Lexmark X925 Lexmark Document Distributor - Page 59
Advanced e, Task 2 prompting print job properties, Delay properties, false, serverPoolSize}
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Testing and deploying workflow solutions 59 Property basic.pj.save basic.pj.poolSize Description Default Determines whether to save print false jobs from the LDD system The size of the thread pool to use for ${CurrentTestProfile.serverPoolSize} print jobs. The default, which refers to the overall server pool size, should usually remain set. Advanced (e‑Task 2) prompting print job properties Property Description Default advanced.pj.addressRange The address range to ${CurrentTestProfile.advanced.addressRange} receive print jobs from the (This refers to the advanced.addressRange property in the LDD system. The default, Basic prompting properties table.) which refers to the address range set for the overall test, should usually remain set. advanced.pj.output The folder where The /Profiles/CurrentTestProfile/conf/data/P simulated print jobs should rintJobs folder where the MFP emulator and performance be saved simulator are installed advanced.pj.ext The file extension of saved ps print jobs. Do not include a period (.) before the extension. The extension implies the file type used. One of the following: pdf, ps, tif. advanced.pj.save Determines whether to save print jobs from the LDD system false advanced.pj.poolSize The size of the thread pool ${CurrentTestProfile.serverPoolSize} to use for print jobs. The default, which refers to the overall server pool size, should usually remain set. Delay properties Property Description Default clientStartUpDelay The delay, in milliseconds, between starting each group of 500 emulated MFPs when testing with more than one MFP clientStartUpDelaySize The number of MFPs to start after each interval specified by 10 clientStartUpDelay startDelayMin* The minimum delay between test repetitions 2000 * The delay properties are useful in simulating real‑world delays where user input is expected when stress‑testing a solution. For each delay specified, a random value is selected between the minimum and maximum values.