Examples with SearchRequest io.jans.scim.model.scim2.SearchRequest used on opensource projects

Example 26 with SearchRequest

use of io.jans.scim.model.scim2.SearchRequest in project oxTrust by GluuFederation.

the class GroupWebServiceDecorator method searchGroupsPost.

public Response searchGroupsPost(SearchRequest searchRequest) {
    SearchRequest searchReq = new SearchRequest();
    Response response = prepareSearchRequest(searchRequest.getSchemas(), searchRequest.getFilter(), searchRequest.getSortBy(), searchRequest.getSortOrder(), searchRequest.getStartIndex(), searchRequest.getCount(), searchRequest.getAttributesStr(), searchRequest.getExcludedAttributesStr(), searchReq);
    if (response == null) {
        response = service.searchGroupsPost(searchReq);
    }
    return response;
}

Example 27 with SearchRequest

use of io.jans.scim.model.scim2.SearchRequest in project oxTrust by GluuFederation.

the class SearchResourcesWebService method search.

@POST
@Consumes({ MEDIA_TYPE_SCIM_JSON, MediaType.APPLICATION_JSON })
@Produces({ MEDIA_TYPE_SCIM_JSON + UTF8_CHARSET_FRAGMENT, MediaType.APPLICATION_JSON + UTF8_CHARSET_FRAGMENT })
@HeaderParam("Accept")
@DefaultValue(MEDIA_TYPE_SCIM_JSON)
@ProtectedApi
@RefAdjusted
@ApiOperation(value = "General search POST /.search", notes = "Returns a list of resources (https://tools.ietf.org/html/rfc7644#section-3.4.3)", response = ListResponse.class)
public Response search(@ApiParam(value = "SearchRequest", required = true) SearchRequest searchRequest) {
    SearchRequest searchReq = new SearchRequest();
    Response response = prepareSearchRequest(searchRequest.getSchemas(), searchRequest.getFilter(), searchRequest.getSortBy(), searchRequest.getSortOrder(), searchRequest.getStartIndex(), searchRequest.getCount(), searchRequest.getAttributesStr(), searchRequest.getExcludedAttributesStr(), searchReq);
    if (response == null) {
        try {
            List<JsonNode> resources = new ArrayList<JsonNode>();
            Pair<Integer, Integer> totals = computeResults(searchReq, resources);
            ListResponseJsonSerializer custSerializer = new ListResponseJsonSerializer(resourceSerializer, searchReq.getAttributesStr(), searchReq.getExcludedAttributesStr(), searchReq.getCount() == 0);
            if (resources.size() > 0)
                custSerializer.setJsonResources(resources);
            ObjectMapper objmapper = new ObjectMapper();
            SimpleModule module = new SimpleModule("ListResponseModule", Version.unknownVersion());
            module.addSerializer(ListResponse.class, custSerializer);
            objmapper.registerModule(module);
            // Provide to constructor original start index, and totals calculated in computeResults call
            ListResponse listResponse = new ListResponse(searchReq.getStartIndex(), totals.getFirst(), totals.getSecond());
            String json = objmapper.writeValueAsString(listResponse);
            response = Response.ok(json).location(new URI(endpointUrl)).build();
        } catch (Exception e) {
            log.error("Failure at search method", e);
            response = getErrorResponse(Response.Status.INTERNAL_SERVER_ERROR, "Unexpected error: " + e.getMessage());
        }
    }
    return response;
}

Example 28 with SearchRequest

use of io.jans.scim.model.scim2.SearchRequest in project jans by JanssenProject.

the class SpecialCharsTest method equality.

@Test(dependsOnMethods = "containabilityAny")
public void equality() {
    // Based on usernames list built in test containabilityAny, n searches with EQ filter are issued
    for (String userName : userNames) {
        SearchRequest sr = new SearchRequest();
        sr.setFilter(String.format("userName eq \"%s\"", StringEscapeUtils.escapeJson(userName)));
        sr.setAttributes("userName, name.givenName");
        Response response = client.searchUsersPost(sr);
        UserResource user = (UserResource) response.readEntity(ListResponse.class).getResources().get(0);
        logger.info("User {} found with userName {}", user.getName().getGivenName(), user.getUserName());
        assertEquals(userName, user.getUserName());
    }
}

Example 29 with SearchRequest

use of io.jans.scim.model.scim2.SearchRequest in project jans by JanssenProject.

the class ComplexSearchUserTest method searchNoAttributesParam.

@Test
public void searchNoAttributesParam() {
    final String ims = "Skype";
    logger.debug("Searching users with attribute nickName existent or ims.value={} using POST verb", ims);
    SearchRequest sr = new SearchRequest();
    sr.setFilter("nickName pr or ims.value eq \"" + ims + "\"");
    Response response = client.searchUsersPost(sr);
    assertEquals(response.getStatus(), OK.getStatusCode());
    ListResponse listResponse = response.readEntity(ListResponse.class);
    if (listResponse.getResources() != null) {
        for (BaseScimResource resource : listResponse.getResources()) {
            UserResource other = (UserResource) resource;
            boolean c1 = other.getNickName() != null;
            boolean c2 = true;
            if (other.getIms() != null)
                c2 = other.getIms().stream().anyMatch(im -> im.getValue().toLowerCase().equals(ims.toLowerCase()));
            assertTrue(c1 || c2);
        }
    }
}

Example 30 with SearchRequest

use of io.jans.scim.model.scim2.SearchRequest in project jans by JanssenProject.

the class ComplexSearchUserTest method searchAttributesParam.

@Test
public void searchAttributesParam() throws Exception {
    int count = 3;
    List<String> attrList = Arrays.asList("name.familyName", "active");
    logger.debug("Searching at most {} users using POST verb", count);
    logger.debug("Sorted by family name descending");
    logger.debug("Retrieving only the attributes {}", attrList);
    SearchRequest sr = new SearchRequest();
    sr.setFilter("name.familyName pr");
    sr.setSortBy("name.familyName");
    sr.setSortOrder("descending");
    // Generate a string with the attributes desired to be returned separated by comma
    sr.setAttributes(attrList.toString().replaceFirst("\\[", "").replaceFirst("]", ""));
    sr.setCount(count);
    Response response = client.searchUsersPost(sr);
    assertEquals(response.getStatus(), OK.getStatusCode());
    ListResponse listResponse = response.readEntity(ListResponse.class);
    if (listResponse.getResources().size() < count)
        logger.warn("Less than {} users satisfying the criteria. TESTER please check manually", count);
    else {
        // Obtain an array of results
        UserResource[] users = listResponse.getResources().stream().map(usrClass::cast).collect(Collectors.toList()).toArray(new UserResource[0]);
        assertEquals(users.length, count);
        // Build a set of all attributes that should not appear in the response
        Set<String> check = new HashSet<>();
        check.addAll(IntrospectUtil.allAttrs.get(usrClass));
        // Remove from the ALL list, those requested plus its "parents"
        for (String attr : attrList) {
            String part = attr;
            for (int i = part.length(); i > 0; i = part.lastIndexOf(".")) {
                part = part.substring(0, i);
                check.remove(part);
            }
        }
        // Remove those that are ALWAYS present (per spec)
        check.removeAll(IntrospectUtil.alwaysCoreAttrs.get(usrClass).keySet());
        // Confirm for every user, those attributes are not there
        for (UserResource user : users) {
            for (String path : check) {
                String val = null;
                try {
                    val = BeanUtils.getProperty(user, path);
                } catch (NestedNullException nne) {
                // Intentionally left empty
                } finally {
                    assertNull(val);
                }
            }
        }
        boolean correctSorting = true;
        for (int i = 1; i < users.length && correctSorting; i++) {
            String familyName = users[i - 1].getName().getFamilyName();
            String familyName2 = users[i].getName().getFamilyName();
            // First string has to be greater than or equal second
            correctSorting = familyName.compareTo(familyName2) >= 0;
        }
        if (!correctSorting) {
            // LDAP may ignore case sensitivity, try again using lowercasing
            correctSorting = true;
            for (int i = 1; i < users.length && correctSorting; i++) {
                String familyName = users[i - 1].getName().getFamilyName().toLowerCase();
                String familyName2 = users[i].getName().getFamilyName().toLowerCase();
                // First string has to be greater than or equal second
                correctSorting = familyName.compareTo(familyName2) >= 0;
            }
        }
        assertTrue(correctSorting);
    }
}