NOUTBUF parameter: Difference between revisions
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==Description== | ==Description== | ||
<p>The number of full screen output buffers to be allocated and used by the <var class="product">Model 204</var> SNA Communications Server 3270 interface</p> | <p>The number of full screen output buffers to be allocated and used by the <var class="product">Model 204</var> SNA Communications Server 3270 interface</p> | ||
<p>The size of each output buffer is automatically set to 12 bytes larger than the value of the <var>[LOUTPB_parameter|LOUTPB]</var> parameter. NOUTBUF provides an important facility in large networks in which significant response time is required to send a message. As the number of full screen buffers increases, <var class="product">Model 204</var> is able to manage output production more efficiently. </p> | <p>The size of each output buffer is automatically set to 12 bytes larger than the value of the <var>[[LOUTPB_parameter|LOUTPB]]</var> parameter. NOUTBUF provides an important facility in large networks in which significant response time is required to send a message. As the number of full screen buffers increases, <var class="product">Model 204</var> is able to manage output production more efficiently. </p> | ||
[[Category:System parameters]] | [[Category:System parameters]] | ||
[[Category:Parameters]] | [[Category:Parameters]] | ||
Revision as of 12:58, 16 September 2015
# of full screen output buffers
Summary
- Default value
- 2
- Parameter type
- System
- Where set
- On User 0's parameter line or first IODEV=7 line
- Related products
- All
- Introduced
- Model 204 V2.1 or earlier
Description
The number of full screen output buffers to be allocated and used by the Model 204 SNA Communications Server 3270 interface
The size of each output buffer is automatically set to 12 bytes larger than the value of the LOUTPB parameter. NOUTBUF provides an important facility in large networks in which significant response time is required to send a message. As the number of full screen buffers increases, Model 204 is able to manage output production more efficiently.