Home

Results 1 - 10 of 66,656 for handled. Search took 1.205 seconds.  
Sort by date/Sort by relevance
In support for the implementation of the Escazú Agreement, ECLAC and the Organisation 25 The Regional Agreement on Access to Information, Public Participation and Justice in Environmental Matters in Latin America and the Caribbean (Escazú Agreement), see link at: https://www.cepal.org/en/escazuagreement https://repositorio.cepal.org/handle/11362/46523 https://repositorio.cepal.org/handle/11362/46523 https://repositorio.cepal.org/handle/11362/46496 https://repositorio.cepal.org/handle/11362/46510 https://repositorio.cepal.org/handle/11362/46510 https://repositorio.cepal.org/handle/11362/46510 https://repositorio.cepal.org/handle/11362/45799 https://repositorio.cepal.org/handle/11362/45799 13 of Eastern Caribbean States (OECS) established on 2020 an Enhanced Programme of Action on the Escazú Agreement in the Eastern Caribbean. (...) sequence=6&isAllowed=y https://repositorio.cepal.org/bitstream/handle/11362/46682/S2100125_es.pdf?sequence=6&isAllowed=y https://repositorio.cepal.org/handle/11362/46509 https://repositorio.cepal.org/handle/11362/46509 https://www.cepal.org/en/publications/46529-caribbean-brief-information-document-caribbean-small-island-developing-states https://repositorio.cepal.org/bitstream/handle/11362/46497/LCCAR2020_11_en.pdf? (...) sequence=1&isAllowed=y https://repositorio.cepal.org/bitstream/handle/11362/46504/S2000989_en.pdf?sequence=26&isAllowed=y https://repositorio.cepal.org/handle/11362/46506 https://repositorio.cepal.org/handle/11362/46506 16 iv.
Language:English
Score: 733630.5 - https://sdgs.un.org/sites/defa...files/2021-08/ECLAC_Inputs.pdf
Data Source: un
UNITED NATIONS | DEPARTMENT OF OPERATIONAL SUPPORT 1 UN SYSTEM-WIDE COVID-19 VACCINATION PROGRAMME STORAGE, HANDLING AND TRANSPORTATION OF MODERNA VACCINE VERSION 1 – 25 JANUARY 2022 BACKGROUND 1. (...) Vials should be discarded 12 hours after the first puncture. Thawed vials can be handled in room light conditions. Do not refreeze once thawed. (...) Possible delivery approach Country team to receive all Moderna vaccines from the Programme in one go and handle the thawing of vials as part of the local campaign until 01 April.
Language:English
Score: 713370.95 - https://www.un.org/sites/un2.u...ce_on_storage_handling_etc.pdf
Data Source: un
The economic autonomy of women in a sustainable recovery with equality 2021 https://repositorio.cepal.org/handle/11362/46659 https://repositorio.cepal.org/handle/11362/46659 https://repositorio.cepal.org/handle/11362/46192 https://repositorio.cepal.org/handle/11362/46192 https://repositorio.cepal.org/handle/11362/43581 https://repositorio.cepal.org/handle/11362/47266 https://repositorio.cepal.org/handle/11362/47266 https://repositorio.cepal.org/handle/11362/45917 https://repositorio.cepal.org/handle/11362/45917 https://repositorio.cepal.org/handle/11362/45917 https://repositorio.cepal.org/handle/11362/45352 https://repositorio.cepal.org/handle/11362/45352 https://repositorio.cepal.org/handle/11362/44206 https://repositorio.cepal.org/handle/11362/44206 https://repositorio.cepal.org/handle/11362/46907 https://repositorio.cepal.org/handle/11362/46907 https://repositorio.cepal.org/handle/11362/46529 https://repositorio.cepal.org/handle/11362/46529 https://repositorio.cepal.org/handle/11362/46496 https://repositorio.cepal.org/handle/11362/46496 https://repositorio.cepal.org/handle/11362/46624 https://repositorio.cepal.org/handle/11362/46624 https://repositorio.cepal.org/handle/11362/46634 https://repositorio.cepal.org/handle/11362/46634 2 Title Year UN Symbol Series: Studies and Perspectives Series - The Caribbean 13. (...) Anuario Estadístico de América Latina y el Caribe 2020 = Statistical Yearbook for Latin America and the Caribbean 2020 2021 LC/PUB.2021/1-P https://repositorio.cepal.org/handle/11362/36619 https://repositorio.cepal.org/handle/11362/36619 https://repositorio.cepal.org/handle/11362/46737 https://repositorio.cepal.org/handle/11362/46737 https://repositorio.cepal.org/handle/11362/45086 https://repositorio.cepal.org/handle/11362/45086 https://repositorio.cepal.org/handle/11362/43232 https://repositorio.cepal.org/handle/11362/43232 https://repositorio.cepal.org/handle/11362/46714 https://repositorio.cepal.org/handle/11362/46714 https://repositorio.cepal.org/handle/11362/46629 https://repositorio.cepal.org/handle/11362/46629 https://repositorio.cepal.org/handle/11362/45112 https://repositorio.cepal.org/handle/11362/45112 https://repositorio.cepal.org/handle/11362/45990 https://repositorio.cepal.org/handle/11362/45990 https://repositorio.cepal.org/handle/11362/44957 https://repositorio.cepal.org/handle/11362/44957 https://repositorio.cepal.org/handle/11362/44957 https://repositorio.cepal.org/handle/11362/44960 https://repositorio.cepal.org/handle/11362/44960 https://repositorio.cepal.org/handle/11362/44606 https://repositorio.cepal.org/handle/11362/44606 https://repositorio.cepal.org/handle/11362/47193 https://repositorio.cepal.org/handle/11362/47193 https://repositorio.cepal.org/handle/11362/47193 https://repositorio.cepal.org/handle/11362/46688 https://repositorio.cepal.org/handle/11362/46739 https://repositorio.cepal.org/handle/11362/46739
Language:English
Score: 706686.9 - https://www.cepal.org/sites/de...ime_of_covid-19_29sept2021.pdf
Data Source: un
This restriction was an undesirable (and probably unintended) limitation of the previous edition of the Recommendation | International Standard, because there is no other way of specifying structure replacement for an encoding structure. – Resolution of an inconsistency between the declaration of an identification handle (EXHIBITS HANDLE &exhibited-handle) having an OPTIONAL handle name, and the use of an identification handle (DETERMINED BY handle HANDLE &handle-id) having a DEFAULT handle name (= "default- handle") with no relationship between these two things. – Correction of typographical errors. (...) Ifthe same identification handle as E (with the same handle value set); otherwise, it does not exhibit a handle. (...) If the encoding object E exhibits an identification handle (with a given handle value set), then the encoding object being defined exhibits the same identification handle as E (with the same handle value set); otherwise, it does not exhibit a handle.
Language:English
Score: 705773 - https://www.itu.int/ITU-T/2005...8/com17/languages/X692cor1.pdf
Data Source: un
The ICAO Airport Economics Manual (Doc 9562) separates the ground handling function into terminal handling (passenger check-in, baggage and freight handling) and ramp handling (aircraft handling, cleaning and servicing). 1.3 Regulatory practices dealing with the matter vary from State to State. (...) Provisions contained in bilateral agreements concerning ground handling tend to fall into two general categories. (...) The second and smaller category recognizes the right of a designated airline to perform its own ground handling operations, or to use other airlines or service providers, but subject to limitations determined by the State in which the ground handling services are performed.
Language:English
Score: 698047.66 - https://www.icao.int/Meetings/...nsconf2000/Documents/wp10e.pdf
Data Source: un
These ground handling agents perform cargo acceptance, passenger and baggage handling and aircraft loading. (...) In addition, some States take the view that the dangerous goods training for ground handling agent personnel must be provided by the operator to which the ground handling agent is contracted. 1.18 Where there is a 1:1 relationship of ground handling agent to airline this is entirely appropriate. However, there are situations where a ground handling agent may handle 30 or more operators at a single location.
Language:English
Score: 695900.24 - https://www.icao.int/safety/Da.../WG16/DGPWG.16.WP.013.1.en.pdf
Data Source: un
.}, returnValue BioAPI-RETURN } UnsignedByte ::= INTEGER(0..max-unsigned-byte) UnsignedShort ::= INTEGER(0..max-unsigned-short) UnsignedInt ::= INTEGER(0..max-unsigned-int) SignedInt ::= INTEGER(min-signed-int..max-signed-int) MemoryAddress ::= INTEGER max-unsigned-byte INTEGER ::= 255 max-unsigned-short INTEGER ::= 65535 max-unsigned-int INTEGER ::= 4294967295 min-signed-int INTEGER ::= -2147483648 max-signed-int INTEGER ::= 2147483647 EndpointIRI ::= VisibleString (CONSTRAINED BY { -- The string shall conform to the "absolute-IRI" grammar -- -- defined in IETF RFC 3987 -- }) BioAPI-BFP-LIST-ELEMENT ::= SEQUENCE { category BioAPI-CATEGORY, bfpProductUuid BioAPI-UUID } BioAPI-BFP-SCHEMA ::= SEQUENCE { bfpProductUuid BioAPI-UUID, category BioAPI-CATEGORY, description BioAPI-STRING, path UTF8String, specVersion BioAPI-VERSION, productVersion BioAPI-STRING, vendor BioAPI-STRING, supportedFormats SEQUENCE (SIZE (0..max-unsigned-int)) OF format BioAPI-BIR-BIOMETRIC-DATA-FORMAT, factorsMask BioAPI-BIR-BIOMETRIC-TYPE, propertyUuid BioAPI-UUID, property BioAPI-DATA, hostingEndpointIRI EndpointIRI } BioAPI-BIR ::= SEQUENCE { patronFormatOwner UnsignedShort, patronFormatType UnsignedShort, formattedBIR OCTET STRING } BioAPI-BIR-ARRAY-POPULATION ::= SEQUENCE { members SEQUENCE (SIZE (0..max-unsigned-int)) OF member BioAPI-BIR } BioAPI-BIR-BIOMETRIC-DATA-FORMAT ::= SEQUENCE { formatOwner UnsignedShort, formatType UnsignedShort } BioAPI-BIR-BIOMETRIC-PRODUCT-ID ::= SEQUENCE { productOwner UnsignedShort, productType UnsignedShort } BioAPI-BIR-BIOMETRIC-TYPE ::= BIT STRING { typeMultipleBiometricTypes(0), typeFace(1), typeVoice(2), typeFinger(3), typeIris(4), typeRetina(5), typeHandGeometry(6), typeSignatureSign(7), typeKeystroke(8), typeLipMovement(9), typeGait(12), typeVein(13), typeDNA(14), typeEar(15), typeFoot(16), typeScent(17), typeOther(30), typePassword(31)}(SIZE (32)) BioAPI-BIR-DATA-TYPE ::= SEQUENCE { processedLevel ENUMERATED {raw, intermediate, processed, ... }, flags BIT STRING {encrypted(0), signed(1), index-present(3)}(SIZE (4)) } BioAPI-BIR-HANDLE ::= SignedInt BioAPI-BIR-HEADER ::= SEQUENCE { patronFormatOwner UnsignedShort, patronFormatType UnsignedShort, formattedBIR OCTET STRING } BioAPI-BIR-PURPOSE ::= ENUMERATED { verify, identify, enroll, enrollVerify, enrollIdentify, audit, any, ... } BioAPI-BIR-SECURITY-BLOCK-FORMAT ::= SEQUENCE { formatOwner UnsignedShort, formatType UnsignedShort } BioAPI-BIR-SUBTYPE ::= CHOICE { anySubtype BIT STRING {left(0), right(1), thumb(2), pointerFinger(3), middleFinger(4), ringFinger(5), littleFinger(6)}(SIZE (7)), vein-only-subtype BIT STRING {left(0), right(1), veinPalm(2), veinBackofhand(3), veinWrist(4)} (SIZE (7)) } BioAPI-BIR-SUBTYPE-MASK ::= BIT STRING { left(0), right(1), left-thumb(2), left-pointerfinger(3), left-middlefinger(4), left-ringfinger(5), left-littlefinger(6), right-thumb(7), right-pointerfinger(8), right-middlefinger(9), right-ringfinger(10), right-littlefinger(11), left-vein-palm(12), left-vein-backofhand(13), left-vein-wrist(14), right-vein-palm(15), right-vein-backofhand(16), right-vein-wrist(17)}(SIZE (32)) BioAPI-BSP-SCHEMA ::= SEQUENCE { bspProductUuid BioAPI-UUID, description BioAPI-STRING, path UTF8String, specVersion BioAPI-VERSION, productVersion BioAPI-STRING, vendor BioAPI-STRING, supportedFormats SEQUENCE (SIZE (0..max-unsigned-int)) OF format BioAPI-BIR-BIOMETRIC-DATA-FORMAT, factorsMask BioAPI-BIR-BIOMETRIC-TYPE, operations BioAPI-OPERATIONS-MASK, options BioAPI-OPTIONS-MASK, payloadPolicy BioAPI-FMR, maxPayloadSize UnsignedInt, defaultVerifyTimeout SignedInt, defaultIdentifyTimeout SignedInt, defaultCaptureTimeout SignedInt, defaultEnrollTimeout SignedInt, defaultCalibrateTimeout SignedInt, maxBSPDbSize UnsignedInt, maxIdentify UnsignedInt, hostingEndpointIRI EndpointIRI, bspAccessUuid BioAPI-UUID } BioAPI-CANDIDATE ::= SEQUENCE { bir CHOICE {birInDatabase BioAPI-UUID, birInArray UnsignedInt, birInPresetArray UnsignedInt}, fmrAchieved BioAPI-FMR } BioAPI-CATEGORY ::= ENUMERATED { archive, comparisonAlgorithm, processingAlgorithm, sensor, ... } BioAPI-DATA ::= OCTET STRING(SIZE (0..max-unsigned-int)) BioAPI-DATE ::= SEQUENCE { year INTEGER(0 | 1900..9999), month INTEGER(0..12), day INTEGER(0..31) } BioAPI-DB-ACCESS-TYPE ::= BIT STRING {read(0), write(1)}(SIZE (32)) BioAPI-DB-MARKER-HANDLE ::= UnsignedInt BioAPI-DB-HANDLE ::= SignedInt BioAPI-DBBIR-ID ::= SEQUENCE {dbHandle BioAPI-DB-HANDLE, keyValue BioAPI-UUID } BioAPI-DTG ::= SEQUENCE {date BioAPI-DATE, time BioAPI-TIME } BioAPI-UNIT-EVENT-TYPE ::= ENUMERATED { insert, remove, fault, sourcePresent, sourceRemoved, ... } BioAPI-UNIT-EVENT-TYPE-MASK ::= BIT STRING { insert(0), remove(1), fault(2), sourcePresent(3), sourceRemoved(4) }(SIZE (32)) BioAPI-FMR ::= SignedInt BioAPI-FRAMEWORK-SCHEMA ::= SEQUENCE { fwProductUuid BioAPI-UUID, description BioAPI-STRING, path UTF8String, specVersion BioAPI-VERSION, productVersion BioAPI-STRING, vendor BioAPI-STRING, propertyUuid BioAPI-UUID, property BioAPI-DATA, hostingEndpointIRI EndpointIRI } BioAPI-GUI-BITMAP ::= SEQUENCE { subtypeMask BioAPI-BIR-SUBTYPE-MASK, width UnsignedInt, height UnsignedInt, bitmap BioAPI-DATA OPTIONAL } BioAPI-GUI-BITMAP-ARRAY ::= SEQUENCE { guiBitmaps SEQUENCE (SIZE (0..max-unsigned-int)) OF guiBitmap BioAPI-GUI-BITMAP } BioAPI-GUI-EVENT-SUBSCRIPTION ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, guiSelectEventSubscribed BOOLEAN, guiStateEventSubscribed BOOLEAN, guiProgressEventSubscribed BOOLEAN } BioAPI-GUI-MOMENT ::= ENUMERATED {beforeStart, during, afterEnd, ... } BioAPI-GUI-ENROLL-TYPE ::= BIT STRING {testVerify(0), multipleCapture(1) }(SIZE (32)) BioAPI-GUI-OPERATION ::= ENUMERATED { capture, process, createtemplate, verifymatch, identifymatch, verify, identify, enroll, ... } BioAPI-GUI-RESPONSE ::= ENUMERATED { default, opComplete, opCancel, cycleStart, cycleRestart, subopStart, subopNext, progressContinue, progressCancel, recapture, ... } BioAPI-GUI-SUBOPERATION ::= ENUMERATED { capture, process, createtemplate, verifymatch, identifymatch, ... } BioAPI-HANDLE ::= UnsignedInt BioAPI-IDENTIFY-POPULATION ::= SEQUENCE { birs CHOICE {birDataBase BioAPI-DB-HANDLE, birArray BioAPI-BIR-ARRAY-POPULATION, birPresetArray NULL} } BioAPI-INDICATOR-STATUS ::= ENUMERATED { accept, reject, ready, busy, failure, ... } BioAPI-INPUT-BIR ::= SEQUENCE { inputBIR CHOICE {birInDB BioAPI-DBBIR-ID, birInBSP BioAPI-BIR-HANDLE, bir BioAPI-BIR} } BioAPI-OPERATIONS-MASK ::= BIT STRING { enableEvents(0), subscribeToGUIEvents(1), capture(2), createTemplate(3), process(4), processWithAuxBir(5), verifyMatch(6), identifyMatch(7), enroll(8), verify(9), identify(10), import(11), presetIdentifyPopulation(12), databaseOperations(13), setPowerMode(14), setIndicatorStatus(15), getIndicatorStatus(16), calibrateSensor(17), utilities(18), queryUnits(20), queryBFPs(21), controlUnit(22)}(SIZE (32)) BioAPI-OPTIONS-MASK ::= BIT STRING { raw(0), qualityRaw(1), qualityIntermediate(2), qualityProcessed(3), appGui(4), guiProgressEvents(5), sourcePresent(6), payload(7), birSign(8), birEncrypt(9), templateUpdate(10), adaptation(11), binning(12), selfContainedDevice(13), moc(14), subtypeToCapture(15), sensorBFP(16), archiveBFP(17), comparisonBFP(18), processingBFP(19), coarseScores(20) }(SIZE (32)) BioAPI-POWER-MODE ::= ENUMERATED {normal, detect, sleep, ... } BioAPI-QUALITY ::= INTEGER(-2..100) BioAPI-RETURN ::= UnsignedInt BioAPI-STRING ::= UTF8String (CONSTRAINED BY { --The UTF-8 encoding shall not contain any NUL characters -- -- nd shall be no longer than 268 octets -- }) BioAPI-TIME ::= SEQUENCE { hour INTEGER(0..99), minute INTEGER(0..99), second INTEGER(0..99) } BioAPI-UNIT-ID ::= UnsignedInt BioAPI-UNIT-LIST-ELEMENT ::= SEQUENCE { category BioAPI-CATEGORY, unitID BioAPI-UNIT-ID } BioAPI-UNIT-SCHEMA ::= SEQUENCE { bspProductUuid BioAPI-UUID, unitManagerProductUuid BioAPI-UUID, unitId BioAPI-UNIT-ID, category BioAPI-CATEGORY, unitProperties BioAPI-UUID, vendorInformation BioAPI-STRING, supportedUnitEvents BioAPI-UNIT-EVENT-TYPE-MASK, propertyUuid BioAPI-UUID, property BioAPI-DATA, hardwareVersion BioAPI-STRING, firmwareVersion BioAPI-STRING, softwareVersion BioAPI-STRING, hardwareSerialNumber BioAPI-STRING, authenticatedHardware BOOLEAN, maxBSPDbSize UnsignedInt, maxIdentify UnsignedInt } BioAPI-UUID ::= OCTET STRING(SIZE (16)) BioAPI-VERSION ::= SEQUENCE {major INTEGER(0..15), minor INTEGER(0..15) } MasterDeletionEvent-NotificationParams ::= NULL AddMaster-RequestParams ::= SEQUENCE {bipVersion BioAPI-VERSION } AddMaster-ResponseParams ::= SEQUENCE { fwSchema BioAPI-FRAMEWORK-SCHEMA OPTIONAL, bspSchemas SEQUENCE (SIZE (0..max-unsigned-int)) OF bspSchema BioAPI-BSP-SCHEMA, bfpSchemas SEQUENCE (SIZE (0..max-unsigned-int)) OF bfpSchema BioAPI-BFP-SCHEMA } LinkCallParams ::= SEQUENCE {slaveEndpointIRI EndpointIRI } DeleteMaster-RequestParams ::= NULL DeleteMaster-ResponseParams ::= NULL UnlinkCallParams ::= SEQUENCE {slaveEndpointIRI EndpointIRI } EnumFrameworksCallOutputParams ::= SEQUENCE OF BioAPI-FRAMEWORK-SCHEMA EnumBSPsCallOutputParams ::= SEQUENCE OF BioAPI-BSP-SCHEMA EnumBFPsCallOutputParams ::= SEQUENCE OF BioAPI-BFP-SCHEMA BSPLoad-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID, unitEventSubscription BOOLEAN } BSPLoad-ResponseParams ::= NULL BSPLoadCallParams ::= SEQUENCE { bspUuid BioAPI-UUID, unitEventHandlerAddress MemoryAddress, unitEventHandlerContext MemoryAddress } BSPUnload-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID, unitEventSubscription BOOLEAN } BSPUnload-ResponseParams ::= NULL BSPUnloadCallParams ::= SEQUENCE { bspUuid BioAPI-UUID, unitEventHandlerAddress MemoryAddress, unitEventHandlerContext MemoryAddress } QueryUnits-RequestParams ::= SEQUENCE {bspProductUuid BioAPI-UUID } QueryUnits-ResponseParams ::= SEQUENCE { unitSchemas SEQUENCE (SIZE (0..max-unsigned-int)) OF unitSchema BioAPI-UNIT-SCHEMA } QueryBFPs-RequestParams ::= SEQUENCE {bspProductUuid BioAPI-UUID } QueryBFPs-ResponseParams ::= SEQUENCE { bfps SEQUENCE (SIZE (0..max-unsigned-int)) OF bfp BioAPI-BFP-LIST-ELEMENT } BSPAttach-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID, version BioAPI-VERSION, units SEQUENCE (SIZE (0..max-unsigned-int)) OF unit BioAPI-UNIT-LIST-ELEMENT } BSPAttach-ResponseParams ::= SEQUENCE {newOriginalBSPHandle BioAPI-HANDLE } BSPAttachCallOutputParams ::= SEQUENCE {newBSPHandle BioAPI-HANDLE } BSPDetach-RequestParams ::= SEQUENCE {originalBSPHandle BioAPI-HANDLE } BSPDetach-ResponseParams ::= NULL EnableUnitEvents-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, unitEvents BioAPI-UNIT-EVENT-TYPE-MASK } EnableUnitEvents-ResponseParams ::= NULL EnableEventNotifications-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID, unitEventTypes BioAPI-UNIT-EVENT-TYPE-MASK } EnableEventNotifications-ResponseParams ::= NULL EnableCallParams ::= SEQUENCE { bspUuid BioAPI-UUID, unitEventTypes BioAPI-UNIT-EVENT-TYPE-MASK } ControlUnit-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, unitID BioAPI-UNIT-ID, controlCode UnsignedInt, inputData BioAPI-DATA } ControlUnit-ResponseParams ::= SEQUENCE {outputData BioAPI-DATA } Control-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, unitID BioAPI-UNIT-ID, controlCode BioAPI-UUID, inputData BioAPI-DATA } Control-ResponseParams ::= SEQUENCE {outputData BioAPI-DATA } FreeBIRHandle-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, birHandle BioAPI-BIR-HANDLE } FreeBIRHandle-ResponseParams ::= NULL GetBIRFromHandle-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, birHandle BioAPI-BIR-HANDLE } GetBIRFromHandle-ResponseParams ::= SEQUENCE {bir BioAPI-BIR } GetHeaderFromHandle-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, birHandle BioAPI-BIR-HANDLE } GetHeaderFromHandle-ResponseParams ::= SEQUENCE {header BioAPI-BIR-HEADER } SubscribeToGUIEvents-RequestParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspProductUuid BioAPI-UUID OPTIONAL, originalBSPHandle BioAPI-HANDLE OPTIONAL, guiSelectEventSubscribed BOOLEAN, guiStateEventSubscribed BOOLEAN, guiProgressEventSubscribed BOOLEAN } SubscribeToGUIEvents-ResponseParams ::= NULL SubscribeToGUIEventsCallParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspUuid BioAPI-UUID OPTIONAL, bspHandle BioAPI-HANDLE OPTIONAL, guiSelectEventHandlerAddress MemoryAddress, guiSelectEventHandlerContext MemoryAddress, guiStateEventHandlerAddress MemoryAddress, guiStateEventHandlerContext MemoryAddress, guiProgressEventHandlerAddress MemoryAddress, guiProgressEventHandlerContext MemoryAddress } UnsubscribeFromGUIEvents-RequestParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspProductUuid BioAPI-UUID OPTIONAL, originalBSPHandle BioAPI-HANDLE OPTIONAL, guiSelectEventSubscribed BOOLEAN, guiStateEventSubscribed BOOLEAN, guiProgressEventSubscribed BOOLEAN } UnsubscribeFromGUIEvents-ResponseParams ::= NULL UnsubscribeFromGUIEventsCallParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspUuid BioAPI-UUID OPTIONAL, bspHandle BioAPI-HANDLE OPTIONAL, guiSelectEventHandlerAddress MemoryAddress, guiSelectEventHandlerContext MemoryAddress, guiStateEventHandlerAddress MemoryAddress, guiStateEventHandlerContext MemoryAddress, guiProgressEventHandlerAddress MemoryAddress, guiProgressEventHandlerContext MemoryAddress } QueryGUIEventSubscriptions-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID } QueryGUIEventSubscriptions-ResponseParams ::= SEQUENCE { guiEventSubscriptions SEQUENCE (SIZE (0..max-unsigned-int)) OF subscription BioAPI-GUI-EVENT-SUBSCRIPTION } NotifyGUISelectEvent-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, enrollType BioAPI-GUI-ENROLL-TYPE, operation BioAPI-GUI-OPERATION, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, maxNumEnrollSamples UnsignedInt, selectableInstances BioAPI-BIR-SUBTYPE-MASK, capturedInstances BioAPI-BIR-SUBTYPE-MASK, text UTF8String OPTIONAL } NotifyGUISelectEvent-ResponseParams ::= SEQUENCE { selectedInstances BioAPI-BIR-SUBTYPE-MASK, response BioAPI-GUI-RESPONSE } NotifyGUIStateEvent-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, enrollSampleIndex SignedInt, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } NotifyGUIStateEvent-ResponseParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE, enrollSampleIndexToRecapture SignedInt } NotifyGUIProgressEvent-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, suboperationProgress UnsignedByte, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } NotifyGUIProgressEvent-ResponseParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE } RedirectGUIEvents-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, originalBSPHandle BioAPI-HANDLE, guiSelectEventRedirected BOOLEAN, guiStateEventRedirected BOOLEAN, guiProgressEventRedirected BOOLEAN } RedirectGUIEvents-ResponseParams ::= NULL UnredirectGUIEvents-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, originalBSPHandle BioAPI-HANDLE, guiSelectEventRedirected BOOLEAN, guiStateEventRedirected BOOLEAN, guiProgressEventRedirected BOOLEAN } UnredirectGUIEvents-ResponseParams ::= NULL Capture-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, purpose BioAPI-BIR-PURPOSE, subtype BioAPI-BIR-SUBTYPE, outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL, timeout SignedInt, no-auditData BOOLEAN } Capture-ResponseParams ::= SEQUENCE { capturedBIR BioAPI-BIR-HANDLE, auditData BioAPI-BIR-HANDLE OPTIONAL } CreateTemplate-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, capturedBIR BioAPI-INPUT-BIR, referenceTemplate BioAPI-INPUT-BIR OPTIONAL, outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL, payload BioAPI-DATA OPTIONAL, no-templateUuid BOOLEAN } CreateTemplate-ResponseParams ::= SEQUENCE { newTemplate BioAPI-BIR-HANDLE, templateUuid BioAPI-UUID OPTIONAL } Process-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, capturedBIR BioAPI-INPUT-BIR, outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL } Process-ResponseParams ::= SEQUENCE {processedBIR BioAPI-BIR-HANDLE } ProcessWithAuxBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, capturedBIR BioAPI-INPUT-BIR, auxiliaryData BioAPI-INPUT-BIR, outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL } ProcessWithAuxBIR-ResponseParams ::= SEQUENCE {processedBIR BioAPI-BIR-HANDLE } VerifyMatch-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, maxFMRRequested BioAPI-FMR, processedBIR BioAPI-INPUT-BIR, referenceTemplate BioAPI-INPUT-BIR, no-adaptedBIR BOOLEAN, no-fmrAchieved BOOLEAN, no-payload BOOLEAN } VerifyMatch-ResponseParams ::= SEQUENCE { adaptedBIR BioAPI-BIR-HANDLE OPTIONAL, result BOOLEAN, fmrAchieved BioAPI-FMR OPTIONAL, payload BioAPI-DATA OPTIONAL } IdentifyMatch-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, maxFMRRequested BioAPI-FMR, processedBIR BioAPI-INPUT-BIR, population BioAPI-IDENTIFY-POPULATION, totalNumberOfTemplates UnsignedInt, binning BOOLEAN, maxNumberOfResults UnsignedInt, timeout SignedInt } IdentifyMatch-ResponseParams ::= SEQUENCE { candidates SEQUENCE (SIZE (0..max-unsigned-int)) OF candidate BioAPI-CANDIDATE } Enroll-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, purpose BioAPI-BIR-PURPOSE, subtype BioAPI-BIR-SUBTYPE, outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL, referenceTemplate BioAPI-INPUT-BIR OPTIONAL, payload BioAPI-DATA OPTIONAL, timeout SignedInt, no-auditData BOOLEAN, no-templateUuid BOOLEAN } Enroll-ResponseParams ::= SEQUENCE { newTemplate BioAPI-BIR-HANDLE, auditData BioAPI-BIR-HANDLE OPTIONAL, templateUuid BioAPI-UUID OPTIONAL } Verify-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, maxFMRRequested BioAPI-FMR, referenceTemplate BioAPI-INPUT-BIR, subtype BioAPI-BIR-SUBTYPE, timeout SignedInt, no-adaptedBIR BOOLEAN, no-fmrAchieved BOOLEAN, no-payload BOOLEAN, no-auditData BOOLEAN } Verify-ResponseParams ::= SEQUENCE { adaptedBIR BioAPI-BIR-HANDLE OPTIONAL, result BOOLEAN, fmrAchieved BioAPI-FMR OPTIONAL, payload BioAPI-DATA OPTIONAL, auditData BioAPI-BIR-HANDLE OPTIONAL } Identify-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, maxFMRRequested BioAPI-FMR, subtype BioAPI-BIR-SUBTYPE, population BioAPI-IDENTIFY-POPULATION, totalNumberOfTemplates UnsignedInt, binning BOOLEAN, maxNumberOfResults UnsignedInt, timeout SignedInt, no-auditData BOOLEAN } Identify-ResponseParams ::= SEQUENCE { candidates SEQUENCE (SIZE (0..max-unsigned-int)) OF candidate BioAPI-CANDIDATE, auditData BioAPI-BIR-HANDLE OPTIONAL } Import-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, inputData BioAPI-DATA, inputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT, outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL, purpose BioAPI-BIR-PURPOSE } Import-ResponseParams ::= SEQUENCE {constructedBIR BioAPI-BIR-HANDLE } PresetIdentifyPopulation-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, population BioAPI-IDENTIFY-POPULATION } PresetIdentifyPopulation-ResponseParams ::= NULL Transform-RequestParams ::= SEQUENCE { bspHandle BioAPI-HANDLE, operationUuid BioAPI-UUID, inputBIRs SEQUENCE (SIZE (0..max-unsigned-int)) OF BioAPI-INPUT-BIR } Transform-ResponseParams ::= SEQUENCE { outputBIRs SEQUENCE (SIZE (0..max-unsigned-int)) OF BioAPI-BIR-HANDLE } DbOpen-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbUuid BioAPI-UUID, accessRequest BioAPI-DB-ACCESS-TYPE } DbOpen-ResponseParams ::= SEQUENCE { dbHandle BioAPI-DB-HANDLE, markerHandle BioAPI-DB-MARKER-HANDLE } DbClose-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbHandle BioAPI-DB-HANDLE } DbClose-ResponseParams ::= NULL DbCreate-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbUuid BioAPI-UUID, numberOfRecords UnsignedInt, accessRequest BioAPI-DB-ACCESS-TYPE } DbCreate-ResponseParams ::= SEQUENCE {dbHandle BioAPI-DB-HANDLE } DbDelete-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbUuid BioAPI-UUID } DbDelete-ResponseParams ::= NULL DbSetMarker-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbHandle BioAPI-DB-HANDLE, keyValue BioAPI-UUID, markerHandle BioAPI-DB-MARKER-HANDLE } DbSetMarker-ResponseParams ::= NULL DbFreeMarker-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, markerHandle BioAPI-DB-MARKER-HANDLE } DbFreeMarker-ResponseParams ::= NULL DbStoreBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, birToStore BioAPI-INPUT-BIR, dbHandle BioAPI-DB-HANDLE } DbStoreBIR-ResponseParams ::= SEQUENCE {birUuid BioAPI-UUID } DbGetBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbHandle BioAPI-DB-HANDLE, keyValue BioAPI-UUID } DbGetBIR-ResponseParams ::= SEQUENCE { retrievedBIR BioAPI-BIR-HANDLE, markerHandle BioAPI-DB-MARKER-HANDLE } DbGetNextBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbHandle BioAPI-DB-HANDLE, markerHandle BioAPI-DB-MARKER-HANDLE } DbGetNextBIR-ResponseParams ::= SEQUENCE { retrievedBIR BioAPI-BIR-HANDLE, birUuid BioAPI-UUID } DbDeleteBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, dbHandle BioAPI-DB-HANDLE, keyValue BioAPI-UUID } DbDeleteBIR-ResponseParams ::= NULL CalibrateSensor-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, timeout SignedInt } CalibrateSensor-ResponseParams ::= NULL SetPowerMode-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, unitID BioAPI-UNIT-ID, powerMode BioAPI-POWER-MODE } SetPowerMode-ResponseParams ::= NULL SetIndicatorStatus-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, unitID BioAPI-UNIT-ID, indicatorStatus BioAPI-INDICATOR-STATUS } SetIndicatorStatus-ResponseParams ::= NULL GetIndicatorStatus-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE, unitID BioAPI-UNIT-ID } GetIndicatorStatus-ResponseParams ::= SEQUENCE { indicatorStatus BioAPI-INDICATOR-STATUS } Cancel-RequestParams ::= SEQUENCE {originalBSPHandle BioAPI-HANDLE } Cancel-ResponseParams ::= NULL RegisterBSP-RequestParams ::= SEQUENCE { bspSchema BioAPI-BSP-SCHEMA, update BOOLEAN } RegisterBSP-ResponseParams ::= NULL BSPRegistrationEvent-NotificationParams ::= SEQUENCE { bspSchema BioAPI-BSP-SCHEMA, update BOOLEAN } UnregisterBSP-RequestParams ::= SEQUENCE {bspProductUuid BioAPI-UUID } UnregisterBSP-ResponseParams ::= NULL BSPUnregistrationEvent-NotificationParams ::= SEQUENCE { bspProductUuid BioAPI-UUID } RegisterBFP-RequestParams ::= SEQUENCE { bfpSchema BioAPI-BFP-SCHEMA, update BOOLEAN } RegisterBFP-ResponseParams ::= NULL BFPRegistrationEvent-NotificationParams ::= SEQUENCE { bfpSchema BioAPI-BFP-SCHEMA, update BOOLEAN } UnregisterBFP-RequestParams ::= SEQUENCE {bfpProductUuid BioAPI-UUID } UnregisterBFP-ResponseParams ::= NULL BFPUnregistrationEvent-NotificationParams ::= SEQUENCE { bfpProductUuid BioAPI-UUID } UnitEvent-NotificationParams ::= SEQUENCE { bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, unitSchema BioAPI-UNIT-SCHEMA OPTIONAL, unitEventType BioAPI-UNIT-EVENT-TYPE } UnitEventHandlerCallbackParams ::= SEQUENCE { unitEventHandlerAddress MemoryAddress, unitEventHandlerContext MemoryAddress, bspUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, unitSchema BioAPI-UNIT-SCHEMA OPTIONAL, unitEventType BioAPI-UNIT-EVENT-TYPE } UnitEventInfo ::= SEQUENCE { hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, unitSchema BioAPI-UNIT-SCHEMA OPTIONAL, unitEventType BioAPI-UNIT-EVENT-TYPE } GUISelectEvent-NotificationParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, originalBSPHandle BioAPI-HANDLE OPTIONAL, enrollType BioAPI-GUI-ENROLL-TYPE, operation BioAPI-GUI-OPERATION, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, maxNumEnrollSamples UnsignedInt, selectableInstances BioAPI-BIR-SUBTYPE-MASK, capturedInstances BioAPI-BIR-SUBTYPE-MASK, text UTF8String OPTIONAL } GUISelectEvent-AcknowledgementParams ::= SEQUENCE { selectedInstances BioAPI-BIR-SUBTYPE-MASK, response BioAPI-GUI-RESPONSE } GUISelectEventHandlerCallbackParams ::= SEQUENCE { guiSelectEventHandlerAddress MemoryAddress, guiSelectEventHandlerContext MemoryAddress, bspUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, bspHandle BioAPI-HANDLE OPTIONAL, enrollType BioAPI-GUI-ENROLL-TYPE, operation BioAPI-GUI-OPERATION, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, maxNumEnrollSamples UnsignedInt, selectableInstances BioAPI-BIR-SUBTYPE-MASK, capturedInstances BioAPI-BIR-SUBTYPE-MASK, text UTF8String OPTIONAL } GUISelectEventInfo ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, originalBSPHandle BioAPI-HANDLE OPTIONAL, enrollType BioAPI-GUI-ENROLL-TYPE, operation BioAPI-GUI-OPERATION, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, maxNumEnrollSamples UnsignedInt, selectableInstances BioAPI-BIR-SUBTYPE-MASK, capturedInstances BioAPI-BIR-SUBTYPE-MASK, text UTF8String OPTIONAL } GUIStateEvent-NotificationParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, originalBSPHandle BioAPI-HANDLE OPTIONAL, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, enrollSampleIndex SignedInt, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } GUIStateEvent-AcknowledgementParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE, enrollSampleIndexToRecapture SignedInt } GUIStateEventHandlerCallbackParams ::= SEQUENCE { guiStateEventHandlerAddress MemoryAddress, guiStateEventHandlerContext MemoryAddress, bspUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, bspHandle BioAPI-HANDLE OPTIONAL, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, enrollSampleIndex SignedInt, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } GUIStateEventInfo ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, originalBSPHandle BioAPI-HANDLE OPTIONAL, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, resultCode BioAPI-RETURN, enrollSampleIndex SignedInt, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } GUIProgressEvent-NotificationParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, originalBSPHandle BioAPI-HANDLE OPTIONAL, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, suboperationProgress UnsignedByte, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } GUIProgressEvent-AcknowledgementParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE } GUIProgressEventHandlerCallbackParams ::= SEQUENCE { guiProgressEventHandlerAddress MemoryAddress, guiProgressEventHandlerContext MemoryAddress, bspUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, bspHandle BioAPI-HANDLE OPTIONAL, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, suboperationProgress UnsignedByte, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } GUIProgressEventInfo ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, unitID BioAPI-UNIT-ID, originalBSPHandle BioAPI-HANDLE OPTIONAL, operation BioAPI-GUI-OPERATION, suboperation BioAPI-GUI-SUBOPERATION, purpose BioAPI-BIR-PURPOSE, moment BioAPI-GUI-MOMENT, suboperationProgress UnsignedByte, bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL, text UTF8String OPTIONAL } VisibleEndpoints ::= SET OF endpoint VisibleEndpoint VisibleEndpoint ::= BioAPI-FRAMEWORK-SCHEMA VisibleBSPRegistrations ::= SET OF registration VisibleBSPRegistration VisibleBSPRegistration ::= BioAPI-BSP-SCHEMA VisibleBFPRegistrations ::= SET OF registration VisibleBFPRegistration VisibleBFPRegistration ::= BioAPI-BFP-SCHEMA RunningBSPLocalReferences ::= SET OF reference RunningBSPLocalReference RunningBSPLocalReference ::= SEQUENCE { hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, useBSPAccessUuid BOOLEAN, unitEventHandlerAddress MemoryAddress, unitEventHandlerContext MemoryAddress } RunningBSPRemoteReferences ::= SET OF reference RunningBSPRemoteReference RunningBSPRemoteReference ::= SEQUENCE { referrerEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, unitEventSubscription BOOLEAN } UnitEventNotificationDisablers ::= SET OF disabler UnitEventNotificationDisabler UnitEventNotificationDisabler ::= SEQUENCE { referrerEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, unitEventTypes BioAPI-UNIT-EVENT-TYPE-MASK } AttachSessionLocalReferences ::= SET OF reference AttachSessionLocalReference AttachSessionLocalReference ::= SEQUENCE { hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, useBSPAccessUuid BOOLEAN, originalBSPHandle BioAPI-HANDLE, localBSPHandle BioAPI-HANDLE } AttachSessionRemoteReferences ::= SET OF reference AttachSessionRemoteReference AttachSessionRemoteReference ::= SEQUENCE { referrerEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, originalBSPHandle BioAPI-HANDLE } GUIEventLocalSubscriptions ::= SET OF subscription GUIEventLocalSubscription GUIEventLocalSubscription ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, hostingEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, useBSPAccessUuid BOOLEAN, originalBSPHandle BioAPI-HANDLE OPTIONAL, guiSelectEventHandlerAddress MemoryAddress, guiSelectEventHandlerContext MemoryAddress, guiStateEventHandlerAddress MemoryAddress, guiStateEventHandlerContext MemoryAddress, guiProgressEventHandlerAddress MemoryAddress, guiProgressEventHandlerContext MemoryAddress } GUIEventRemoteSubscriptions ::= SET OF subscription GUIEventRemoteSubscription GUIEventRemoteSubscription ::= SEQUENCE { subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID OPTIONAL, bspProductUuid BioAPI-UUID, originalBSPHandle BioAPI-HANDLE OPTIONAL, guiSelectEventSubscribed BOOLEAN, guiStateEventSubscribed BOOLEAN, guiProgressEventSubscribed BOOLEAN } GUIEventRedirectors ::= SET OF redirector GUIEventRedirector GUIEventRedirector ::= SEQUENCE { referrerEndpointIRI EndpointIRI, bspProductUuid BioAPI-UUID, originalBSPHandle BioAPI-HANDLE, subscriberEndpointIRI EndpointIRI, guiEventSubscriptionUuid BioAPI-UUID, guiSelectEventRedirected BOOLEAN, guiStateEventRedirected BOOLEAN, guiProgressEventRedirected BOOLEAN } ApplicationOwnedMemoryBlocks ::= SET OF memoryBlock ApplicationOwnedMemoryBlock ApplicationOwnedMemoryBlock ::= SEQUENCE {address MemoryAddress } END -- Generated by Asnp, the ASN.1 pretty-printer of France Telecom R&D
Language:English
Score: 695844.53 - https://www.itu.int/wftp3/Publ.../fl/itu-t/x/x1083/2007/BIP.asn
Data Source: un
.}, returnValue BioAPI-RETURN } UnsignedByte ::= INTEGER (0.. max-unsigned-byte ) UnsignedShort ::= INTEGER (0.. max-unsigned-short ) UnsignedInt ::= INTEGER (0.. max-unsigned-int ) SignedInt ::= INTEGER ( min-signed-int .. max-signed-int ) MemoryAddress ::= INTEGER max-unsigned-byte INTEGER ::= 255 max-unsigned-short INTEGER ::= 65535 max-unsigned-int INTEGER ::= 4294967295 min-signed-int INTEGER ::= -2147483648 max-signed-int INTEGER ::= 2147483647 EndpointIRI ::= VisibleString ( CONSTRAINED BY { --The string shall conform to the "absolute-IRI" grammar --defined in IETF RFC 3987-- }) BioAPI-BFP-LIST-ELEMENT ::= SEQUENCE { category BioAPI-CATEGORY , bfpProductUuid BioAPI-UUID } BioAPI-BFP-SCHEMA ::= SEQUENCE { bfpProductUuid BioAPI-UUID , category BioAPI-CATEGORY , description BioAPI-STRING , path UTF8String , specVersion BioAPI-VERSION , productVersion BioAPI-STRING , vendor BioAPI-STRING , supportedFormats SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF format BioAPI-BIR-BIOMETRIC-DATA-FORMAT , factorsMask BioAPI-BIR-BIOMETRIC-TYPE , propertyUuid BioAPI-UUID , property BioAPI-DATA , hostingEndpointIRI EndpointIRI } BioAPI-BIR ::= SEQUENCE { patronFormatOwner UnsignedShort , patronFormatType UnsignedShort , formattedBIR OCTET STRING } BioAPI-BIR-ARRAY-POPULATION ::= SEQUENCE { members SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF member BioAPI-BIR } BioAPI-BIR-BIOMETRIC-DATA-FORMAT ::= SEQUENCE { formatOwner UnsignedShort , formatType UnsignedShort } BioAPI-BIR-BIOMETRIC-PRODUCT-ID ::= SEQUENCE { productOwner UnsignedShort , productType UnsignedShort } BioAPI-BIR-BIOMETRIC-TYPE ::= BIT STRING { typeMultipleBiometricTypes(0), typeFace(1), typeVoice(2), typeFinger(3), typeIris(4), typeRetina(5), typeHandGeometry(6), typeSignatureSign(7), typeKeystroke(8), typeLipMovement(9), typeGait(12), typeVein(13), typeDNA(14), typeEar(15), typeFoot(16), typeScent(17), typeOther(30), typePassword(31)} ( SIZE (32) ) BioAPI-BIR-DATA-TYPE ::= SEQUENCE { processedLevel ENUMERATED {raw, intermediate, processed, ... }, flags BIT STRING {encrypted(0), signed(1), index-present(3)} ( SIZE (4) ) } BioAPI-BIR-HANDLE ::= SignedInt BioAPI-BIR-HEADER ::= SEQUENCE { patronFormatOwner UnsignedShort , patronFormatType UnsignedShort , formattedBIR OCTET STRING } BioAPI-BIR-PURPOSE ::= ENUMERATED { verify, identify, enroll, enrollVerify, enrollIdentify, audit, any, ... } BioAPI-BIR-SECURITY-BLOCK-FORMAT ::= SEQUENCE { formatOwner UnsignedShort , formatType UnsignedShort } BioAPI-BIR-SUBTYPE ::= CHOICE { anySubtype BIT STRING {left(0), right(1), thumb(2), pointerFinger(3), middleFinger(4), ringFinger(5), littleFinger(6)} ( SIZE (7) ) , vein-only-subtype BIT STRING {left(0), right(1), veinPalm(2), veinBackofhand(3), veinWrist(4)} ( SIZE (7) ) } BioAPI-BIR-SUBTYPE-MASK ::= BIT STRING { left(0), right(1), left-thumb(2), left-pointerfinger(3), left-middlefinger(4), left-ringfinger(5), left-littlefinger(6), right-thumb(7), right-pointerfinger(8), right-middlefinger(9), right-ringfinger(10), right-littlefinger(11), left-vein-palm(12), left-vein-backofhand(13), left-vein-wrist(14), right-vein-palm(15), right-vein-backofhand(16), right-vein-wrist(17)} ( SIZE (32) ) BioAPI-BSP-SCHEMA ::= SEQUENCE { bspProductUuid BioAPI-UUID , description BioAPI-STRING , path UTF8String , specVersion BioAPI-VERSION , productVersion BioAPI-STRING , vendor BioAPI-STRING , supportedFormats SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF format BioAPI-BIR-BIOMETRIC-DATA-FORMAT , factorsMask BioAPI-BIR-BIOMETRIC-TYPE , operations BioAPI-OPERATIONS-MASK , options BioAPI-OPTIONS-MASK , payloadPolicy BioAPI-FMR , maxPayloadSize UnsignedInt , defaultVerifyTimeout SignedInt , defaultIdentifyTimeout SignedInt , defaultCaptureTimeout SignedInt , defaultEnrollTimeout SignedInt , defaultCalibrateTimeout SignedInt , maxBSPDbSize UnsignedInt , maxIdentify UnsignedInt , hostingEndpointIRI EndpointIRI , bspAccessUuid BioAPI-UUID } BioAPI-CANDIDATE ::= SEQUENCE { bir CHOICE {birInDatabase BioAPI-UUID , birInArray UnsignedInt , birInPresetArray UnsignedInt }, fmrAchieved BioAPI-FMR } BioAPI-CATEGORY ::= ENUMERATED { archive, comparisonAlgorithm, processingAlgorithm, sensor, ... } BioAPI-DATA ::= OCTET STRING ( SIZE (0.. max-unsigned-int ) ) BioAPI-DATE ::= SEQUENCE { year INTEGER (0 | 1900..9999) , month INTEGER (0..12) , day INTEGER (0..31) } BioAPI-DB-ACCESS-TYPE ::= BIT STRING {read(0), write(1)} ( SIZE (32) ) BioAPI-DB-MARKER-HANDLE ::= UnsignedInt BioAPI-DB-HANDLE ::= SignedInt BioAPI-DBBIR-ID ::= SEQUENCE {dbHandle BioAPI-DB-HANDLE , keyValue BioAPI-UUID } BioAPI-DTG ::= SEQUENCE {date BioAPI-DATE , time BioAPI-TIME } BioAPI-UNIT-EVENT-TYPE ::= ENUMERATED { insert, remove, fault, sourcePresent, sourceRemoved, ... } BioAPI-UNIT-EVENT-TYPE-MASK ::= BIT STRING { insert(0), remove(1), fault(2), sourcePresent(3), sourceRemoved(4) } ( SIZE (32) ) BioAPI-FMR ::= SignedInt BioAPI-FRAMEWORK-SCHEMA ::= SEQUENCE { fwProductUuid BioAPI-UUID , description BioAPI-STRING , path UTF8String , specVersion BioAPI-VERSION , productVersion BioAPI-STRING , vendor BioAPI-STRING , propertyUuid BioAPI-UUID , property BioAPI-DATA , hostingEndpointIRI EndpointIRI } BioAPI-GUI-BITMAP ::= SEQUENCE { subtypeMask BioAPI-BIR-SUBTYPE-MASK , width UnsignedInt , height UnsignedInt , bitmap BioAPI-DATA OPTIONAL } BioAPI-GUI-BITMAP-ARRAY ::= SEQUENCE { guiBitmaps SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF guiBitmap BioAPI-GUI-BITMAP } BioAPI-GUI-EVENT-SUBSCRIPTION ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , guiSelectEventSubscribed BOOLEAN , guiStateEventSubscribed BOOLEAN , guiProgressEventSubscribed BOOLEAN } BioAPI-GUI-MOMENT ::= ENUMERATED {beforeStart, during, afterEnd, ... } BioAPI-GUI-ENROLL-TYPE ::= BIT STRING {testVerify(0), multipleCapture(1) } ( SIZE (32) ) BioAPI-GUI-OPERATION ::= ENUMERATED { capture, process, createtemplate, verifymatch, identifymatch, verify, identify, enroll, ... } BioAPI-GUI-RESPONSE ::= ENUMERATED { default, opComplete, opCancel, cycleStart, cycleRestart, subopStart, subopNext, progressContinue, progressCancel, recapture, ... } BioAPI-GUI-SUBOPERATION ::= ENUMERATED { capture, process, createtemplate, verifymatch, identifymatch, ... } BioAPI-HANDLE ::= UnsignedInt BioAPI-IDENTIFY-POPULATION ::= SEQUENCE { birs CHOICE {birDataBase BioAPI-DB-HANDLE , birArray BioAPI-BIR-ARRAY-POPULATION , birPresetArray NULL } } BioAPI-INDICATOR-STATUS ::= ENUMERATED { accept, reject, ready, busy, failure, ... } BioAPI-INPUT-BIR ::= SEQUENCE { inputBIR CHOICE {birInDB BioAPI-DBBIR-ID , birInBSP BioAPI-BIR-HANDLE , bir BioAPI-BIR } } BioAPI-OPERATIONS-MASK ::= BIT STRING { enableEvents(0), subscribeToGUIEvents(1), capture(2), createTemplate(3), process(4), processWithAuxBir(5), verifyMatch(6), identifyMatch(7), enroll(8), verify(9), identify(10), import(11), presetIdentifyPopulation(12), databaseOperations(13), setPowerMode(14), setIndicatorStatus(15), getIndicatorStatus(16), calibrateSensor(17), utilities(18), queryUnits(20), queryBFPs(21), controlUnit(22)} ( SIZE (32) ) BioAPI-OPTIONS-MASK ::= BIT STRING { raw(0), qualityRaw(1), qualityIntermediate(2), qualityProcessed(3), appGui(4), guiProgressEvents(5), sourcePresent(6), payload(7), birSign(8), birEncrypt(9), templateUpdate(10), adaptation(11), binning(12), selfContainedDevice(13), moc(14), subtypeToCapture(15), sensorBFP(16), archiveBFP(17), comparisonBFP(18), processingBFP(19), coarseScores(20) } ( SIZE (32) ) BioAPI-POWER-MODE ::= ENUMERATED {normal, detect, sleep, ... } BioAPI-QUALITY ::= INTEGER (-2..100) BioAPI-RETURN ::= UnsignedInt BioAPI-STRING ::= UTF8String ( CONSTRAINED BY { --The UTF-8 encoding shall not contain any NUL characters --nd shall be no longer than 268 octets-- }) BioAPI-TIME ::= SEQUENCE { hour INTEGER (0..99) , minute INTEGER (0..99) , second INTEGER (0..99) } BioAPI-UNIT-ID ::= UnsignedInt BioAPI-UNIT-LIST-ELEMENT ::= SEQUENCE { category BioAPI-CATEGORY , unitID BioAPI-UNIT-ID } BioAPI-UNIT-SCHEMA ::= SEQUENCE { bspProductUuid BioAPI-UUID , unitManagerProductUuid BioAPI-UUID , unitId BioAPI-UNIT-ID , category BioAPI-CATEGORY , unitProperties BioAPI-UUID , vendorInformation BioAPI-STRING , supportedUnitEvents BioAPI-UNIT-EVENT-TYPE-MASK , propertyUuid BioAPI-UUID , property BioAPI-DATA , hardwareVersion BioAPI-STRING , firmwareVersion BioAPI-STRING , softwareVersion BioAPI-STRING , hardwareSerialNumber BioAPI-STRING , authenticatedHardware BOOLEAN , maxBSPDbSize UnsignedInt , maxIdentify UnsignedInt } BioAPI-UUID ::= OCTET STRING ( SIZE (16) ) BioAPI-VERSION ::= SEQUENCE {major INTEGER (0..15) , minor INTEGER (0..15) } MasterDeletionEvent-NotificationParams ::= NULL AddMaster-RequestParams ::= SEQUENCE {bipVersion BioAPI-VERSION } AddMaster-ResponseParams ::= SEQUENCE { fwSchema BioAPI-FRAMEWORK-SCHEMA OPTIONAL , bspSchemas SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF bspSchema BioAPI-BSP-SCHEMA , bfpSchemas SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF bfpSchema BioAPI-BFP-SCHEMA } LinkCallParams ::= SEQUENCE {slaveEndpointIRI EndpointIRI } DeleteMaster-RequestParams ::= NULL DeleteMaster-ResponseParams ::= NULL UnlinkCallParams ::= SEQUENCE {slaveEndpointIRI EndpointIRI } EnumFrameworksCallOutputParams ::= SEQUENCE OF BioAPI-FRAMEWORK-SCHEMA EnumBSPsCallOutputParams ::= SEQUENCE OF BioAPI-BSP-SCHEMA EnumBFPsCallOutputParams ::= SEQUENCE OF BioAPI-BFP-SCHEMA BSPLoad-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID , unitEventSubscription BOOLEAN } BSPLoad-ResponseParams ::= NULL BSPLoadCallParams ::= SEQUENCE { bspUuid BioAPI-UUID , unitEventHandlerAddress MemoryAddress , unitEventHandlerContext MemoryAddress } BSPUnload-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID , unitEventSubscription BOOLEAN } BSPUnload-ResponseParams ::= NULL BSPUnloadCallParams ::= SEQUENCE { bspUuid BioAPI-UUID , unitEventHandlerAddress MemoryAddress , unitEventHandlerContext MemoryAddress } QueryUnits-RequestParams ::= SEQUENCE {bspProductUuid BioAPI-UUID } QueryUnits-ResponseParams ::= SEQUENCE { unitSchemas SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF unitSchema BioAPI-UNIT-SCHEMA } QueryBFPs-RequestParams ::= SEQUENCE {bspProductUuid BioAPI-UUID } QueryBFPs-ResponseParams ::= SEQUENCE { bfps SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF bfp BioAPI-BFP-LIST-ELEMENT } BSPAttach-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID , version BioAPI-VERSION , units SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF unit BioAPI-UNIT-LIST-ELEMENT } BSPAttach-ResponseParams ::= SEQUENCE {newOriginalBSPHandle BioAPI-HANDLE } BSPAttachCallOutputParams ::= SEQUENCE {newBSPHandle BioAPI-HANDLE } BSPDetach-RequestParams ::= SEQUENCE {originalBSPHandle BioAPI-HANDLE } BSPDetach-ResponseParams ::= NULL EnableUnitEvents-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , unitEvents BioAPI-UNIT-EVENT-TYPE-MASK } EnableUnitEvents-ResponseParams ::= NULL EnableEventNotifications-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID , unitEventTypes BioAPI-UNIT-EVENT-TYPE-MASK } EnableEventNotifications-ResponseParams ::= NULL EnableCallParams ::= SEQUENCE { bspUuid BioAPI-UUID , unitEventTypes BioAPI-UNIT-EVENT-TYPE-MASK } ControlUnit-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , unitID BioAPI-UNIT-ID , controlCode UnsignedInt , inputData BioAPI-DATA } ControlUnit-ResponseParams ::= SEQUENCE {outputData BioAPI-DATA } Control-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , unitID BioAPI-UNIT-ID , controlCode BioAPI-UUID , inputData BioAPI-DATA } Control-ResponseParams ::= SEQUENCE {outputData BioAPI-DATA } FreeBIRHandle-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , birHandle BioAPI-BIR-HANDLE } FreeBIRHandle-ResponseParams ::= NULL GetBIRFromHandle-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , birHandle BioAPI-BIR-HANDLE } GetBIRFromHandle-ResponseParams ::= SEQUENCE {bir BioAPI-BIR } GetHeaderFromHandle-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , birHandle BioAPI-BIR-HANDLE } GetHeaderFromHandle-ResponseParams ::= SEQUENCE {header BioAPI-BIR-HEADER } SubscribeToGUIEvents-RequestParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspProductUuid BioAPI-UUID OPTIONAL , originalBSPHandle BioAPI-HANDLE OPTIONAL , guiSelectEventSubscribed BOOLEAN , guiStateEventSubscribed BOOLEAN , guiProgressEventSubscribed BOOLEAN } SubscribeToGUIEvents-ResponseParams ::= NULL SubscribeToGUIEventsCallParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspUuid BioAPI-UUID OPTIONAL , bspHandle BioAPI-HANDLE OPTIONAL , guiSelectEventHandlerAddress MemoryAddress , guiSelectEventHandlerContext MemoryAddress , guiStateEventHandlerAddress MemoryAddress , guiStateEventHandlerContext MemoryAddress , guiProgressEventHandlerAddress MemoryAddress , guiProgressEventHandlerContext MemoryAddress } UnsubscribeFromGUIEvents-RequestParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspProductUuid BioAPI-UUID OPTIONAL , originalBSPHandle BioAPI-HANDLE OPTIONAL , guiSelectEventSubscribed BOOLEAN , guiStateEventSubscribed BOOLEAN , guiProgressEventSubscribed BOOLEAN } UnsubscribeFromGUIEvents-ResponseParams ::= NULL UnsubscribeFromGUIEventsCallParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspUuid BioAPI-UUID OPTIONAL , bspHandle BioAPI-HANDLE OPTIONAL , guiSelectEventHandlerAddress MemoryAddress , guiSelectEventHandlerContext MemoryAddress , guiStateEventHandlerAddress MemoryAddress , guiStateEventHandlerContext MemoryAddress , guiProgressEventHandlerAddress MemoryAddress , guiProgressEventHandlerContext MemoryAddress } QueryGUIEventSubscriptions-RequestParams ::= SEQUENCE { bspProductUuid BioAPI-UUID } QueryGUIEventSubscriptions-ResponseParams ::= SEQUENCE { guiEventSubscriptions SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF subscription BioAPI-GUI-EVENT-SUBSCRIPTION } NotifyGUISelectEvent-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , enrollType BioAPI-GUI-ENROLL-TYPE , operation BioAPI-GUI-OPERATION , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , maxNumEnrollSamples UnsignedInt , selectableInstances BioAPI-BIR-SUBTYPE-MASK , capturedInstances BioAPI-BIR-SUBTYPE-MASK , text UTF8String OPTIONAL } NotifyGUISelectEvent-ResponseParams ::= SEQUENCE { selectedInstances BioAPI-BIR-SUBTYPE-MASK , response BioAPI-GUI-RESPONSE } NotifyGUIStateEvent-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , enrollSampleIndex SignedInt , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } NotifyGUIStateEvent-ResponseParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE , enrollSampleIndexToRecapture SignedInt } NotifyGUIProgressEvent-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , suboperationProgress UnsignedByte , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } NotifyGUIProgressEvent-ResponseParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE } RedirectGUIEvents-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , originalBSPHandle BioAPI-HANDLE , guiSelectEventRedirected BOOLEAN , guiStateEventRedirected BOOLEAN , guiProgressEventRedirected BOOLEAN } RedirectGUIEvents-ResponseParams ::= NULL UnredirectGUIEvents-RequestParams ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , originalBSPHandle BioAPI-HANDLE , guiSelectEventRedirected BOOLEAN , guiStateEventRedirected BOOLEAN , guiProgressEventRedirected BOOLEAN } UnredirectGUIEvents-ResponseParams ::= NULL Capture-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , purpose BioAPI-BIR-PURPOSE , subtype BioAPI-BIR-SUBTYPE , outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL , timeout SignedInt , no-auditData BOOLEAN } Capture-ResponseParams ::= SEQUENCE { capturedBIR BioAPI-BIR-HANDLE , auditData BioAPI-BIR-HANDLE OPTIONAL } CreateTemplate-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , capturedBIR BioAPI-INPUT-BIR , referenceTemplate BioAPI-INPUT-BIR OPTIONAL , outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL , payload BioAPI-DATA OPTIONAL , no-templateUuid BOOLEAN } CreateTemplate-ResponseParams ::= SEQUENCE { newTemplate BioAPI-BIR-HANDLE , templateUuid BioAPI-UUID OPTIONAL } Process-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , capturedBIR BioAPI-INPUT-BIR , outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL } Process-ResponseParams ::= SEQUENCE {processedBIR BioAPI-BIR-HANDLE } ProcessWithAuxBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , capturedBIR BioAPI-INPUT-BIR , auxiliaryData BioAPI-INPUT-BIR , outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL } ProcessWithAuxBIR-ResponseParams ::= SEQUENCE {processedBIR BioAPI-BIR-HANDLE } VerifyMatch-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , maxFMRRequested BioAPI-FMR , processedBIR BioAPI-INPUT-BIR , referenceTemplate BioAPI-INPUT-BIR , no-adaptedBIR BOOLEAN , no-fmrAchieved BOOLEAN , no-payload BOOLEAN } VerifyMatch-ResponseParams ::= SEQUENCE { adaptedBIR BioAPI-BIR-HANDLE OPTIONAL , result BOOLEAN , fmrAchieved BioAPI-FMR OPTIONAL , payload BioAPI-DATA OPTIONAL } IdentifyMatch-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , maxFMRRequested BioAPI-FMR , processedBIR BioAPI-INPUT-BIR , population BioAPI-IDENTIFY-POPULATION , totalNumberOfTemplates UnsignedInt , binning BOOLEAN , maxNumberOfResults UnsignedInt , timeout SignedInt } IdentifyMatch-ResponseParams ::= SEQUENCE { candidates SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF candidate BioAPI-CANDIDATE } Enroll-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , purpose BioAPI-BIR-PURPOSE , subtype BioAPI-BIR-SUBTYPE , outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL , referenceTemplate BioAPI-INPUT-BIR OPTIONAL , payload BioAPI-DATA OPTIONAL , timeout SignedInt , no-auditData BOOLEAN , no-templateUuid BOOLEAN } Enroll-ResponseParams ::= SEQUENCE { newTemplate BioAPI-BIR-HANDLE , auditData BioAPI-BIR-HANDLE OPTIONAL , templateUuid BioAPI-UUID OPTIONAL } Verify-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , maxFMRRequested BioAPI-FMR , referenceTemplate BioAPI-INPUT-BIR , subtype BioAPI-BIR-SUBTYPE , timeout SignedInt , no-adaptedBIR BOOLEAN , no-fmrAchieved BOOLEAN , no-payload BOOLEAN , no-auditData BOOLEAN } Verify-ResponseParams ::= SEQUENCE { adaptedBIR BioAPI-BIR-HANDLE OPTIONAL , result BOOLEAN , fmrAchieved BioAPI-FMR OPTIONAL , payload BioAPI-DATA OPTIONAL , auditData BioAPI-BIR-HANDLE OPTIONAL } Identify-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , maxFMRRequested BioAPI-FMR , subtype BioAPI-BIR-SUBTYPE , population BioAPI-IDENTIFY-POPULATION , totalNumberOfTemplates UnsignedInt , binning BOOLEAN , maxNumberOfResults UnsignedInt , timeout SignedInt , no-auditData BOOLEAN } Identify-ResponseParams ::= SEQUENCE { candidates SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF candidate BioAPI-CANDIDATE , auditData BioAPI-BIR-HANDLE OPTIONAL } Import-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , inputData BioAPI-DATA , inputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT , outputFormat BioAPI-BIR-BIOMETRIC-DATA-FORMAT OPTIONAL , purpose BioAPI-BIR-PURPOSE } Import-ResponseParams ::= SEQUENCE {constructedBIR BioAPI-BIR-HANDLE } PresetIdentifyPopulation-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , population BioAPI-IDENTIFY-POPULATION } PresetIdentifyPopulation-ResponseParams ::= NULL Transform-RequestParams ::= SEQUENCE { bspHandle BioAPI-HANDLE , operationUuid BioAPI-UUID , inputBIRs SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF BioAPI-INPUT-BIR } Transform-ResponseParams ::= SEQUENCE { outputBIRs SEQUENCE ( SIZE (0.. max-unsigned-int ) ) OF BioAPI-BIR-HANDLE } DbOpen-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbUuid BioAPI-UUID , accessRequest BioAPI-DB-ACCESS-TYPE } DbOpen-ResponseParams ::= SEQUENCE { dbHandle BioAPI-DB-HANDLE , markerHandle BioAPI-DB-MARKER-HANDLE } DbClose-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbHandle BioAPI-DB-HANDLE } DbClose-ResponseParams ::= NULL DbCreate-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbUuid BioAPI-UUID , numberOfRecords UnsignedInt , accessRequest BioAPI-DB-ACCESS-TYPE } DbCreate-ResponseParams ::= SEQUENCE {dbHandle BioAPI-DB-HANDLE } DbDelete-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbUuid BioAPI-UUID } DbDelete-ResponseParams ::= NULL DbSetMarker-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbHandle BioAPI-DB-HANDLE , keyValue BioAPI-UUID , markerHandle BioAPI-DB-MARKER-HANDLE } DbSetMarker-ResponseParams ::= NULL DbFreeMarker-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , markerHandle BioAPI-DB-MARKER-HANDLE } DbFreeMarker-ResponseParams ::= NULL DbStoreBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , birToStore BioAPI-INPUT-BIR , dbHandle BioAPI-DB-HANDLE } DbStoreBIR-ResponseParams ::= SEQUENCE {birUuid BioAPI-UUID } DbGetBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbHandle BioAPI-DB-HANDLE , keyValue BioAPI-UUID } DbGetBIR-ResponseParams ::= SEQUENCE { retrievedBIR BioAPI-BIR-HANDLE , markerHandle BioAPI-DB-MARKER-HANDLE } DbGetNextBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbHandle BioAPI-DB-HANDLE , markerHandle BioAPI-DB-MARKER-HANDLE } DbGetNextBIR-ResponseParams ::= SEQUENCE { retrievedBIR BioAPI-BIR-HANDLE , birUuid BioAPI-UUID } DbDeleteBIR-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , dbHandle BioAPI-DB-HANDLE , keyValue BioAPI-UUID } DbDeleteBIR-ResponseParams ::= NULL CalibrateSensor-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , timeout SignedInt } CalibrateSensor-ResponseParams ::= NULL SetPowerMode-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , unitID BioAPI-UNIT-ID , powerMode BioAPI-POWER-MODE } SetPowerMode-ResponseParams ::= NULL SetIndicatorStatus-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , unitID BioAPI-UNIT-ID , indicatorStatus BioAPI-INDICATOR-STATUS } SetIndicatorStatus-ResponseParams ::= NULL GetIndicatorStatus-RequestParams ::= SEQUENCE { originalBSPHandle BioAPI-HANDLE , unitID BioAPI-UNIT-ID } GetIndicatorStatus-ResponseParams ::= SEQUENCE { indicatorStatus BioAPI-INDICATOR-STATUS } Cancel-RequestParams ::= SEQUENCE {originalBSPHandle BioAPI-HANDLE } Cancel-ResponseParams ::= NULL RegisterBSP-RequestParams ::= SEQUENCE { bspSchema BioAPI-BSP-SCHEMA , update BOOLEAN } RegisterBSP-ResponseParams ::= NULL BSPRegistrationEvent-NotificationParams ::= SEQUENCE { bspSchema BioAPI-BSP-SCHEMA , update BOOLEAN } UnregisterBSP-RequestParams ::= SEQUENCE {bspProductUuid BioAPI-UUID } UnregisterBSP-ResponseParams ::= NULL BSPUnregistrationEvent-NotificationParams ::= SEQUENCE { bspProductUuid BioAPI-UUID } RegisterBFP-RequestParams ::= SEQUENCE { bfpSchema BioAPI-BFP-SCHEMA , update BOOLEAN } RegisterBFP-ResponseParams ::= NULL BFPRegistrationEvent-NotificationParams ::= SEQUENCE { bfpSchema BioAPI-BFP-SCHEMA , update BOOLEAN } UnregisterBFP-RequestParams ::= SEQUENCE {bfpProductUuid BioAPI-UUID } UnregisterBFP-ResponseParams ::= NULL BFPUnregistrationEvent-NotificationParams ::= SEQUENCE { bfpProductUuid BioAPI-UUID } UnitEvent-NotificationParams ::= SEQUENCE { bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , unitSchema BioAPI-UNIT-SCHEMA OPTIONAL , unitEventType BioAPI-UNIT-EVENT-TYPE } UnitEventHandlerCallbackParams ::= SEQUENCE { unitEventHandlerAddress MemoryAddress , unitEventHandlerContext MemoryAddress , bspUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , unitSchema BioAPI-UNIT-SCHEMA OPTIONAL , unitEventType BioAPI-UNIT-EVENT-TYPE } UnitEventInfo ::= SEQUENCE { hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , unitSchema BioAPI-UNIT-SCHEMA OPTIONAL , unitEventType BioAPI-UNIT-EVENT-TYPE } GUISelectEvent-NotificationParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , originalBSPHandle BioAPI-HANDLE OPTIONAL , enrollType BioAPI-GUI-ENROLL-TYPE , operation BioAPI-GUI-OPERATION , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , maxNumEnrollSamples UnsignedInt , selectableInstances BioAPI-BIR-SUBTYPE-MASK , capturedInstances BioAPI-BIR-SUBTYPE-MASK , text UTF8String OPTIONAL } GUISelectEvent-AcknowledgementParams ::= SEQUENCE { selectedInstances BioAPI-BIR-SUBTYPE-MASK , response BioAPI-GUI-RESPONSE } GUISelectEventHandlerCallbackParams ::= SEQUENCE { guiSelectEventHandlerAddress MemoryAddress , guiSelectEventHandlerContext MemoryAddress , bspUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , bspHandle BioAPI-HANDLE OPTIONAL , enrollType BioAPI-GUI-ENROLL-TYPE , operation BioAPI-GUI-OPERATION , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , maxNumEnrollSamples UnsignedInt , selectableInstances BioAPI-BIR-SUBTYPE-MASK , capturedInstances BioAPI-BIR-SUBTYPE-MASK , text UTF8String OPTIONAL } GUISelectEventInfo ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , originalBSPHandle BioAPI-HANDLE OPTIONAL , enrollType BioAPI-GUI-ENROLL-TYPE , operation BioAPI-GUI-OPERATION , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , maxNumEnrollSamples UnsignedInt , selectableInstances BioAPI-BIR-SUBTYPE-MASK , capturedInstances BioAPI-BIR-SUBTYPE-MASK , text UTF8String OPTIONAL } GUIStateEvent-NotificationParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , originalBSPHandle BioAPI-HANDLE OPTIONAL , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , enrollSampleIndex SignedInt , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } GUIStateEvent-AcknowledgementParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE , enrollSampleIndexToRecapture SignedInt } GUIStateEventHandlerCallbackParams ::= SEQUENCE { guiStateEventHandlerAddress MemoryAddress , guiStateEventHandlerContext MemoryAddress , bspUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , bspHandle BioAPI-HANDLE OPTIONAL , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , enrollSampleIndex SignedInt , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } GUIStateEventInfo ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , originalBSPHandle BioAPI-HANDLE OPTIONAL , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , resultCode BioAPI-RETURN , enrollSampleIndex SignedInt , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } GUIProgressEvent-NotificationParams ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , originalBSPHandle BioAPI-HANDLE OPTIONAL , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , suboperationProgress UnsignedByte , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } GUIProgressEvent-AcknowledgementParams ::= SEQUENCE { response BioAPI-GUI-RESPONSE } GUIProgressEventHandlerCallbackParams ::= SEQUENCE { guiProgressEventHandlerAddress MemoryAddress , guiProgressEventHandlerContext MemoryAddress , bspUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , bspHandle BioAPI-HANDLE OPTIONAL , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , suboperationProgress UnsignedByte , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } GUIProgressEventInfo ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , unitID BioAPI-UNIT-ID , originalBSPHandle BioAPI-HANDLE OPTIONAL , operation BioAPI-GUI-OPERATION , suboperation BioAPI-GUI-SUBOPERATION , purpose BioAPI-BIR-PURPOSE , moment BioAPI-GUI-MOMENT , suboperationProgress UnsignedByte , bitmaps BioAPI-GUI-BITMAP-ARRAY OPTIONAL , text UTF8String OPTIONAL } VisibleEndpoints ::= SET OF endpoint VisibleEndpoint VisibleEndpoint ::= BioAPI-FRAMEWORK-SCHEMA VisibleBSPRegistrations ::= SET OF registration VisibleBSPRegistration VisibleBSPRegistration ::= BioAPI-BSP-SCHEMA VisibleBFPRegistrations ::= SET OF registration VisibleBFPRegistration VisibleBFPRegistration ::= BioAPI-BFP-SCHEMA RunningBSPLocalReferences ::= SET OF reference RunningBSPLocalReference RunningBSPLocalReference ::= SEQUENCE { hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , useBSPAccessUuid BOOLEAN , unitEventHandlerAddress MemoryAddress , unitEventHandlerContext MemoryAddress } RunningBSPRemoteReferences ::= SET OF reference RunningBSPRemoteReference RunningBSPRemoteReference ::= SEQUENCE { referrerEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , unitEventSubscription BOOLEAN } UnitEventNotificationDisablers ::= SET OF disabler UnitEventNotificationDisabler UnitEventNotificationDisabler ::= SEQUENCE { referrerEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , unitEventTypes BioAPI-UNIT-EVENT-TYPE-MASK } AttachSessionLocalReferences ::= SET OF reference AttachSessionLocalReference AttachSessionLocalReference ::= SEQUENCE { hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , useBSPAccessUuid BOOLEAN , originalBSPHandle BioAPI-HANDLE , localBSPHandle BioAPI-HANDLE } AttachSessionRemoteReferences ::= SET OF reference AttachSessionRemoteReference AttachSessionRemoteReference ::= SEQUENCE { referrerEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , originalBSPHandle BioAPI-HANDLE } GUIEventLocalSubscriptions ::= SET OF subscription GUIEventLocalSubscription GUIEventLocalSubscription ::= SEQUENCE { guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , hostingEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , useBSPAccessUuid BOOLEAN , originalBSPHandle BioAPI-HANDLE OPTIONAL , guiSelectEventHandlerAddress MemoryAddress , guiSelectEventHandlerContext MemoryAddress , guiStateEventHandlerAddress MemoryAddress , guiStateEventHandlerContext MemoryAddress , guiProgressEventHandlerAddress MemoryAddress , guiProgressEventHandlerContext MemoryAddress } GUIEventRemoteSubscriptions ::= SET OF subscription GUIEventRemoteSubscription GUIEventRemoteSubscription ::= SEQUENCE { subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID OPTIONAL , bspProductUuid BioAPI-UUID , originalBSPHandle BioAPI-HANDLE OPTIONAL , guiSelectEventSubscribed BOOLEAN , guiStateEventSubscribed BOOLEAN , guiProgressEventSubscribed BOOLEAN } GUIEventRedirectors ::= SET OF redirector GUIEventRedirector GUIEventRedirector ::= SEQUENCE { referrerEndpointIRI EndpointIRI , bspProductUuid BioAPI-UUID , originalBSPHandle BioAPI-HANDLE , subscriberEndpointIRI EndpointIRI , guiEventSubscriptionUuid BioAPI-UUID , guiSelectEventRedirected BOOLEAN , guiStateEventRedirected BOOLEAN , guiProgressEventRedirected BOOLEAN } ApplicationOwnedMemoryBlocks ::= SET OF memoryBlock ApplicationOwnedMemoryBlock ApplicationOwnedMemoryBlock ::= SEQUENCE {address MemoryAddress } END -- Generated by Asnp, the ASN.1 pretty-printer of France Telecom R&D
Language:English
Score: 695844.53 - https://www.itu.int/wftp3/Publ...fl/itu-t/x/x1083/2007/BIP.html
Data Source: un
REFERENCES - IATA Ground Operations Manual (IGOM) - IATA Safety Audit for Ground Operations (ISAGO) policy and standard Manuals - Airport Handling Manual (AHM) 1. INTRODUCTION 1.1 Ground handling operations are a source of significant personnel safety and aircraft/equipment damage concerns. (...) The audit reports, used by airlines in lieu of and in support of their oversight of outsourced ground handling operations, outline the scope of the audits and the activities taken by the ground service providers to demonstrate full conformity with all applicable ground handling operational standards. 2.5 In December 2014, IATA’s Board of Governors decided to make IGOM the basis for ground handling operations and established targets for incremental implementation. (...) RGS WG/3-WP/3 - 4 - 2.9 Based on the above, the meeting is invited to agree on the following Draft Conclusion: DRAFT CONCLUSION 3/XX: ADOPTION OF ISAGO AND IGOM FOR GROUND HANDLING SERVICE PROVIDERS That, The MID states are encouraged to: a) adopt IGOM as a standardized procedure for Ground Handling Service Providers; b) adopt ISAGO as an acceptable means of compliance to requirements for Locally Registered Air Operator oversight of ground handling operations; and c) endorse the implementation of standardized oversight of ground handling operations through the adoption of ISAGO by International Civil Aerodromes Operators. 3.
Language:English
Score: 693467.14 - https://www.icao.int/MID/Docum...S%20WG3/RGS%20WG3-WP3-IATA.pdf
Data Source: un
Ground Handling Operations CASeD Objective of Kuwait’s Ground Handling Operations? (...) Service provider would submit their Ground Handling Operation manual (GHOM) AND RELEVANT DOCUMENTS 3. (...) Thank You Ground Handling Operations Objective of Kuwait’s Ground Handling Operations?
Language:English
Score: 692220 - https://www.icao.int/MID/Docum...ts/2019/DGCA-MID%205/PPT13.pdf
Data Source: un