Juniper JUNOSE 11.3, Configuration Manual

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encapsulation <# proto;'\n' #>
<# if proto = 'frame-relay ietf' #>
frame-relay intf-type <# param[5];'\n'#>
frame-relay lmi-type <# param[6];'\n'#>
<# endif #>
<# port++ #>
<# endwhile #>
<# endtmpl #>
<# cx1FrCir #>
<# //This macro is called by other macros to configure Frame Relay circuits on
subinterfaces. #>
<# //Parameters in order are interface numPorts; slot; port; numCirs; dlci #>
!
! Configure Frame Relay Circuits
!
<# ifCount := env.atoi(param[1]) #>
<# slot := param[2] #>
<# port := env.atoi(param[3]) #>
<# numCirs := env.atoi(param[4]) #>
<# startDlci := env.atoi(param[5]) #>
<# id := env.atoi('1') #>
<# while ifCount-- > 0 #>
<# cirs := numCirs #>
<# id := env.atoi('1') #>
<# dlci := startDlci #>
<# while cirs-- > 0 #>
interface serial <# slot;'/';port;':1.';id;'\n' #>
frame-relay interface-dlci <# dlci #> ietf
<# id++; dlci++ #>
<# endwhile #>
<# port++ #>
<# endwhile #>
<# endtmpl #>
Configuring ATM Interfaces
This sample macro configures ATM interfaces based on the inputs you provide when
prompted by the macro.
<# atmIf #>
<# slotPort:=env.getline("slot/port?") #>
<# while (vcType != 1 && vcType != 2);
vcTypeStr :=env.getline("VC type (1 = AAL5MUX IP, 2 = AAL5SNAP)?");
vcType := env.atoi(vcTypeStr);
endwhile #>
<# if vcType = 1; vcTypeStr := "aal5mux ip"; else; vcTypeStr := "aal5snap"; endif
#>
<# encapRouted:=1; encapBridged:=2; encapPPP:=3 #>
<# while (encapType < encapRouted || encapType > encapPPP );
encapTypeStr :=env.getline("encapsulation (1 = routed, 2 = bridged, 3 =
ppp)?");
encapType := env.atoi(encapTypeStr);
endwhile #>
<# if encapType = encapPPP #>
<# authNone:=1; authPap:=2; authChap:=3; authPapChap:=4; authChapPap:=5 #>
<# while (authType < authNone || authType > authChapPap );
authTypeStr :=env.getline("authentication (1 = None, 2 = PAP, 3 = CHAP, 4 =
PAP/CHAP; 5 = CHAP/PAP)?");
authType := env.atoi(authTypeStr);
endwhile #>
<# endif #>
491 Copyright © 2010, Juniper Networks, Inc.
Chapter 8: Writing CLI Macros