jsonStr = obj.serialize(True) FixedLoggers.MAXIMOLOGGER.info("json obj") FixedLoggers.MAXIMOLOGGER.info(obj) # post json to chaincode handler = HTTPHandler() map = HashMap() url = "http://c1dfe6f7.ngrok.io" map.put("URL", url + "/api/chaincode") map.put("HTTPMETHOD", "POST") map.put("body", jsonStr) map.put("headers", "Content-Type: application/json") # init HTTP Client, post JSON to blockchain server client = DefaultHttpClient() request = HttpPost(url + "/api/chaincode") request.addHeader(HttpHeaders.CONTENT_TYPE, "application/json") request.addHeader(HttpHeaders.ACCEPT, "application/json") entity = StringEntity(jsonStr, "UTF-8") request.setEntity(entity) response = client.execute(request) status = response.getStatusLine().getStatusCode() # location = mboSet.getString("LOCATION") # FixedLoggers.MAXIMOLOGGER.info(location) # site = mbo.getString("SITE") # FixedLoggers.MAXIMOLOGGER.info(site) # using WO 1393
import org.apache.http.util.EntityUtils; public class RequestHelper { private static String token = ""; private static long lastTokenFetch = 0; private static final long MILLIS_PER_10_MINUTES = 1000L * 60L * 10L; private static final long EARLIER = 1000 * 30L; // make the call 30 seconds earlier public static String emotionRequest( String subscriptionKey, String picUrl ) { String result = null; HttpClient httpClient = new DefaultHttpClient( ); try { // NOTE: You must use the same region in your REST call as you used to obtain your subscription keys. // For example, if you obtained your subscription keys from westcentralus, replace "westus" in the // URL below with "westcentralus". URIBuilder uriBuilder = new URIBuilder( "https://westus.api.cognitive.microsoft.com/emotion/v1.0/recognize" ); URI uri = uriBuilder.build( ); HttpPost request = new HttpPost( uri ); // Request headers. Replace the example key below with your valid subscription key. request.setHeader( "Content-Type", "application/json" ); request.setHeader( "6b6835f22fdd86e00d0bdc15b512ba6e" );
def content(): sess = None try: sess = db.session() props = Contract.get_non_core_by_name(sess, "configuration").make_properties() ECOES_USER_NAME_KEY = "ecoes.user.name" try: user_name = props[ECOES_USER_NAME_KEY] except KeyError: raise UserException( "The property " + ECOES_USER_NAME_KEY + " cannot be found in the configuration properties." ) ECOES_PASSWORD_KEY = "ecoes.password" try: password = props[ECOES_PASSWORD_KEY] except KeyError: raise UserException( "The property " + ECOES_PASSWORD_KEY + " cannot be found in the configuration properties." ) PROXY_HOST_KEY = "proxy.host" PROXY_PORT_KEY = "proxy.port" proxy_host = props.get(PROXY_HOST_KEY) client = DefaultHttpClient() if proxy_host is not None: proxy_port = props.get(PROXY_PORT_KEY) if proxy_port is None: raise UserException( "The property " + PROXY_HOST_KEY + " is set, but the property " + PROXY_PORT_KEY + " is not." ) proxy = HttpHost(proxy_host, int(proxy_port), "http") client.getParams().setParameter(ConnRoutePNames.DEFAULT_PROXY, proxy) http_get = HttpGet("http://www.ecoes.co.uk/") response = client.execute(http_get) EntityUtils.consume(response.getEntity()) http_post = HttpPost("https://www.ecoes.co.uk/login.asp") http_post.setEntity( UrlEncodedFormEntity( [ BasicNameValuePair("username", user_name), BasicNameValuePair("password", password), BasicNameValuePair("beenHereBefore", "1"), BasicNameValuePair("forceLogout", "1"), ], HTTP.UTF_8, ) ) response = client.execute(http_post) location_header = response.getFirstHeader("Location") location = location_header.getValue() EntityUtils.consume(response.getEntity()) guid = urllib.quote_plus(location[19:]) mpans = ( sess.query(Era.imp_mpan_core) .join(Supply, Source) .join(Supply.dno_contract) .filter( Contract.name != "99", Era.finish_date == null(), Source.code != "3rd-party", Era.imp_mpan_core != null(), ) .distinct() .order_by(Era.imp_mpan_core) .all() + sess.query(Era.exp_mpan_core) .join(Supply, Source) .join(Supply.dno_contract) .filter( Contract.name != "99", Era.finish_date == null(), Source.code != "3rd-party", Era.exp_mpan_core != null(), ) .distinct() .order_by(Era.exp_mpan_core) .all() ) mpans = [v[0] for v in mpans] http_get = HttpGet("http://www.ecoes.co.uk/saveportfolioMpans.asp?guid=" + guid) yield "MPAN Core,MPAN Core No Spaces,ECOES PC,Chellow PC, " "ECOES MTC,Chellow MTC,ECOES LLFC,Chellow LLFC,ECOES SSC, " "Chellow SSC,ECOES Supplier, Chellow Supplier,ECOES DC, " "Chellow DC,ECOES MOP,Chellow MOP,ECOES GSP Group, " "Chellow GSP Group,ECOES MSN, Chellow MSN,ECOES Meter Type, " "Chellow Meter Type,Problem" entity = client.execute(http_get).getEntity() csv_is = entity.getContent() f = StringIO.StringIO() bt = csv_is.read() while bt != -1: f.write(chr(bt)) bt = csv_is.read() f.seek(0) parser = iter(csv.reader(f)) parser.next() # Skip titles for values in parser: problem = "" ecoes_titles = [ "mpan-core", "address-line-1", "address-line-2", "address-line-3", "address-line-4", "address-line-5", "address-line-6", "address-line-7", "address-line-8", "address-line-9", "post-code", "supplier", "registration-from", "mtc", "mtc-date", "llfc", "llfc-from", "pc", "ssc", "measurement-class", "energisation-status", "da", "dc", "mop", "mop-appoint-date", "gsp-group", "gsp-effective-from", "dno", "msn", "meter-install-date", "meter-type", "map-id", ] ecoes = dict(zip(ecoes_titles, values)) mpan_spaces = ( ecoes["mpan-core"][:2] + " " + ecoes["mpan-core"][2:6] + " " + ecoes["mpan-core"][6:10] + " " + ecoes["mpan-core"][-3:] ) disconnected = len(ecoes["supplier"]) == 0 current_chell = mpan_spaces in mpans if disconnected and current_chell: problem += "Disconnected in ECOES, but current in Chellow. " elif not disconnected and not current_chell: problem += "In ECOES (energized or de-energized), but " "not current in Chellow. " if current_chell: mpans.remove(mpan_spaces) supply = Supply.get_by_mpan_core(sess, mpan_spaces) era = supply.find_era_at(sess, None) if era.imp_mpan_core == mpan_spaces: supplier_contract = era.imp_supplier_contract llfc = era.imp_llfc else: supplier_contract = era.exp_supplier_contract llfc = era.exp_llfc chellow_pc = era.pc.code try: if int(ecoes["pc"]) != int(chellow_pc): problem += "The PCs don't match. " except ValueError: problem += "Can't parse the PC. " chellow_mtc = era.mtc.code try: if int(ecoes["mtc"]) != int(chellow_mtc): problem += "The MTCs don't match. " except ValueError: problem += "Can't parse the MTC. " chellow_llfc = llfc.code try: if int(ecoes["llfc"]) != int(chellow_llfc): problem += "The LLFCs don't match. " except ValueError: problem += "Can't parse the LLFC. " chellow_ssc = era.ssc if chellow_ssc is None: chellow_ssc = "" chellow_ssc_int = None else: chellow_ssc = chellow_ssc.code chellow_ssc_int = int(chellow_ssc) if len(ecoes["ssc"]) > 0: ecoes_ssc_int = int(ecoes["ssc"]) else: ecoes_ssc_int = None if ecoes_ssc_int != chellow_ssc_int and not (ecoes_ssc_int is None and chellow_ssc_int is None): problem += "The SSCs don't match. " chellow_supplier = supplier_contract.party.participant.code if chellow_supplier != ecoes["supplier"]: problem += "The supplier codes don't match. " hhdc_contract = era.hhdc_contract if hhdc_contract is None: chellow_dc = "" else: chellow_dc = hhdc_contract.party.participant.code if chellow_dc != ecoes["dc"]: problem += "The DC codes don't match. " mop_contract = era.mop_contract if mop_contract is None: chellow_mop = "" else: chellow_mop = mop_contract.party.participant.code if chellow_mop != ecoes["mop"]: problem += "The MOP codes don't match. " chellow_gsp_group = supply.gsp_group.code if chellow_gsp_group != ecoes["gsp-group"]: problem += "The GSP group codes don't match. " chellow_msn = era.msn if chellow_msn is None: chellow_msn = "" if chellow_msn != ecoes["msn"]: problem += "The meter serial numbers don't match. " if chellow_pc == "00": chellow_meter_type = "H" elif len(era.channels) > 0: chellow_meter_type = "RCAMR" elif era.mtc.meter_type.code in ["UM", "PH"]: chellow_meter_type = "" else: chellow_meter_type = "N" if chellow_meter_type != ecoes["meter-type"]: problem += ( "The meter types don't match. See " "http://dtc.mrasco.com/DataItem.aspx?" "ItemCounter=0483 " ) else: chellow_pc = "" chellow_mtc = "" chellow_llfc = "" chellow_ssc = "" chellow_supplier = "" chellow_dc = "" chellow_mop = "" chellow_gsp_group = "" chellow_msn = "" chellow_meter_type = "" if len(problem) > 0: yield "\n" + ",".join( '"' + str(val) + '"' for val in [ mpan_spaces, ecoes["mpan-core"], ecoes["pc"], chellow_pc, ecoes["mtc"], chellow_mtc, ecoes["llfc"], chellow_llfc, ecoes["ssc"], chellow_ssc, ecoes["supplier"], chellow_supplier, ecoes["dc"], chellow_dc, ecoes["mop"], chellow_mop, ecoes["gsp-group"], chellow_gsp_group, ecoes["msn"], chellow_msn, ecoes["meter-type"], chellow_meter_type, problem, ] ) else: yield " " sess.expunge_all() EntityUtils.consume(entity) for mpan_core in mpans: supply = Supply.get_by_mpan_core(sess, mpan_core) era = supply.find_era_at(sess, None) if era.imp_mpan_core == mpan_core: supplier_contract = era.imp_supplier_contract llfc = era.imp_llfc else: supplier_contract = era.exp_supplier_contract llfc = era.exp_llfc ssc = era.ssc ssc = "" if ssc is None else ssc.code hhdc_contract = era.hhdc_contract if hhdc_contract is None: dc = "" else: dc = hhdc_contract.party.participant.code mop_contract = era.mop_contract if mop_contract is None: mop = "" else: mop = mop_contract.party.participant.code msn = era.msn if msn is None: msn = "" if era.pc.code == "00": meter_type = "H" else: if len(era.channels) > 0: meter_type = "RCAMR" else: meter_type = "N" yield "\n" + ",".join( '"' + str(val) + '"' for val in [ mpan_core, mpan_core.replace(" ", ""), "", era.pc.code, "", era.mtc.code, "", llfc.code, "", ssc, "", supplier_contract.party.participant.code, "", dc, "", mop, "", supply.gsp_group.code, "", msn, "", meter_type, "In Chellow, but not in ECOES.", ] ) except: yield traceback.format_exc() finally: if sess is not None: sess.close()