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CALL RTR_OPEN_CHANNEL
rtr_status_t rtr_open_channel (
rtr_channel_t *pchannel,
rtr_ope_flag_t flags,
rtr_facnam_t facnam,
rtr_rcpnam_t rcpnam,
rtr_evtnum_t *pevtnum,
rtr_access_t access,
rtr_numseg_t numseg,
rtr_keyseg_t *pkeyseg
);
Table 6–7 shows the correspondence between values you supply on the command
line and the C language parameter values produced and used for the call.
Table 6–7 Parameters for rtr_open_channel
C Parameter Name C Parameter Value Example
channel /CHANNEL_NAME=name
flags RTR_NO_FLAGS none [D]
RTR_F_OPE_CLIENT /CLIENT
RTR_F_OPE_SERVER /SERVER
RTR_F_OPE_BE_CALL_OUT /BE_CALL_OUT
RTR_F_OPE_NOCONCURRENT /NOCONCURRENT
RTR_F_OPE_EXPLICIT_PREPARE /PREPARE_EXPLICIT
RTR_F_OPE_EXPLICIT_ACCEPT /ACCEPT_EXPLICIT
RTR_F_OPE_FOREIGN_TM /FOREIGN=tm_id
RTR_F_OPE_SHADOW /SHADOW
RTR_F_OPE_NOSTANDBY /NOSTANDBY
RTR_F_OPE_TR_CALL_OUT /TR_CALL_OUT
facnam "CASHFACIL" /FACILITY_NAME=CASHFACIL
rcpnam "CLI6CHAN" /RECIPIENT_NAME=CLI6CHAN
pevtnum [All events. See /EVENTS] /EVENTS=(USER,RTR)
access J67TF098 /ACCESS=J67TF098
numseg 1
pkeyseg
-> ks_type rtr_keyseg_string /TYPE_OF_FIELD=STRING
-> ks_length 10 /LENGTH_OF_FIELD=10
-> ks_offset 2 /OFFSET_OF_KEY=2
-> ks_lo_bound "AAAAAAAAAA" /LOW_BOUND="AAAAAAAAAA"
-> ks_hi_bound "NNNNNNNNNN" /HIGH_BOUND="NNNNNNNNNN"
Qualifiers
/ACCEPT_EXPLICIT
/NOACCEPT_EXPLICIT
Specifies that the RTR_F_OPE_EXPLICIT_ACCEPT flag is set in the call to
rtr_open_channel( )
.
6–16 RTR Command Line Interface