content_image/1000467.jpg
## LDG definitions necessary for the first example 

Table C-3 lists the LDG definitions that are needed in HCD. A total of eight esoterics must be defined. 

<img src='content_image/1000467.jpg'>

## Device statements that are needed for this configuration 

These examples use a naming convention for XTYPE  that contains the library (LB1, LB2) in the first three digits, and then the device type (see Figure C-4). A naming convention for XTYPE  is not mandatory, but it makes it easier to use the JES3 INISH deck. 

*/ Devices 3592-J1A and 3592-E05 in Library 1 ............................/* DEVICE,XTYPE=(LB13592J,CA),XUNIT=(1000,*ALL,,OFF),numdev=4 DEVICE,XTYPE=(LB13592K,CA),XUNIT=(1104,*ALL,,OFF),numdev=4 */ Devices 3592-E05 Encryption-Enabled in Library 2 ...................../*  DEVICE,XTYPE=(LB23592K,CA),XUNIT=(2000,*ALL,,OFF),numdev=8 

## SETNAME statements that are needed for this configuration 

Figure C-5 includes all of the SETNAME  statements for the first configuration example. 

SETNAME,XTYPE=(LB13592J,CA),NAMES=(LDGW3495,LDGF4001,LDG359J,LDJF4001) SETNAME,XTYPE=(LB13592K,CA),NAMES=(LDGW3495,LDGF4001,LDG359K,LDKF4001) SETNAME,XTYPE=(LB23592K,CA),NAMES=(LDGW3495,LDGF4006,LDG359K,LDKF4006) 

For this example, you need three SETNAME  statements for the following reasons: 

GLYPH<SM590000> One library with two different device types = Two SETNAME  statements 

GLYPH<SM590000> One library with one device type = One SETNAME  statement 

Tip:  For definition purposes, encryption-enabled and non-encryption-enabled drives are considered two different device types. In the first example, all 3592 Tape Drives are not encryption-enabled. 

