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DEBBComponents.xsd @ 1086

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1	<?xml version="1.0" encoding="UTF-8" standalone="no"?>
2	<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema"
3	xmlns:xsd_1="http://www.coolemall.eu/DEBBComponent" targetNamespace="http://www.coolemall.eu/DEBBComponent">
4
5	<xsd:complexType name="ConnectorType">
6	<xsd:sequence>
7	<xsd:element name="Number" type="xsd:int" minOccurs="0"
8	maxOccurs="1">
9	<xsd:annotation>
10	<xsd:documentation>
11	The number is only necessary for describing
12	slots but not the "Uplink" connector
13	</xsd:documentation>
14	</xsd:annotation>
15	</xsd:element>
16	<xsd:element name="ConnectorType" type="xsd:string"
17	minOccurs="1" maxOccurs="1">
18	</xsd:element>
19	<xsd:element name="Label" type="xsd:string" minOccurs="1"
20	maxOccurs="1">
21	</xsd:element>
22	<xsd:element name="Transform" type="xsd:string"
23	minOccurs="0" maxOccurs="1">
24	<xsd:annotation>
25	<xsd:documentation>The transform element contains relative position
26	and rotations. It might be the same transform syntax than in
27	PLMXML but depend on our needs.</xsd:documentation>
28	</xsd:annotation>
29	</xsd:element>
30	<xsd:element name="AvailSpace" type="xsd:string"
31	minOccurs="0" maxOccurs="1">
32	<xsd:annotation>
33	<xsd:documentation>
34	Size as space separated string with max XYZ sizes
35	</xsd:documentation>
36	</xsd:annotation>
37	</xsd:element>
38	</xsd:sequence>
39	</xsd:complexType>
40
41	<xsd:complexType name="CoolingDeviceType">
42	<xsd:complexContent>
43	<xsd:extension base="xsd_1:DEBBComplexType">
44	<xsd:sequence>
45	<xsd:element name="Class">
46	<xsd:simpleType>
47	<xsd:restriction base="xsd:string">
48	<xsd:enumeration value="Fan"></xsd:enumeration>
49	<xsd:enumeration value="Refrigeration">
50	</xsd:enumeration>
51	<xsd:enumeration value="Heatpipe"></xsd:enumeration>
52	<xsd:enumeration value="ILC"></xsd:enumeration>
53	<xsd:enumeration value="LCU"></xsd:enumeration>
54	<xsd:enumeration value="CRAH"></xsd:enumeration>
55	<xsd:enumeration value="HVAC"></xsd:enumeration>
56	</xsd:restriction>
57	</xsd:simpleType>
58	</xsd:element>
59	<xsd:element minOccurs="0" name="MaxCoolingCapacity"
60	type="xsd:decimal" />
61	<xsd:element minOccurs="0" name="MaxAirThroughput"
62	type="xsd:decimal" />
63	<xsd:element minOccurs="0" name="MaxWaterThroughput"
64	type="xsd:decimal" />
65	<xsd:element name="AirThroughputProfile" type="xsd_1:FlowProfileType"
66	maxOccurs="1" minOccurs="0"></xsd:element>
67	<xsd:element name="WaterThroughputProfile" type="xsd_1:FlowProfileType"
68	maxOccurs="1" minOccurs="0"></xsd:element>
69	</xsd:sequence>
70	</xsd:extension>
71	</xsd:complexContent>
72	</xsd:complexType>
73
74	<xsd:complexType name="CStateType">
75	<xsd:sequence>
76	<xsd:element name="State" type="xsd:int" />
77	<xsd:element name="PowerUsage" type="xsd:double" />
78	</xsd:sequence>
79	</xsd:complexType>
80
81	<xsd:complexType name="DEBBComplexType">
82	<xsd:annotation>
83	<xsd:documentation>DEBBComplexType described the more complex parts
84	in comparison to DEBBPhysicalElementsType like power supplies,
85	cooling devices, etc</xsd:documentation>
86	</xsd:annotation>
87	<xsd:complexContent>
88	<xsd:extension base="xsd_1:DEBBSimpleType">
89	<xsd:sequence>
90	<xsd:element name="Outlet" type="xsd_1:OutletType"
91	maxOccurs="unbounded" minOccurs="0">
92	</xsd:element>
93	<xsd:element name="Heatsink" type="xsd_1:HeatsinkType"
94	maxOccurs="unbounded" minOccurs="0">
95	</xsd:element>
96	<xsd:element name="Sensor" type="xsd_1:SensorType"
97	maxOccurs="unbounded" minOccurs="0">
98	</xsd:element>
99	<xsd:element name="Network" type="xsd_1:NetworkType"
100	minOccurs="0" maxOccurs="unbounded"></xsd:element>
101	</xsd:sequence>
102	</xsd:extension>
103	</xsd:complexContent>
104	</xsd:complexType>
105
106
107	<xsd:complexType name="DEBBComponentType">
108	<xsd:annotation>
109	<xsd:documentation>
110	DEBBComponent is used to represent exactly one DEBB
111	Component as it is used in the project and references by
112	its own ComponentID. In opposite to DEBBPhysicalElement
113	but is not referenced at all since this would lead to a
114	much more complex simulation. Examples for
115	DEBBComponents: Any model of
116	Node/NodeGroup/Rack/ServerRoom/PowerSupply/CoolingDevice/Fan/Sensor/...
117	</xsd:documentation>
118	</xsd:annotation>
119	<xsd:complexContent>
120	<xsd:extension base="xsd_1:DEBBComplexType">
121	<xsd:sequence>
122	<xsd:element name="Connector" type="xsd_1:ConnectorType"
123	minOccurs="0" maxOccurs="1">
124	</xsd:element>
125	<xsd:element name="Slot" type="xsd_1:ConnectorType"
126	minOccurs="0" maxOccurs="unbounded">
127	</xsd:element>
128	<xsd:element name="Size" type="xsd:string" minOccurs="0"
129	maxOccurs="1">
130	<xsd:annotation>
131	<xsd:documentation>
132	Size as space separated string with XYZ sizes
133	</xsd:documentation>
134	</xsd:annotation>
135	</xsd:element>
136	</xsd:sequence>
137	</xsd:extension>
138	</xsd:complexContent>
139	</xsd:complexType>
140
141	<xsd:complexType name="DEBBPhysicalElementType">
142	<xsd:annotation>
143	<xsd:documentation>DEBBPhysicalElementType is the basic type for all
144	physical existing parts.
145	Examples for DEBBPhysical ElementTypes but not DEBBComplexTypes (memory
146	module, shelves, ...) which might also have a power consumption
147	(normally static)
148	These modules are directly derived from DEBBPhysicalElementType since no
149	additional definition is needed.
150	</xsd:documentation>
151	</xsd:annotation>
152	<xsd:sequence>
153	<xsd:element name="ComponentId" type="xsd:string"
154	maxOccurs="1" minOccurs="0">
155	</xsd:element>
156	<xsd:element name="Label" type="xsd:string" minOccurs="0"
157	maxOccurs="1">
158	</xsd:element>
159	<xsd:element name="Manufacturer" type="xsd:string"
160	maxOccurs="1" minOccurs="0" />
161	<xsd:element name="Product" type="xsd:string" maxOccurs="1"
162	minOccurs="0" />
163	<xsd:element name="MaxPower" type="xsd:float" maxOccurs="1"
164	minOccurs="0">
165	<xsd:annotation>
166	<xsd:documentation>
167	MaxPowerUsage is the theoretical limit of power
168	consumption and may used for designing
169	</xsd:documentation>
170	</xsd:annotation>
171	</xsd:element>
172	<xsd:choice>
173	<xsd:element name="PowerUsage" type="xsd:double" minOccurs="0" maxOccurs="1"></xsd:element>
174	<xsd:element name="PowerUsageState"
175	type="xsd_1:FlowStateType" minOccurs="0" maxOccurs="1">
176	</xsd:element>
177	<xsd:element name="PowerUsageProfile"
178	type="xsd_1:FlowProfileType" minOccurs="0" maxOccurs="1">
179	</xsd:element>
180	</xsd:choice>
181	<xsd:element name="Type" type="xsd:string" minOccurs="0"
182	maxOccurs="1">
183	<xsd:annotation>
184	<xsd:documentation>
185	The type element might be used to specify a type
186	for the module, i.e. for memory DDR/DDR2, for
187	CPU architecture name etc. It has only
188	informational character.
189	</xsd:documentation>
190	</xsd:annotation>
191	</xsd:element>
192	</xsd:sequence>
193	</xsd:complexType>
194
195	<xsd:complexType name="DEBBSimpleType">
196	<xsd:annotation>
197	<xsd:documentation>
198	SimpleType describes all distinct devices for CAD, so
199	where Transform and id/name are necessary. On the other
200	side the memory or CPU are nor relevant for that.
201	</xsd:documentation>
202	</xsd:annotation>
203	<xsd:complexContent>
204	<xsd:extension base="xsd_1:DEBBPhysicalElementType">
205	<xsd:sequence>
206	<xsd:element name="Transform" type="xsd:string"
207	minOccurs="0" maxOccurs="1">
208	<xsd:annotation>
209	<xsd:documentation>The Transform tag is necessary for all part
210	which are located within a Component i.e. fans within a RECS or
211	sensors or. For The "root object of a DEBB it is not used.
212	For all parts at a fixed position within the DEBB (fans, sensors,
213	etc.) this is the transform matrix relative to the DEBB origin.
214	For DEBBComponents this is the relative position of the
215	connector to the DEBB's origin. By "adding" the relative
216	transforms the resulting transform can be directly used for
217	PLMXML.
218	</xsd:documentation>
219	</xsd:annotation>
220	</xsd:element>
221	<xsd:element name="Reference" type="xsd_1:ReferenceType"
222	minOccurs="0" maxOccurs="unbounded"></xsd:element>
223	</xsd:sequence>
224	</xsd:extension>
225	</xsd:complexContent>
226	</xsd:complexType>
227
228	<xsd:complexType name="FlowProfileType">
229	<xsd:annotation>
230	<xsd:documentation>FlowProfile describes any sort of flow (air,
231	liquid, energy, ...) including different discrete states and
232	possible transitions since they all have the same characteristic
233	attributes. If there are now significant transition times/energy
234	consumptions they are simple omitted</xsd:documentation>
235	</xsd:annotation>
236	<xsd:sequence>
237	<xsd:element name="Name" type="xsd:string" minOccurs="0"
238	maxOccurs="1"></xsd:element>
239	<xsd:element name="FlowState" type="xsd_1:FlowStateType"
240	minOccurs="1" maxOccurs="unbounded" />
241	</xsd:sequence>
242	</xsd:complexType>
243
244	<xsd:complexType name="FlowStateType">
245	<xsd:annotation>
246	<xsd:documentation>FlowStateType describes any kind of flow (air,
247	liquid, power, ...) and assumes that for maintaining the flow a
248	certain power usage is necessary.
249	For power supply units only the power which is used for
250	creating/transforming the power flow is counted as PowerUsage, but
251	not the power provided. So adding all PowerUsages will show the
252	overall consumption
253	</xsd:documentation>
254	</xsd:annotation>
255	<xsd:sequence>
256	<xsd:element name="State" type="xsd:string"></xsd:element>
257	<xsd:element name="Flow" type="xsd:double" maxOccurs="1"
258	minOccurs="0">
259	</xsd:element>
260	<xsd:element name="PowerUsage" type="xsd:double"
261	maxOccurs="1" minOccurs="0">
262	</xsd:element>
263	</xsd:sequence>
264	</xsd:complexType>
265
266	<xsd:complexType name="HeatsinkType">
267	<xsd:complexContent>
268	<xsd:extension base="xsd_1:DEBBSimpleType">
269	<xsd:sequence>
270	<xsd:element name="TransferRate" type="xsd:float"
271	minOccurs="0" maxOccurs="1"></xsd:element>
272	</xsd:sequence>
273	</xsd:extension>
274	</xsd:complexContent>
275	</xsd:complexType>
276
277	<xsd:complexType name="MemoryType">
278	<xsd:complexContent>
279	<xsd:extension base="xsd_1:DEBBPhysicalElementType">
280	<xsd:sequence>
281	<!-- Size of Capacity in MB -->
282	<xsd:element name="Capacity" type="xsd:unsignedInt" />
283	<xsd:element name="Interface" type="xsd:string"
284	minOccurs="0" maxOccurs="1"></xsd:element>
285	</xsd:sequence>
286	</xsd:extension>
287	</xsd:complexContent>
288	</xsd:complexType>
289
290	<xsd:complexType name="NetworkType">
291	<xsd:complexContent>
292	<xsd:extension base="xsd_1:DEBBPhysicalElementType">
293	<xsd:sequence>
294	<xsd:element name="Interface" type="xsd:string"
295	minOccurs="0" maxOccurs="1">
296	<xsd:annotation>
297	<xsd:documentation>Physical Interface description like fibre,
298	twisted pair, etc.</xsd:documentation>
299	</xsd:annotation>
300	</xsd:element>
301	<xsd:element name="Technology" type="xsd:string"
302	minOccurs="0" maxOccurs="1">
303	<xsd:annotation>
304	<xsd:documentation>10GE, IB QDR etc.</xsd:documentation>
305	</xsd:annotation>
306	</xsd:element>
307	<xsd:element name="MaxBandwidth" type="xsd:int"
308	minOccurs="0" maxOccurs="1">
309	<xsd:annotation>
310	<xsd:documentation>Bandwidth as number in bit/s
311	</xsd:documentation>
312	</xsd:annotation>
313	</xsd:element>
314	</xsd:sequence>
315	</xsd:extension>
316	</xsd:complexContent>
317	</xsd:complexType>
318
319	<xsd:complexType name="NodeType">
320	<xsd:complexContent>
321	<xsd:extension base="xsd_1:DEBBComponentType">
322	<xsd:sequence>
323	<xsd:element name="Baseboard" type="xsd_1:DEBBPhysicalElementType" />
324	<xsd:element name="Processor" maxOccurs="unbounded"
325	type="xsd_1:ProcessorType" />
326	<xsd:element name="Memory" maxOccurs="unbounded" type="xsd_1:MemoryType" />
327	</xsd:sequence>
328	</xsd:extension>
329	</xsd:complexContent>
330	</xsd:complexType>
331
332	<xsd:complexType name="OutletType">
333	<xsd:complexContent>
334	<xsd:extension base="xsd_1:DEBBSimpleType">
335	<xsd:sequence>
336	<xsd:element name="MaxRPM" type="xsd:int" minOccurs="0"
337	maxOccurs="1"></xsd:element>
338	</xsd:sequence>
339	</xsd:extension>
340	</xsd:complexContent>
341	</xsd:complexType>
342
343	<xsd:complexType name="PowerSupplyType">
344	<xsd:complexContent>
345	<xsd:extension base="xsd_1:DEBBComplexType">
346	<xsd:sequence>
347	<xsd:element name="Class">
348	<xsd:simpleType>
349	<xsd:restriction base="xsd:string">
350	<xsd:enumeration value="PSU"></xsd:enumeration>
351	<xsd:enumeration value="UPS"></xsd:enumeration>
352	<xsd:enumeration value="PDU"></xsd:enumeration>
353	<xsd:enumeration value="MVLVTransformer"></xsd:enumeration>
354	</xsd:restriction>
355	</xsd:simpleType>
356	</xsd:element>
357	<!-- maximum output power of the PowerSupply metered in miliWatt -->
358	<xsd:element name="TotalOutputPower" type="xsd:decimal" />
359	<xsd:element name="Efficiency" type="xsd:int"></xsd:element>
360	<xsd:element name="PowerProfile" type="xsd_1:FlowProfileType"
361	maxOccurs="1" minOccurs="0"></xsd:element>
362	</xsd:sequence>
363	</xsd:extension>
364	</xsd:complexContent>
365	</xsd:complexType>
366
367	<xsd:complexType name="ProcessorType">
368	<xsd:complexContent>
369	<xsd:extension base="xsd_1:DEBBPhysicalElementType">
370	<xsd:sequence>
371	<!-- Maximum Clockfrequency of CPU in MHz</xsd:documentation></xsd:annotation -->
372	<xsd:element name="MaxClockSpeed" type="xsd:unsignedInt" />
373	<xsd:element name="Cores" type="xsd:int" maxOccurs="1"
374	minOccurs="0"></xsd:element>
375	<xsd:element name="PState" type="xsd_1:PStateType"
376	minOccurs="0" maxOccurs="unbounded">
377	</xsd:element>
378	<xsd:element name="CState" type="xsd_1:CStateType"
379	minOccurs="0" maxOccurs="unbounded">
380	</xsd:element>
381	<xsd:element name="TDP" type="xsd:float" minOccurs="0"
382	maxOccurs="1">
383	</xsd:element>
384	</xsd:sequence>
385	</xsd:extension>
386	</xsd:complexContent>
387	</xsd:complexType>
388
389	<xsd:complexType name="PStateType">
390	<xsd:sequence>
391	<xsd:element name="State" type="xsd:int" />
392	<xsd:element name="Frequency" type="xsd:double" />
393	<xsd:element name="Voltage" type="xsd:double" />
394	<xsd:element name="PowerUsageMin" type="xsd:double" />
395	<xsd:element name="PowerUsageMax" type="xsd:double" />
396	</xsd:sequence>
397	</xsd:complexType>
398
399	<xsd:complexType name="ReferenceType">
400	<xsd:annotation>
401	<xsd:documentation>
402	ReferenceType describes references to external files
403	like STL, VRML, etc. and consists of a type and path.
404	</xsd:documentation>
405	</xsd:annotation>
406	<xsd:sequence>
407	<xsd:element name="Type" type="xsd:string" minOccurs="1"
408	maxOccurs="1">
409	</xsd:element>
410	<xsd:element name="Location" type="xsd:string" minOccurs="1"
411	maxOccurs="1"></xsd:element>
412	</xsd:sequence>
413	</xsd:complexType>
414
415	<xsd:complexType name="SensorType">
416	<xsd:complexContent>
417	<xsd:extension base="xsd_1:DEBBSimpleType">
418	<xsd:sequence>
419	<xsd:element name="Class">
420	<xsd:simpleType>
421	<xsd:restriction base="xsd:string">
422	<xsd:enumeration value="Temperature"></xsd:enumeration>
423	<xsd:enumeration value="Voltage"></xsd:enumeration>
424	<xsd:enumeration value="Power"></xsd:enumeration>
425	<xsd:enumeration value="Humidity"></xsd:enumeration>
426	<xsd:enumeration value="Throughput"></xsd:enumeration>
427	<xsd:enumeration value="Velocity"></xsd:enumeration>
428	</xsd:restriction>
429	</xsd:simpleType>
430	</xsd:element>
431	<xsd:element name="Unit">
432	<xsd:annotation>
433	<xsd:documentation>Only basic units should be used. For later
434	development other units can be used then the Factor should be
435	added.</xsd:documentation>
436	</xsd:annotation>
437	<xsd:simpleType>
438	<xsd:restriction base="xsd:string">
439	<xsd:enumeration value="Â°C"></xsd:enumeration>
440	<xsd:enumeration value="V"></xsd:enumeration>
441	<xsd:enumeration value="mV"></xsd:enumeration>
442	<xsd:enumeration value="kV"></xsd:enumeration>
443	<xsd:enumeration value="W"></xsd:enumeration>
444	<xsd:enumeration value="mW"></xsd:enumeration>
445	<xsd:enumeration value="kW"></xsd:enumeration>
446	<xsd:enumeration value="MW"></xsd:enumeration>
447	<xsd:enumeration value="%"></xsd:enumeration>
448	<xsd:enumeration value="l/sec"></xsd:enumeration>
449	<xsd:enumeration value="l/min"></xsd:enumeration>
450	<xsd:enumeration value="l/h"></xsd:enumeration>
451	<xsd:enumeration value="m3/min"></xsd:enumeration>
452	<xsd:enumeration value="m3/h"></xsd:enumeration>
453	<xsd:enumeration value="m/s"></xsd:enumeration>
454	<xsd:enumeration value="km/h"></xsd:enumeration>
455	</xsd:restriction>
456	</xsd:simpleType>
457	</xsd:element>
458	<xsd:element name="MinValue" type="xsd:float"
459	maxOccurs="1" minOccurs="0">
460	</xsd:element>
461	<xsd:element name="MaxValue" type="xsd:float"
462	maxOccurs="1" minOccurs="0">
463	</xsd:element>
464	<xsd:element name="Factor" type="xsd:float" maxOccurs="1"
465	minOccurs="0">
466	<xsd:annotation>
467	<xsd:documentation>Factor is just the multiplier between the
468	currently used unit and the basic unit (i.e. litre to cubic
469	meter)</xsd:documentation>
470	</xsd:annotation>
471	</xsd:element>
472	<xsd:element name="Accuracy" type="xsd:float"
473	maxOccurs="1" minOccurs="0">
474	</xsd:element>
475	<xsd:element name="Input" type="xsd:boolean">
476	<xsd:annotation>
477	<xsd:documentation>Input is a flag describing that a sensors is a
478	input value for the simulation or not. for example heat sources
479	can be seen an sources without any output afterwards. Other
480	sensors migth be added for extracting results at the end of the
481	simulation.</xsd:documentation>
482	</xsd:annotation>
483	</xsd:element>
484	</xsd:sequence>
485	</xsd:extension>
486	</xsd:complexContent>
487	</xsd:complexType>
488
489	<xsd:element name="Node" type="xsd_1:NodeType"></xsd:element>
490	<xsd:element name="NodeGroup" type="xsd_1:DEBBComponentType"></xsd:element>
491	<xsd:element name="ComputeBox1" type="xsd_1:DEBBComponentType"></xsd:element>
492	<xsd:element name="ComputeBox2" type="xsd_1:DEBBComponentType"></xsd:element>
493	<xsd:element name="PowerSupply" type="xsd_1:PowerSupplyType"></xsd:element>
494	<xsd:element name="CoolingDevice" type="xsd_1:CoolingDeviceType"></xsd:element>
495	<xsd:element name="Outlet" type="xsd_1:OutletType"></xsd:element>
496	<xsd:element name="Heatsink" type="xsd_1:HeatsinkType"></xsd:element>
497	<xsd:element name="Sensor" type="xsd_1:SensorType"></xsd:element>
498
499	</xsd:schema>

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