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package com.thomsonreuters.upa.valueadd.examples.consumer;
import com.thomsonreuters.upa.valueadd.examples.common.CommandLineParser;
import com.thomsonreuters.upa.valueadd.examples.common.ConnectionArg;
import com.thomsonreuters.upa.valueadd.examples.common.ConnectionArgsParser;
import java.util.List;
/**
* Command line parser for the Value Add consumer application.
*/
class ConsumerCmdLineParser implements CommandLineParser
{
private ConnectionArgsParser connectionArgsParser = new ConnectionArgsParser();
private String backupHostname;
private String backupPort;
private String userName;
private String passwd;
private String userName2;
private String passwd2;
private String clientId;
private boolean enableView;
private boolean enablePost;
private boolean enableOffpost;
private boolean enableSnapshot;
private String publisherId;
private String publisherAddress;
private int runtime = 600; // default runtime is 600 seconds
private boolean enableXmlTracing;
private boolean enableEncrypted;
private boolean enableHttp;
private boolean enableProxy;
private boolean enableSessionMgnt;
private String proxyHostname;
private String proxyPort;
private String proxyUsername = "";
private String proxyPasswd = "";
private String proxyDomain = "";
private String krbFile = "";
private String keystoreFile;
private String keystorePasswd;
private boolean cacheOption;
private int cacheInterval;
private int statisticInterval;
//APIQA
private String statisticFilter;
private String tokenServiceUrl;
private String serviceDiscoveryUrl;
private double tokenReissueRatio;
private int restRequestTimeout;
private int reissueTokenAttemptLimit;
private int reissueTokenAttemptInterval;
//END APIQA
private String authenticationToken;
private String authenticationExtended;
private String applicationId;
@Override
public boolean parseArgs(String[] args)
{
try
{
int argsCount = 0;
while (argsCount < args.length)
{
if (connectionArgsParser.isStart(args, argsCount))
{
if ("-segmentedMulticast".equals(args[argsCount]))
{
// consumer does not currently handle multicast
return false;
}
if ((argsCount = connectionArgsParser.parse(args, argsCount)) < 0)
{
// error
System.out.println("\nError parsing connection arguments...\n");
return false;
}
}
else if ("-bc".equals(args[argsCount]))
{
if (args[argsCount+1].contains(":"))
{
String[] tokens = args[++argsCount].split(":");
if (tokens.length == 2)
{
backupHostname = tokens[0];
backupPort = tokens[1];
++argsCount;
}
else
{
// error
System.out.println("\nError parsing backup connection arguments...\n");
return false;
}
}
else
{
// error
System.out.println("\nError parsing backup connection arguments...\n");
return false;
}
}
else if ("-uname".equals(args[argsCount]))
{
userName = args[++argsCount];
++argsCount;
}
else if ("-passwd".equals(args[argsCount]))
{
passwd = args[++argsCount];
++argsCount;
}
else if ("-uname2".equals(args[argsCount]))
{
userName2 = args[++argsCount];
++argsCount;
}
else if ("-passwd2".equals(args[argsCount]))
{
passwd2 = args[++argsCount];
++argsCount;
}
else if ("-sessionMgnt".equals(args[argsCount]))
{
enableSessionMgnt = true;
++argsCount;
}
else if ("-clientId".equals(args[argsCount]))
{
clientId = args[++argsCount];
++argsCount;
}
else if ("-view".equals(args[argsCount]))
{
enableView = true;
++argsCount;
}
else if ("-post".equals(args[argsCount]))
{
enablePost = true;
++argsCount;
}
else if ("-offpost".equals(args[argsCount]))
{
enableOffpost = true;
++argsCount;
}
else if ("-publisherInfo".equals(args[argsCount]))
{
String value = args[++argsCount];
if (value!= null)
{
String [] pieces = value.split(",");
if( pieces.length > 1 )
{
publisherId = pieces[0];
publisherAddress = pieces[1];
}
else
{
System.out.println("Error loading command line arguments for publisherInfo [id, address]:\t");
return false;
}
}
++argsCount;
}
else if ("-snapshot".equals(args[argsCount]))
{
enableSnapshot = true;
++argsCount;
}
else if ("-runtime".equals(args[argsCount]))
{
runtime = Integer.parseInt(args[++argsCount]);
++argsCount;
}
else if ("-x".equals(args[argsCount]))
{
enableXmlTracing = true;
++argsCount;
}
else if ("-connectionType".equals(args[argsCount]))
{
// will overwrite connectionArgsParser's connectionList's connectionType based on the flag
String connectionType = args[++argsCount];
++argsCount;
if (connectionType.equals("encrypted"))
{
enableEncrypted = true;
}
else if (connectionType.equals("http"))
{
enableHttp = true;
}
}
else if ("-keyfile".equals(args[argsCount]))
{
keystoreFile = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-keypasswd".equals(args[argsCount]))
{
keystorePasswd = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-proxy".equals(args[argsCount]))
{
enableProxy = true;
++argsCount;
}
else if ("-ph".equals(args[argsCount]))
{
proxyHostname = args[++argsCount];
++argsCount;
}
else if ("-pp".equals(args[argsCount]))
{
proxyPort = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-plogin".equals(args[argsCount]))
{
proxyUsername = args[++argsCount];
++argsCount;
}
else if ("-ppasswd".equals(args[argsCount]))
{
proxyPasswd = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-pdomain".equals(args[argsCount]))
{
proxyDomain = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-krbfile".equals(args[argsCount]))
{
krbFile = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-cache".equals(args[argsCount]))
{
cacheOption = true;
++argsCount;
}
else if ("-cacheInterval".equals(args[argsCount]))
{
cacheInterval = Integer.parseInt(args[++argsCount]);
++argsCount;
}
else if ("-statisticInterval".equals(args[argsCount]))
{
statisticInterval = Integer.parseInt(args[++argsCount]);
++argsCount;
}
//APIQA
else if ("-statisticFilter".equals(args[argsCount]))
{
statisticFilter = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-tokenServiceUrl".equals(args[argsCount]))
{
tokenServiceUrl = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-serviceDiscoveryUrl".equals(args[argsCount]))
{
serviceDiscoveryUrl = argsCount < (args.length-1) ? args[++argsCount] : null;
++argsCount;
}
else if ("-tokenReissueRatio".equals(args[argsCount]))
{
tokenReissueRatio = Double.parseDouble(args[++argsCount]);
++argsCount;
}
else if ("-restRequestTimeout".equals(args[argsCount]))
{
restRequestTimeout = Integer.parseInt(args[++argsCount]);
++argsCount;
}
else if ("-reissueTokenAttemptLimit".equals(args[argsCount]))
{
reissueTokenAttemptLimit = Integer.parseInt(args[++argsCount]);
++argsCount;
}
else if ("-reissueTokenAttemptInterval".equals(args[argsCount]))
{
reissueTokenAttemptInterval = Integer.parseInt(args[++argsCount]);
++argsCount;
}
//END APIQA
else if ("-at".equals(args[argsCount]))
{
authenticationToken = args[++argsCount];
++argsCount;
}
else if ("-ax".equals(args[argsCount]))
{
authenticationExtended = args[++argsCount];
++argsCount;
}
else if ("-aid".equals(args[argsCount]))
{
applicationId = args[++argsCount];
++argsCount;
}
else // unrecognized command line argument
{
System.out.println("\nUnrecognized command line argument...\n");
return false;
}
}
}
catch (Exception e)
{
System.out.println("\nInvalid command line arguments...");
return false;
}
return true;
}
String backupHostname()
{
return backupHostname;
}
String backupPort()
{
return backupPort;
}
List<ConnectionArg> connectionList()
{
return connectionArgsParser.connectionList();
}
String userName()
{
return userName;
}
String userName2()
{
return userName2;
}
boolean enableView()
{
return enableView;
}
String passwd()
{
return passwd;
}
String passwd2()
{
return passwd2;
}
String clientId()
{
return clientId;
}
boolean enableSessionMgnt()
{
return enableSessionMgnt;
}
boolean enablePost()
{
return enablePost;
}
boolean enableOffpost()
{
return enableOffpost;
}
String publisherId()
{
return publisherId;
}
String publisherAddress()
{
return publisherAddress;
}
boolean enableSnapshot()
{
return enableSnapshot;
}
int runtime()
{
return runtime;
}
boolean enableXmlTracing()
{
return enableXmlTracing;
}
boolean enableEncrypted()
{
return enableEncrypted;
}
boolean enableHttp()
{
return enableHttp;
}
boolean enableProxy()
{
return enableProxy;
}
String proxyHostname()
{
return proxyHostname;
}
String proxyPort()
{
return proxyPort;
}
String proxyUsername()
{
return proxyUsername;
}
String proxyPassword()
{
return proxyPasswd;
}
String proxyDomain()
{
return proxyDomain;
}
String krbFile()
{
return krbFile;
}
String keyStoreFile()
{
return keystoreFile;
}
String keystorePassword()
{
return keystorePasswd;
}
boolean cacheOption()
{
return cacheOption;
}
int cacheInterval()
{
return cacheInterval;
}
int statisticInterval()
{
return statisticInterval;
}
//APIQA
String statisticFilter()
{
return statisticFilter;
}
String tokenServiceUrl()
{
return tokenServiceUrl;
}
String serviceDiscoveryUrl()
{
return serviceDiscoveryUrl;
}
double tokenReissueRatio()
{
return tokenReissueRatio;
}
int restRequestTimeout()
{
return restRequestTimeout;
}
int reissueTokenAttemptLimit()
{
return reissueTokenAttemptLimit;
}
int reissueTokenAttemptInterval()
{
return reissueTokenAttemptInterval;
}
//END APIQA
String authenticationToken()
{
return authenticationToken;
}
String authenticationExtended()
{
return authenticationExtended;
}
String applicationId()
{
return applicationId;
}
@Override
public void printUsage()
{
System.out.println("Usage: Consumer or\nConsumer [-c <hostname>:<port> <service name> <domain>:<item name>,...] [-bc <hostname>:<port>] [-uname <LoginUsername>] [-view] [-post] [-offpost] [-snapshot] [-runtime <seconds>]" +
"\n -c specifies a connection to open and a list of items to request or use for queue messaging:\n" +
"\n hostname: Hostname of provider to connect to" +
"\n port: Port of provider to connect to" +
"\n service: Name of service to request items from on this connection" +
"\n domain:itemName: Domain and name of an item to request" +
"\n A comma-separated list of these may be specified." +
"\n The domain may be any of: mp(MarketPrice), mbo(MarketByOrder), mbp(MarketByPrice), yc(YieldCurve), sl(SymbolList)" +
"\n The domain may also be any of the private stream domains: mpps(MarketPrice PS), mbops(MarketByOrder PS), mbpps(MarketByPrice PS), ycps(YieldCurve PS)" +
"\n Example Usage: -c localhost:14002 DIRECT_FEED mp:TRI,mp:GOOG,mpps:FB,mbo:MSFT,mbpps:IBM,sl" +
"\n (for SymbolList requests, a name can be optionally specified)\n" +
"\n -qSourceName (optional) specifies the source name for queue messages (if specified, configures consumer to receive queue messages)\n" +
"\n -qDestName (optional) specifies the destination name for queue messages (if specified, configures consumer to send queue messages to this name, multiple instances may be specified)\n" +
"\n -tunnel (optional) enables consumer to open tunnel stream and send basic text messages" +
"\n -tsServiceName (optional) specifies the service name for queue messages (if not specified, the service name specified in -c/-tcp is used)\n" +
"\n -tsAuth (optional) causes consumer to request authentication when opening a tunnel stream. This applies to both basic tunnel streams and those for queue messaging.\n" +
"\n -tsDomain (optional) specifes the domain a consumer uses when opening a tunnel stream. This applies to both basic tunnel streams and those for queue messaging.\n" +
"\n -bc specifies a backup connection that is attempted if the primary connection fails\n" +
"\n -uname changes the username used when logging into the provider\n" +
"\n -passwd changes the password used when logging into the provider\n" +
//APIQA
"\n -uname2 changes the username used when logging into the provider\n" +
"\n -passwd2 changes the password used when logging into the provider\n" +
//END APIQA
"\n -clientId specifies a unique ID for application making the request to EDP token service, also known as AppKey generated using an AppGenerator.\n" +
"\n -sessionMgnt enables the session management in the Reactor\n" +
"\n -view specifies each request using a basic dynamic view\n" +
"\n -post specifies that the application should attempt to send post messages on the first requested Market Price item\n" +
"\n -offpost specifies that the application should attempt to send post messages on the login stream (i.e., off-stream)\n" +
"\n -publisherInfo specifies that the application should add user provided publisher Id and publisher ipaddress when posting\n" +
"\n -snapshot specifies each request using non-streaming\n" +
"\n -connectionType specifies the connection type that the connection should use (possible values are: 'socket', 'http', 'encrypted')\n" +
"\n -proxy specifies that proxy is used for connectionType of http or encrypted\n" +
"\n -ph specifies proxy server host name\n" +
"\n -pp specifies roxy port number\n" +
"\n -plogin specifies user name on proxy server\n" +
"\n -ppasswd specifies password on proxy server\n" +
"\n -pdomain specifies proxy server domain\n" +
"\n -krbfile specifies KRB File location and name\n" +
"\n -keyfile specifies keystore file location and name\n" +
"\n -keypasswd specifies keystore password\n" +
"\n Example Usage for proxy with http/encryption: -proxy -ph hostname1.com -pp 8080 -plogin David.Smith -ppasswd hello1 -pdomain workplace.com\n" +
"\n -krbfile C:\\Kerberos\\krb5.conf -keyfile C:\\Certificates\\cert1.jks -keypasswd keypass1 \n" +
"\n -x provides an XML trace of messages\n" +
"\n -cache will store all open items in cache and periodically dump contents\n" +
"\n -cacheInterval number of seconds between displaying cache contents, must greater than 0\n" +
"\n -statisticInterval number of seconds between displaying reactor channel statistics, must greater than 0\n" +
"\n -statisticFilter valid value are READ / WRITE / PING\n" +
"\n -tokenServiceUrl \n" +
"\n -serviceDiscoveryUrl \n" +
"\n -restRequestTimeout \n" +
"\n -tokenReissueRatio \n" +
"\n -reissueTokenAttemptLimit \n" +
"\n -reissueTokenAttemptInterval \n" +
"\n -runtime adjusts the running time of the application" +
"\n -at Specifies the Authentication Token. If this is present, the login user name type will be Login.UserIdTypes.AUTHN_TOKEN" +
"\n -ax Specifies the Authentication Extended information" +
"\n -aid Specifies the Application ID");
}
}
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