Hi Team, Reclient packet upload is failing at QUALITY_CHECKER with below error.
{“@timestamp”:“2023-04-24T12:24:08.719Z”,“@version”:“1”,“message”:“checkQuality – error”,“logger_name”:“io.mosip.mock.sdk.service.CheckQualityService”,“thread_name”:“http-nio-9099-exec-1”,“level”:“ERROR”,“level_value”:40000,“stack_trace”:“io.mosip.mock.sdk.exceptions.SDKException: Invalid Input Parameter x != java.lang.String\n\tat io.mosip.mock.sdk.service.SDKService.isValidIrisBdb(SDKService.java:789)\n\tat io.mosip.mock.sdk.service.SDKService.isValidBiometericData(SDKService.java:147)\n\tat io.mosip.mock.sdk.service.SDKService.isValidBDBData(SDKService.java:131)\n\tat io.mosip.mock.sdk.service.SDKService.isValidBirData(SDKService.java:88)\n\tat io.mosip.mock.sdk.service.CheckQualityService.getCheckQualityInfo(CheckQualityService.java:48)\n\tat io.mosip.mock.sdk.impl.SampleSDKV2.checkQuality(SampleSDKV2.java:50)\n\tat io.mosip.biosdk.services.impl.spec_1_0.BioSdkServiceProviderImpl_V_1_0.checkQuality(BioSdkServiceProviderImpl_V_1_0.java:71)\n\tat io.mosip.biosdk.services.controller.MainController.checkQuality(MainController.java:126)\n\tat java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)\n\tat java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)\n\tat java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)\n\tat java.base/java.lang.reflect.Method.invoke(Method.java:566)\n\tat org.springframework.web.method.support.InvocableHandlerMethod.doInvoke(InvocableHandlerMethod.java:209)\n\tat org.springframework.web.method.support.InvocableHandlerMethod.invokeForRequest(InvocableHandlerMethod.java:136)\n\tat org.springframework.web.servlet.mvc.method.annotation.ServletInvocableHandlerMethod.invokeAndHandle(ServletInvocableHandlerMethod.java:102)\n\tat org.springframework.web.servlet.mvc.method.annotation.RequestMappingHandlerAdapter.invokeHandlerMethod(RequestMappingHandlerAdapter.java:877)\n\tat org.springframework.web.servlet.mvc.method.annotation.RequestMappingHandlerAdapter.handleInternal(RequestMappingHandlerAdapter.java:783)\n\tat org.springframework.web.servlet.mvc.method.AbstractHandlerMethodAdapter.handle(AbstractHandlerMethodAdapter.java:87)\n\tat org.springframework.web.servlet.DispatcherServlet.doDispatch(DispatcherServlet.java:991)\n\tat org.springframework.web.servlet.DispatcherServlet.doService(DispatcherServlet.java:925)\n\tat org.springframework.web.servlet.FrameworkServlet.processRequest(FrameworkServlet.java:974)\n\tat org.springframework.web.servlet.FrameworkServlet.doPost(FrameworkServlet.java:877)\n\tat javax.servlet.http.HttpServlet.service(HttpServlet.java:660)\n\tat org.springframework.web.servlet.FrameworkServlet.service(FrameworkServlet.java:851)\n\tat javax.servlet.http.HttpServlet.service(HttpServlet.java:741)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:231)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.apache.tomcat.websocket.server.WsFilter.doFilter(WsFilter.java:52)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.springframework.boot.actuate.metrics.web.servlet.WebMvcMetricsFilter.filterAndRecordMetrics(WebMvcMetricsFilter.java:158)\n\tat org.springframework.boot.actuate.metrics.web.servlet.WebMvcMetricsFilter.filterAndRecordMetrics(WebMvcMetricsFilter.java:126)\n\tat org.springframework.boot.actuate.metrics.web.servlet.WebMvcMetricsFilter.doFilterInternal(WebMvcMetricsFilter.java:111)\n\tat org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:107)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.springframework.boot.actuate.web.trace.servlet.HttpTraceFilter.doFilterInternal(HttpTraceFilter.java:84)\n\tat org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:107)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:320)\n\tat org.springframework.security.web.access.ExceptionTranslationFilter.doFilter(ExceptionTranslationFilter.java:119)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.session.SessionManagementFilter.doFilter(SessionManagementFilter.java:137)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.authentication.AnonymousAuthenticationFilter.doFilter(AnonymousAuthenticationFilter.java:111)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.servletapi.SecurityContextHolderAwareRequestFilter.doFilter(SecurityContextHolderAwareRequestFilter.java:170)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.savedrequest.RequestCacheAwareFilter.doFilter(RequestCacheAwareFilter.java:63)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.authentication.logout.LogoutFilter.doFilter(LogoutFilter.java:116)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.header.HeaderWriterFilter.doFilterInternal(HeaderWriterFilter.java:66)\n\tat org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:107)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.context.SecurityContextPersistenceFilter.doFilter(SecurityContextPersistenceFilter.java:105)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.context.request.async.WebAsyncManagerIntegrationFilter.doFilterInternal(WebAsyncManagerIntegrationFilter.java:56)\n\tat org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:107)\n\tat org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:334)\n\tat org.springframework.security.web.FilterChainProxy.doFilterInternal(FilterChainProxy.java:215)\n\tat org.springframework.security.web.FilterChainProxy.doFilter(FilterChainProxy.java:178)\n\tat org.springframework.web.filter.DelegatingFilterProxy.invokeDelegate(DelegatingFilterProxy.java:357)\n\tat org.springframework.web.filter.DelegatingFilterProxy.doFilter(DelegatingFilterProxy.java:270)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.springframework.cloud.sleuth.instrument.web.ExceptionLoggingFilter.doFilter(ExceptionLoggingFilter.java:48)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat brave.servlet.TracingFilter.doFilter(TracingFilter.java:86)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.springframework.web.filter.CharacterEncodingFilter.doFilterInternal(CharacterEncodingFilter.java:200)\n\tat org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:107)\n\tat org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:193)\n\tat org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:166)\n\tat org.apache.catalina.core.StandardWrapperValve.invoke(StandardWrapperValve.java:199)\n\tat org.apache.catalina.core.StandardContextValve.invoke(StandardContextValve.java:96)\n\tat org.apache.catalina.authenticator.AuthenticatorBase.invoke(AuthenticatorBase.java:543)\n\tat org.apache.catalina.core.StandardHostValve.invoke(StandardHostValve.java:139)\n\tat org.apache.catalina.valves.ErrorReportValve.invoke(ErrorReportValve.java:81)\n\tat org.apache.catalina.core.StandardEngineValve.invoke(StandardEngineValve.java:87)\n\tat org.apache.catalina.connector.CoyoteAdapter.service(CoyoteAdapter.java:343)\n\tat org.apache.coyote.http11.Http11Processor.service(Http11Processor.java:615)\n\tat org.apache.coyote.AbstractProcessorLight.process(AbstractProcessorLight.java:65)\n\tat org.apache.coyote.AbstractProtocol$ConnectionHandler.process(AbstractProtocol.java:818)\n\tat org.apache.tomcat.util.net.NioEndpoint$SocketProcessor.doRun(NioEndpoint.java:1627)\n\tat org.apache.tomcat.util.net.SocketProcessorBase.run(SocketProcessorBase.java:49)\n\tat java.base/java.util.concurrent.ThreadPoolExecutor.runWorker(ThreadPoolExecutor.java:1128)\n\tat java.base/java.util.concurrent.ThreadPoolExecutor$Worker.run(ThreadPoolExecutor.java:628)\n\tat org.apache.tomcat.util.threads.TaskThread$WrappingRunnable.run(TaskThread.java:61)\n\tat java.base/java.lang.Thread.run(Thread.java:829)\n”,“traceId”:“dfb50096d5b993f575fe03a10d65c570”,“spanId”:“a9c9b86893280bac”,“spanExportable”:“false”,“X-Span-Export”:“false”,“X-B3-SpanId”:“a9c9b86893280bac”,“X-B3-ParentSpanId”:“75fe03a10d65c570”,“X-B3-TraceId”:“dfb50096d5b993f575fe03a10d65c570”,“parentId”:“75fe03a10d65c570”}
HI Team, we are getting this issue in B3 deployment. Executed a biosdk request from this env swagger its giving successful response. But still packet is failing at quality checker. Could you please check this issue and confirm.
Hi @karthiksj , We need to get the iris data from cbeff and check once.
can you please get it and post here.
To get the iris data you can go to packet-manager swagger api and get the entire biometrics by application id.
We will check and let you know.
Please find the below iris data.
{
“id”: “mosip.registration.packet.reader”,
“version”: “v1”,
“responsetime”: “2023-05-02T12:30:10.995Z”,
“metadata”: null,
“response”: {
“version”: null,
“cbeffversion”: null,
“birInfo”: null,
“segments”: [
{
“version”: {
“major”: 1,
“minor”: 1
},
“cbeffversion”: {
“major”: 1,
“minor”: 1
},
“birInfo”: {
“creator”: null,
“index”: null,
“payload”: null,
“integrity”: false,
“creationDate”: null,
“notValidBefore”: null,
“notValidAfter”: null
},
“bdbInfo”: {
“challengeResponse”: null,
“index”: “23f064cc-9eef-43c4-8c66-6a1da82e7650”,
“format”: {
“organization”: “Mosip”,
“type”: “9”
},
“encryption”: null,
“creationDate”: [
2023,
5,
2,
10,
15,
32,
123336200
],
“notValidBefore”: null,
“notValidAfter”: null,
“type”: [
“IRIS”
],
“subtype”: [
“Right”
],
“level”: “RAW”,
“product”: null,
“captureDevice”: null,
“featureExtractionAlgorithm”: null,
“comparisonAlgorithm”: null,
“compressionAlgorithm”: null,
“purpose”: “ENROLL”,
“quality”: {
“algorithm”: {
“organization”: “HMAC”,
“type”: “SHA-256”
},
“score”: 94,
“qualityCalculationFailed”: null
}
},
“bdb”: "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
Hi @karthiksj , the data given shows as BioType= “Scent” which is not supported now so we will needing BDB data.
“bdb”: [
“string”
],
The complete data not able to send in one shot. so sending it muliple attempts.
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
As its a huge fine please get the data from below attached link.
Hi @karthiksj ,
we dont see the cbeff inside the google drive link you have shared. Please give us response of /biometrics api. Here is a sample request -
We have checked the issue. The bdb information is not correct. Here is the test result for reference. We would like to know if our MDS was used to generate biometrics. We can connect and discuss further on same.
