Jolt client vs. jolt connection pooling

We are porting our app to weblogic. We are current users of jolt but since we weren't
using weblogic
we are currently using jolt client out of the app server. We are examining the merits
of converting to use
the jolt connection pool.
I have been told that jolt client is multi-threaded so the question is: if we convert
to jolt connection pooling
will we see a performance improvement, and if so, why? Or is the advantage purely
from an administrative
standpoint, and if so, what are the advantages there?

Connections are resources that the application uses and a fewer connections can be used by multiple threads if the threads are not always busy with the database activity only, and are doing other work too. This sharing (pooling) can be implemented by the application or the application can leverage the connection pooling features offered by OCI/OCCI (recommended).
Be aware of connections vs sessions and sharing them (refer to :
OCI Programming Advanced Topics
OCCIConnectionPool is to pool connections and OCCIStatelessConnectionPool is to pool sessions. Please see the differences in the above link and apply as appropriate.

Similar Messages

  • Jolt Client Library Access to Queue Information?

    Hi,
    I'm writing a load balancer healthcheck for a PeopleSoft system. At present I have an http servlet running on Weblogic 10.3.4 which uses jolt client libraries (jolt.jar, joltwls.jar, joltjse.jar) to connect to the PeopleSoft app running on Tuxedo 10.3. I'm able to create a session / transactions etc but am wondering if I can get tuxedo client, server and queue information which may help to base an intelligent load balancing algorithm on. Is this possible or do you need to interrogate a process running local on the Tuxedo server? Ideally I'd be hoping  for information similar to the following which was generated using the PeopleSoft application server tool psadmin...
    > Prog Name 
    Queue Name  Grp Name 
    ID RqDone Load Done Current Service
    BBL       
    224049 
    cs9appp+  
    0
    491
    24550 (  IDLE )
    PSMONITORSRV   MONITOR
    MONITOR   

    0    
    0 (  IDLE )
    PSDBGSRV  
    DBGQ   
    DBGSRV    

    0    
    0 (  IDLE )
    PSAPPSRV  
    APPQ   
    APPSRV    

    6  
    300 (  IDLE )
    PSWATCHSRV
    WATCH  
    WATCH     

    0    
    0 (  IDLE )
    PSAPPSRV  
    APPQ   
    APPSRV    

    6  
    300 (  IDLE )
    PSSUBDSP  
    SUBDQ_dflt  PUBSUB  
    300 
    0    
    0 (  IDLE )
    PSSUBHND  
    SUBHQ_dflt  PUBSUB  
    301 
    0    
    0 (  IDLE )
    WSL       
    00001.00020 BASE     
    20 
    0    
    0 (  IDLE )
    PSBRKDSP  
    BRKDQ_dflt  PUBSUB  
    100 
    0    
    0 (  IDLE )
    PSSAMSRV  
    SAMQ   
    APPSRV  
    100 
    0    
    0 (  IDLE )
    PSBRKHND  
    BRKHQ_dflt  PUBSUB  
    101 
    0    
    0 (  IDLE )
    PSSAMSRV  
    SAMQ   
    APPSRV  
    101 
    0    
    0 (  IDLE )
    JREPSVR   
    00094.00250 JREPGRP 
    250 
    5  
    250 (  IDLE )
    JSL       
    00095.00200 JSLGRP  
    200 
    0    
    0 (  IDLE )
    PSPUBDSP  
    PUBDQ_dflt  PUBSUB  
    200 
    0    
    0 (  IDLE )
    PSPUBHND  
    PUBHQ_dflt  PUBSUB  
    201 
    0    
    0 (  IDLE )
    > Prog Name 
    Queue Name  # Serve Wk Queued  # Queued  Ave. Len
    Machine
    PSAPPSRV  
    APPQ         
    2    
    0    
    - cs9apppj1+
    PSBRKHND  
    BRKHQ_dflt   
    1    
    0    
    - cs9apppj1+
    PSSUBHND  
    SUBHQ_dflt   
    1    
    0    
    - cs9apppj1+
    PSPUBHND  
    PUBHQ_dflt   
    1    
    0    
    - cs9apppj1+
    BBL       
    224049       
    1    
    0    
    - cs9apppj1+
    PSDBGSRV  
    DBGQ         
    1    
    0    
    - cs9apppj1+
    PSPUBDSP  
    PUBDQ_dflt   
    1    
    0    
    - cs9apppj1+
    WSL       
    00001.00020  
    1    
    0    
    - cs9apppj1+
    PSWATCHSRV
    WATCH        
    1    
    0    
    - cs9apppj1+
    PSBRKDSP  
    BRKDQ_dflt   
    1    
    0    
    - cs9apppj1+
    JSL       
    00095.00200  
    1    
    0    
    - cs9apppj1+
    JREPSVR   
    00094.00250  
    1    
    0    
    - cs9apppj1+
    PSSUBDSP  
    SUBDQ_dflt   
    1    
    0    
    - cs9apppj1+
    PSMONITORSRV   MONITOR      
    1    
    0    
    - cs9apppj1+
    PSSAMSRV  
    SAMQ         
    2    
    0    
    - cs9apppj1+
    Apologies if this should be posted elsewhere or is an annoyingly newb question. As you may have guessed. I'm a PeopleSoft guy and most of this Tuxedo stuff is usually obfuscated.
    Best Regards,
    Dave.
    David Fist
    PeopleSoft Administrator
    University of Newcastle

    Many thanks to everyone for the help to date.
    I seem to be running into Re: Help! .TMIB service not returning local attributes, with the TA_NQUEUE value is not being returned for T_QUEUE or T_SVCGRP because the T_DOMAIN:TA_LDBAL value is set to N which problematic as "# Queued" is the value I'm most interested in. Basically I'm just trying to get the same information that tmadmin's "pq" command generates using .TMIB and FML.
    Is this possible?
    > pq
    Prog Name      Queue Name  # Serve Wk Queued  # Queued  Ave. Len    Machine
    PSBRKHND       BRKHQ_dflt        1         -         0         - cs9apppj1+
    PSSUBHND       SUBHQ_dflt        1         -         0         - cs9apppj1+
    JSL            00095.00200       1         -         0         - cs9apppj1+
    JREPSVR        00094.00250       1         -         0         - cs9apppj1+
    PSBRKDSP       BRKDQ_dflt        1         -         0         - cs9apppj1+
    PSPPMSRV       PPMQ2             1         -         0         - cs9apppj1+
    PSPUBHND       PUBHQ_dflt        1         -         0         - cs9apppj1+
    PSWATCHSRV     WATCH             1         -         0         - cs9apppj1+
    PSSUBDSP       SUBDQ_dflt        1         -         0         - cs9apppj1+
    PSMONITORSRV   MONITOR           1         -         0         - cs9apppj1+
    PSSAMSRV       SAMQ              2         -         0         - cs9apppj1+
    WSL            00001.00020       1         -         0         - cs9apppj1+
    PSAPPSRV       APPQ              2         -         0         - cs9apppj1+
    PSPUBDSP       PUBDQ_dflt        1         -         0         - cs9apppj1+
    PSDBGSRV       DBGQ              1         -         0         - cs9apppj1+
    BBL            153494            1         -         0         - cs9apppj1+
    Note, I am getting a value back for TA_WKQUEUED... how does this differ from TA_NQUEUED?
    Cheers,
    Dave

  • Code for using thin client over connection pool to access blob and clob

    Hi,
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    Rgd,
    Jason

    See http://e-docs.bea.com/wls/docs61/jdbc/thirdparty.html#1043705.
    "Jason" <[email protected]> wrote in message news:3eba851f$[email protected]..
    >
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    Jason
    "Stephen Felts" <[email protected]> wrote:
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    "Jason" <[email protected]> wrote in message news:[email protected]..
    Hi,
    Currently I am running WL5.1SP12 with oracle thin client 8.1.7 to accessblob
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    This is urgent as the site has to roll out in 2 weeks..
    Rgd,
    Jason

  • Error in creating a connection pool (No suitable driver)

    I try to create a connection pool in a Weblogic server 7.0 with the following config:
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    Please try URL = jdbc:oracle:oci8:@db_name... that should be fine.
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    Mitesh
    Jacky Ho wrote:
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    jdbc:oracle:oci9:@db_name
    Driver Classname:
    oracle.jdbc.driver.OracleDriver
    Properties(key=value):
    user=user_name
    password=user_password
    dll=ocijdbc9
    server=db_name
    protocol=oci
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    pool will connect to Oracle 8i server. Besides, I have config classes12.zip in
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  • KIMYONG : Applications Database Connection Pool 관련 parameter 설명

    Purpose
    JVM 이 과도한 CPU / Memory를 사용하게 되어 Application Performance에 영향을 미칠때가 있으며 이럴경우 Connection Pool 관련하여 Parameter Tunning을 해야 할때가 있습니다. 이때 사용되는 Parameter들의 의미를 설명하고자 합니다.
    The Applications Database Connection Pool is a pool of JDBC database connections that are shared among java applications. Applications obtain connections from the pool by using the getJDBCConnection(...) methods of AppsContext.
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    The AOL/J layer internally borrows and returns this connection to the pool as needed to maintain connection reference that is properly initialized for the current Java tier AOL security context and NLS state.
    FND_MAX_JDBC_CONNECTIONS
    ============================
    The maximum pool size is the maximum allowed sum of the number of available connections and thenumber of locked connections. If the pool reaches the maximum size and all connections are locked, new clients will not be able to borrow a connection until one of the current clients has returned one. The default setting for this parameter is essentially unlimited (about 2 billion).
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    ======================
    The buffer minimum is the minimum number of connections that the pool should try to maintain in the available list. When the buffer size falls below the buffer minimum, the pool maintenance thread will be notified to create new connections. When notified, the thread will immediately attempt to create the number of connections to fill the difference. New connections will not be created if the pool is already at its maximum size. When creating new connections the thread uses the attributes of the most recent client request that resulted in a new connection being created.
    Setting this parameter to "0" will disable maintenance of the buffer minimum.
    However, the buffer maximum will still be maintained.
    Setting this parameter to a number greater than the maximum pool size(FND_MAX_JDBC_CONNECTIONS) will disable all buffer maintenance.
    FND_JDBC_BUFFER_MAX
    ======================
    The buffer maximum is the maximum number of connections that the pool should try to maintain in the available list. During heavy usage, the buffer may exceed this maximum. However, during periods of low usage, the maintenance thread will decrease the buffer size until the buffer maximum is reached.
    If the value of this parameter is an integer, (for example "20") the buffer maximum is static. If the value is a percent (for example, "20%"), the buffer maximum is not constant but instead is calculated dynamically as a percent of total pool size. The buffer minimum is also taken into account when
    determining a dynamic buffer maximum.
    The exact expression used is:
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    The thread is configured to periodically check the buffer size. If the buffer size is greater than the maximum, the thread will remove either the number of available connections specified by FND_JDBC_BUFFER_DECAY_SIZE or the number of connections in excess of the buffer minimum, whichever is smaller. When connections are removed from the available list, the least recently used ones are removed first.
    Setting this parameter to100%, or to a number equal to FND_MAXIMUM_JDBC_CONNECTIONS, or to a number less than or equal to FND_JDBC_BUFFER_MIN will effectively prevent the maintenance thread from ever removing any connections.
    FND_JDBC_BUFFER_DECAY_INTERVAL
    ===================================
    The buffer decay interval specifies how often the connection pool maintenance thread should check the buffer size. The thread will check the buffer size at most once every FND_JDBC_BUFFER_DECAY_INTERVAL seconds. The actual time between consecutive thread cycles will vary somewhat depending on the JVM load.
    This parameter, along with FND_JDBC_BUFFER_DECAY_SIZE, allows the buffer decay rate to be tuned. For example, if the buffer decay size is 2 and the buffer decay interval is one minute, the buffer decay rate will never exceed two connections per minute. When connections are removed, the least recently used ones are removed first.
    FND_JDBC_BUFFER_DECAY_SIZE
    =============================
    The buffer decay size specifies the maximum number of connections that should be removed during any single thread cycle during which the number of available connections is greater than the buffer size. This parameter, along with FND_JDBC_BUFFER_DECAY_INTERVAL, allows the buffer decay rate to be tuned.
    FND_JDBC_MAX_WAIT_TIME
    =========================
    The maximum wait time specifies how much time a client should spend trying to get a connection. The borrow algorithm, used to borrow an object from the pool, contains check points at which the elapsed time is compared to the maximum wait time. If it exceeds the maximum wait time, then a null object will be returned to the client. The pre-configured value for the maximum wait time is
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    FND_JDBC_SELECTION_POLICY
    ============================
    The selection policy determines how a connection is selected from the list of available connections for a particular client. The connection pool is pre-configured to use a cost-based selection algorithm, which selects the connection that will require the smallest amount of initialization to match the
    client's context.
    FND_JDBC_USABLE_CHECK
    ===========================
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    connections to a database that has been restarted.)
    FND_JDBC_CONTEXT_CHECK
    ==========================
    The FND_JDBC_CONTEXT_CHECK parameter governs whether the AOL security context and NLS state is obtained from the database when the connection is returned to the pool. If FND_JDBC_CONTEXT_CHECK is "true", when the connection is returned to the pool, the AOL security context and NLS state will be obtained from the database. (This is implemented in the DBConnObj.isReusable() method). This check must be done when the connection is returned (rather than when it is borrowed) so that the selection matching algorithm has access to the actual
    session context of the connections in the available list.
    FND_JDBC_PLSQL_RESET
    ========================
    The PL/SQL reset flag, set using the variable FND_JDBC_PLSQL_RESET, governs whether the PL/SQL state associated with a connection should be freed before the pool hands the connection to the client. By default this flag is false.
    If the flag is set by true, by including the line "FND_JDBC_PLSQL_RESET=true" in the .dbc file, each connection to the database will have its PL/SQL state cleared before the pool returns the connection to the client.
    This is how it works. After the pool selects a connection from the available list for a client, it initializes the connection. One of the things initialization does is to set a flag that is later used by SessionManager to determine if the apps initialization routine needs to be performed for the connection. When FND_JDBC_PLSQL_RESET has been set to "true", this flag will always be set to true. After the pool initializes the connection, it also checks whether the connection is usable. In this case, this check will include a call to DBMS_SESSION.RESET_PACKAGE, which frees the PL/SQL state. The table below summaries the affect of FND_JDBC_PLSQL_RESET and the other safety check parameters on borrowing a connection from the pool.
    The FND_JDBC_PLSQL_RESET parameter has been added to only to address the case where production PL/SQL global bugs are known to exist. The performance of the pool is reduced by setting this flag to true.
    Reference : Note 264599.1

    Purpose
    JVM 이 과도한 CPU / Memory를 사용하게 되어 Application Performance에 영향을 미칠때가 있으며 이럴경우 Connection Pool 관련하여 Parameter Tunning을 해야 할때가 있습니다. 이때 사용되는 Parameter들의 의미를 설명하고자 합니다.
    The Applications Database Connection Pool is a pool of JDBC database connections that are shared among java applications. Applications obtain connections from the pool by using the getJDBCConnection(...) methods of AppsContext.
    Essentially, each AppsContext has a single database connection associated with it at all times.
    The AOL/J layer internally borrows and returns this connection to the pool as needed to maintain connection reference that is properly initialized for the current Java tier AOL security context and NLS state.
    FND_MAX_JDBC_CONNECTIONS
    ============================
    The maximum pool size is the maximum allowed sum of the number of available connections and thenumber of locked connections. If the pool reaches the maximum size and all connections are locked, new clients will not be able to borrow a connection until one of the current clients has returned one. The default setting for this parameter is essentially unlimited (about 2 billion).
    FND_JDBC_BUFFER_MIN
    ======================
    The buffer minimum is the minimum number of connections that the pool should try to maintain in the available list. When the buffer size falls below the buffer minimum, the pool maintenance thread will be notified to create new connections. When notified, the thread will immediately attempt to create the number of connections to fill the difference. New connections will not be created if the pool is already at its maximum size. When creating new connections the thread uses the attributes of the most recent client request that resulted in a new connection being created.
    Setting this parameter to "0" will disable maintenance of the buffer minimum.
    However, the buffer maximum will still be maintained.
    Setting this parameter to a number greater than the maximum pool size(FND_MAX_JDBC_CONNECTIONS) will disable all buffer maintenance.
    FND_JDBC_BUFFER_MAX
    ======================
    The buffer maximum is the maximum number of connections that the pool should try to maintain in the available list. During heavy usage, the buffer may exceed this maximum. However, during periods of low usage, the maintenance thread will decrease the buffer size until the buffer maximum is reached.
    If the value of this parameter is an integer, (for example "20") the buffer maximum is static. If the value is a percent (for example, "20%"), the buffer maximum is not constant but instead is calculated dynamically as a percent of total pool size. The buffer minimum is also taken into account when
    determining a dynamic buffer maximum.
    The exact expression used is:
    maximum(t) = buffer minimum + ( (FND_JDBC_BUFFER_MAX/100) * size(t) )
    where maximum(t) and size(t) are the buffer maximum and pool size at some time t.
    The thread is configured to periodically check the buffer size. If the buffer size is greater than the maximum, the thread will remove either the number of available connections specified by FND_JDBC_BUFFER_DECAY_SIZE or the number of connections in excess of the buffer minimum, whichever is smaller. When connections are removed from the available list, the least recently used ones are removed first.
    Setting this parameter to100%, or to a number equal to FND_MAXIMUM_JDBC_CONNECTIONS, or to a number less than or equal to FND_JDBC_BUFFER_MIN will effectively prevent the maintenance thread from ever removing any connections.
    FND_JDBC_BUFFER_DECAY_INTERVAL
    ===================================
    The buffer decay interval specifies how often the connection pool maintenance thread should check the buffer size. The thread will check the buffer size at most once every FND_JDBC_BUFFER_DECAY_INTERVAL seconds. The actual time between consecutive thread cycles will vary somewhat depending on the JVM load.
    This parameter, along with FND_JDBC_BUFFER_DECAY_SIZE, allows the buffer decay rate to be tuned. For example, if the buffer decay size is 2 and the buffer decay interval is one minute, the buffer decay rate will never exceed two connections per minute. When connections are removed, the least recently used ones are removed first.
    FND_JDBC_BUFFER_DECAY_SIZE
    =============================
    The buffer decay size specifies the maximum number of connections that should be removed during any single thread cycle during which the number of available connections is greater than the buffer size. This parameter, along with FND_JDBC_BUFFER_DECAY_INTERVAL, allows the buffer decay rate to be tuned.
    FND_JDBC_MAX_WAIT_TIME
    =========================
    The maximum wait time specifies how much time a client should spend trying to get a connection. The borrow algorithm, used to borrow an object from the pool, contains check points at which the elapsed time is compared to the maximum wait time. If it exceeds the maximum wait time, then a null object will be returned to the client. The pre-configured value for the maximum wait time is
    10 seconds.
    FND_JDBC_SELECTION_POLICY
    ============================
    The selection policy determines how a connection is selected from the list of available connections for a particular client. The connection pool is pre-configured to use a cost-based selection algorithm, which selects the connection that will require the smallest amount of initialization to match the
    client's context.
    FND_JDBC_USABLE_CHECK
    ===========================
    The FND_JDBC_USABLE_CHECK parameter governs whether a pl/sql query is performed before giving a connection to a client. The pool checks whether a connection is usable before handing it to a client. This always involves checking that the connection is not null and is not closed. If FND_JDBC_USABLE_CHECK is set to true, then it also verifies that the connection can be used to perform a simple PL/SQL query. (This parameter may have to be set to "true" in order to clean up
    connections to a database that has been restarted.)
    FND_JDBC_CONTEXT_CHECK
    ==========================
    The FND_JDBC_CONTEXT_CHECK parameter governs whether the AOL security context and NLS state is obtained from the database when the connection is returned to the pool. If FND_JDBC_CONTEXT_CHECK is "true", when the connection is returned to the pool, the AOL security context and NLS state will be obtained from the database. (This is implemented in the DBConnObj.isReusable() method). This check must be done when the connection is returned (rather than when it is borrowed) so that the selection matching algorithm has access to the actual
    session context of the connections in the available list.
    FND_JDBC_PLSQL_RESET
    ========================
    The PL/SQL reset flag, set using the variable FND_JDBC_PLSQL_RESET, governs whether the PL/SQL state associated with a connection should be freed before the pool hands the connection to the client. By default this flag is false.
    If the flag is set by true, by including the line "FND_JDBC_PLSQL_RESET=true" in the .dbc file, each connection to the database will have its PL/SQL state cleared before the pool returns the connection to the client.
    This is how it works. After the pool selects a connection from the available list for a client, it initializes the connection. One of the things initialization does is to set a flag that is later used by SessionManager to determine if the apps initialization routine needs to be performed for the connection. When FND_JDBC_PLSQL_RESET has been set to "true", this flag will always be set to true. After the pool initializes the connection, it also checks whether the connection is usable. In this case, this check will include a call to DBMS_SESSION.RESET_PACKAGE, which frees the PL/SQL state. The table below summaries the affect of FND_JDBC_PLSQL_RESET and the other safety check parameters on borrowing a connection from the pool.
    The FND_JDBC_PLSQL_RESET parameter has been added to only to address the case where production PL/SQL global bugs are known to exist. The performance of the pool is reduced by setting this flag to true.
    Reference : Note 264599.1

  • What is Connection Pooling

    Hi Friends
    What is "Connection Pooling"
    I am developing Java Application using ms sql server 2000 database
    Pl explain me about this
    thanxinadvance
    yours
    Rajesh

    In a basic DataSource implementation, there is a 1:1 correspondence between the
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    connections that can be reused across client sessions. Connection pooling greatly
    improves performance and scalability, particularly in a three-tier environment where
    multiple clients can share a smaller number of physical database connections.
    Nitin

  • Install PT8.53 with Linux Issue: Jolt client (ip address 192.168.196.102) does not have proper application password

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    191723.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191723.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191723.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191724.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191724.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191724.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191724.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191724.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191725.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191725.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191725.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191726.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191726.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191726.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191726.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191726.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191727.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191727.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191727.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    191727.lucylinux.lucydomain!JSH.32462.2485226496.-2: JOLT_CAT:1626: "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password"
    I View APPSRV_1023.LOG (current server log file) and its content is below:
    PSADMIN.32259 (0) [2013-10-23T18:55:12.134](0) Begin boot attempt on domain PT853
    PSAPPSRV.32290 (0) [2013-10-23T18:55:35.701](0) PeopleTools Release 8.53 (Linux) starting. Tuxedo server is APPSRV(99)/1
    PSAPPSRV.32290 (0) [2013-10-23T18:55:35.923](0) Cache Directory being used: /home/user/psft/pt/8.53/appserv/PT853/CACHE/PSAPPSRV_1/
    PSAPPSRV.32290 (0) [2013-10-23T18:56:19.256](2) App server host time skew is DB+00:00:00 (ORACLE PT853)
    PSAPPSRV.32290 (0) [2013-10-23T18:56:23.504](0) Server started
    PSAPPSRV.32290 (0) [2013-10-23T18:56:23.507](3) Detected time zone is EDT
    PSAPPSRV.32338 (0) [2013-10-23T18:56:25.793](0) PeopleTools Release 8.53 (Linux) starting. Tuxedo server is APPSRV(99)/2
    PSAPPSRV.32338 (0) [2013-10-23T18:56:26.003](0) Cache Directory being used: /home/user/psft/pt/8.53/appserv/PT853/CACHE/PSAPPSRV_2/
    PSAPPSRV.32338 (0) [2013-10-23T18:57:08.871](2) App server host time skew is DB+00:00:00 (ORACLE PT853)
    PSAPPSRV.32338 (0) [2013-10-23T18:57:10.662](0) Server started
    PSAPPSRV.32338 (0) [2013-10-23T18:57:10.663](3) Detected time zone is EDT
    PSSAMSRV.32388 (0) [2013-10-23T18:57:12.159](2) Min instance is set to 1. To avoid loss of service, configure Min instance to atleast 2.
    PSSAMSRV.32388 (0) [2013-10-23T18:57:12.168](0) PeopleTools Release 8.53 (Li nux) starting. Tuxedo server is APPSRV(99)/100
    PSSAMSRV.32388 (0) [2013-10-23T18:57:12.265](0) Cache Directory being used: /home/user/psft/pt/8.53/appserv/PT853/CACHE/PSSAMSRV_100/
    PSSAMSRV.32388 (0) [2013-10-23T18:57:59.414](0) Server started
    PSSAMSRV.32388 (0) [2013-10-23T18:57:59.416](3) Detected time zone is EDT
    PSADMIN.32259 (0) [2013-10-23T18:58:48.149](0) End boot attempt on domain PT853
    PSAPPSRV.32290 (1) [2013-10-23T18:59:06.144 GetCertificate](3) Returning context. ID=PSADMIN, Lang=ENG, UStreamId=185906140_32290.1, Token=PT_LOCAL/2013-10-23-11.59.26.248432/PSADMIN/ENG/vSz0ix+wq8d+zPRwQ0Wa4hcek0Q=
    ~                                                                                                                                                        
    I think the error is indicated in TUXLOG file "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password". The application password "myname" in Browser http://192.168.196.102:8000/ps/signon.html page is not working. I use the same password "myname" to login Data Mover Bootstrap mode, Application Designer, and Application Server psadmin configuration successfully. I have tried a few other passwords in Browser http://192.168.196.102:8000/ps/signon.html page but not working.
    My question is:
    How to solve Sign In issue on http://192.168.196.102:8000/ps/signon.html that is "ERROR: Jolt client (ip address 192.168.196.102) does not have proper application password" ?
    Thanks.             

    Dear Nicolas,
    Hello. I have used the same password for "DomainConnectPswd" in the file Configuration.properties with that for Application Server setting. Eventually, UserID PSADMIN sign in http://192.168.196.102:8000/ps/signon.html successfully. PeopleTools 8.53 runs correctly in Browser.
    It seems that whether upgrade Oracle Linux 5.0 to the latest 5.10 does not have effect !
    I am very grateful to your great help for this installation of PT8.53 with Linux and Oracle Database !

  • How to run a sample Jolt client

    Can any one explain me how to run a sample jolt client.
    Iam trying to run the following jolt client code ToUpper.java at the command prompt but I am getting the following error.I am getting the same error when i run the Jrepository Applet RE.html.
    D:\ToUpper>javac ToUpper.java
    D:\ToUpper>java ToUpper
    bea.jolt.SessionException: Cannot connect to any //localhost:3050.
    Reason:NwHdlr: Network Error: chkauth: J_CHECKAUTH FAILED
    at bea.jolt.JoltSessionAttributes.getDomainInfoJoltSessionAttributes.java:584)
    at bea.jolt.JoltSessionAttributes.checkAuthenticationLevel(JoltSessionAttributes.java:507)
    at ToUpper.main(ToUpper.java:20).
    I have the tlistener running and provided apppassword and userpassword as my System login password where I have the complete Tuxedo Installation(server and client). Please see the attached sample jolt client program I am trying to run. I am not sure what configuration Settings I need to do.
    ToUpper.java
    /* Copyright 1996 BEA Systems, Inc. All Rights Reserved */
    import bea.jolt.*;
    public class ToUpper
    public static void main (String[] args)
    JoltSession session;
    JoltSessionAttributes sattr;
    JoltRemoteService toupper;
    JoltTransaction trans;
    String userName=null;
    String userPassword=null;
    String appPassword=null;
    String userRole="myapp";
    String outstr;
              try{
    sattr = new JoltSessionAttributes();
    sattr.setString(sattr.APPADDRESS, "//GVC3ZA03TESTING:3050");
    switch (sattr.checkAuthenticationLevel())
    case JoltSessionAttributes.NOAUTH:
    break;
    case JoltSessionAttributes.APPASSWORD:
    appPassword = "123456"//"appPassword";
    break;
    case JoltSessionAttributes.USRPASSWORD:
    userName = "myname";
    userPassword = "123456";
    appPassword = "123456";
    break;
    sattr.setInt(sattr.IDLETIMEOUT, 300);
    session = new JoltSession(sattr, userName, userRole,
    userPassword, appPassword);
    toupper = new JoltRemoteService ("TOUPPER", session);
    toupper.setString("STRING", "hello world");
    toupper.call(null);
    outstr = toupper.getStringDef("STRING", null);
    if (outstr != null)
    System.out.println(outstr);
    session.endSession();
    System.exit(0);
              }catch(Exception e){
              e.printStackTrace();
    } // end main
    } // end ToUpper

    Hi Todd,
    I am not getting the jcheckauthentication error now as i changed the port no. to the port where JSL is running.Now I am getting this error.Also find the ULOG contents pasted below.
    D:\bea\tuxedo9.1\samples\jolt\ToUpper>java ToUpper
    Authentication Level set To :0
    Exception caught error no is:6
    bea.jolt.ServiceException: TPENOENT - no entry found
    at bea.jolt.JoltRemoteService.decodeCALL(JoltRemoteService.java:460)
    at bea.jolt.JoltRemoteService.call(JoltRemoteService.java:345)
    at bea.jolt.JoltRemoteService.call(JoltRemoteService.java:267)
    at ToUpper.main(ToUpper.java:39)
    I have checked the jrepository file and also the Applet window for the service defination(TOUPPER)but still its not recognizing the service.Is there some configuration thing I have missed out before running JOLT client.
    ULOG File Contents
    132947.GVC3ZA03TESTING!JSH.4000.2464.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name ''; client name 'myapp'"
    132956.GVC3ZA03TESTING!WSL.432.5308.0: WSNAT_CAT:1196: INFO: Terminating handlers in preparation for shutdown
    132956.GVC3ZA03TESTING!WSL.432.5308.0: WSNAT_CAT:1197: INFO: Exiting system
    132956.GVC3ZA03TESTING!JSL.2644.2356.0: JOLT_CAT:1506: "INFO: Terminating Jolt administration services in preparation for shutdown"
    132956.GVC3ZA03TESTING!JSL.2644.2356.0: JOLT_CAT:1196: "INFO: Terminating handlers in preparation for shutdown"
    132956.GVC3ZA03TESTING!JSH.4000.2464.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name 'jolt'; client name 'joltadmin'"
    132956.GVC3ZA03TESTING!JSL.2644.2356.0: JOLT_CAT:1197: "INFO: Exiting system"
    132956.GVC3ZA03TESTING!DMADM.5844.5348.0: CMDGW_CAT:1655: INFO: DMADMSVR is exiting
    132959.GVC3ZA03TESTING!BBL.3216.4372.0: CMDTUX_CAT:26: INFO: The BBL is exiting system
    133021.GVC3ZA03TESTING!tmloadcf.6104.3164.-2: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133021.GVC3ZA03TESTING!tmloadcf.6104.3164.-2: CMDTUX_CAT:872: INFO: TUXCONFIG file D:\bea\tuxedo9.1\samples\jolt\ToUpper\tuxconfig has been updated
    133028.GVC3ZA03TESTING!BBL.6140.5124.0: 02-01-2007: Tuxedo Version 9.1, 32-bit, Patch Level (none)
    133028.GVC3ZA03TESTING!BBL.6140.5124.0: LIBTUX_CAT:262: INFO: Standard main starting
    133028.GVC3ZA03TESTING!DMADM.4928.1868.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133028.GVC3ZA03TESTING!DMADM.4928.1868.0: LIBTUX_CAT:262: INFO: Standard main starting
    133028.GVC3ZA03TESTING!DMADM.4928.1868.0: CMDGW_CAT:3149: INFO: BDMCONFIG environment variable not set. Using $APPDIR/BDMCONFIG
    133028.GVC3ZA03TESTING!DMADM.4928.1868.0: CMDGW_CAT:3761: INFO: Using version 2 BDMCONFIG, 3DES is enabled.
    133028.GVC3ZA03TESTING!JSL.5608.6088.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133028.GVC3ZA03TESTING!JSL.5608.6088.0: LIBTUX_CAT:262: INFO: Standard main starting
    133028.GVC3ZA03TESTING!JSL.5608.6088.0: INFO: JOLT Listener version-BEA Jolt 9.1
    133028.GVC3ZA03TESTING!JSL.5608.6088.0: JOLT_CAT:1563: "INFO: Serial Number : <454493271161-2140437240256>, Expiration Date : <2007-02-15>"
    133028.GVC3ZA03TESTING!JSL.5608.6088.0: JOLT_CAT:1564: "INFO: Licensee : <BEA Evaluation Customer>"
    133029.GVC3ZA03TESTING!JSH.6028.5748.-2: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133029.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1030: "INFO: Jolt Handler joining application"
    133029.GVC3ZA03TESTING!JSH.6028.5748.-2: INFO: JOLT Handler version-BEA Jolt 9.1
    133029.GVC3ZA03TESTING!JREPSVR.3476.4980.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133029.GVC3ZA03TESTING!JREPSVR.3476.4980.0: LIBTUX_CAT:262: INFO: Standard main starting
    133029.GVC3ZA03TESTING!JREPSVR.3476.4980.0: Current version: BEA Jolt 9.1
    133029.GVC3ZA03TESTING!JREPSVR.3476.4980.0: Repository "D:\bea\tuxedo9.1\udataobj\jolt\repository\jrepository" (16 records) is writable.
    133029.GVC3ZA03TESTING!WSL.3292.4892.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133029.GVC3ZA03TESTING!WSL.3292.4892.0: LIBTUX_CAT:262: INFO: Standard main starting
    133029.GVC3ZA03TESTING!WSH.2568.3772.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133029.GVC3ZA03TESTING!WSH.2568.3772.0: WSNAT_CAT:1030: INFO: Work Station Handler joining application
    133029.GVC3ZA03TESTING!WSH.5764.3836.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    133029.GVC3ZA03TESTING!WSH.5764.3836.0: WSNAT_CAT:1030: INFO: Work Station Handler joining application
    133242.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1043: "ERROR: tpacall() call failed, tperrno = 6"
    133300.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name ''; client name 'myapp'"
    133300.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1043: "ERROR: tpacall() call failed, tperrno = 6"
    133359.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name ''; client name 'myapp'"
    133456.GVC3ZA03TESTING!JSH.6028.5748.-2: Fldid32(ACCOUNT_ID) failed for INQUIRY: LIBFML_CAT:8: ERROR: Unknown field name. Maybe FIELDTBLS32 is not set properly.
    133612.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1043: "ERROR: tpacall() call failed, tperrno = 6"
    143325.GVC3ZA03TESTING!JSH.6028.5748.-2: Fldid(SAMOUNT) failed for DEPOSIT: LIBFML_CAT:11: ERROR: Cannot find or open field table. Maybe FIELDTBLS is not set properly.
    144116.GVC3ZA03TESTING!WSL.3292.4892.0: WSNAT_CAT:1196: INFO: Terminating handlers in preparation for shutdown
    144116.GVC3ZA03TESTING!WSL.3292.4892.0: WSNAT_CAT:1197: INFO: Exiting system
    144116.GVC3ZA03TESTING!JSL.5608.6088.0: JOLT_CAT:1506: "INFO: Terminating Jolt administration services in preparation for shutdown"
    144116.GVC3ZA03TESTING!JSL.5608.6088.0: JOLT_CAT:1196: "INFO: Terminating handlers in preparation for shutdown"
    144116.GVC3ZA03TESTING!JSH.6028.5748.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name 'jolt'; client name 'joltadmin'"
    144116.GVC3ZA03TESTING!JSL.5608.6088.0: JOLT_CAT:1197: "INFO: Exiting system"
    144116.GVC3ZA03TESTING!DMADM.4928.1868.0: CMDGW_CAT:1655: INFO: DMADMSVR is exiting
    144119.GVC3ZA03TESTING!BBL.6140.5124.0: CMDTUX_CAT:26: INFO: The BBL is exiting system
    144142.GVC3ZA03TESTING!tmloadcf.2668.3316.-2: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144142.GVC3ZA03TESTING!tmloadcf.2668.3316.-2: CMDTUX_CAT:872: INFO: TUXCONFIG file D:\bea\tuxedo9.1\samples\jolt\ToUpper\tuxconfig has been updated
    144148.GVC3ZA03TESTING!BBL.4144.4376.0: 02-01-2007: Tuxedo Version 9.1, 32-bit, Patch Level (none)
    144148.GVC3ZA03TESTING!BBL.4144.4376.0: LIBTUX_CAT:262: INFO: Standard main starting
    144148.GVC3ZA03TESTING!DMADM.4436.5968.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!DMADM.4436.5968.0: LIBTUX_CAT:262: INFO: Standard main starting
    144148.GVC3ZA03TESTING!DMADM.4436.5968.0: CMDGW_CAT:3149: INFO: BDMCONFIG environment variable not set. Using $APPDIR/BDMCONFIG
    144148.GVC3ZA03TESTING!DMADM.4436.5968.0: CMDGW_CAT:3761: INFO: Using version 2 BDMCONFIG, 3DES is enabled.
    144148.GVC3ZA03TESTING!JSL.5072.2444.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!JSL.5072.2444.0: LIBTUX_CAT:262: INFO: Standard main starting
    144148.GVC3ZA03TESTING!JSL.5072.2444.0: INFO: JOLT Listener version-BEA Jolt 9.1
    144148.GVC3ZA03TESTING!JSL.5072.2444.0: JOLT_CAT:1563: "INFO: Serial Number : <454493271161-2140437240256>, Expiration Date : <2007-02-15>"
    144148.GVC3ZA03TESTING!JSL.5072.2444.0: JOLT_CAT:1564: "INFO: Licensee : <BEA Evaluation Customer>"
    144148.GVC3ZA03TESTING!JSH.5856.5268.-2: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!JSH.5856.5268.-2: JOLT_CAT:1030: "INFO: Jolt Handler joining application"
    144148.GVC3ZA03TESTING!JSH.5856.5268.-2: INFO: JOLT Handler version-BEA Jolt 9.1
    144148.GVC3ZA03TESTING!JREPSVR.2952.1248.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!JREPSVR.2952.1248.0: LIBTUX_CAT:262: INFO: Standard main starting
    144148.GVC3ZA03TESTING!JREPSVR.2952.1248.0: Current version: BEA Jolt 9.1
    144148.GVC3ZA03TESTING!JREPSVR.2952.1248.0: Repository "D:\bea\tuxedo9.1\udataobj\jolt\repository\jrepository" (16 records) is writable.
    144148.GVC3ZA03TESTING!WSL.3040.5488.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!WSL.3040.5488.0: LIBTUX_CAT:262: INFO: Standard main starting
    144148.GVC3ZA03TESTING!WSH.5740.2764.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!WSH.5740.2764.0: WSNAT_CAT:1030: INFO: Work Station Handler joining application
    144148.GVC3ZA03TESTING!WSH.1784.5448.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144148.GVC3ZA03TESTING!WSH.1784.5448.0: WSNAT_CAT:1030: INFO: Work Station Handler joining application
    144157.GVC3ZA03TESTING!JSH.5856.5268.-2: JOLT_CAT:1043: "ERROR: tpacall() call failed, tperrno = 6"
    144207.GVC3ZA03TESTING!JSH.5856.5268.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name ''; client name 'myapp'"
    144226.GVC3ZA03TESTING!JSH.5856.5268.-2: JOLT_CAT:1043: "ERROR: tpacall() call failed, tperrno = 6"
    144229.GVC3ZA03TESTING!JSH.5856.5268.-2: JOLT_CAT:1043: "ERROR: tpacall() call failed, tperrno = 6"
    144518.GVC3ZA03TESTING!WSL.3040.5488.0: WSNAT_CAT:1196: INFO: Terminating handlers in preparation for shutdown
    144518.GVC3ZA03TESTING!WSL.3040.5488.0: WSNAT_CAT:1197: INFO: Exiting system
    144518.GVC3ZA03TESTING!JSL.5072.2444.0: JOLT_CAT:1506: "INFO: Terminating Jolt administration services in preparation for shutdown"
    144518.GVC3ZA03TESTING!JSL.5072.2444.0: JOLT_CAT:1196: "INFO: Terminating handlers in preparation for shutdown"
    144518.GVC3ZA03TESTING!JSH.5856.5268.-2: JOLT_CAT:1198: "WARN: Forced shutdown of client; user name 'jolt'; client name 'joltadmin'"
    144518.GVC3ZA03TESTING!JSL.5072.2444.0: JOLT_CAT:1197: "INFO: Exiting system"
    144519.GVC3ZA03TESTING!DMADM.4436.5968.0: CMDGW_CAT:1655: INFO: DMADMSVR is exiting
    144522.GVC3ZA03TESTING!BBL.4144.4376.0: CMDTUX_CAT:26: INFO: The BBL is exiting system
    144537.GVC3ZA03TESTING!tmloadcf.4892.4980.-2: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144537.GVC3ZA03TESTING!tmloadcf.4892.4980.-2: CMDTUX_CAT:872: INFO: TUXCONFIG file D:\bea\tuxedo9.1\samples\jolt\ToUpper\tuxconfig has been updated
    144543.GVC3ZA03TESTING!BBL.5440.4548.0: 02-01-2007: Tuxedo Version 9.1, 32-bit, Patch Level (none)
    144543.GVC3ZA03TESTING!BBL.5440.4548.0: LIBTUX_CAT:262: INFO: Standard main starting
    144543.GVC3ZA03TESTING!DMADM.1016.6128.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144543.GVC3ZA03TESTING!DMADM.1016.6128.0: LIBTUX_CAT:262: INFO: Standard main starting
    144543.GVC3ZA03TESTING!DMADM.1016.6128.0: CMDGW_CAT:3149: INFO: BDMCONFIG environment variable not set. Using $APPDIR/BDMCONFIG
    144543.GVC3ZA03TESTING!DMADM.1016.6128.0: CMDGW_CAT:3761: INFO: Using version 2 BDMCONFIG, 3DES is enabled.
    144543.GVC3ZA03TESTING!JSL.1796.5232.0: 02-01-2007: Tuxedo Version 9.1, 32-bit
    144543.GVC3ZA03TESTING!JSL.1796.5232.0: LIBTUX_CAT:262: INFO: Standard main starting
    144543.GVC3ZA03TESTING!JSL.1796.5232.0: INFO: JOLT Listener version-BEA Jolt 9.1
    144543.GVC3ZA03TESTING!JSL.1796.5232.0: JOLT_CAT:1563: "INFO: Serial Number : <454493271161-2140437240256>, Expiration Date : <2007-02-15>"
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