Package eu.planets_project.services.datatypes

Examples of eu.planets_project.services.datatypes.Parameter$Builder

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        URI migrateToURI = this.getServiceCallConfigs(this.migrate).getPropertyAsURI(SER_PARAM_MIGRATE_TO);
       
        // Create service parameter list
        List<Parameter> parameterList = new ArrayList<Parameter>();
        Parameter pCompressionType = this.getServiceCallConfigs(this.migrate).getPropertyAsParameter("compressionType");
        if (pCompressionType != null) {
            parameterList.add(pCompressionType);
        }

        Parameter pCompressionQuality = this.getServiceCallConfigs(this.migrate).getPropertyAsParameter(
                "compressionQuality");
        if (pCompressionQuality != null) {
            parameterList.add(pCompressionQuality);
        }
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                title = null;
                log.info("Processing file #" + (count + 1));
                try {
                    // Identify
                    String[] types = runIdentification(dgo, wfResult);
                    log.info(new Message("Identification", new Parameter("File", dgo.getTitle()), new Parameter(
                            "Result", Arrays.asList(types).toString())));

                    // Extract metadata - will otherwise get lost between steps!
                    List<Metadata> mList = dgo.getMetadata();

                    if ((mList != null) && (mList.size() > 0)) {
                        metadata = mList.get(0).getContent();
                    }

                    if (metadata == null) {
                        log.warn("No metadata contained in DigitalObject!");
                        log.info("Add title: " + dgo.getTitle());
                        title = dgo.getTitle();
                        if(title.contains("."))
                        {
                          title = title.substring(0, title.lastIndexOf("."));
                        }
                        URI myMigrateToURI =
                              this.getServiceCallConfigs(this.migrate).getPropertyAsURI(SER_PARAM_MIGRATE_TO);
                        String newExtension =
                              FormatRegistryFactory.getFormatRegistry().getFirstExtension(myMigrateToURI);
                        title = title + "." + newExtension;
                    } else {
                        log.info("Extracted metadata: " + metadata);
                    }
                   
                    // Migrate
                    try {
                        FormatRegistry fr = FormatRegistryFactory.getFormatRegistry();
                        String ext = fr.getFirstExtension(new URI(types[0]));
                        log.info("Getting extension: " + ext);
                        if (ext != null) {
                            dgo = runMigrateService(dgo, fr.createExtensionUri(ext), wfResult);
                            dgo = new DigitalObject.Builder(dgo.getContent())
                                .title(title)
                                .build();
                            objects.add(dgo);
                            log.info(new Message("Migration", new Parameter("Input", ext), new Parameter("Result", dgo
                                    .getTitle())));
                        }
                    } catch (URISyntaxException e) {
                        throw new RuntimeException(e);
                    }
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        URI migrateToURI = this.getServiceCallConfigs(this.migrate).getPropertyAsURI(SER_PARAM_MIGRATE_TO);

        // Create service parameter list
        List<Parameter> parameterList = new ArrayList<Parameter>();
        Parameter pCompressionType = this.getServiceCallConfigs(this.migrate).getPropertyAsParameter("compressionType");
        if (pCompressionType != null) {
            parameterList.add(pCompressionType);
        }

        Parameter pCompressionQuality = this.getServiceCallConfigs(this.migrate).getPropertyAsParameter(
                "compressionQuality");
        if (pCompressionQuality != null) {
            parameterList.add(pCompressionQuality);
        }
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                        log.info("Getting extension: " + ext);
                        if (ext != null) {
                            DigitalObject dgoOut = runMigrateService(dgo, fr.createExtensionUri(ext), wfResult);
                           
                            objects.add(dgoOut);
                            log.info(new Message("Migration", new Parameter("Input", ext), new Parameter("Result", dgo
                                    .getTitle())));
                        }
                    } catch (URISyntaxException e) {
                        throw new RuntimeException(e);
                    }
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        URI migrateToURI = this.getServiceCallConfigs(this.migrate).getPropertyAsURI(SER_PARAM_MIGRATE_TO);
       
        // Create service parameter list
        List<Parameter> parameterList = new ArrayList<Parameter>();
        Parameter pCompressionType = this.getServiceCallConfigs(this.migrate).getPropertyAsParameter("compressionType");
        if (pCompressionType != null) {
            parameterList.add(pCompressionType);
        }

        Parameter pCompressionQuality = this.getServiceCallConfigs(this.migrate).getPropertyAsParameter(
                "compressionQuality");
        if (pCompressionQuality != null) {
            parameterList.add(pCompressionQuality);
        }
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     * Within this workflow we've decided to use as many parameters of those two as configured within the xml config,
     * but if one is not available (i.e. null) we still try to invoke the migration service (and use the default config of the service)
     */
    List<Parameter> parameterList = new ArrayList<Parameter>();
     
      Parameter pCompressionType = this.getServiceCallConfigs(this.migrate1).
        getPropertyAsParameter("compressionType");
      if(pCompressionType!=null){
        parameterList.add(pCompressionType);
      }
      Parameter pCompressionQuality = this.getServiceCallConfigs(this.migrate1).
      getPropertyAsParameter("compressionQuality");
      if(pCompressionQuality!=null){
        parameterList.add(pCompressionQuality);
      }
   
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                metadata = null;
                log.info("Processing file #" + (count + 1));
                try {
                    // Identify
                    String[] types = runIdentification1(dgo, wfResult);
                    log.info(new Message("Identification", new Parameter("File", dgo.getTitle()), new Parameter(
                            "Result", Arrays.asList(types).toString())));

                    // Extract metadata - will otherwise get lost between steps!
                    List<Metadata> mList = dgo.getMetadata();
                    if ((mList != null) && (mList.size() > 0)) {
                        metadata = mList.get(0).getContent();
                    }

                    if (metadata == null) {
                        log.warn("No metadata contained in DigitalObject!");
                    } else {
                        log.info("Extracted metadata: " + metadata);
                    }
                   
                    // Migrate
                    try {
                        FormatRegistry fr = FormatRegistryFactory.getFormatRegistry();
                        String ext = fr.getFirstExtension(new URI(types[0]));
                        log.info("Getting extension: " + ext);
                        if (ext != null) {
                            dgo = runMigrationService(dgo, fr.createExtensionUri(ext), wfResult);
                            objects.add(dgo);
                            log.info(new Message("Migration", new Parameter("Input", ext), new Parameter("Result", dgo
                                    .getTitle())));
                        }
                    } catch (URISyntaxException e) {
                        throw new RuntimeException(e);
                    }
                   
                    types = runIdentification2(dgo, wfResult);
                    log.info(new Message("Identification2", new Parameter("File", dgo.getTitle()), new Parameter(
                            "Result", Arrays.asList(types).toString())));

                   
                } catch (Exception e) {
                    log.error("workflow execution error for digitalObject #" + count);
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         * Within this workflow we've decided to use as many parameters of those two as configured within the xml config,
         * but if one is not available (i.e. null) we still try to invoke the migration service (and use the default config of the service)
         */
        List<Parameter> parameterList = new ArrayList<Parameter>();

        Parameter pCompressionType = this.getServiceCallConfigs(this.migrate1).
        getPropertyAsParameter("compressionType");
        if(pCompressionType!=null){
            parameterList.add(pCompressionType);
        }
        Parameter pCompressionQuality = this.getServiceCallConfigs(this.migrate1).
        getPropertyAsParameter("compressionQuality");
        if(pCompressionQuality!=null){
            parameterList.add(pCompressionQuality);
        }

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                metadata = null;
                log.info("Processing file #" + (count + 1));
                try {
                    // Identify
                    String[] types = runIdentification(dgo, wfResult);
                    log.info(new Message("Identification", new Parameter("File", dgo.getTitle()), new Parameter(
                            "Result", Arrays.asList(types).toString())));

                    // Extract metadata - will otherwise get lost between steps!
                    List<Metadata> mList = dgo.getMetadata();
                    if ((mList != null) && (mList.size() > 0)) {
                        metadata = mList.get(0).getContent();
                    }

                    if (metadata == null) {
                        log.warn("No metadata contained in DigitalObject!");
                    } else {
                        log.info("Extracted metadata: " + metadata);
                    }

                    // Modify - rotate
                    dgo = runRotateService(dgo, types[0], metadata, wfResult);
                    log.info(new Message("Rotation", new Parameter("Metadata", metadata)));

                    // Modify - crop
                    dgo = runCropService(dgo, types[0], metadata, wfResult);
                    log.info(new Message("Cropping", new Parameter("Metadata", metadata)));

                    // Migrate to JPEG
                    try {
                        FormatRegistry fr = FormatRegistryFactory.getFormatRegistry();
                        String ext = fr.getFirstExtension(new URI(types[0]));
                        log.info("Getting extension: " + ext);
                        if (ext != null) {
                            dgo = runMigrateService(dgo, fr.createExtensionUri(ext), wfResult);
                            objects.add(dgo);
                            log.info(new Message("Migration", new Parameter("Input", ext), new Parameter("Result", dgo
                                    .getTitle())));
                        }
                    } catch (URISyntaxException e) {
                        throw new RuntimeException(e);
                    }
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        // Create service parameter list
        if (skew != 0) {
            List<Parameter> parameterList = new ArrayList<Parameter>();
            log.info("Extracted skew parameter: " + skew);
            parameterList.add(new Parameter("rotateCounterClockwise", Double.toString(((double) skew) / 100)));

            ModifyResult modifyResult = this.rotate.modify(digO, inputFormatURI, parameterList);
            ServiceReport report = modifyResult.getReport();

            if (report.getType() == Type.ERROR) {
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