import io.swagger.client.*;
import io.swagger.client.auth.*;
import io.swagger.client.model.*;
import io.swagger.client.api.DefaultApi;

import java.io.File;
import java.util.*;

public class DefaultApiExample {

    public static void main(String[] args) {
        
        DefaultApi apiInstance = new DefaultApi();
        String query = query_example; // String | A full text search query. Mulitple words are conjucted with AND
        String sortBy = sortBy_example; // String | The name of the field to sort the results by, scoring will be disabled when using sortBy
        String sortOrder = sortOrder_example; // String | The sort order when sortBy is specified
        Long page = 789; // Long | The page of the result of the current query, a value of 0 means no paging is applied
        Long pageSize = 789; // Long | The size of a page of the result of the current query
        String queryFields = queryFields_example; // String | A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology)
        String aggregate = aggregate_example; // String | Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider)
        String scoreAmountDeviation = scoreAmountDeviation_example; // String | The results will be scored by the amountDeviation value (Only specify the parameter name, no value required)
        String scoreCompleteness = scoreCompleteness_example; // String | The results will be scored by the completeness value (Only specify the parameter name, no value required)
        String scoreRepresentativeness = scoreRepresentativeness_example; // String | The results will be scored by the representativeness value (Only specify the parameter name, no value required)
        String scoreTime = scoreTime_example; // String | The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date.
        String scoreGeography = scoreGeography_example; // String | The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location.
        String scoreTechnology = scoreTechnology_example; // String | The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information.
        String format = format_example; // String | A filter for the format field
        String location = location_example; // String | A filter for the location field
        String dataprovider = dataprovider_example; // String | A filter for the dataprovider field
        String supportedNomenclatures = supportedNomenclatures_example; // String | A filter for the supportedNomenclatures field
        String lciaMethods = lciaMethods_example; // String | A filter for the lciaMethods field
        String categoryPaths = categoryPaths_example; // String | A filter for the categoryPaths field
        String unspscPaths = unspscPaths_example; // String | A filter for the unspscPaths field
        String co2pePaths = co2pePaths_example; // String | A filter for the co2pePaths field
        String processType = processType_example; // String | A filter for the processType field
        String representativenessType = representativenessType_example; // String | A filter for the representativenessType field
        String modelingType = modelingType_example; // String | A filter for the modelingType field
        String multifunctionalModeling = multifunctionalModeling_example; // String | A filter for the multifunctionalModeling field
        String biogenicCarbonModeling = biogenicCarbonModeling_example; // String | A filter for the biogenicCarbonModeling field
        String endOfLifeModeling = endOfLifeModeling_example; // String | A filter for the endOfLifeModeling field
        String waterModeling = waterModeling_example; // String | A filter for the waterModeling field
        String infrastructureModeling = infrastructureModeling_example; // String | A filter for the infrastructureModeling field
        String emissionModeling = emissionModeling_example; // String | A filter for the emissionModeling field
        String carbonStorageModeling = carbonStorageModeling_example; // String | A filter for the carbonStorageModeling field
        String sourceReliability = sourceReliability_example; // String | A filter for the sourceReliability field
        String aggregationType = aggregationType_example; // String | A filter for the aggregationType field
        String reviewType = reviewType_example; // String | A filter for the reviewType field
        String reviewSystem = reviewSystem_example; // String | A filter for the reviewSystem field
        String copyrightHolder = copyrightHolder_example; // String | A filter for the copyrightHolder field
        String contact = contact_example; // String | A filter for the contact field
        String reviewers = reviewers_example; // String | A filter for the reviewers field
        Long validFrom = 789; // Long | A filter for the validFrom field
        Long validUntil = 789; // Long | A filter for the validUntil field
        Integer validFromYear = 56; // Integer | A filter for the validFromYear field
        Integer validUntilYear = 56; // Integer | A filter for the validUntilYear field
        Double latitude = 1.2; // Double | A filter for the latitude field
        Double longitude = 1.2; // Double | A filter for the longitude field
        Double completeness = 1.2; // Double | A filter for the completeness field
        Double amountDeviation = 1.2; // Double | A filter for the amountDeviation field
        Double representativenessValue = 1.2; // Double | A filter for the representativenessValue field
        Boolean copyrightProtected = true; // Boolean | A filter for the copyrightProtected field
        Boolean free = true; // Boolean | A filter for the free field
        Boolean publiclyAccessible = true; // Boolean | A filter for the publiclyAccessible field
        try {
            Result result = apiInstance.searchGet(query, sortBy, sortOrder, page, pageSize, queryFields, aggregate, scoreAmountDeviation, scoreCompleteness, scoreRepresentativeness, scoreTime, scoreGeography, scoreTechnology, format, location, dataprovider, supportedNomenclatures, lciaMethods, categoryPaths, unspscPaths, co2pePaths, processType, representativenessType, modelingType, multifunctionalModeling, biogenicCarbonModeling, endOfLifeModeling, waterModeling, infrastructureModeling, emissionModeling, carbonStorageModeling, sourceReliability, aggregationType, reviewType, reviewSystem, copyrightHolder, contact, reviewers, validFrom, validUntil, validFromYear, validUntilYear, latitude, longitude, completeness, amountDeviation, representativenessValue, copyrightProtected, free, publiclyAccessible);
            System.out.println(result);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchGet");
            e.printStackTrace();
        }
    }
}

import io.swagger.client.api.DefaultApi;

public class DefaultApiExample {

    public static void main(String[] args) {
        DefaultApi apiInstance = new DefaultApi();
        String query = query_example; // String | A full text search query. Mulitple words are conjucted with AND
        String sortBy = sortBy_example; // String | The name of the field to sort the results by, scoring will be disabled when using sortBy
        String sortOrder = sortOrder_example; // String | The sort order when sortBy is specified
        Long page = 789; // Long | The page of the result of the current query, a value of 0 means no paging is applied
        Long pageSize = 789; // Long | The size of a page of the result of the current query
        String queryFields = queryFields_example; // String | A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology)
        String aggregate = aggregate_example; // String | Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider)
        String scoreAmountDeviation = scoreAmountDeviation_example; // String | The results will be scored by the amountDeviation value (Only specify the parameter name, no value required)
        String scoreCompleteness = scoreCompleteness_example; // String | The results will be scored by the completeness value (Only specify the parameter name, no value required)
        String scoreRepresentativeness = scoreRepresentativeness_example; // String | The results will be scored by the representativeness value (Only specify the parameter name, no value required)
        String scoreTime = scoreTime_example; // String | The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date.
        String scoreGeography = scoreGeography_example; // String | The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location.
        String scoreTechnology = scoreTechnology_example; // String | The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information.
        String format = format_example; // String | A filter for the format field
        String location = location_example; // String | A filter for the location field
        String dataprovider = dataprovider_example; // String | A filter for the dataprovider field
        String supportedNomenclatures = supportedNomenclatures_example; // String | A filter for the supportedNomenclatures field
        String lciaMethods = lciaMethods_example; // String | A filter for the lciaMethods field
        String categoryPaths = categoryPaths_example; // String | A filter for the categoryPaths field
        String unspscPaths = unspscPaths_example; // String | A filter for the unspscPaths field
        String co2pePaths = co2pePaths_example; // String | A filter for the co2pePaths field
        String processType = processType_example; // String | A filter for the processType field
        String representativenessType = representativenessType_example; // String | A filter for the representativenessType field
        String modelingType = modelingType_example; // String | A filter for the modelingType field
        String multifunctionalModeling = multifunctionalModeling_example; // String | A filter for the multifunctionalModeling field
        String biogenicCarbonModeling = biogenicCarbonModeling_example; // String | A filter for the biogenicCarbonModeling field
        String endOfLifeModeling = endOfLifeModeling_example; // String | A filter for the endOfLifeModeling field
        String waterModeling = waterModeling_example; // String | A filter for the waterModeling field
        String infrastructureModeling = infrastructureModeling_example; // String | A filter for the infrastructureModeling field
        String emissionModeling = emissionModeling_example; // String | A filter for the emissionModeling field
        String carbonStorageModeling = carbonStorageModeling_example; // String | A filter for the carbonStorageModeling field
        String sourceReliability = sourceReliability_example; // String | A filter for the sourceReliability field
        String aggregationType = aggregationType_example; // String | A filter for the aggregationType field
        String reviewType = reviewType_example; // String | A filter for the reviewType field
        String reviewSystem = reviewSystem_example; // String | A filter for the reviewSystem field
        String copyrightHolder = copyrightHolder_example; // String | A filter for the copyrightHolder field
        String contact = contact_example; // String | A filter for the contact field
        String reviewers = reviewers_example; // String | A filter for the reviewers field
        Long validFrom = 789; // Long | A filter for the validFrom field
        Long validUntil = 789; // Long | A filter for the validUntil field
        Integer validFromYear = 56; // Integer | A filter for the validFromYear field
        Integer validUntilYear = 56; // Integer | A filter for the validUntilYear field
        Double latitude = 1.2; // Double | A filter for the latitude field
        Double longitude = 1.2; // Double | A filter for the longitude field
        Double completeness = 1.2; // Double | A filter for the completeness field
        Double amountDeviation = 1.2; // Double | A filter for the amountDeviation field
        Double representativenessValue = 1.2; // Double | A filter for the representativenessValue field
        Boolean copyrightProtected = true; // Boolean | A filter for the copyrightProtected field
        Boolean free = true; // Boolean | A filter for the free field
        Boolean publiclyAccessible = true; // Boolean | A filter for the publiclyAccessible field
        try {
            Result result = apiInstance.searchGet(query, sortBy, sortOrder, page, pageSize, queryFields, aggregate, scoreAmountDeviation, scoreCompleteness, scoreRepresentativeness, scoreTime, scoreGeography, scoreTechnology, format, location, dataprovider, supportedNomenclatures, lciaMethods, categoryPaths, unspscPaths, co2pePaths, processType, representativenessType, modelingType, multifunctionalModeling, biogenicCarbonModeling, endOfLifeModeling, waterModeling, infrastructureModeling, emissionModeling, carbonStorageModeling, sourceReliability, aggregationType, reviewType, reviewSystem, copyrightHolder, contact, reviewers, validFrom, validUntil, validFromYear, validUntilYear, latitude, longitude, completeness, amountDeviation, representativenessValue, copyrightProtected, free, publiclyAccessible);
            System.out.println(result);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchGet");
            e.printStackTrace();
        }
    }
}

String *query = query_example; // A full text search query. Mulitple words are conjucted with AND (optional)
String *sortBy = sortBy_example; // The name of the field to sort the results by, scoring will be disabled when using sortBy (optional)
String *sortOrder = sortOrder_example; // The sort order when sortBy is specified (optional) (default to ASC)
Long *page = 789; // The page of the result of the current query, a value of 0 means no paging is applied (optional) (default to 1)
Long *pageSize = 789; // The size of a page of the result of the current query (optional) (default to 10)
String *queryFields = queryFields_example; // A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology) (optional)
String *aggregate = aggregate_example; // Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider) (optional)
String *scoreAmountDeviation = scoreAmountDeviation_example; // The results will be scored by the amountDeviation value (Only specify the parameter name, no value required) (optional)
String *scoreCompleteness = scoreCompleteness_example; // The results will be scored by the completeness value (Only specify the parameter name, no value required) (optional)
String *scoreRepresentativeness = scoreRepresentativeness_example; // The results will be scored by the representativeness value (Only specify the parameter name, no value required) (optional)
String *scoreTime = scoreTime_example; // The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date. (optional)
String *scoreGeography = scoreGeography_example; // The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location. (optional)
String *scoreTechnology = scoreTechnology_example; // The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information. (optional)
String *format = format_example; // A filter for the format field (optional)
String *location = location_example; // A filter for the location field (optional)
String *dataprovider = dataprovider_example; // A filter for the dataprovider field (optional)
String *supportedNomenclatures = supportedNomenclatures_example; // A filter for the supportedNomenclatures field (optional)
String *lciaMethods = lciaMethods_example; // A filter for the lciaMethods field (optional)
String *categoryPaths = categoryPaths_example; // A filter for the categoryPaths field (optional)
String *unspscPaths = unspscPaths_example; // A filter for the unspscPaths field (optional)
String *co2pePaths = co2pePaths_example; // A filter for the co2pePaths field (optional)
String *processType = processType_example; // A filter for the processType field (optional)
String *representativenessType = representativenessType_example; // A filter for the representativenessType field (optional)
String *modelingType = modelingType_example; // A filter for the modelingType field (optional)
String *multifunctionalModeling = multifunctionalModeling_example; // A filter for the multifunctionalModeling field (optional)
String *biogenicCarbonModeling = biogenicCarbonModeling_example; // A filter for the biogenicCarbonModeling field (optional)
String *endOfLifeModeling = endOfLifeModeling_example; // A filter for the endOfLifeModeling field (optional)
String *waterModeling = waterModeling_example; // A filter for the waterModeling field (optional)
String *infrastructureModeling = infrastructureModeling_example; // A filter for the infrastructureModeling field (optional)
String *emissionModeling = emissionModeling_example; // A filter for the emissionModeling field (optional)
String *carbonStorageModeling = carbonStorageModeling_example; // A filter for the carbonStorageModeling field (optional)
String *sourceReliability = sourceReliability_example; // A filter for the sourceReliability field (optional)
String *aggregationType = aggregationType_example; // A filter for the aggregationType field (optional)
String *reviewType = reviewType_example; // A filter for the reviewType field (optional)
String *reviewSystem = reviewSystem_example; // A filter for the reviewSystem field (optional)
String *copyrightHolder = copyrightHolder_example; // A filter for the copyrightHolder field (optional)
String *contact = contact_example; // A filter for the contact field (optional)
String *reviewers = reviewers_example; // A filter for the reviewers field (optional)
Long *validFrom = 789; // A filter for the validFrom field (optional)
Long *validUntil = 789; // A filter for the validUntil field (optional)
Integer *validFromYear = 56; // A filter for the validFromYear field (optional)
Integer *validUntilYear = 56; // A filter for the validUntilYear field (optional)
Double *latitude = 1.2; // A filter for the latitude field (optional)
Double *longitude = 1.2; // A filter for the longitude field (optional)
Double *completeness = 1.2; // A filter for the completeness field (optional)
Double *amountDeviation = 1.2; // A filter for the amountDeviation field (optional)
Double *representativenessValue = 1.2; // A filter for the representativenessValue field (optional)
Boolean *copyrightProtected = true; // A filter for the copyrightProtected field (optional)
Boolean *free = true; // A filter for the free field (optional)
Boolean *publiclyAccessible = true; // A filter for the publiclyAccessible field (optional)

DefaultApi *apiInstance = [[DefaultApi alloc] init];

// Search for data sets (numeric filters can use '<', '>', and ',' to specify ranges). e.g. validUntilYear=<2010 or validUntilYear=2000,2010 (all data sets in between 2000 and 2010). Boolean filters accept 'true' and 'false'
[apiInstance searchGetWith:query
    sortBy:sortBy
    sortOrder:sortOrder
    page:page
    pageSize:pageSize
    queryFields:queryFields
    aggregate:aggregate
    scoreAmountDeviation:scoreAmountDeviation
    scoreCompleteness:scoreCompleteness
    scoreRepresentativeness:scoreRepresentativeness
    scoreTime:scoreTime
    scoreGeography:scoreGeography
    scoreTechnology:scoreTechnology
    format:format
    location:location
    dataprovider:dataprovider
    supportedNomenclatures:supportedNomenclatures
    lciaMethods:lciaMethods
    categoryPaths:categoryPaths
    unspscPaths:unspscPaths
    co2pePaths:co2pePaths
    processType:processType
    representativenessType:representativenessType
    modelingType:modelingType
    multifunctionalModeling:multifunctionalModeling
    biogenicCarbonModeling:biogenicCarbonModeling
    endOfLifeModeling:endOfLifeModeling
    waterModeling:waterModeling
    infrastructureModeling:infrastructureModeling
    emissionModeling:emissionModeling
    carbonStorageModeling:carbonStorageModeling
    sourceReliability:sourceReliability
    aggregationType:aggregationType
    reviewType:reviewType
    reviewSystem:reviewSystem
    copyrightHolder:copyrightHolder
    contact:contact
    reviewers:reviewers
    validFrom:validFrom
    validUntil:validUntil
    validFromYear:validFromYear
    validUntilYear:validUntilYear
    latitude:latitude
    longitude:longitude
    completeness:completeness
    amountDeviation:amountDeviation
    representativenessValue:representativenessValue
    copyrightProtected:copyrightProtected
    free:free
    publiclyAccessible:publiclyAccessible
              completionHandler: ^(Result output, NSError* error) {
                            if (output) {
                                NSLog(@"%@", output);
                            }
                            if (error) {
                                NSLog(@"Error: %@", error);
                            }
                        }];

var LcaSearchRestService = require('lca_search_rest_service');

var api = new LcaSearchRestService.DefaultApi()

var opts = { 
  'query': query_example, // {String} A full text search query. Mulitple words are conjucted with AND
  'sortBy': sortBy_example, // {String} The name of the field to sort the results by, scoring will be disabled when using sortBy
  'sortOrder': sortOrder_example, // {String} The sort order when sortBy is specified
  'page': 789, // {Long} The page of the result of the current query, a value of 0 means no paging is applied
  'pageSize': 789, // {Long} The size of a page of the result of the current query
  'queryFields': queryFields_example, // {String} A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology)
  'aggregate': aggregate_example, // {String} Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider)
  'scoreAmountDeviation': scoreAmountDeviation_example, // {String} The results will be scored by the amountDeviation value (Only specify the parameter name, no value required)
  'scoreCompleteness': scoreCompleteness_example, // {String} The results will be scored by the completeness value (Only specify the parameter name, no value required)
  'scoreRepresentativeness': scoreRepresentativeness_example, // {String} The results will be scored by the representativeness value (Only specify the parameter name, no value required)
  'scoreTime': scoreTime_example, // {String} The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date.
  'scoreGeography': scoreGeography_example, // {String} The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location.
  'scoreTechnology': scoreTechnology_example, // {String} The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information.
  'format': format_example, // {String} A filter for the format field
  'location': location_example, // {String} A filter for the location field
  'dataprovider': dataprovider_example, // {String} A filter for the dataprovider field
  'supportedNomenclatures': supportedNomenclatures_example, // {String} A filter for the supportedNomenclatures field
  'lciaMethods': lciaMethods_example, // {String} A filter for the lciaMethods field
  'categoryPaths': categoryPaths_example, // {String} A filter for the categoryPaths field
  'unspscPaths': unspscPaths_example, // {String} A filter for the unspscPaths field
  'co2pePaths': co2pePaths_example, // {String} A filter for the co2pePaths field
  'processType': processType_example, // {String} A filter for the processType field
  'representativenessType': representativenessType_example, // {String} A filter for the representativenessType field
  'modelingType': modelingType_example, // {String} A filter for the modelingType field
  'multifunctionalModeling': multifunctionalModeling_example, // {String} A filter for the multifunctionalModeling field
  'biogenicCarbonModeling': biogenicCarbonModeling_example, // {String} A filter for the biogenicCarbonModeling field
  'endOfLifeModeling': endOfLifeModeling_example, // {String} A filter for the endOfLifeModeling field
  'waterModeling': waterModeling_example, // {String} A filter for the waterModeling field
  'infrastructureModeling': infrastructureModeling_example, // {String} A filter for the infrastructureModeling field
  'emissionModeling': emissionModeling_example, // {String} A filter for the emissionModeling field
  'carbonStorageModeling': carbonStorageModeling_example, // {String} A filter for the carbonStorageModeling field
  'sourceReliability': sourceReliability_example, // {String} A filter for the sourceReliability field
  'aggregationType': aggregationType_example, // {String} A filter for the aggregationType field
  'reviewType': reviewType_example, // {String} A filter for the reviewType field
  'reviewSystem': reviewSystem_example, // {String} A filter for the reviewSystem field
  'copyrightHolder': copyrightHolder_example, // {String} A filter for the copyrightHolder field
  'contact': contact_example, // {String} A filter for the contact field
  'reviewers': reviewers_example, // {String} A filter for the reviewers field
  'validFrom': 789, // {Long} A filter for the validFrom field
  'validUntil': 789, // {Long} A filter for the validUntil field
  'validFromYear': 56, // {Integer} A filter for the validFromYear field
  'validUntilYear': 56, // {Integer} A filter for the validUntilYear field
  'latitude': 1.2, // {Double} A filter for the latitude field
  'longitude': 1.2, // {Double} A filter for the longitude field
  'completeness': 1.2, // {Double} A filter for the completeness field
  'amountDeviation': 1.2, // {Double} A filter for the amountDeviation field
  'representativenessValue': 1.2, // {Double} A filter for the representativenessValue field
  'copyrightProtected': true, // {Boolean} A filter for the copyrightProtected field
  'free': true, // {Boolean} A filter for the free field
  'publiclyAccessible': true // {Boolean} A filter for the publiclyAccessible field
};

var callback = function(error, data, response) {
  if (error) {
    console.error(error);
  } else {
    console.log('API called successfully. Returned data: ' + data);
  }
};
api.searchGet(opts, callback);

using System;
using System.Diagnostics;
using IO.Swagger.Api;
using IO.Swagger.Client;
using IO.Swagger.Model;

namespace Example
{
    public class searchGetExample
    {
        public void main()
        {
            
            var apiInstance = new DefaultApi();
            var query = query_example;  // String | A full text search query. Mulitple words are conjucted with AND (optional) 
            var sortBy = sortBy_example;  // String | The name of the field to sort the results by, scoring will be disabled when using sortBy (optional) 
            var sortOrder = sortOrder_example;  // String | The sort order when sortBy is specified (optional)  (default to ASC)
            var page = 789;  // Long | The page of the result of the current query, a value of 0 means no paging is applied (optional)  (default to 1)
            var pageSize = 789;  // Long | The size of a page of the result of the current query (optional)  (default to 10)
            var queryFields = queryFields_example;  // String | A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology) (optional) 
            var aggregate = aggregate_example;  // String | Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider) (optional) 
            var scoreAmountDeviation = scoreAmountDeviation_example;  // String | The results will be scored by the amountDeviation value (Only specify the parameter name, no value required) (optional) 
            var scoreCompleteness = scoreCompleteness_example;  // String | The results will be scored by the completeness value (Only specify the parameter name, no value required) (optional) 
            var scoreRepresentativeness = scoreRepresentativeness_example;  // String | The results will be scored by the representativeness value (Only specify the parameter name, no value required) (optional) 
            var scoreTime = scoreTime_example;  // String | The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date. (optional) 
            var scoreGeography = scoreGeography_example;  // String | The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location. (optional) 
            var scoreTechnology = scoreTechnology_example;  // String | The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information. (optional) 
            var format = format_example;  // String | A filter for the format field (optional) 
            var location = location_example;  // String | A filter for the location field (optional) 
            var dataprovider = dataprovider_example;  // String | A filter for the dataprovider field (optional) 
            var supportedNomenclatures = supportedNomenclatures_example;  // String | A filter for the supportedNomenclatures field (optional) 
            var lciaMethods = lciaMethods_example;  // String | A filter for the lciaMethods field (optional) 
            var categoryPaths = categoryPaths_example;  // String | A filter for the categoryPaths field (optional) 
            var unspscPaths = unspscPaths_example;  // String | A filter for the unspscPaths field (optional) 
            var co2pePaths = co2pePaths_example;  // String | A filter for the co2pePaths field (optional) 
            var processType = processType_example;  // String | A filter for the processType field (optional) 
            var representativenessType = representativenessType_example;  // String | A filter for the representativenessType field (optional) 
            var modelingType = modelingType_example;  // String | A filter for the modelingType field (optional) 
            var multifunctionalModeling = multifunctionalModeling_example;  // String | A filter for the multifunctionalModeling field (optional) 
            var biogenicCarbonModeling = biogenicCarbonModeling_example;  // String | A filter for the biogenicCarbonModeling field (optional) 
            var endOfLifeModeling = endOfLifeModeling_example;  // String | A filter for the endOfLifeModeling field (optional) 
            var waterModeling = waterModeling_example;  // String | A filter for the waterModeling field (optional) 
            var infrastructureModeling = infrastructureModeling_example;  // String | A filter for the infrastructureModeling field (optional) 
            var emissionModeling = emissionModeling_example;  // String | A filter for the emissionModeling field (optional) 
            var carbonStorageModeling = carbonStorageModeling_example;  // String | A filter for the carbonStorageModeling field (optional) 
            var sourceReliability = sourceReliability_example;  // String | A filter for the sourceReliability field (optional) 
            var aggregationType = aggregationType_example;  // String | A filter for the aggregationType field (optional) 
            var reviewType = reviewType_example;  // String | A filter for the reviewType field (optional) 
            var reviewSystem = reviewSystem_example;  // String | A filter for the reviewSystem field (optional) 
            var copyrightHolder = copyrightHolder_example;  // String | A filter for the copyrightHolder field (optional) 
            var contact = contact_example;  // String | A filter for the contact field (optional) 
            var reviewers = reviewers_example;  // String | A filter for the reviewers field (optional) 
            var validFrom = 789;  // Long | A filter for the validFrom field (optional) 
            var validUntil = 789;  // Long | A filter for the validUntil field (optional) 
            var validFromYear = 56;  // Integer | A filter for the validFromYear field (optional) 
            var validUntilYear = 56;  // Integer | A filter for the validUntilYear field (optional) 
            var latitude = 1.2;  // Double | A filter for the latitude field (optional) 
            var longitude = 1.2;  // Double | A filter for the longitude field (optional) 
            var completeness = 1.2;  // Double | A filter for the completeness field (optional) 
            var amountDeviation = 1.2;  // Double | A filter for the amountDeviation field (optional) 
            var representativenessValue = 1.2;  // Double | A filter for the representativenessValue field (optional) 
            var copyrightProtected = true;  // Boolean | A filter for the copyrightProtected field (optional) 
            var free = true;  // Boolean | A filter for the free field (optional) 
            var publiclyAccessible = true;  // Boolean | A filter for the publiclyAccessible field (optional) 

            try
            {
                // Search for data sets (numeric filters can use '<', '>', and ',' to specify ranges). e.g. validUntilYear=<2010 or validUntilYear=2000,2010 (all data sets in between 2000 and 2010). Boolean filters accept 'true' and 'false'
                Result result = apiInstance.searchGet(query, sortBy, sortOrder, page, pageSize, queryFields, aggregate, scoreAmountDeviation, scoreCompleteness, scoreRepresentativeness, scoreTime, scoreGeography, scoreTechnology, format, location, dataprovider, supportedNomenclatures, lciaMethods, categoryPaths, unspscPaths, co2pePaths, processType, representativenessType, modelingType, multifunctionalModeling, biogenicCarbonModeling, endOfLifeModeling, waterModeling, infrastructureModeling, emissionModeling, carbonStorageModeling, sourceReliability, aggregationType, reviewType, reviewSystem, copyrightHolder, contact, reviewers, validFrom, validUntil, validFromYear, validUntilYear, latitude, longitude, completeness, amountDeviation, representativenessValue, copyrightProtected, free, publiclyAccessible);
                Debug.WriteLine(result);
            }
            catch (Exception e)
            {
                Debug.Print("Exception when calling DefaultApi.searchGet: " + e.Message );
            }
        }
    }
}

<?php
require_once(__DIR__ . '/vendor/autoload.php');

$api_instance = new Swagger\Client\Api\DefaultApi();
$query = query_example; // String | A full text search query. Mulitple words are conjucted with AND
$sortBy = sortBy_example; // String | The name of the field to sort the results by, scoring will be disabled when using sortBy
$sortOrder = sortOrder_example; // String | The sort order when sortBy is specified
$page = 789; // Long | The page of the result of the current query, a value of 0 means no paging is applied
$pageSize = 789; // Long | The size of a page of the result of the current query
$queryFields = queryFields_example; // String | A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology)
$aggregate = aggregate_example; // String | Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider)
$scoreAmountDeviation = scoreAmountDeviation_example; // String | The results will be scored by the amountDeviation value (Only specify the parameter name, no value required)
$scoreCompleteness = scoreCompleteness_example; // String | The results will be scored by the completeness value (Only specify the parameter name, no value required)
$scoreRepresentativeness = scoreRepresentativeness_example; // String | The results will be scored by the representativeness value (Only specify the parameter name, no value required)
$scoreTime = scoreTime_example; // String | The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date.
$scoreGeography = scoreGeography_example; // String | The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location.
$scoreTechnology = scoreTechnology_example; // String | The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information.
$format = format_example; // String | A filter for the format field
$location = location_example; // String | A filter for the location field
$dataprovider = dataprovider_example; // String | A filter for the dataprovider field
$supportedNomenclatures = supportedNomenclatures_example; // String | A filter for the supportedNomenclatures field
$lciaMethods = lciaMethods_example; // String | A filter for the lciaMethods field
$categoryPaths = categoryPaths_example; // String | A filter for the categoryPaths field
$unspscPaths = unspscPaths_example; // String | A filter for the unspscPaths field
$co2pePaths = co2pePaths_example; // String | A filter for the co2pePaths field
$processType = processType_example; // String | A filter for the processType field
$representativenessType = representativenessType_example; // String | A filter for the representativenessType field
$modelingType = modelingType_example; // String | A filter for the modelingType field
$multifunctionalModeling = multifunctionalModeling_example; // String | A filter for the multifunctionalModeling field
$biogenicCarbonModeling = biogenicCarbonModeling_example; // String | A filter for the biogenicCarbonModeling field
$endOfLifeModeling = endOfLifeModeling_example; // String | A filter for the endOfLifeModeling field
$waterModeling = waterModeling_example; // String | A filter for the waterModeling field
$infrastructureModeling = infrastructureModeling_example; // String | A filter for the infrastructureModeling field
$emissionModeling = emissionModeling_example; // String | A filter for the emissionModeling field
$carbonStorageModeling = carbonStorageModeling_example; // String | A filter for the carbonStorageModeling field
$sourceReliability = sourceReliability_example; // String | A filter for the sourceReliability field
$aggregationType = aggregationType_example; // String | A filter for the aggregationType field
$reviewType = reviewType_example; // String | A filter for the reviewType field
$reviewSystem = reviewSystem_example; // String | A filter for the reviewSystem field
$copyrightHolder = copyrightHolder_example; // String | A filter for the copyrightHolder field
$contact = contact_example; // String | A filter for the contact field
$reviewers = reviewers_example; // String | A filter for the reviewers field
$validFrom = 789; // Long | A filter for the validFrom field
$validUntil = 789; // Long | A filter for the validUntil field
$validFromYear = 56; // Integer | A filter for the validFromYear field
$validUntilYear = 56; // Integer | A filter for the validUntilYear field
$latitude = 1.2; // Double | A filter for the latitude field
$longitude = 1.2; // Double | A filter for the longitude field
$completeness = 1.2; // Double | A filter for the completeness field
$amountDeviation = 1.2; // Double | A filter for the amountDeviation field
$representativenessValue = 1.2; // Double | A filter for the representativenessValue field
$copyrightProtected = true; // Boolean | A filter for the copyrightProtected field
$free = true; // Boolean | A filter for the free field
$publiclyAccessible = true; // Boolean | A filter for the publiclyAccessible field

try {
    $result = $api_instance->searchGet($query, $sortBy, $sortOrder, $page, $pageSize, $queryFields, $aggregate, $scoreAmountDeviation, $scoreCompleteness, $scoreRepresentativeness, $scoreTime, $scoreGeography, $scoreTechnology, $format, $location, $dataprovider, $supportedNomenclatures, $lciaMethods, $categoryPaths, $unspscPaths, $co2pePaths, $processType, $representativenessType, $modelingType, $multifunctionalModeling, $biogenicCarbonModeling, $endOfLifeModeling, $waterModeling, $infrastructureModeling, $emissionModeling, $carbonStorageModeling, $sourceReliability, $aggregationType, $reviewType, $reviewSystem, $copyrightHolder, $contact, $reviewers, $validFrom, $validUntil, $validFromYear, $validUntilYear, $latitude, $longitude, $completeness, $amountDeviation, $representativenessValue, $copyrightProtected, $free, $publiclyAccessible);
    print_r($result);
} catch (Exception $e) {
    echo 'Exception when calling DefaultApi->searchGet: ', $e->getMessage(), PHP_EOL;
}
?>

use Data::Dumper;
use WWW::SwaggerClient::Configuration;
use WWW::SwaggerClient::DefaultApi;

my $api_instance = WWW::SwaggerClient::DefaultApi->new();
my $query = query_example; # String | A full text search query. Mulitple words are conjucted with AND
my $sortBy = sortBy_example; # String | The name of the field to sort the results by, scoring will be disabled when using sortBy
my $sortOrder = sortOrder_example; # String | The sort order when sortBy is specified
my $page = 789; # Long | The page of the result of the current query, a value of 0 means no paging is applied
my $pageSize = 789; # Long | The size of a page of the result of the current query
my $queryFields = queryFields_example; # String | A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology)
my $aggregate = aggregate_example; # String | Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider)
my $scoreAmountDeviation = scoreAmountDeviation_example; # String | The results will be scored by the amountDeviation value (Only specify the parameter name, no value required)
my $scoreCompleteness = scoreCompleteness_example; # String | The results will be scored by the completeness value (Only specify the parameter name, no value required)
my $scoreRepresentativeness = scoreRepresentativeness_example; # String | The results will be scored by the representativeness value (Only specify the parameter name, no value required)
my $scoreTime = scoreTime_example; # String | The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date.
my $scoreGeography = scoreGeography_example; # String | The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location.
my $scoreTechnology = scoreTechnology_example; # String | The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information.
my $format = format_example; # String | A filter for the format field
my $location = location_example; # String | A filter for the location field
my $dataprovider = dataprovider_example; # String | A filter for the dataprovider field
my $supportedNomenclatures = supportedNomenclatures_example; # String | A filter for the supportedNomenclatures field
my $lciaMethods = lciaMethods_example; # String | A filter for the lciaMethods field
my $categoryPaths = categoryPaths_example; # String | A filter for the categoryPaths field
my $unspscPaths = unspscPaths_example; # String | A filter for the unspscPaths field
my $co2pePaths = co2pePaths_example; # String | A filter for the co2pePaths field
my $processType = processType_example; # String | A filter for the processType field
my $representativenessType = representativenessType_example; # String | A filter for the representativenessType field
my $modelingType = modelingType_example; # String | A filter for the modelingType field
my $multifunctionalModeling = multifunctionalModeling_example; # String | A filter for the multifunctionalModeling field
my $biogenicCarbonModeling = biogenicCarbonModeling_example; # String | A filter for the biogenicCarbonModeling field
my $endOfLifeModeling = endOfLifeModeling_example; # String | A filter for the endOfLifeModeling field
my $waterModeling = waterModeling_example; # String | A filter for the waterModeling field
my $infrastructureModeling = infrastructureModeling_example; # String | A filter for the infrastructureModeling field
my $emissionModeling = emissionModeling_example; # String | A filter for the emissionModeling field
my $carbonStorageModeling = carbonStorageModeling_example; # String | A filter for the carbonStorageModeling field
my $sourceReliability = sourceReliability_example; # String | A filter for the sourceReliability field
my $aggregationType = aggregationType_example; # String | A filter for the aggregationType field
my $reviewType = reviewType_example; # String | A filter for the reviewType field
my $reviewSystem = reviewSystem_example; # String | A filter for the reviewSystem field
my $copyrightHolder = copyrightHolder_example; # String | A filter for the copyrightHolder field
my $contact = contact_example; # String | A filter for the contact field
my $reviewers = reviewers_example; # String | A filter for the reviewers field
my $validFrom = 789; # Long | A filter for the validFrom field
my $validUntil = 789; # Long | A filter for the validUntil field
my $validFromYear = 56; # Integer | A filter for the validFromYear field
my $validUntilYear = 56; # Integer | A filter for the validUntilYear field
my $latitude = 1.2; # Double | A filter for the latitude field
my $longitude = 1.2; # Double | A filter for the longitude field
my $completeness = 1.2; # Double | A filter for the completeness field
my $amountDeviation = 1.2; # Double | A filter for the amountDeviation field
my $representativenessValue = 1.2; # Double | A filter for the representativenessValue field
my $copyrightProtected = true; # Boolean | A filter for the copyrightProtected field
my $free = true; # Boolean | A filter for the free field
my $publiclyAccessible = true; # Boolean | A filter for the publiclyAccessible field

eval { 
    my $result = $api_instance->searchGet(query => $query, sortBy => $sortBy, sortOrder => $sortOrder, page => $page, pageSize => $pageSize, queryFields => $queryFields, aggregate => $aggregate, scoreAmountDeviation => $scoreAmountDeviation, scoreCompleteness => $scoreCompleteness, scoreRepresentativeness => $scoreRepresentativeness, scoreTime => $scoreTime, scoreGeography => $scoreGeography, scoreTechnology => $scoreTechnology, format => $format, location => $location, dataprovider => $dataprovider, supportedNomenclatures => $supportedNomenclatures, lciaMethods => $lciaMethods, categoryPaths => $categoryPaths, unspscPaths => $unspscPaths, co2pePaths => $co2pePaths, processType => $processType, representativenessType => $representativenessType, modelingType => $modelingType, multifunctionalModeling => $multifunctionalModeling, biogenicCarbonModeling => $biogenicCarbonModeling, endOfLifeModeling => $endOfLifeModeling, waterModeling => $waterModeling, infrastructureModeling => $infrastructureModeling, emissionModeling => $emissionModeling, carbonStorageModeling => $carbonStorageModeling, sourceReliability => $sourceReliability, aggregationType => $aggregationType, reviewType => $reviewType, reviewSystem => $reviewSystem, copyrightHolder => $copyrightHolder, contact => $contact, reviewers => $reviewers, validFrom => $validFrom, validUntil => $validUntil, validFromYear => $validFromYear, validUntilYear => $validUntilYear, latitude => $latitude, longitude => $longitude, completeness => $completeness, amountDeviation => $amountDeviation, representativenessValue => $representativenessValue, copyrightProtected => $copyrightProtected, free => $free, publiclyAccessible => $publiclyAccessible);
    print Dumper($result);
};
if ($@) {
    warn "Exception when calling DefaultApi->searchGet: $@\n";
}

from __future__ import print_statement
import time
import swagger_client
from swagger_client.rest import ApiException
from pprint import pprint

# create an instance of the API class
api_instance = swagger_client.DefaultApi()
query = query_example # String | A full text search query. Mulitple words are conjucted with AND (optional)
sortBy = sortBy_example # String | The name of the field to sort the results by, scoring will be disabled when using sortBy (optional)
sortOrder = sortOrder_example # String | The sort order when sortBy is specified (optional) (default to ASC)
page = 789 # Long | The page of the result of the current query, a value of 0 means no paging is applied (optional) (default to 1)
pageSize = 789 # Long | The size of a page of the result of the current query (optional) (default to 10)
queryFields = queryFields_example # String | A comma separated list of fields to use for querying, if none is specified, all available fields will be queried (name, description, category, technology) (optional)
aggregate = aggregate_example # String | Specify which aggregations should be applied and returned. If none is specified, all available aggregations will be applied (supportedNomenclatures, multifunctionalModeling, modelingType, aggregationType, co2pePaths, categoryPaths, biogenicCarbonModeling, copyrightProtected, reviewType, unspscPaths, waterModeling, lciaMethods, representativenessType, validFromYear, publiclyAccessible, emissionModeling, infrastructureModeling, processType, free, sourceReliability, endOfLifeModeling, format, reviewSystem, location, validUntilYear, carbonStorageModeling, dataprovider) (optional)
scoreAmountDeviation = scoreAmountDeviation_example # String | The results will be scored by the amountDeviation value (Only specify the parameter name, no value required) (optional)
scoreCompleteness = scoreCompleteness_example # String | The results will be scored by the completeness value (Only specify the parameter name, no value required) (optional)
scoreRepresentativeness = scoreRepresentativeness_example # String | The results will be scored by the representativeness value (Only specify the parameter name, no value required) (optional)
scoreTime = scoreTime_example # String | The results will be scored by the time information, specify a long value as a date The results will be scored according to the difference to the specified date. (optional)
scoreGeography = scoreGeography_example # String | The results will be scored by the geography information, specify latitude and longitude as double values, separated by a comma (52.13,42.12). The results will be scored according to the distance to the specified location. (optional)
scoreTechnology = scoreTechnology_example # String | The results will be scored by the technology information, specify a UNSPSC code and CO2PE code, separated by a comma (e.g. 50454302,1.1.1). The results will be scored according to a combination of assessed differences to the specified technology information. (optional)
format = format_example # String | A filter for the format field (optional)
location = location_example # String | A filter for the location field (optional)
dataprovider = dataprovider_example # String | A filter for the dataprovider field (optional)
supportedNomenclatures = supportedNomenclatures_example # String | A filter for the supportedNomenclatures field (optional)
lciaMethods = lciaMethods_example # String | A filter for the lciaMethods field (optional)
categoryPaths = categoryPaths_example # String | A filter for the categoryPaths field (optional)
unspscPaths = unspscPaths_example # String | A filter for the unspscPaths field (optional)
co2pePaths = co2pePaths_example # String | A filter for the co2pePaths field (optional)
processType = processType_example # String | A filter for the processType field (optional)
representativenessType = representativenessType_example # String | A filter for the representativenessType field (optional)
modelingType = modelingType_example # String | A filter for the modelingType field (optional)
multifunctionalModeling = multifunctionalModeling_example # String | A filter for the multifunctionalModeling field (optional)
biogenicCarbonModeling = biogenicCarbonModeling_example # String | A filter for the biogenicCarbonModeling field (optional)
endOfLifeModeling = endOfLifeModeling_example # String | A filter for the endOfLifeModeling field (optional)
waterModeling = waterModeling_example # String | A filter for the waterModeling field (optional)
infrastructureModeling = infrastructureModeling_example # String | A filter for the infrastructureModeling field (optional)
emissionModeling = emissionModeling_example # String | A filter for the emissionModeling field (optional)
carbonStorageModeling = carbonStorageModeling_example # String | A filter for the carbonStorageModeling field (optional)
sourceReliability = sourceReliability_example # String | A filter for the sourceReliability field (optional)
aggregationType = aggregationType_example # String | A filter for the aggregationType field (optional)
reviewType = reviewType_example # String | A filter for the reviewType field (optional)
reviewSystem = reviewSystem_example # String | A filter for the reviewSystem field (optional)
copyrightHolder = copyrightHolder_example # String | A filter for the copyrightHolder field (optional)
contact = contact_example # String | A filter for the contact field (optional)
reviewers = reviewers_example # String | A filter for the reviewers field (optional)
validFrom = 789 # Long | A filter for the validFrom field (optional)
validUntil = 789 # Long | A filter for the validUntil field (optional)
validFromYear = 56 # Integer | A filter for the validFromYear field (optional)
validUntilYear = 56 # Integer | A filter for the validUntilYear field (optional)
latitude = 1.2 # Double | A filter for the latitude field (optional)
longitude = 1.2 # Double | A filter for the longitude field (optional)
completeness = 1.2 # Double | A filter for the completeness field (optional)
amountDeviation = 1.2 # Double | A filter for the amountDeviation field (optional)
representativenessValue = 1.2 # Double | A filter for the representativenessValue field (optional)
copyrightProtected = true # Boolean | A filter for the copyrightProtected field (optional)
free = true # Boolean | A filter for the free field (optional)
publiclyAccessible = true # Boolean | A filter for the publiclyAccessible field (optional)

try: 
    # Search for data sets (numeric filters can use '<', '>', and ',' to specify ranges). e.g. validUntilYear=<2010 or validUntilYear=2000,2010 (all data sets in between 2000 and 2010). Boolean filters accept 'true' and 'false'
    api_response = api_instance.search_get(query=query, sortBy=sortBy, sortOrder=sortOrder, page=page, pageSize=pageSize, queryFields=queryFields, aggregate=aggregate, scoreAmountDeviation=scoreAmountDeviation, scoreCompleteness=scoreCompleteness, scoreRepresentativeness=scoreRepresentativeness, scoreTime=scoreTime, scoreGeography=scoreGeography, scoreTechnology=scoreTechnology, format=format, location=location, dataprovider=dataprovider, supportedNomenclatures=supportedNomenclatures, lciaMethods=lciaMethods, categoryPaths=categoryPaths, unspscPaths=unspscPaths, co2pePaths=co2pePaths, processType=processType, representativenessType=representativenessType, modelingType=modelingType, multifunctionalModeling=multifunctionalModeling, biogenicCarbonModeling=biogenicCarbonModeling, endOfLifeModeling=endOfLifeModeling, waterModeling=waterModeling, infrastructureModeling=infrastructureModeling, emissionModeling=emissionModeling, carbonStorageModeling=carbonStorageModeling, sourceReliability=sourceReliability, aggregationType=aggregationType, reviewType=reviewType, reviewSystem=reviewSystem, copyrightHolder=copyrightHolder, contact=contact, reviewers=reviewers, validFrom=validFrom, validUntil=validUntil, validFromYear=validFromYear, validUntilYear=validUntilYear, latitude=latitude, longitude=longitude, completeness=completeness, amountDeviation=amountDeviation, representativenessValue=representativenessValue, copyrightProtected=copyrightProtected, free=free, publiclyAccessible=publiclyAccessible)
    pprint(api_response)
except ApiException as e:
    print("Exception when calling DefaultApi->searchGet: %s\n" % e)

import io.swagger.client.*;
import io.swagger.client.auth.*;
import io.swagger.client.model.*;
import io.swagger.client.api.DefaultApi;

import java.io.File;
import java.util.*;

public class DefaultApiExample {

    public static void main(String[] args) {
        
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        DataSet dataSet = ; // DataSet | The data set descriptor to index
        try {
            apiInstance.searchIndexPost(apiKey, dataSet);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexPost");
            e.printStackTrace();
        }
    }
}

import io.swagger.client.api.DefaultApi;

public class DefaultApiExample {

    public static void main(String[] args) {
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        DataSet dataSet = ; // DataSet | The data set descriptor to index
        try {
            apiInstance.searchIndexPost(apiKey, dataSet);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexPost");
            e.printStackTrace();
        }
    }
}

String *apiKey = apiKey_example; // The API key to perform secured actions
DataSet *dataSet = ; // The data set descriptor to index

DefaultApi *apiInstance = [[DefaultApi alloc] init];

// Submit a new data set to the index
[apiInstance searchIndexPostWith:apiKey
    dataSet:dataSet
              completionHandler: ^(NSError* error) {
                            if (error) {
                                NSLog(@"Error: %@", error);
                            }
                        }];

var LcaSearchRestService = require('lca_search_rest_service');

var api = new LcaSearchRestService.DefaultApi()

var apiKey = apiKey_example; // {String} The API key to perform secured actions

var dataSet = ; // {DataSet} The data set descriptor to index


var callback = function(error, data, response) {
  if (error) {
    console.error(error);
  } else {
    console.log('API called successfully.');
  }
};
api.searchIndexPost(apiKey, dataSet, callback);

using System;
using System.Diagnostics;
using IO.Swagger.Api;
using IO.Swagger.Client;
using IO.Swagger.Model;

namespace Example
{
    public class searchIndexPostExample
    {
        public void main()
        {
            
            var apiInstance = new DefaultApi();
            var apiKey = apiKey_example;  // String | The API key to perform secured actions
            var dataSet = new DataSet(); // DataSet | The data set descriptor to index

            try
            {
                // Submit a new data set to the index
                apiInstance.searchIndexPost(apiKey, dataSet);
            }
            catch (Exception e)
            {
                Debug.Print("Exception when calling DefaultApi.searchIndexPost: " + e.Message );
            }
        }
    }
}

<?php
require_once(__DIR__ . '/vendor/autoload.php');

$api_instance = new Swagger\Client\Api\DefaultApi();
$apiKey = apiKey_example; // String | The API key to perform secured actions
$dataSet = ; // DataSet | The data set descriptor to index

try {
    $api_instance->searchIndexPost($apiKey, $dataSet);
} catch (Exception $e) {
    echo 'Exception when calling DefaultApi->searchIndexPost: ', $e->getMessage(), PHP_EOL;
}
?>

use Data::Dumper;
use WWW::SwaggerClient::Configuration;
use WWW::SwaggerClient::DefaultApi;

my $api_instance = WWW::SwaggerClient::DefaultApi->new();
my $apiKey = apiKey_example; # String | The API key to perform secured actions
my $dataSet = WWW::SwaggerClient::Object::DataSet->new(); # DataSet | The data set descriptor to index

eval { 
    $api_instance->searchIndexPost(apiKey => $apiKey, dataSet => $dataSet);
};
if ($@) {
    warn "Exception when calling DefaultApi->searchIndexPost: $@\n";
}

from __future__ import print_statement
import time
import swagger_client
from swagger_client.rest import ApiException
from pprint import pprint

# create an instance of the API class
api_instance = swagger_client.DefaultApi()
apiKey = apiKey_example # String | The API key to perform secured actions
dataSet =  # DataSet | The data set descriptor to index

try: 
    # Submit a new data set to the index
    api_instance.search_index_post(apiKey, dataSet)
except ApiException as e:
    print("Exception when calling DefaultApi->searchIndexPost: %s\n" % e)

import io.swagger.client.*;
import io.swagger.client.auth.*;
import io.swagger.client.model.*;
import io.swagger.client.api.DefaultApi;

import java.io.File;
import java.util.*;

public class DefaultApiExample {

    public static void main(String[] args) {
        
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        String refId = refId_example; // String | The refId of the data set
        try {
            apiInstance.searchIndexRefIdDelete(apiKey, refId);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexRefIdDelete");
            e.printStackTrace();
        }
    }
}

import io.swagger.client.api.DefaultApi;

public class DefaultApiExample {

    public static void main(String[] args) {
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        String refId = refId_example; // String | The refId of the data set
        try {
            apiInstance.searchIndexRefIdDelete(apiKey, refId);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexRefIdDelete");
            e.printStackTrace();
        }
    }
}

String *apiKey = apiKey_example; // The API key to perform secured actions
String *refId = refId_example; // The refId of the data set

DefaultApi *apiInstance = [[DefaultApi alloc] init];

// Deletes an existing data set from the index
[apiInstance searchIndexRefIdDeleteWith:apiKey
    refId:refId
              completionHandler: ^(NSError* error) {
                            if (error) {
                                NSLog(@"Error: %@", error);
                            }
                        }];

var LcaSearchRestService = require('lca_search_rest_service');

var api = new LcaSearchRestService.DefaultApi()

var apiKey = apiKey_example; // {String} The API key to perform secured actions

var refId = refId_example; // {String} The refId of the data set


var callback = function(error, data, response) {
  if (error) {
    console.error(error);
  } else {
    console.log('API called successfully.');
  }
};
api.searchIndexRefIdDelete(apiKey, refId, callback);

using System;
using System.Diagnostics;
using IO.Swagger.Api;
using IO.Swagger.Client;
using IO.Swagger.Model;

namespace Example
{
    public class searchIndexRefIdDeleteExample
    {
        public void main()
        {
            
            var apiInstance = new DefaultApi();
            var apiKey = apiKey_example;  // String | The API key to perform secured actions
            var refId = refId_example;  // String | The refId of the data set

            try
            {
                // Deletes an existing data set from the index
                apiInstance.searchIndexRefIdDelete(apiKey, refId);
            }
            catch (Exception e)
            {
                Debug.Print("Exception when calling DefaultApi.searchIndexRefIdDelete: " + e.Message );
            }
        }
    }
}

<?php
require_once(__DIR__ . '/vendor/autoload.php');

$api_instance = new Swagger\Client\Api\DefaultApi();
$apiKey = apiKey_example; // String | The API key to perform secured actions
$refId = refId_example; // String | The refId of the data set

try {
    $api_instance->searchIndexRefIdDelete($apiKey, $refId);
} catch (Exception $e) {
    echo 'Exception when calling DefaultApi->searchIndexRefIdDelete: ', $e->getMessage(), PHP_EOL;
}
?>

use Data::Dumper;
use WWW::SwaggerClient::Configuration;
use WWW::SwaggerClient::DefaultApi;

my $api_instance = WWW::SwaggerClient::DefaultApi->new();
my $apiKey = apiKey_example; # String | The API key to perform secured actions
my $refId = refId_example; # String | The refId of the data set

eval { 
    $api_instance->searchIndexRefIdDelete(apiKey => $apiKey, refId => $refId);
};
if ($@) {
    warn "Exception when calling DefaultApi->searchIndexRefIdDelete: $@\n";
}

from __future__ import print_statement
import time
import swagger_client
from swagger_client.rest import ApiException
from pprint import pprint

# create an instance of the API class
api_instance = swagger_client.DefaultApi()
apiKey = apiKey_example # String | The API key to perform secured actions
refId = refId_example # String | The refId of the data set

try: 
    # Deletes an existing data set from the index
    api_instance.search_index_ref_id_delete(apiKey, refId)
except ApiException as e:
    print("Exception when calling DefaultApi->searchIndexRefIdDelete: %s\n" % e)

import io.swagger.client.*;
import io.swagger.client.auth.*;
import io.swagger.client.model.*;
import io.swagger.client.api.DefaultApi;

import java.io.File;
import java.util.*;

public class DefaultApiExample {

    public static void main(String[] args) {
        
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        String refId = refId_example; // String | The refId of the data set
        try {
            DataSet result = apiInstance.searchIndexRefIdGet(apiKey, refId);
            System.out.println(result);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexRefIdGet");
            e.printStackTrace();
        }
    }
}

import io.swagger.client.api.DefaultApi;

public class DefaultApiExample {

    public static void main(String[] args) {
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        String refId = refId_example; // String | The refId of the data set
        try {
            DataSet result = apiInstance.searchIndexRefIdGet(apiKey, refId);
            System.out.println(result);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexRefIdGet");
            e.printStackTrace();
        }
    }
}

String *apiKey = apiKey_example; // The API key to perform secured actions
String *refId = refId_example; // The refId of the data set

DefaultApi *apiInstance = [[DefaultApi alloc] init];

// Returns the data set with the given refId from the index
[apiInstance searchIndexRefIdGetWith:apiKey
    refId:refId
              completionHandler: ^(DataSet output, NSError* error) {
                            if (output) {
                                NSLog(@"%@", output);
                            }
                            if (error) {
                                NSLog(@"Error: %@", error);
                            }
                        }];

var LcaSearchRestService = require('lca_search_rest_service');

var api = new LcaSearchRestService.DefaultApi()

var apiKey = apiKey_example; // {String} The API key to perform secured actions

var refId = refId_example; // {String} The refId of the data set


var callback = function(error, data, response) {
  if (error) {
    console.error(error);
  } else {
    console.log('API called successfully. Returned data: ' + data);
  }
};
api.searchIndexRefIdGet(apiKey, refId, callback);

using System;
using System.Diagnostics;
using IO.Swagger.Api;
using IO.Swagger.Client;
using IO.Swagger.Model;

namespace Example
{
    public class searchIndexRefIdGetExample
    {
        public void main()
        {
            
            var apiInstance = new DefaultApi();
            var apiKey = apiKey_example;  // String | The API key to perform secured actions
            var refId = refId_example;  // String | The refId of the data set

            try
            {
                // Returns the data set with the given refId from the index
                DataSet result = apiInstance.searchIndexRefIdGet(apiKey, refId);
                Debug.WriteLine(result);
            }
            catch (Exception e)
            {
                Debug.Print("Exception when calling DefaultApi.searchIndexRefIdGet: " + e.Message );
            }
        }
    }
}

<?php
require_once(__DIR__ . '/vendor/autoload.php');

$api_instance = new Swagger\Client\Api\DefaultApi();
$apiKey = apiKey_example; // String | The API key to perform secured actions
$refId = refId_example; // String | The refId of the data set

try {
    $result = $api_instance->searchIndexRefIdGet($apiKey, $refId);
    print_r($result);
} catch (Exception $e) {
    echo 'Exception when calling DefaultApi->searchIndexRefIdGet: ', $e->getMessage(), PHP_EOL;
}
?>

use Data::Dumper;
use WWW::SwaggerClient::Configuration;
use WWW::SwaggerClient::DefaultApi;

my $api_instance = WWW::SwaggerClient::DefaultApi->new();
my $apiKey = apiKey_example; # String | The API key to perform secured actions
my $refId = refId_example; # String | The refId of the data set

eval { 
    my $result = $api_instance->searchIndexRefIdGet(apiKey => $apiKey, refId => $refId);
    print Dumper($result);
};
if ($@) {
    warn "Exception when calling DefaultApi->searchIndexRefIdGet: $@\n";
}

from __future__ import print_statement
import time
import swagger_client
from swagger_client.rest import ApiException
from pprint import pprint

# create an instance of the API class
api_instance = swagger_client.DefaultApi()
apiKey = apiKey_example # String | The API key to perform secured actions
refId = refId_example # String | The refId of the data set

try: 
    # Returns the data set with the given refId from the index
    api_response = api_instance.search_index_ref_id_get(apiKey, refId)
    pprint(api_response)
except ApiException as e:
    print("Exception when calling DefaultApi->searchIndexRefIdGet: %s\n" % e)

import io.swagger.client.*;
import io.swagger.client.auth.*;
import io.swagger.client.model.*;
import io.swagger.client.api.DefaultApi;

import java.io.File;
import java.util.*;

public class DefaultApiExample {

    public static void main(String[] args) {
        
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        String refId = refId_example; // String | The refId of the data set, this must match the posted data
        DataSet dataSet = ; // DataSet | The data set descriptor to index
        try {
            apiInstance.searchIndexRefIdPut(apiKey, refId, dataSet);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexRefIdPut");
            e.printStackTrace();
        }
    }
}

import io.swagger.client.api.DefaultApi;

public class DefaultApiExample {

    public static void main(String[] args) {
        DefaultApi apiInstance = new DefaultApi();
        String apiKey = apiKey_example; // String | The API key to perform secured actions
        String refId = refId_example; // String | The refId of the data set, this must match the posted data
        DataSet dataSet = ; // DataSet | The data set descriptor to index
        try {
            apiInstance.searchIndexRefIdPut(apiKey, refId, dataSet);
        } catch (ApiException e) {
            System.err.println("Exception when calling DefaultApi#searchIndexRefIdPut");
            e.printStackTrace();
        }
    }
}

String *apiKey = apiKey_example; // The API key to perform secured actions
String *refId = refId_example; // The refId of the data set, this must match the posted data
DataSet *dataSet = ; // The data set descriptor to index

DefaultApi *apiInstance = [[DefaultApi alloc] init];

// Submits a new or updated version of a data set to the index
[apiInstance searchIndexRefIdPutWith:apiKey
    refId:refId
    dataSet:dataSet
              completionHandler: ^(NSError* error) {
                            if (error) {
                                NSLog(@"Error: %@", error);
                            }
                        }];

var LcaSearchRestService = require('lca_search_rest_service');

var api = new LcaSearchRestService.DefaultApi()

var apiKey = apiKey_example; // {String} The API key to perform secured actions

var refId = refId_example; // {String} The refId of the data set, this must match the posted data

var dataSet = ; // {DataSet} The data set descriptor to index


var callback = function(error, data, response) {
  if (error) {
    console.error(error);
  } else {
    console.log('API called successfully.');
  }
};
api.searchIndexRefIdPut(apiKey, refId, dataSet, callback);

using System;
using System.Diagnostics;
using IO.Swagger.Api;
using IO.Swagger.Client;
using IO.Swagger.Model;

namespace Example
{
    public class searchIndexRefIdPutExample
    {
        public void main()
        {
            
            var apiInstance = new DefaultApi();
            var apiKey = apiKey_example;  // String | The API key to perform secured actions
            var refId = refId_example;  // String | The refId of the data set, this must match the posted data
            var dataSet = new DataSet(); // DataSet | The data set descriptor to index

            try
            {
                // Submits a new or updated version of a data set to the index
                apiInstance.searchIndexRefIdPut(apiKey, refId, dataSet);
            }
            catch (Exception e)
            {
                Debug.Print("Exception when calling DefaultApi.searchIndexRefIdPut: " + e.Message );
            }
        }
    }
}

<?php
require_once(__DIR__ . '/vendor/autoload.php');

$api_instance = new Swagger\Client\Api\DefaultApi();
$apiKey = apiKey_example; // String | The API key to perform secured actions
$refId = refId_example; // String | The refId of the data set, this must match the posted data
$dataSet = ; // DataSet | The data set descriptor to index

try {
    $api_instance->searchIndexRefIdPut($apiKey, $refId, $dataSet);
} catch (Exception $e) {
    echo 'Exception when calling DefaultApi->searchIndexRefIdPut: ', $e->getMessage(), PHP_EOL;
}
?>

use Data::Dumper;
use WWW::SwaggerClient::Configuration;
use WWW::SwaggerClient::DefaultApi;

my $api_instance = WWW::SwaggerClient::DefaultApi->new();
my $apiKey = apiKey_example; # String | The API key to perform secured actions
my $refId = refId_example; # String | The refId of the data set, this must match the posted data
my $dataSet = WWW::SwaggerClient::Object::DataSet->new(); # DataSet | The data set descriptor to index

eval { 
    $api_instance->searchIndexRefIdPut(apiKey => $apiKey, refId => $refId, dataSet => $dataSet);
};
if ($@) {
    warn "Exception when calling DefaultApi->searchIndexRefIdPut: $@\n";
}

from __future__ import print_statement
import time
import swagger_client
from swagger_client.rest import ApiException
from pprint import pprint

# create an instance of the API class
api_instance = swagger_client.DefaultApi()
apiKey = apiKey_example # String | The API key to perform secured actions
refId = refId_example # String | The refId of the data set, this must match the posted data
dataSet =  # DataSet | The data set descriptor to index

try: 
    # Submits a new or updated version of a data set to the index
    api_instance.search_index_ref_id_put(apiKey, refId, dataSet)
except ApiException as e:
    print("Exception when calling DefaultApi->searchIndexRefIdPut: %s\n" % e)