Last modified by Helena on 2025/09/10 11:19

From version 15.6
edited by Helena
on 2025/05/16 13:16
Change comment: There is no comment for this version
To version 13.3
edited by Helena
on 2025/05/14 15:03
Change comment: There is no comment for this version

Summary

Details

Page properties
Content
... ... @@ -285,43 +285,43 @@
285 285  > <Value>CZ2</Value>
286 286  > </Comp>
287 287  > <!—- metadata attributes are reported like in metadata messages ~-~->
288 -> <Metadata>
289 -> <Attribute id="COLLECTION">
290 -> <Attribute id="METHOD">
291 -> <Text lang="en">AAA</Text>
292 -> </Attribute>
293 -> </Attribute>
294 -> <Attribute id="CONTACT">
295 -> <Value>CONTACT 1</Value>
296 -> <Attribute id="NAME">
297 -> <Value>Contact 1 Name 1</Value>
298 -> </Attribute>
299 -> <Attribute id="NAME">
300 -> <Value>Contact 1 Name 2</Value>
301 -> </Attribute>
302 -> </Attribute>
303 -> <Attribute id="CONTACT">
304 -> <Value>CONTACT 2</Value>
305 -> <Attribute id="NAME">
306 -> <Value>Contact 2 Name 1</Value>
307 -> </Attribute>
308 -> <Attribute id="NAME">
309 -> <Value>Contact 2 Name 2</Value>
310 -> </Attribute>
311 -> </Attribute>
312 -> </Metadata>
288 +> <Metadata>
289 +> <Attribute id="COLLECTION">
290 +> <Attribute id="METHOD">
291 +> <Text lang="en">AAA</Text>
292 +> </Attribute>
293 +> </Attribute>
294 +> <Attribute id="CONTACT">
295 +> <Value>CONTACT 1</Value>
296 +> <Attribute id="NAME">
297 +> <Value>Contact 1 Name 1</Value>
298 +> </Attribute>
299 +> <Attribute id="NAME">
300 +> <Value>Contact 1 Name 2</Value>
301 +> </Attribute>
302 +> </Attribute>
303 +> <Attribute id="CONTACT">
304 +> <Value>CONTACT 2</Value>
305 +> <Attribute id="NAME">
306 +> <Value>Contact 2 Name 1</Value>
307 +> </Attribute>
308 +> <Attribute id="NAME">
309 +> <Value>Contact 2 Name 2</Value>
310 +> </Attribute>
311 +> </Attribute>
312 +> </Metadata>
313 313  > </Obs>
314 314  
315 -(% class="wikigeneratedid" id="HNew-MetadataProvisionAgreement" %)
316 -**New - Metadata Provision Agreement**
315 +=== New - Metadata Provision Agreement ===
316 +
317 317  In version 2.1 a Provision Agreement could be used to report information against a Dataflow or Metadataflow. From version 3.0 this is managed by two separate structures, the Data Provision Agreement and the Metadata Provision Agreement.
318 318  
319 -(% class="wikigeneratedid" id="HMovetargettoMetadataflowandMetadataProvisionAgreement" %)
320 -**Move target to Metadataflow and Metadata Provision Agreement**
319 +=== Move target to Metadataflow and Metadata Provision Agreement ===
320 +
321 321  For reference metadata that is reported against structures, the allowable targets information which is used to specify what structures the reference metadata can be reported against, has moved to the Metadataflow and can be further refined in the Metadata Provision Agreement.
322 322  
323 -(% class="wikigeneratedid" id="HAddmaintainablepropertiestoreferencemetadata" %)
324 -**Add maintainable properties to reference metadata**
323 +=== Add maintainable properties to reference metadata ===
324 +
325 325  A Metadataset now has mandatory identification information, (owner id, id, version) enabling metadata providers to uniquely identify their reports for create, update or delete maintenance operations.
326 326  
327 327  == 3.5 Microdata Exchange ==
... ... @@ -328,37 +328,47 @@
328 328  
329 329  Several changes have been made the Data Structure Definition to support microdata use cases in addition to aggregated time series.
330 330  
331 -(% class="wikigeneratedid" id="HMultiplemeasures" %)
332 -**Multiple measures**
333 -Multiple measures are a common characteristic of microdatasets. To support this use case, the MeasureDimension has been deprecated and replaced with the option to define zero or more measures. Measures now act like any other component in that they use concepts, can have their own local coded or uncoded representation defined within the Data Structure Definition, and can be either mandatory or conditional. Creating a measure with the “MEASURE” concept role applied emulates the version 2.1 MeasureDimension behaviour as illustrated in the SDMX-ML example below:
331 +=== Multiple measures ===
334 334  
335 -> <str:MeasureList id=”MeasureDescriptor”>
336 -> <str:Measure id=”OBS_VALUE” minOccurs=”1” maxOccurs=”1” usage=”mandatory” > <str:ConceptIdentity>
337 -> <Ref id=”OBS_VALUE” maintainableParentID=”CONCEPTS” agencyID=”SDMX” maintainableParentVersion=”1.0.0” />
338 -> </str:ConceptIdentity>
339 -> <str:LocalRepresentation>
340 -> <str:TextFormat textType=”String” isMultiLingual=”true” />
341 -> </str:LocalRepresentation>
342 -> <str:ConceptRole>
343 -> <Ref id=”MEASURE” maintainableParentID=”SDMX_CONCEPT_ROLES” agencyID=”SDMX” maintainableParentVersion=”1.0.0” />
344 -> </str:ConceptRole>
345 -> </str:Measure>
346 -> ...
347 -> <str:Measure>
348 -> </str:MeasureList>
333 +Multiple measures are a common characteristic of microdatasets. To support this use case, the MeasureDimension has been deprecated and replaced with the option to define zero or more measures. Measures now act like any other component in that they use concepts, can have their own local coded or uncoded representation defined within the
349 349  
350 -(% class="wikigeneratedid" id="HMulti-valuemeasuresandattributes" %)
351 -**Multi-value measures and attributes**
352 -Both measures and attributes have been extended with the option to take ‘arrays’ of 193 multiple coded or uncoded values. This supports use cases like multiple observation 194 status flags. New //minOccurs// and //maxOccurs// properties define the valid number of 195 values. The //usage// property separately defines whether the measure or attribute is //mandatory// or optional. In the SDMX-ML measure example above, the properties //minOccurs=”1” maxOccurs=”1” usage=”mandatory”// specify that OBS_VALUE must be 198 reported, and can only consist of a single value.
335 +Data Structure Definition, and can be either mandatory or conditional. Creating a measure with the “MEASURE” concept role applied emulates the version 2.1
353 353  
354 -(% class="wikigeneratedid" id="HAttributesrelationshiptomeasures" %)
355 -**Attributes relationship to measures**
337 +MeasureDimension behaviour as illustrated in the SDMX-ML example below:
338 +
339 +<str:MeasureList id=”MeasureDescriptor”>
340 +<str:Measure id=”OBS_VALUE” minOccurs=”1” maxOccurs=”1” usage=”mandatory” > <str:ConceptIdentity>
341 +<Ref id=”OBS_VALUE” maintainableParentID=”CONCEPTS” agencyID=”SDMX” maintainableParentVersion=”1.0.0” />
342 +</str:ConceptIdentity>
343 +<str:LocalRepresentation>
344 +<str:TextFormat textType=”String” isMultiLingual=”true” />
345 +</str:LocalRepresentation>
346 +<str:ConceptRole>
347 +<Ref id=”MEASURE” maintainableParentID=”SDMX_CONCEPT_ROLES” agencyID=”SDMX” maintainableParentVersion=”1.0.0” />
348 +</str:ConceptRole>
349 +</str:Measure>
350 +...
351 +<str:Measure>
352 +</str:MeasureList>
353 +
354 +=== Multi-value measures and attributes ===
355 +
356 +Both measures and attributes have been extended with the option to take ‘arrays’ of 193 multiple coded or uncoded values. This supports use cases like multiple observation 194 status flags. New //minOccurs// and //maxOccurs// properties define the valid number of 195 values. The //usage// property separately defines whether the measure or attribute is
357 +
358 +//mandatory// or optional. In the SDMX-ML measure example above, the properties
359 +
360 +//minOccurs=”1” maxOccurs=”1” usage=”mandatory”// specify that OBS_VALUE must be 198 reported, and can only consist of a single value.
361 +
362 +=== Attributes relationship to measures ===
363 +
356 356  In addition to attaching attributes to a specific level within the dataset, their relationship 202 to measures can also be defined.
357 357  
358 -(% class="wikigeneratedid" id="HValuelists" %)
359 -**Value lists**
360 -Value lists help in modelling microdata by providing an enumeration similar to code lists 206 but allowing any string values without being restricted to the rules of SDMX identifiers. That allows ValueItems (the equivalent to Code) to contain symbols like ‘¥’ and ‘€’, but also means they are not identifiable.
366 +=== Value lists ===
361 361  
368 +Value lists help in modelling microdata by providing an enumeration similar to code lists 206 but allowing any string values without being restricted to the rules of SDMX identifiers.
369 +
370 +That allows ValueItems (the equivalent to Code) to contain symbols like ‘¥’ and ‘€’, but 208 also means they are not identifiable.
371 +
362 362  == 3.6 Geospatial Data Exchange ==
363 363  
364 364  The version 3.0 model has been extended to provide explicit support for geospatial data.
... ... @@ -380,8 +380,8 @@
380 380  
381 381  The version 2.1 Codelist Map been replaced with Representation Map which allows mappings to be defined between any combination of Code Lists, Value Lists and noncoded representations such as text strings and numbers.
382 382  
383 -(% class="wikigeneratedid" id="HMany-to-manysourceandtargetcomponents" %)
384 -**Many-to-many source and target components**
393 +=== Many-to-many source and target components ===
394 +
385 385  Structure mapping rules may be defined with both multiple source components and multiple target components in contrast to version 2.1 where only one source and target was allowed. That supports many-to-many (n-n) mapping use cases where the output of a mapping rule may be dependent on the combination of a number of input components. For instance:
386 386  
387 387  Set the output component INDICATOR=”DE_A” if the input components are FREQ=”A” and REF_AREA=”DE”.
... ... @@ -391,18 +391,19 @@
391 391  Set the output components FREQ=”A”, REF_AREA=”DE” if the input component INDICATOR=”DE_A”.
392 392  
393 393  **Fixed source and target**
404 +
394 394  The Structure Map may now define input or output components which have a fixed value.
395 395  
396 -(% class="wikigeneratedid" id="HTimerepresentationsmapping" %)
397 -**Time representations mapping**
407 +=== Time representations mapping ===
408 +
398 398  Non SDMX time representations may now be described in a Structure Map, allowing them to be mapped into SDMX time formats.
399 399  
400 -(% class="wikigeneratedid" id="HRegularexpressionandsubstringmappings" %)
401 -**Regular expression and substring mappings**
411 +=== Regular expression and substring mappings ===
412 +
402 402  All item maps allow the use of regular expressions and substrings to match source values, specifically: Concept Scheme Map, Reporting Taxonomy Map, Category Scheme Map and Organisation Scheme Map.
403 403  
404 -(% class="wikigeneratedid" id="HItemmapsvalidityperiod" %)
405 -**Item maps validity period**
415 +=== Item maps validity period ===
416 +
406 406  Item maps may further define the period for which the mapping is valid, meaning the mapping rule will only be applied if the row of information being mapped is within the period.
407 407  
408 408  == 3.8 Constraints ==