
second approach, better fitting what was agreed upon so far. - pv_names are local to SEC-node, so not exporting via json and marking them 'private' - 2 devices for 2 temperature control loops, not one 'monster' device which handles everything. - read_status implemented - write_target also updates the status (may be sensible to go to the core?) - provide working stubs in case epics is not installed (-> testing possible) - tested with the stubs. - tests with real epics. found problems: in EpicsTempCtrl(EpicsDriveable) the read/write_<paramname> methods from EpicsDriveable needed to be reimplemented. This should not be needed! Change-Id: I9e4eeaff83114131d117c8f04fba758dfe22237b
42 lines
686 B
INI
42 lines
686 B
INI
[equipment]
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# set SEC-node properties
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id=cryo_7
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description = short description
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This is a very long description providing all the glory details in all the glory details about the stuff we are describing
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[interface tcp]
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interface=tcp
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bindto=0.0.0.0
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bindport=10769
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# protocol to use for this interface
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framing=eol
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encoding=demo
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[device cryo]
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# some (non-defaut) module properties
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.group=very important/stuff
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# class of module:
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class=devices.cryo.Cryostat
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# some parameters
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jitter=0.1
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T_start=10.0
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target=10.0
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looptime=1
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ramp=6
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maxpower=20.0
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heater=4.1
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p=40
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i=10
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d=2
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mode=pid
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tolerance=0.1
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window=30
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timeout=900
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# some (non-default) parameter properties
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pollinterval.export=False
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