Keithley 2606B System SourceMeter, Справочное руководство

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2606B System SourceMeter® Instrument Reference Manual Section 6: Instrument programming
2606B-901-01 Rev. B / May 2018 6-9
The
scriptVar .save()
command saves the script to nonvolatile memory, which makes the
change persistent through a power cycle. See Save a user script to nonvolatile memory (on page 6-
10) for more detail.
Example: Set a script to run automatically
test5.autorun = "yes"
test5.save()
Assume a script named
test5
is in the
run-time environment.
The next time the instrument is turned on,
test5
script automatically loads and
runs.
Autoexec script
The autoexec script runs automatically when the instrument is turned on. It runs after all the scripts
have loaded and any scripts defined as autorun have run.
To create a script that executes automatically, create and load a new script and name it
autoexec
.
See Create and load a script (on page 6-3).
You must save the
autoexec
script to nonvolatile memory if you want to use it after instrument
power has been turned off and then turned on again. See Save a user script to nonvolatile memory
(on page 6-10) for more detail.
Example: Creating an autoexec script with loadscript command
loadscript autoexec
display.clear()
display.settext("Hello from autoexec")
endscript
autoexec.save()
Creates the script
autoexec
.
Saves the
autoexec
script to nonvolatile
memory. The next time the instrument is
turned on, "
Hello from autoexec
" is
displayed.
Example: Creating an autoexec script using TSB Embedded
display.clear()
display.settext("Hello from autoexec")
In the TSP Script box, enter
autoexec
.
Enter the code in the entry box.
Click
Save Script .
Creates a new script that clears the
display when the instrument is turned on
and displays "
Hello from autoexec
."
Working with scripts in nonvolatile memory
The Fundamentals of scripting for TSP (on page 6-1) section in this manual describes working with
scripts, primarily in the run-time environment. You can also work with scripts in nonvolatile memory.
The run-time environment and nonvolatile memory are separate storage areas in the instrument. The
information in the run-time environment is lost when the instrument is turned off. The nonvolatile
memory remains intact when the instrument is turned off. When the instrument is turned on,
information in nonvolatile memory is loaded into the run-time environment.