Example usage for java.net URI toASCIIString

List of usage examples for java.net URI toASCIIString

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Introduction

In this page you can find the example usage for java.net URI toASCIIString.

Prototype

public String toASCIIString()

Source Link

Document

Returns the content of this URI as a US-ASCII string.

Usage

From source file:net.es.sense.rm.api.SenseRmController.java

/**
 * Returns the delta resource identified by deltaId that is associated with model identified by id within the Resource
 * Manager.//from   w  w w .  java2s  .c  om
 *
 * @param accept Provides media types that are acceptable for the response. At the moment 'application/json' is the
 * supported response encoding.
 * @param ifModifiedSince The HTTP request may contain the If-Modified-Since header requesting all models with
 * creationTime after the specified date. The date must be specified in RFC 1123 format.
 * @param encode
 * @param model This versions detailed topology model in the requested format (TURTLE, etc.). To optimize transfer
 * the contents of this model element should be gzipped (contentType="application/x-gzip") and base64 encoded
 * (contentTransferEncoding="base64"). This will reduce the transfer size and encapsulate the original model contents.
 * @param id Identifier of the target topology model resource.
 * @param deltaId Identifier of the target delta resource.
 * @return A RESTful response.
 */
@ApiOperation(value = "Get a specific SENSE topology model resource.", notes = "Returns SENSE topology model resource corresponding to the specified resource id.", response = DeltaResource.class)
@ApiResponses(value = {
        @ApiResponse(code = HttpConstants.OK_CODE, message = HttpConstants.OK_DELTA_MSG, response = DeltaResource.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_MODIFIED, message = HttpConstants.NOT_MODIFIED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.BAD_REQUEST_CODE, message = HttpConstants.BAD_REQUEST_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.FORBIDDEN_CODE, message = HttpConstants.FORBIDDEN_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_FOUND_CODE, message = HttpConstants.NOT_FOUND_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_ACCEPTABLE_CODE, message = HttpConstants.NOT_ACCEPTABLE_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.INTERNAL_ERROR_CODE, message = HttpConstants.INTERNAL_ERROR_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }), })
@RequestMapping(value = "/models/{" + HttpConstants.ID_NAME + "}/deltas/{" + HttpConstants.DELTAID_NAME
        + "}", method = RequestMethod.GET, produces = { MediaType.APPLICATION_JSON_VALUE })
@ResponseBody
public ResponseEntity<?> getModelDelta(
        @RequestHeader(value = HttpConstants.ACCEPT_NAME, defaultValue = MediaType.APPLICATION_JSON_VALUE) @ApiParam(value = HttpConstants.ACCEPT_MSG, required = false) String accept,
        @RequestHeader(value = HttpConstants.IF_MODIFIED_SINCE_NAME, defaultValue = HttpConstants.IF_MODIFIED_SINCE_DEFAULT) @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        @RequestParam(value = HttpConstants.MODEL_NAME, defaultValue = HttpConstants.MODEL_TURTLE) @ApiParam(value = HttpConstants.MODEL_MSG, required = false) String model,
        @RequestParam(value = HttpConstants.ENCODE_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.ENCODE_MSG, required = false) boolean encode,
        @PathVariable(HttpConstants.ID_NAME) @ApiParam(value = HttpConstants.ID_MSG, required = true) String id,
        @PathVariable(HttpConstants.DELTAID_NAME) @ApiParam(value = HttpConstants.DELTAID_MSG, required = true) String deltaId) {

    // Get the requested resource URL.
    final URI location = ServletUriComponentsBuilder.fromCurrentRequestUri().build().toUri();

    log.info(
            "[SenseRmController] operation = {}, id = {}, deltaId = {}, accept = {}, ifModifiedSince = {}, model = {}",
            location, id, deltaId, accept, ifModifiedSince, model);

    // Parse the If-Modified-Since header if it is present.
    long ifms = parseIfModfiedSince(ifModifiedSince);

    final HttpHeaders headers = new HttpHeaders();
    headers.add("Content-Location", location.toASCIIString());

    try {
        DeltaResponse response = driver.getDelta(deltaId, model, ifms).get();
        if (response == null || response.getStatus() != Status.OK) {
            return toResponseEntity(headers, response);
        }

        DeltaResource d = response.getDelta().get();

        log.info("[SenseRmController] deltaId = {}, lastModified = {}, If-Modified-Since = {}", d.getId(),
                d.getLastModified(), ifModifiedSince);

        long lastModified = XmlUtilities.xmlGregorianCalendar(d.getLastModified()).toGregorianCalendar()
                .getTimeInMillis();

        d.setHref(location.toASCIIString());
        if (encode) {
            d.setAddition(Encoder.encode(d.getAddition()));
            d.setReduction(Encoder.encode(d.getReduction()));
            d.setResult(Encoder.encode(d.getResult()));
        }

        headers.setLastModified(lastModified);

        log.info(
                "[SenseRmController] getDelta returning id = {}, creationTime = {}, queried If-Modified-Since = {}.",
                d.getId(), d.getLastModified(), ifModifiedSince);

        return new ResponseEntity<>(d, headers, HttpStatus.OK);
    } catch (InterruptedException | ExecutionException | IOException | DatatypeConfigurationException ex) {
        log.error("getDelta failed, ex = {}", ex);
        Error error = Error.builder().error(HttpStatus.INTERNAL_SERVER_ERROR.getReasonPhrase())
                .error_description(ex.getMessage()).build();
        return new ResponseEntity<>(error, HttpStatus.INTERNAL_SERVER_ERROR);
    }
}

From source file:net.es.sense.rm.api.SenseRmController.java

/**
 * Returns the SENSE topology model identified by id.
 *
 * Operation: GET /api/sense/v1/models/{id}
 *
 * @param accept Provides media types that are acceptable for the response. At the moment
 *    'application/json' is the supported response encoding.
 *
 * @param ifModifiedSince The HTTP request may contain the If-Modified-Since header requesting
 *    all models with creationTime after the specified date. The date must be specified in
 *    RFC 1123 format./* www  .  j  a v a2 s.c  o m*/
 *
 * @param encode Transfer size of the model element contents can be optimized by gzip/base64
 *    encoding the contained model.  If encode=true then returned model will be gzipped
 *    (contentType="application/x-gzip") and base64 encoded (contentTransferEncoding= "base64")
 *    to reduce transfer size. Default value is encode=false.
 *
 * @param model This versions detailed topology model in the requested format (TURTLE, etc.).
 *    To optimize transfer the contents of this model element should be gzipped
 *    (contentType="application/x-gzip") and base64 encoded (contentTransferEncoding="base64").
 *    This will reduce the transfer size and encapsulate the original model contents.
 *
 * @param id Identifier of the target topology model resource.
 *
 * @return A RESTful response.
 */
@ApiOperation(value = "Get a specific SENSE topology model resource.", notes = "Returns SENSE topology model resource corresponding to the specified resource id.", response = ModelResource.class)
@ApiResponses(value = {
        @ApiResponse(code = HttpConstants.OK_CODE, message = HttpConstants.OK_TOPOLOGIES_MSG, response = ModelResource.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_MODIFIED, message = HttpConstants.NOT_MODIFIED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.BAD_REQUEST_CODE, message = HttpConstants.BAD_REQUEST_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.FORBIDDEN_CODE, message = HttpConstants.FORBIDDEN_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_FOUND_CODE, message = HttpConstants.NOT_FOUND_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_ACCEPTABLE_CODE, message = HttpConstants.NOT_ACCEPTABLE_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.INTERNAL_ERROR_CODE, message = HttpConstants.INTERNAL_ERROR_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }), })
@RequestMapping(value = "/models/{" + HttpConstants.ID_NAME + "}", method = RequestMethod.GET, produces = {
        MediaType.APPLICATION_JSON_VALUE })
@ResponseBody
public ResponseEntity<?> getModel(
        @RequestHeader(value = HttpConstants.ACCEPT_NAME, defaultValue = MediaType.APPLICATION_JSON_VALUE) @ApiParam(value = HttpConstants.ACCEPT_MSG, required = false) String accept,
        /*
          @RequestHeader(
                value = HttpConstants.IF_MODIFIED_SINCE_NAME,
                defaultValue = HttpConstants.IF_MODIFIED_SINCE_DEFAULT)
          @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        */
        @RequestHeader(value = HttpConstants.IF_MODIFIED_SINCE_NAME, required = false) @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        @RequestParam(value = HttpConstants.MODEL_NAME, defaultValue = HttpConstants.MODEL_TURTLE) @ApiParam(value = HttpConstants.MODEL_MSG, required = false) String model,
        @RequestParam(value = HttpConstants.ENCODE_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.ENCODE_MSG, required = false) boolean encode,
        @PathVariable(HttpConstants.ID_NAME) @ApiParam(value = HttpConstants.ID_MSG, required = true) String id) {

    final URI location = ServletUriComponentsBuilder.fromCurrentRequestUri().build().toUri();

    log.info("[SenseRmController] operation = {}, id = {}, accept = {}, ifModifiedSince = {}, model = {}",
            location, id, accept, ifModifiedSince, model);

    // Parse the If-Modified-Since header if it is present.
    long ifms = parseIfModfiedSince(ifModifiedSince);

    // Return the local in HTTP header.
    final HttpHeaders headers = new HttpHeaders();
    headers.add("Content-Location", location.toASCIIString());

    try {
        // Retrieve the model if newer than specified If-Modified-Since header.
        ModelResponse response = driver.getModel(id, model, ifms).get();

        if (response == null || response.getStatus() != Status.OK) {
            return toResponseEntity(headers, response);
        }

        ModelResource m = response.getModel().get();

        // Get the creation time for HTTP header.
        long creationTime = XmlUtilities.xmlGregorianCalendar(m.getCreationTime()).toGregorianCalendar()
                .getTimeInMillis();
        headers.setLastModified(creationTime);

        log.info("[SenseRmController] returning id = {}, creationTime = {}, queried If-Modified-Since = {}\n{}",
                m.getId(), m.getCreationTime(), ifModifiedSince, Encoder.encode(m.getModel()));

        // Update the HREF to point to the absolute URL for the resource.
        m.setHref(location.toASCIIString());
        if (encode) {
            m.setModel(Encoder.encode(m.getModel()));
        }

        return new ResponseEntity<>(m, headers, HttpStatus.OK);
    } catch (InterruptedException | IOException | DatatypeConfigurationException | ExecutionException ex) {
        log.error("[SenseRmController] getModel failed, ex = {}", ex);
        Error error = Error.builder().error(HttpStatus.INTERNAL_SERVER_ERROR.getReasonPhrase())
                .error_description(ex.getMessage()).build();
        return new ResponseEntity<>(error, HttpStatus.INTERNAL_SERVER_ERROR);
    }
}

From source file:net.es.sense.rm.api.SenseRmController.java

/**
 * Returns the delta resource identified by deltaId.
 *
 * Operation: GET /api/sense/v1/deltas/{deltaId}
 *
 * @param accept Provides media types that are acceptable for the response. At the moment 'application/json' is the
 * supported response encoding./* w  w  w  .ja v  a2 s  .  c o  m*/
 * @param summary
 * @param ifModifiedSince The HTTP request may contain the If-Modified-Since header requesting all models with
 * creationTime after the specified date. The date must be specified in RFC 1123 format.
 * @param encode
 * @param model Specifies the model encoding to use (i.e. turtle, ttl, json-ld, etc).
 * @param deltaId Identifier of the target delta resource.
 * @return A RESTful response.
 */
@ApiOperation(value = "Get a specific SENSE topology model resource.", notes = "Returns SENSE topology model resource corresponding to the specified resource id.", response = DeltaResource.class)
@ApiResponses(value = {
        @ApiResponse(code = HttpConstants.OK_CODE, message = HttpConstants.OK_DELTA_MSG, response = DeltaResource.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_MODIFIED, message = HttpConstants.NOT_MODIFIED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.BAD_REQUEST_CODE, message = HttpConstants.BAD_REQUEST_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.FORBIDDEN_CODE, message = HttpConstants.FORBIDDEN_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_FOUND_CODE, message = HttpConstants.NOT_FOUND_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_ACCEPTABLE_CODE, message = HttpConstants.NOT_ACCEPTABLE_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.INTERNAL_ERROR_CODE, message = HttpConstants.INTERNAL_ERROR_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }), })
@RequestMapping(value = "/deltas/{" + HttpConstants.DELTAID_NAME + "}", method = RequestMethod.GET, produces = {
        MediaType.APPLICATION_JSON_VALUE })
@ResponseBody
public ResponseEntity<?> getDelta(
        @RequestHeader(value = HttpConstants.ACCEPT_NAME, defaultValue = MediaType.APPLICATION_JSON_VALUE) @ApiParam(value = HttpConstants.ACCEPT_MSG, required = false) String accept,
        @RequestHeader(value = HttpConstants.IF_MODIFIED_SINCE_NAME, required = false) @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        @RequestParam(value = HttpConstants.SUMMARY_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.SUMMARY_MSG, required = false) boolean summary,
        @RequestParam(value = HttpConstants.MODEL_NAME, defaultValue = HttpConstants.MODEL_TURTLE) @ApiParam(value = HttpConstants.MODEL_MSG, required = false) String model,
        @RequestParam(value = HttpConstants.ENCODE_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.ENCODE_MSG, required = false) boolean encode,
        @PathVariable(HttpConstants.DELTAID_NAME) @ApiParam(value = HttpConstants.DELTAID_MSG, required = true) String deltaId) {

    // Get the requested resource URL.
    final URI location = ServletUriComponentsBuilder.fromCurrentRequestUri().build().toUri();

    log.info("[SenseRmController] operation = {}, id = {}, accept = {}, ifModifiedSince = {}, model = {}",
            location, deltaId, accept, ifModifiedSince, model);

    // Parse the If-Modified-Since header if it is present.
    long ifms = parseIfModfiedSince(ifModifiedSince);

    // We need to return the current location of this resource in the response header.
    final HttpHeaders headers = new HttpHeaders();
    headers.add("Content-Location", location.toASCIIString());

    try {
        // Query for the requested delta.
        DeltaResponse response = driver.getDelta(deltaId, model, ifms).get();
        if (response == null || response.getStatus() != Status.OK) {
            return toResponseEntity(headers, response);
        }

        DeltaResource d = response.getDelta().get();

        log.info("[SenseRmController] deltaId = {}, lastModified = {}, If-Modified-Since = {}", d.getId(),
                d.getLastModified(), ifModifiedSince);

        // Determine when this was last modified.
        long lastModified = XmlUtilities.xmlGregorianCalendar(d.getLastModified()).toGregorianCalendar()
                .getTimeInMillis();
        headers.setLastModified(lastModified);

        // Do we need to return this delta?
        if (lastModified <= ifms) {
            log.info("[SenseRmController] returning not modified, deltaId = {}", d.getId());
            return new ResponseEntity<>(headers, HttpStatus.NOT_MODIFIED);
        }

        d.setHref(location.toASCIIString());
        if (summary) {
            // If a summary resource view was requested we do not send back any models.
            d.setAddition(null);
            d.setReduction(null);
            d.setResult(null);
        } else if (encode) {
            // Compress and base64 encode the model contents if requested.
            d.setAddition(Encoder.encode(d.getAddition()));
            d.setReduction(Encoder.encode(d.getReduction()));
            d.setResult(Encoder.encode(d.getResult()));
        }

        log.info(
                "[SenseRmController] getDelta returning id = {}, creationTime = {}, queried If-Modified-Since = {}.",
                d.getId(), d.getLastModified(), ifModifiedSince);
        return new ResponseEntity<>(d, headers, HttpStatus.OK);
    } catch (InterruptedException | ExecutionException | IOException | DatatypeConfigurationException ex) {
        log.error("[SenseRmController] getDelta failed, deltaId = {}, ex = {}", deltaId, ex);
        Error error = Error.builder().error(HttpStatus.INTERNAL_SERVER_ERROR.getReasonPhrase())
                .error_description(ex.getMessage()).build();

        return new ResponseEntity<>(error, HttpStatus.INTERNAL_SERVER_ERROR);
    }
}

From source file:net.es.sense.rm.api.SenseRmController.java

/**
 * Returns a collection of delta resources.
 *
 * Operation: GET /api/sense/v1/deltas/*from w w w . ja v  a2  s . co  m*/
 *
 * @param accept Provides media types that are acceptable for the response. At the moment 'application/json' is the
 * supported response encoding.
 * @param ifModifiedSince The HTTP request may contain the If-Modified-Since header requesting all models with
 * creationTime after the specified date. The date must be specified in RFC 1123 format.
 * @param summary If summary=true then a summary collection of delta resources will be returned including the delta
meta-data while excluding the addition, reduction, and m elements. Default value is summary=true.
 * @param encode
 * @param model If model=turtle then the returned addition, reduction, and m elements will contain the full
topology model in a TURTLE representation. Default value is model=turtle.
 * @return A RESTful response.
 */
@ApiOperation(value = "Get a collection of accepted delta resources.", notes = "Returns a collection of available delta resources.", response = DeltaResource.class, responseContainer = "List")
@ApiResponses(value = {
        @ApiResponse(code = HttpConstants.OK_CODE, message = HttpConstants.OK_DELTAS_MSG, response = DeltaResource.class, responseContainer = "List", responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_MODIFIED, message = HttpConstants.NOT_MODIFIED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.BAD_REQUEST_CODE, message = HttpConstants.BAD_REQUEST_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.FORBIDDEN_CODE, message = HttpConstants.FORBIDDEN_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_FOUND_CODE, message = HttpConstants.NOT_FOUND_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_ACCEPTABLE_CODE, message = HttpConstants.NOT_ACCEPTABLE_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.INTERNAL_ERROR_CODE, message = HttpConstants.INTERNAL_ERROR_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }), })
@RequestMapping(value = "/deltas", method = RequestMethod.GET, produces = { MediaType.APPLICATION_JSON_VALUE })
@ResponseBody
@ResourceAnnotation(name = "deltas", version = "v1")
public ResponseEntity<?> getDeltas(
        @RequestHeader(value = HttpConstants.ACCEPT_NAME, defaultValue = MediaType.APPLICATION_JSON_VALUE) @ApiParam(value = HttpConstants.ACCEPT_MSG, required = false) String accept,
        @RequestHeader(value = HttpConstants.IF_MODIFIED_SINCE_NAME, defaultValue = HttpConstants.IF_MODIFIED_SINCE_DEFAULT) @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        @RequestParam(value = HttpConstants.SUMMARY_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.SUMMARY_MSG, required = false) boolean summary,
        @RequestParam(value = HttpConstants.MODEL_NAME, defaultValue = HttpConstants.MODEL_TURTLE) @ApiParam(value = HttpConstants.MODEL_MSG, required = false) String model,
        @RequestParam(value = HttpConstants.ENCODE_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.ENCODE_MSG, required = false) boolean encode) {

    // We need the request URL to build fully qualified resource URLs.
    final URI location = ServletUriComponentsBuilder.fromCurrentRequestUri().build().toUri();

    log.info("[SenseRmController] GET operation = {}, accept = {}, If-Modified-Since = {}, current = {}, "
            + "summary = {}, model = {}", location, accept, ifModifiedSince, summary, model);

    // Parse the If-Modified-Since header if it is present.
    long ifms = parseIfModfiedSince(ifModifiedSince);

    // Populate the content location header with our URL location.
    final HttpHeaders headers = new HttpHeaders();
    headers.add("Content-Location", location.toASCIIString());

    try {
        // Track matching deltas here.
        List<DeltaResource> deltas = new ArrayList<>();

        // Keep track of the most recently updated delta date.
        long newest = 0;

        // Query the driver for a list of deltas.
        DeltasResponse response = driver.getDeltas(model, ifms).get();
        if (response == null || response.getStatus() != Status.OK) {
            return toResponseEntity(headers, response);
        }

        // The requester asked for a list of models so apply any filtering criteria.
        for (DeltaResource d : response.getDeltas()) {
            long lastModified = XmlUtilities.xmlGregorianCalendar(d.getLastModified()).toGregorianCalendar()
                    .getTimeInMillis();

            log.info("[SenseRmController] delta id = {}, lastModified = {}, If-Modified-Since = {}", d.getId(),
                    d.getLastModified(), ifModifiedSince);

            // Create the unique resource URL.
            d.setHref(UrlHelper.append(location.toASCIIString(), d.getId()));

            // If summary results are requested we do not return the model.
            if (summary) {
                d.setAddition(null);
                d.setReduction(null);
                d.setResult(null);
            } else {
                // If they requested an encoded transfer we will encode the model contents.
                if (encode) {
                    d.setAddition(Encoder.encode(d.getAddition()));
                    d.setReduction(Encoder.encode(d.getReduction()));
                    d.setResult(Encoder.encode(d.getResult()));
                }
            }

            // Save this model and update If-Modified-Since with the creation time.
            deltas.add(d);

            if (lastModified > newest) {
                newest = lastModified;
            }
        }

        // Update the LastModified header with the value of the newest model.
        headers.setLastModified(newest);

        // We have success so return the models we have found.
        return new ResponseEntity<>(deltas, headers, HttpStatus.OK);
    } catch (InterruptedException | IOException | DatatypeConfigurationException | IllegalArgumentException
            | ExecutionException ex) {
        log.error("[SenseRmController] getDeltas failed, ex = {}", ex);
        Error error = Error.builder().error(HttpStatus.INTERNAL_SERVER_ERROR.getReasonPhrase())
                .error_description(ex.getMessage()).build();
        return new ResponseEntity<>(error, HttpStatus.INTERNAL_SERVER_ERROR);
    }
}

From source file:net.es.sense.rm.api.SenseRmController.java

/**
 * Returns a list of available SENSE topology models.
 *
 * Operation: GET /api/sense/v1/models/*from   ww w  .  ja v a  2s .com*/
 *
 * @param accept Provides media types that are acceptable for the response.
 *    At the moment 'application/json' is the supported response encoding.
 *
 * @param ifModifiedSince The HTTP request may contain the If-Modified-Since
 *    header requesting all models with creationTime after the specified
 *    date. The date must be specified in RFC 1123 format.
 *
 * @param current If current=true then a collection of models containing only
 *    the most recent model will be returned. Default value is current=false.
 *
 * @param encode Transfer size of the model element contents can be optimized
 *    by gzip/base64 encoding the contained model.  If encode=true the
 *    returned model will be gzipped (contentType="application/x-gzip") and
 *    base64 encoded (contentTransferEncoding= "base64") to reduce transfer
 *    size. Default value is encode=false.
 *
 * @param summary If summary=true then a summary collection of models will be
 *    returned including the model meta-data while excluding the model
 *    element. Default value is summary=true.
 *
 * @param model Specify the model schema format (TURTLE, JSON-LD, etc.).
 *
 * @return A RESTful response.
 */
@ApiOperation(value = "Get a collection of available model resources.", notes = "Returns a list of available SENSE topology model resources.", response = ModelResource.class, responseContainer = "List")
@ApiResponses(value = {
        @ApiResponse(code = HttpConstants.OK_CODE, message = HttpConstants.OK_TOPOLOGIES_MSG, response = ModelResource.class, responseContainer = "List", responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_MODIFIED, message = HttpConstants.NOT_MODIFIED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.BAD_REQUEST_CODE, message = HttpConstants.BAD_REQUEST_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.UNAUTHORIZED_CODE, message = HttpConstants.UNAUTHORIZED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.FORBIDDEN_CODE, message = HttpConstants.FORBIDDEN_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.INTERNAL_ERROR_CODE, message = HttpConstants.INTERNAL_ERROR_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }), })
@RequestMapping(value = "/models", method = RequestMethod.GET, produces = { MediaType.APPLICATION_JSON_VALUE })
@ResponseBody
@ResourceAnnotation(name = "models", version = "v1")
public ResponseEntity<?> getModels(
        @RequestHeader(value = HttpConstants.ACCEPT_NAME, defaultValue = MediaType.APPLICATION_JSON_VALUE) @ApiParam(value = HttpConstants.ACCEPT_MSG, required = false) String accept,
        @RequestHeader(value = HttpConstants.IF_MODIFIED_SINCE_NAME, required = false) @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        @RequestParam(value = HttpConstants.CURRENT_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.CURRENT_MSG, required = false) boolean current,
        @RequestParam(value = HttpConstants.SUMMARY_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.SUMMARY_MSG, required = false) boolean summary,
        @RequestParam(value = HttpConstants.ENCODE_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.ENCODE_MSG, required = false) boolean encode,
        @RequestParam(value = HttpConstants.MODEL_NAME, defaultValue = HttpConstants.MODEL_TURTLE) @ApiParam(value = HttpConstants.MODEL_MSG, required = false) String model) {

    // We need the request URL to build fully qualified resource URLs.
    final URI location = ServletUriComponentsBuilder.fromCurrentRequestUri().build().toUri();

    log.info("[SenseRmController] GET operation = {}, accept = {}, If-Modified-Since = {}, current = {}, "
            + "summary = {}, model = {}", location, accept, ifModifiedSince, current, summary, model);

    // Parse the If-Modified-Since header if it is present.
    long ifms = parseIfModfiedSince(ifModifiedSince);

    // Populate the content location header with our URL location.
    final HttpHeaders headers = new HttpHeaders();
    headers.add("Content-Location", location.toASCIIString());

    try {
        // Track matching models here.
        List<ModelResource> models = new ArrayList<>();

        // Keep track of the most recently updated model date.
        long newest = 0;

        // Query the driver for a list of models.
        Collection<ModelResource> result = new ArrayList<>();

        // First case is to handle a targeted request for the current model.
        if (current) {
            ModelResponse response = driver.getCurrentModel(model, ifms).get();
            if (response == null || response.getStatus() != Status.OK) {
                return toResponseEntity(headers, response);
            }

            response.getModel().ifPresent(m -> result.add(m));
        } else {
            ModelsResponse response = driver.getModels(model, ifms).get();
            if (response == null || response.getStatus() != Status.OK) {
                return toResponseEntity(headers, response);
            }

            result.addAll(response.getModels());
        }

        // The requester asked for a list of models so apply any filtering criteria.
        for (ModelResource m : result) {
            long creationTime = XmlUtilities.xmlGregorianCalendar(m.getCreationTime()).toGregorianCalendar()
                    .getTimeInMillis();

            log.info(
                    "[SenseRmController] returning model id = {}, creationTime = {}, If-Modified-Since = {}\n{}",
                    m.getId(), m.getCreationTime(), ifModifiedSince, Encoder.encode(m.getModel()));

            // Create the unique resource URL.
            m.setHref(UrlHelper.append(location.toASCIIString(), m.getId()));

            // If summary results are requested we do not return the model.
            if (summary) {
                m.setModel(null);
            } else {
                // If they requested an encoded transfer we will encode the model contents.
                if (encode) {
                    m.setModel(Encoder.encode(m.getModel()));
                }
            }

            // Save this model and update If-Modified-Since with the creation time.
            models.add(m);

            if (creationTime > newest) {
                newest = creationTime;
            }
        }

        // Update the LastModified header with the value of the newest model.
        headers.setLastModified(newest);

        // We have success so return the models we have found.
        return new ResponseEntity<>(models, headers, HttpStatus.OK);
    } catch (InterruptedException | IOException | DatatypeConfigurationException | IllegalArgumentException
            | ExecutionException ex) {
        log.error("[SenseRmController] getModels failed, ex = {}", ex);
        Error error = Error.builder().error(HttpStatus.INTERNAL_SERVER_ERROR.getReasonPhrase())
                .error_description(ex.getMessage()).build();
        return new ResponseEntity<>(error, HttpStatus.INTERNAL_SERVER_ERROR);
    }
}

From source file:org.apache.hadoop.hive.metastore.MetaStoreClient.java

public void open(URI store) throws TException {
    this.open = false;
    if (store.getScheme().equals("thrift")) {
        transport = new TSocket(store.getHost(), store.getPort());
        ((TSocket) transport).setTimeout(2000);
        TProtocol protocol = new TBinaryProtocol(transport);
        client = new ThriftMetaStore.Client(protocol);

        for (int i = 0; i < retries && !this.open; ++i) {
            try {
                transport.open();//from   w w w.  jav  a 2  s  .  c  o m
                this.open = true;
            } catch (TTransportException e) {
                System.err.println("WARN: failed to connect to MetaStore, re-trying...");
                try {
                    Thread.sleep(1000);
                } catch (InterruptedException ignore) {
                }
            }
        }
        if (!open) {
            throw new TException("could not connect to meta store");
        }
    } else if (store.getScheme().equals("file")) {
        client = new MetaStoreServer.ThriftMetaStoreHandler("temp_server", this.conf);
        try {
            // for some reason setOption in FB303 doesn't allow one to throw a TException,
            // so I'm having it throw a RuntimeException since that doesn't require changing
            // the method signature.
            client.setOption("metastore.path", store.toASCIIString());
        } catch (RuntimeException e) {
            System.err.println("Could not setoption metastore.path to " + store.getPath());
            throw new TException("could not set metastore path to: " + store.getPath());
        }
    } else {
        throw new TException("Unknown scheme to connect to MetaStore: " + store.getScheme());
    }
}

From source file:net.es.sense.rm.api.SenseRmController.java

/**
 * Returns a list of accepted delta resources associated with the specified SENSE topology model.
 *
 * @param accept Provides media types that are acceptable for the response. At the moment 'application/json' is the
 * supported response encoding.//from w  w  w .  j  a  v  a 2 s .c o  m
 * @param ifModifiedSince The HTTP request may contain the If-Modified-Since header requesting all models with
 * creationTime after the specified date. The date must be specified in RFC 1123 format.
 * @param summary If summary=true then a summary collection of delta resources will be returned including the delta
meta-data while excluding the addition, reduction, and m elements. Default value is summary=true.
*
 * @param encode Transfer size of the model element contents can be optimized by gzip/base64
 *    encoding the contained model.  If encode=true then returned model will be gzipped
 *    (contentType="application/x-gzip") and base64 encoded (contentTransferEncoding= "base64")
 *    to reduce transfer size. Default value is encode=false.
 *
 * @param model If model=turtle then the returned addition, reduction, and m elements will contain the full
topology model in a TURTLE representation. Default value is model=turtle.
 * @param id The UUID uniquely identifying the topology model resource.
 * @return A RESTful response.
 */
@ApiOperation(value = "Get a collection of delta resources associated with the model resource "
        + "identified by id.", notes = "Returns a collection of delta resources associated with a model resource.", response = DeltaResource.class, responseContainer = "List")
@ApiResponses(value = {
        @ApiResponse(code = HttpConstants.OK_CODE, message = HttpConstants.OK_DELTAS_MSG, response = DeltaResource.class, responseContainer = "List", responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_MODIFIED, message = HttpConstants.NOT_MODIFIED_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class),
                @ResponseHeader(name = HttpConstants.LAST_MODIFIED_NAME, description = HttpConstants.LAST_MODIFIED_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.BAD_REQUEST_CODE, message = HttpConstants.BAD_REQUEST_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.FORBIDDEN_CODE, message = HttpConstants.FORBIDDEN_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_FOUND_CODE, message = HttpConstants.NOT_FOUND_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.NOT_ACCEPTABLE_CODE, message = HttpConstants.NOT_ACCEPTABLE_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }),
        @ApiResponse(code = HttpConstants.INTERNAL_ERROR_CODE, message = HttpConstants.INTERNAL_ERROR_MSG, response = Error.class, responseHeaders = {
                @ResponseHeader(name = HttpConstants.CONTENT_TYPE_NAME, description = HttpConstants.CONTENT_TYPE_DESC, response = String.class) }), })
@RequestMapping(value = "/models/{" + HttpConstants.ID_NAME
        + "}/deltas", method = RequestMethod.GET, produces = { MediaType.APPLICATION_JSON_VALUE })
@ResponseBody
public ResponseEntity<?> getModelDeltas(
        @RequestHeader(value = HttpConstants.ACCEPT_NAME, defaultValue = MediaType.APPLICATION_JSON_VALUE) @ApiParam(value = HttpConstants.ACCEPT_MSG, required = false) String accept,
        @RequestHeader(value = HttpConstants.IF_MODIFIED_SINCE_NAME, required = false) @ApiParam(value = HttpConstants.IF_MODIFIED_SINCE_MSG, required = false) String ifModifiedSince,
        @RequestParam(value = HttpConstants.SUMMARY_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.SUMMARY_MSG, required = false) boolean summary,
        @RequestParam(value = HttpConstants.ENCODE_NAME, defaultValue = "false") @ApiParam(value = HttpConstants.ENCODE_MSG, required = false) boolean encode,
        @RequestParam(value = HttpConstants.MODEL_NAME, defaultValue = HttpConstants.MODEL_TURTLE) @ApiParam(value = HttpConstants.MODEL_MSG, required = false) String model,
        @PathVariable(HttpConstants.ID_NAME) @ApiParam(value = HttpConstants.ID_MSG, required = true) String id) {

    // We need the request URL to build fully qualified resource URLs.
    final URI location = ServletUriComponentsBuilder.fromCurrentRequestUri().build().toUri();

    log.info(
            "[SenseRmController] GET operation = {}, accept = {}, If-Modified-Since = {}, current = {}, "
                    + "summary = {}, model = {}, modelId = {}",
            location, accept, ifModifiedSince, summary, model, id);

    // Parse the If-Modified-Since header if it is present.
    long ifms = parseIfModfiedSince(ifModifiedSince);

    // Populate the content location header with our URL location.
    final HttpHeaders headers = new HttpHeaders();
    headers.add("Content-Location", location.toASCIIString());

    try {
        // Track matching deltas here.
        List<DeltaResource> deltas = new ArrayList<>();

        // Keep track of the most recently updated delta date.
        long newest = 0;

        // Query the driver for a list of deltas.
        DeltasResponse response = driver.getDeltas(model, ifms).get();
        if (response == null || response.getStatus() != Status.OK) {
            return toResponseEntity(headers, response);
        }

        // The requester asked for a list of models so apply any filtering criteria.
        for (DeltaResource d : response.getDeltas()) {
            long lastModified = XmlUtilities.xmlGregorianCalendar(d.getLastModified()).toGregorianCalendar()
                    .getTimeInMillis();

            log.info("[SenseRmController] delta id = {}, lastModified = {}, If-Modified-Since = {}", d.getId(),
                    d.getLastModified(), ifModifiedSince);

            // Create the unique resource URL.
            d.setHref(UrlHelper.append(location.toASCIIString(), d.getId()));

            // If summary results are requested we do not return the model.
            if (summary) {
                d.setAddition(null);
                d.setReduction(null);
                d.setResult(null);
            } else {
                // If they requested an encoded transfer we will encode the model contents.
                if (encode) {
                    d.setAddition(Encoder.encode(d.getAddition()));
                    d.setReduction(Encoder.encode(d.getReduction()));
                    d.setResult(Encoder.encode(d.getResult()));
                }
            }

            // Save this model and update If-Modified-Since with the creation time.
            deltas.add(d);

            if (lastModified > newest) {
                newest = lastModified;
            }
        }

        // Update the LastModified header with the value of the newest model.
        headers.setLastModified(newest);

        // We have success so return the models we have found.
        return new ResponseEntity<>(deltas, headers, HttpStatus.OK);
    } catch (InterruptedException | IOException | DatatypeConfigurationException | IllegalArgumentException
            | ExecutionException ex) {
        log.error("[SenseRmController] getDeltas failed, ex = {}", ex);
        Error error = Error.builder().error(HttpStatus.INTERNAL_SERVER_ERROR.getReasonPhrase())
                .error_description(ex.getMessage()).build();
        return new ResponseEntity<>(error, HttpStatus.INTERNAL_SERVER_ERROR);
    }
}

From source file:org.apache.taverna.prov.W3ProvenanceExport.java

public void writeBundle(WorkflowBundle wfBundle) throws IOException {

    Bundle dataBundle = getBundle();/*from ww  w.  j  ava 2  s . co  m*/

    // Workflow
    DataBundles.setWorkflowBundle(dataBundle, wfBundle);

    // Generate Manifest
    // TODO: This should be done automatically on close/save
    Manifest manifest = new Manifest(dataBundle);
    manifest.populateFromBundle();

    Path workflowRunProvenance = DataBundles.getWorkflowRunProvenance(dataBundle);
    // Additional metadata
    manifest.getAggregation(workflowRunProvenance).setMediatype("text/turtle");

    Agent provPlugin = new Agent();
    provPlugin.setName(
            "Taverna-PROV plugin, " + applicationConfig.getTitle() + " " + applicationConfig.getName());
    provPlugin.setUri(getPluginIdentifier(getClass()));
    manifest.getAggregation(workflowRunProvenance).setCreatedBy(provPlugin);
    manifest.setCreatedBy(provPlugin);

    // Media types:
    for (Entry<URI, String> e : mediaTypes.entrySet()) {
        URI uri = e.getKey();
        String mediatype = e.getValue();
        PathMetadata aggregation = manifest.getAggregation(uri);
        if (aggregation == null) {
            // An external reference? Add it.
            aggregation = manifest.getAggregation(uri);
            //aggregation = new PathMetadata();
            //aggregation.setUri(uri);
            //manifest.getAggregates().add(aggregation);
        }
        aggregation.setMediatype(mediatype);
    }

    // Add annotations

    // This RO Bundle is about a run
    PathAnnotation bundleAboutRun = new PathAnnotation();
    bundleAboutRun.setAbout(runURI);
    bundleAboutRun.setContent(URI.create("/"));
    manifest.getAnnotations().add(bundleAboutRun);

    // Also aggregate the run by ID, and that it was done by taverna
    Agent taverna = new Agent();
    taverna.setName(applicationConfig.getTitle());
    taverna.setUri(getTavernaVersion());
    manifest.getAggregation(runURI).setCreatedBy(taverna);

    // TODO: Do we need both the "history" link and the annotation below?
    manifest.setHistory(Arrays.asList(workflowRunProvenance));

    // This RO Bundle is described in the provenance file
    PathAnnotation provenanceAboutBundle = new PathAnnotation();
    provenanceAboutBundle.setAbout(URI.create("/"));
    provenanceAboutBundle.setContent(URI.create(workflowRunProvenance.toUri().getPath()));
    manifest.getAnnotations().add(provenanceAboutBundle);

    // The wfdesc is about the workflow definition
    Path workflow = DataBundles.getWorkflow(dataBundle);
    // String workflowType = Files.probeContentType(workflow);
    manifest.getAggregation(workflow).setMediatype(WORKFLOW_BUNDLE);
    Path wfdesc = DataBundles.getWorkflowDescription(dataBundle);
    if (Files.exists(wfdesc)) {
        PathAnnotation wfdescAboutWfBundle = new PathAnnotation();
        wfdescAboutWfBundle.setAbout(URI.create(workflow.toUri().getPath()));
        wfdescAboutWfBundle.setContent(URI.create(wfdesc.toUri().getPath()));
        manifest.getAnnotations().add(wfdescAboutWfBundle);
    }

    // And the workflow definition is about the workflow
    PathAnnotation wfBundleAboutWf = new PathAnnotation();
    URITools uriTools = new URITools();
    URI mainWorkflow = uriTools.uriForBean(wfBundle.getMainWorkflow());
    wfBundleAboutWf.setAbout(mainWorkflow);
    URI wfBundlePath = URI.create(workflow.toUri().getPath());
    wfBundleAboutWf.setContent(wfBundlePath);
    manifest.getAnnotations().add(wfBundleAboutWf);
    manifest.getAggregation(mainWorkflow);

    // hasWorkflowDefinition
    PathAnnotation hasWorkflowDefinition = new PathAnnotation();
    hasWorkflowDefinition.setAbout(wfBundlePath);
    UUID uuid = UUID.randomUUID();
    hasWorkflowDefinition.setUri(URI.create("urn:uuid:" + uuid));
    Path annotationBody = DataBundles.getAnnotations(dataBundle).resolve(uuid + ".ttl");
    hasWorkflowDefinition.setContent(URI.create(annotationBody.toUri().getPath()));
    Model model = ModelFactory.createDefaultModel();
    URI relPathToWfBundle = uriTools.relativePath(annotationBody.toUri(), workflow.toUri());
    model.setNsPrefix("wfdesc", WFDESC);
    model.add(model.createResource(mainWorkflow.toASCIIString()),
            model.createProperty(WFDESC + "hasWorkflowDefinition"),
            model.createResource(relPathToWfBundle.toASCIIString()));
    try (OutputStream out = Files.newOutputStream(annotationBody)) {
        model.write(out, "TURTLE", annotationBody.toUri().toASCIIString());
    }
    manifest.getAnnotations().add(hasWorkflowDefinition);

    PathAnnotation wfBundleAboutWfB = new PathAnnotation();
    wfBundleAboutWfB.setAbout(wfBundle.getGlobalBaseURI());
    wfBundleAboutWfB.setContent(URI.create(workflow.toUri().getPath()));
    manifest.getAnnotations().add(wfBundleAboutWfB);

    manifest.writeAsJsonLD();

    // // Saving a data bundle:
    // Path bundleFile = runPath.getParent().resolve(runPath.getFileName() +
    // ".bundle.zip");
    // DataBundles.closeAndSaveBundle(dataBundle, bundleFile);
    // NOTE: From now dataBundle and its Path's are CLOSED
    // and can no longer be accessed

}

From source file:org.apache.hadoop.yarn.server.resourcemanager.rmapp.attempt.RMAppAttemptImpl.java

private String generateProxyUriWithScheme() {
    this.readLock.lock();
    try {/* w  w w . j a v  a  2s  .c  om*/
        final String scheme = WebAppUtils.getHttpSchemePrefix(conf);
        String proxy = WebAppUtils.getProxyHostAndPort(conf);
        URI proxyUri = ProxyUriUtils.getUriFromAMUrl(scheme, proxy);
        URI result = ProxyUriUtils.getProxyUri(null, proxyUri, applicationAttemptId.getApplicationId());
        return result.toASCIIString();
    } catch (URISyntaxException e) {
        LOG.warn("Could not proxify the uri for " + applicationAttemptId.getApplicationId(), e);
        return null;
    } finally {
        this.readLock.unlock();
    }
}

From source file:org.apache.hc.core5.benchmark.HttpBenchmark.java

private Results doExecute(final HttpAsyncRequester requester, final Stats stats) throws Exception {

    final URI requestUri = config.getUri();
    final HttpHost host = new HttpHost(requestUri.getScheme(), requestUri.getHost(), requestUri.getPort());

    final AtomicLong requestCount = new AtomicLong(config.getRequests());

    final HttpVersion version = HttpVersion.HTTP_1_1;

    final CountDownLatch completionLatch = new CountDownLatch(config.getConcurrencyLevel());
    final BenchmarkWorker[] workers = new BenchmarkWorker[config.getConcurrencyLevel()];
    for (int i = 0; i < workers.length; i++) {
        final HttpCoreContext context = HttpCoreContext.create();
        context.setProtocolVersion(version);
        final BenchmarkWorker worker = new BenchmarkWorker(requester, host, context, requestCount,
                completionLatch, stats, config);
        workers[i] = worker;/*from   w w  w. j a  v a 2  s .  c  om*/
    }

    final long deadline = config.getTimeLimit() != null ? config.getTimeLimit().toMillis() : Long.MAX_VALUE;

    final long startTime = System.currentTimeMillis();

    for (int i = 0; i < workers.length; i++) {
        workers[i].execute();
    }

    completionLatch.await(deadline, TimeUnit.MILLISECONDS);

    if (config.getVerbosity() >= 3) {
        System.out.println("...done");
    }

    final long endTime = System.currentTimeMillis();

    for (int i = 0; i < workers.length; i++) {
        workers[i].releaseResources();
    }

    return new Results(stats.getServerName(), stats.getVersion(), host.getHostName(),
            host.getPort() > 0 ? host.getPort() : host.getSchemeName().equalsIgnoreCase("https") ? 443 : 80,
            requestUri.toASCIIString(), stats.getContentLength(), config.getConcurrencyLevel(),
            endTime - startTime, stats.getSuccessCount(), stats.getFailureCount(), stats.getKeepAliveCount(),
            stats.getTotalBytesRecv(), stats.getTotalBytesSent(), stats.getTotalContentLength());
}