通信手順が混在する場合の構成例を図4-7に示します。
図4-7 通信手順が混在する場合の構成例
定義例を次に示します。なお,定義中の番号は,図4-7の番号と対応しています。
configuration
version 1
max_TSAP 48
max_OSI_association 8
max_TC_class02 16
max_NLI_VC 8
max_VC_network_connection 16
max_X25_VASS 16
max_HDLCpass_link 2
max_X25_link 16
max_NCSBline 8
max_Line_adapter 2
max_line 8
max_link 64
;
OSI_buffer
name OSIBUF01
number 128
size 1024
;
NLI_buffer
name NLIBUF01
number 128
size 1024
;
HDLC_buffer
name HDLCBUF1
number 14
size 2048
;
HNA1_buffer
number 20
size 1028
;
SL
max_segmenting_TSDU 0
max_reassembling_TSDU 0
SL_time 60
;
TL02
class 0
alternative_class 0
flow_control use
max_TPDU 1024
receive_CDT_value 7
TS1 60
TS2 60
TS3 180
;
Line_adapter .....................................1
name LADP01
location_code 17-08
adapter_type HDLC
initial_status active
buffer_number 512
;
group ..........................................3
name OSAS01
type HDLC
buffer_pool OSIBUF01
;
line
name LINE01
number 01
line_type public_PS
line_mode 84VC
speed 64K
modem_clock synch_ST2
modem_type full
RS_control on_fixed
CDcheck no
NRZI no
;
link
name LINK01
VASS 100
data_link_address 1
data_link_address2 3
connection_retry 12
connection_time 1.0
data_retry 12
data_time 1.0
busy_retry 8
busy_time 4.0
outstand 7
max_DPDU 4096
;
NL
DTE_address 5000001
NSAP_address 4800080015000001
min_VC_LCGN 0
max_VC_LCGN 3
min_VC_LCN 1
max_VC_LCN 200
send_window_size 7
receive_window_size 7
DTE_field yes
;
group ..........................................4
name ABM01
type HDLC
buffer_pool HDLCBUF1
;
line
name LINE02
number 02
line_type leased_line
line_mode ABM_DTE
speed 16K
modem_clock synch_ST2
modem_type full
RS_control on_fixed
CDcheck no
NRZI no
;
link
name LINK02
VASS 200
data_link_address 1
data_link_address2 3
connection_retry 7
connection_time 2.0
data_retry 3
data_time 7.0
busy_retry 8
busy_time 4.0
outstand 7
max_DPDU 2048
;
group ..........................................6
name OSAS01
type HDLC
buffer_pool NLIBUF01
;
line
name LINE04
number 03
line-type public_PS
line-mode 80VC
speed 64K
modem_clock synch_ST2
modem_type full
RS_control on_fixed
CDcheck no
NRZI no
;
link
name LINK04
VASS 300
data_link_address 1
data_link_address2 3
connection_retry 12
connection_time 1.0
data_retry 12
data_time 1.0
busy_retry 8
busy_time 4.0
outstand 7
max_DPDU 8160
;
NL
DTE_address 5000002
min_VC_LCGN 0
max_VC_LCGN 3
min_VC_LCN 1
max_VC_LCN 200
send_window_size 7
receive_window_size 7
DTE_field yes
;
group ..........................................7
name HNA101
type HDLC
;
line
name LINE05
number 00
line_type public_PS
line_mode 84VC
speed 64K
RS_control on_fixed
CDcheck no
NRZI no
;
link
name LINK05
VASS 500
data_link_address 1
data_link_address2 3
max_DPDU 1024
connection_retry 12
connection_time 1.0
data_retry 12
data_time 1.0
;
NL
min_VC_LCGN 0
max_VC_LCGN 10
min_VC_LCN 0
max_VC_LCN 255
DTE_address 5000003
network_id 8001
;
Line_adapter .....................................2
name LADP02
location_code 37-08
adapter_type BASIC
initial_status active
buffer_number 512
;
group ..........................................5
name NCSB01
type NCSB
;
basicline
name LINE03
number 00
speed 9.6K
modem_clock synch_ST2
;
HNA1 ...........................................8
max_PLU 4
max_PU 2
max_SLU 8
max_connection 18
;
USSTBL
table_number 1
;
USSDATA
type on
character LOGON
logon_PLU_name BETRAN
;
USSTBL
table_number 2
;
USSDATA
type on
character CONNECT
logon_PLU_name PTS
;
HNA1_PU
name PU01
link_VASS 500
NL_type VC
send_segment_size 1024
receive_segment_size 1024
DTE_address 5000004
NSAP_address 4800080015000004
;
HNA1_SLU
name SLU01
local_address 01
FSS_USS_type USS
USS_table 1
;
HNA1_SLU
name SLU02
local_address 02
FSS_USS_type USS
USS_table 1
;
HNA1_PU
name PU02
link_VASS 500
NL_type VC
send_segment_size 1024
receive_segment_size 1024
DTE_address 5000005
NSAP_address 4800080015000005
;
HNA1_SLU
name SLU03
local_address 03
logon_PLU_name PTS
;
HNA1_SLU
name SLU04
local_address 04
through_PLU PTS
FSS_USS_type USS
USS_table 2
;