unspecified Error", "Violate Upper Limit",
713 "Violate Lower Limit",
714 "Erroneous Transfer" , "Erroneous Item",
715 karl 1.1 "Access to Software Resource Denied", "DMTF Reserved",
716 "Vendor Reserved" }]
717 uint16 LastError;
718
719 [Description (
720 "LastErrorTimeStamp is the point in time at which FirstError "
721 "was detected.")]
722 datetime LastErrorTimeStamp;
723
724 [Description (
725 "ErrorCount is the count of errors that have been detected "
726 "throughout the sample interval.")]
727 uint32 ErrorCount;
728 };
729
730
731 // ==================================================================
732 // SWRAllocationStatistics
733 // ==================================================================
734
735 [Experimental, Version ( "2.8.1000" ), Description (
736 karl 1.1 "The metrics of SWRAllocationStatistics describe the allocation "
737 "of the software resource. The allocation is basically the size "
738 "of the software resource in terms of technical units (e.g., "
739 "kB) or domain-specific units (e.g., the number of items (e.g., "
740 "the number of messages if the software resource is of the type "
741 "'queue'). \n"
742 "The operational parameters regarding the allocation limits are "
743 "surfaced also. Further details can be found in the description "
744 "of the base class SWRStatistics. \n"
745 "The metrics found in this statistics are raw values that "
746 "describe the allocation behavior of the software resource as "
747 "simple as possible. Thus, the metric values can be used most "
748 "flexibly (e.g., cumulative, averaged, etc.). The drawback of "
749 "the flexibility is that the likelyhood of required "
750 "calculations - subsequent to retrieval of the values - "
751 "increases in order to result in rates or statistical data "
752 "needed for monitoring and reporting.")]
753 class CIM_SWRAllocationStatistics : CIM_SWRStatistics {
754
755 [Description (
756 "AllocationLevel describes the current size of the software "
757 karl 1.1 "resource in units corresponding to the type of the "
758 "statistics (e.g., technical based on Kilobytes). The unit "
759 "can be found at the CIM_SWRStatistics.Unit. \n"
760 "The metric is a point metric and applies to the point in "
761 "time of the end of the sample interval. \n"
762 "A value of null indicates that no allocation level is "
763 "available. \n"
764 "The initial value is 0."),
765 ModelCorrespondence { "CIM_SWRStatistics.Unit" }]
766 uint32 AllocationLevel;
767
768 [Description (
769 "OtherAllocationLevel describes the current size of the "
770 "software resource in complementary units compared to "
771 "AllocationLevel (e.g., domain-specific units like the "
772 "number of items: buffered objects or pooled connections). "
773 "The unit can be found at CIM_SWRStatistics.OtherUnit. \n"
774 "The metric is a point metric and applies to the point in "
775 "time of the end of the sample interval. A value of null "
776 "indicates that no allocation level is available. \n"
777 "The initial value is 0."),
778 karl 1.1 ModelCorrespondence { "CIM_SWRStatistics.OtherUnit",
779 "CIM_SWRAllocationStatistics.AllocationLevel" }]
780 uint32 OtherAllocationLevel;
781
782 [Description (
783 "AverageItemResidenceTime describes the average period of "
784 "time that items reside in the software resource. This is "
785 "particular interesting for blocked or (volatile) storage "
786 "software resources. The average takes all items into "
787 "account that are output from the software resource (i.e., "
788 "the items' residence time ends). \n"
789 "A value of null indicates that no average is available. \n"
790 "The initial value is 0.")]
791 datetime AverageItemResidenceTime;
792
793 [Description (
794 "AllocationHighWaterMark describes allocation peak (highest "
795 "allocation level) reached throughout the sample interval. "
796 "The unit depends on the type of the statistics. The "
797 "timestamp that corresponds to the high water mark is not "
798 "presented since the sample interval is small enough that "
799 karl 1.1 "the exact point in time is not significant. The metric is "
800 "targeted to quantify errors like the violation of the upper "
801 "limit or any capacity problems. A value of null indicates "
802 "that no allocation level is available. \n"
803 "The initial value is 0."),
804 ModelCorrespondence { "CIM_SWRStatistics.Unit",
805 "CIM_SWRAllocationStatistics.AllocationHighWaterMark" }]
806 uint32 AllocationHighWaterMark;
807
808 [Description (
809 "HighWaterMarkTimeStamp is the point in time at which the "
810 "high water mark was detected. \n"
811 "The initial value is 0."),
812 ModelCorrespondence {
813 "CIM_SWRAllocationStatistics.AllocationHighWaterMark" }]
814 datetime HighWaterMarkTimeStamp;
815
816 [Description (
817 "DroppedAllocationQuantity allows to further quantify the "
818 "error of the software resource is over-used and upper "
819 "limits are reached. In such a case, aging algorithms or "
820 karl 1.1 "other priorization algorithms implemented by the software "
821 "resource may enforce the deletion of items. "
822 "DroppedAllocationQuantity counts the items dropped due the "
823 "resolution of such an overload. The metric's unit depends "
824 "on the type of the statistics. If no items have been "
825 "dropped, the value is 0. The property value is null if no "
826 "numeric value can be provided. \n"
827 "The initial value is 0.")]
828 uint32 DroppedAllocationQuantity;
829 };
830
831
832 // ==================================================================
833 // SWRIOStatistics
834 // ==================================================================
835
836 [Experimental, Version ( "2.8.1000" ), Description (
837 "The metrics of SWRIOStatistics describe the transfer behavior "
838 "of the software resource in one particular direction (input or "
839 "the output). The transfer is basically the amount of data "
840 "input to or output from the software resource during a sample "
841 karl 1.1 "interval in terms of technical units (e.g., kB) or "
842 "domain-specific units (e.g., the number of items (e.g., the "
843 "number of messages if the software resource is of the type "
844 "'queue'). \n"
845 "The operational parameters regarding the allocation limits are "
846 "surfaced also. Further details can be found in the description "
847 "of the base class SWRStatistics. \n"
848 "The metrics found in this statistics are raw values that "
849 "describe the allocation behavior of the software resource as "
850 "simple as possible. Thus, the metric values can be used most "
851 "flexibly (e.g., cumulative, averaged, etc.). The drawback of "
852 "the flexibility is that the likelyhood of required "
853 "calculations - subsequent to retrieval of the values - "
854 "increases in order to result in rates or statistical data "
855 "needed for monitoring and reporting.")]
856 class CIM_SWRIOStatistics : CIM_SWRStatistics {
857
858 [Description (
859 "TransferredQuantity describes the quantity transferred "
860 "to/from the software resource in units corresponding to the "
861 "type of the statistics (e.g., technical based on "
862 karl 1.1 "Kilobytes). The unit can be found at the "
863 "CIM_SWRStatistics.Unit. The direction of the transfer can "
864 "be found at the type of the statistics. \n"
865 "The metric accumulates the transfer quantity over the "
866 "sample interval and is the gross amount of data transferred "
867 "to/from the software resource. \n"
868 "A value of null indicates that no quantity is available. "
869 "The value is 0 if no transfer happened or all transfers "
870 "where empty. (Note that this must be true for both the "
871 "request and the response). \n"
872 "The corresponding limits are expected to be a rate. One "
873 "method to detect limit violations require the division of "
874 "TransferredQuantity by the sample interval in order to "
875 "result in rate that then can be compared to the "
876 "corresponding limit. \n"
877 "The initial value is 0."),
878 ModelCorrespondence { "CIM_SWRStatistics.Unit",
879 "CIM_SWRStatistics.StatisticsType" }]
880 uint32 TransferredQuantity;
881
882 [Description (
883 karl 1.1 "OtherTransferredQuantity describes the transfer size of the "
884 "software resource in complementary units compared to "
885 "AllocationLevel (e.g., domain-specific units like the "
886 "number of items: buffered objects or pooled connections). "
887 "The unit can be found at CIM_SWRStatistics.OtherUnit. \n"
888 "The metric accumulates the transfer quantity over the "
889 "sample interval. \n"
890 "A value of null indicates that no quantity is available. \n"
891 "The initial value is 0."),
892 ModelCorrespondence { "CIM_SWRStatistics.OtherUnit",
893 "CIM_SWRIOStatistics.TransferredQuantity" }]
894 uint32 OtherTransferredQuantity;
895
896 [Description (
897 "Transfers is the count of all transfers (sucessful or not) "
898 "that happened during the sample interval. If the value is "
899 "null no number can be provided. \n"
900 "The initial value is 0.")]
901 uint32 Transfers;
902
903 [Description (
904 karl 1.1 "AverageTransferTime is the average time all counted "
905 "transfers took during the sample interval. If the value is "
906 "null no average can be provided. \n"
907 "The initial value is 0.")]
908 datetime AverageTransferTime;
909
910 [Description (
911 "SuccessfulTransfers is the count of all transfers that "
912 "could be executing fully (i.e., transfer all items "
913 "requested) during the sample interval. If the value is null "
914 "no number can be provided. In case of errors, the property "
915 "can be used to quantify the quality with which the software "
916 "resource works. \n"
917 "The initial value is 0.")]
918 uint32 SuccessfulTransfers;
919
920 [Description (
921 "SuccessfulQuantity specifies the successfully transferred "
922 "amount of data to/from the software resource. It is the net "
923 "amount in contrast to TransferredQuantity. \n"
924 "The unit can be found at the CIM_SWRStatistics.Unit. The "
925 karl 1.1 "direction of the transfer can be found at the type of the "
926 "statistics. \n"
927 "If the value is null no number can be provided. \n"
928 "The initial value is 0."),
929 ModelCorrespondence { "CIM_SWRStatistics.Unit" }]
930 uint32 SuccessfulQuantity;
931
932 [Description (
933 "CountOfActiveTransfers is a point metric and applies to the "
934 "point in time of the end of the sample interval. It "
935 "describes the number of in-progress transfers. This also "
936 "includes pending, suspended, open and asynchronous requests "
937 "that obviously have not been acknowledged to the requestor "
938 "of the transfer. If the implementation of the resource is "
939 "single process, single thread and synchronous (i.e., no "
940 "internal queue), the number cannot be greater than 1 since "
941 "no parallel requests can occur. \n"
942 "A value of null indicates that no count is available. A "
943 "value of 0 indicates no active requests. An increasing "
944 "number indicates that the software resource hangs and a "
945 "reinitialize() can solve the problem. \n"
946 karl 1.1 "The initial value is 0.")]
947 uint32 CountOfActiveTransfers;
948
949 [Description (
950 "LastActivity is the point in time at which the last "
951 "transfer ended. The timestamp is 0 if "
952 "CountOfActiveTransfers is greater than 0, i.e., at least "
953 "one transfer is still in progress and, thus, the software "
954 "resource is still active. Even if a transfer is still in "
955 "progress, LastActivity can be a valid point in time, if the "
956 "software resource is currently idle due to internal wait "
957 "states or deadlocks. Thus, activity is defined as the "
958 "software resource is actively carrying out inputs and "
959 "outputs. LastActivity may refer to a point in time that is "
960 "outside the sample interval. This is, the instrumentation "
961 "internally keeps the timestamp during the lifetime of the "
962 "software resource. The metric can be used to better "
963 "quantify what happens at the interfaces of the software "
964 "resource. \n"
965 "The initial value is 0.")]
966 datetime LastActivity;
967 karl 1.1 };
968
969
970 // ==================================================================
971 // SWRPEP
972 // ==================================================================
973
974 [Experimental, Version ( "2.8.1000" ), Description (
975 "This protocol endpoint is an software resource of software "
976 "(e.g., an application system). It may be the internal view of "
977 "an external ProtocolEndpoint which is controlled entirely or "
978 "partially by the software.")]
979 class CIM_SWRPEP : CIM_SoftwareResource {
980
981 [Override ( "IsAspect" ), Description (
982 "The default is that it is an aspect (value 2).")]
983 uint16 IsAspect = 2;
984
985 [Override ( "ByReference" ), Description (
986 "The default is that item references are in the PEP (value "
987 "2).")]
988 karl 1.1 uint16 ByReference = 2;
989
990 [Override ( "SoftwareResourceType" ), Description (
991 "The default is of course 'Protocol Endpoint' (value 3).")]
992 uint16 SoftwareResourceType = 3;
993 };
994
995
996 // ==================================================================
997 // SWRFile
998 // ==================================================================
999
1000 [Experimental, Version ( "2.8.1000" ), Description (
1001 "This file is an software resource of software. It may be the "
1002 "internal view of an external LogicalFile which is controlled "
1003 "entirely or partially by the software.")]
1004 class CIM_SWRFile : CIM_SoftwareResource {
1005
1006 [Override ( "IsAspect" ), Description (
1007 "The default is that it is an aspect (value 2).")]
1008 uint16 IsAspect = 2;
1009 karl 1.1
1010 [Override ( "ByReference" ), Description (
1011 "The default is that item copies are in the file (value 2).")]
1012 uint16 ByReference = 2;
1013
1014 [Override ( "SoftwareResourceType" ), Description (
1015 "The default is of course 'File' (value 7).")]
1016 uint16 SoftwareResourceType = 7;
1017 };
1018
1019
1020 // ==================================================================
1021 // SWRDatabase
1022 // ==================================================================
1023
1024 [Experimental, Version ( "2.8.1000" ), Description (
1025 "This database is an software resource of software. It may be "
1026 "the internal view of an external CommonDatabase which is "
1027 "controlled entirely or partially by the software. \n"
1028 "SWRDatabase should not be confused with databases commonly "
1029 "provided by database systems and used by software (e.g., "
1030 karl 1.1 "application systems). It describes databases that are "
1031 "implemented by the software.")]
1032 class CIM_SWRDatabase : CIM_SoftwareResource {
1033
1034 [Override ( "IsAspect" ), Description (
1035 "The default is that it is an aspect (value 2).")]
1036 uint16 IsAspect = 2;
1037
1038 [Override ( "ByReference" ), Description (
1039 "The default is that item copies are in the database (value "
1040 "2).")]
1041 uint16 ByReference = 2;
1042
1043 [Override ( "SoftwareResourceType" ), Description (
1044 "The default is of course 'Database' (value 8).")]
1045 uint16 SoftwareResourceType = 8;
1046 };
1047
1048
1049 // ==================================================================
1050 // SWRManageableAspect
1051 karl 1.1 // ==================================================================
1052
1053 [Association, Experimental, Version ( "2.8.1000" ), Description (
1054 "SWRManageableAspect is the association that allows to express "
1055 "the shared control between an software resource (as being the "
1056 "interval view of the software) and its corresponding external "
1057 "entity, e.g., a LogicalFile. It is possible to express that "
1058 "several systems (that run software) and one external, "
1059 "incompassing system (in general the OS) exercise control.")]
1060 class CIM_SWRManageableAspect : CIM_LogicalIdentity {
1061
1062 [Override ( "SameElement" ), Description (
1063 "This reference points to the software resource that is "
1064 "aspect in the relationship.")]
1065 CIM_SoftwareResource REF SameElement;
1066
1067 [Override ( "SystemElement" ), Max ( 1 ), Description (
1068 "This reference points to the entity viewed and controlled "
1069 "by the external, encompassing system like the OS. It is not "
1070 "the aspect.")]
1071 CIM_ManagedElement REF SystemElement;
1072 karl 1.1 };
1073
1074
1075 // ==================================================================
1076 // SWRPEPAspect
1077 // ==================================================================
1078
1079 [Association, Experimental, Version ( "2.8.1000" ), Description (
1080 "SWRPEPAspect is the association between multiple communication "
1081 "endpoint software resources (i.e., the aspects) and the one "
1082 "endpoint controlled by the operating system or middleware "
1083 "outside the software.")]
1084 class CIM_SWRPEPAspect : CIM_SWRManageableAspect {
1085
1086 [Override ( "SystemElement" ), Description (
1087 "The protocol endpoint which is viewed as software resource.")]
1088 CIM_ProtocolEndpoint REF SystemElement;
1089
1090 [Override ( "SameElement" ), Description (
1091 "SameElement is the aspect: the software resource 'Protocol "
1092 "Endpoint'.")]
1093 karl 1.1 CIM_SWRPEP REF SameElement;
1094 };
1095
1096
1097 // ==================================================================
1098 // SWRFileAspect
1099 // ==================================================================
1100
1101 [Association, Experimental, Version ( "2.8.1000" ), Description (
1102 "SWRFileAspect is the association between multiple file "
1103 "software resources (i.e., the aspects) and the one file "
1104 "controlled by the operating system.")]
1105 class CIM_SWRFileAspect : CIM_SWRManageableAspect {
1106
1107 [Override ( "SystemElement" ), Description (
1108 "The logical file which is viewed as software resource.")]
1109 CIM_LogicalFile REF SystemElement;
1110
1111 [Override ( "SameElement" ), Description (
1112 "SameElement is the aspect: the software resource 'File'.")]
1113 CIM_SWRFile REF SameElement;
1114 karl 1.1 };
1115
1116
1117 // ===================================================================
1118 // end of file
1119 // ===================================================================
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