A proxy module is a module with a known structure, but accessed over a SECoP connection. For the configuration, a Frappy module class has to be given. The proxy class is created from this, but does not inherit from it. However, the class of the returned object will be subclass of the SECoP base classes (Readable, Drivable etc.). A possible extension might be, that instead of the Frappy class, the JSON module description can be given, as a separate file or directly in the config file. Or we might offer a tool to convert the JSON description to a python class. Change-Id: I9212d9f3fe82ec56dfc08611d0e1efc0b0112271 Reviewed-on: https://forge.frm2.tum.de/review/c/sine2020/secop/playground/+/22386 Tested-by: JenkinsCodeReview <bjoern_pedersen@frm2.tum.de> Reviewed-by: Markus Zolliker <markus.zolliker@psi.ch>
126 lines
2.1 KiB
INI
126 lines
2.1 KiB
INI
[node PPMS.psi.ch]
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description = PPMS at PSI
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[interface tcp]
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type = tcp
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bindto = 0.0.0.0
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bindport = 5000
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[module tt]
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class = secop_psi.ppms.Temp
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description = main temperature
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iodev = ppms
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[module mf]
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class = secop_psi.ppms.Field
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target.min = -9
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target.max = 9
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.description = magnetic field
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.iodev = ppms
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[module pos]
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class = secop_psi.ppms.Position
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.description = sample rotator
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.iodev = ppms
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[module lev]
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class = secop_psi.ppms.Level
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.description = helium level
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.iodev = ppms
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[module chamber]
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class = secop_psi.ppms.Chamber
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.description = chamber state
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.iodev = ppms
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[module r1]
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class = secop_psi.ppms.BridgeChannel
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.description = resistivity channel 1
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.no = 1
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value.unit = Ohm
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.iodev = ppms
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[module r2]
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class = secop_psi.ppms.BridgeChannel
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.description = resistivity channel 2
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.no = 2
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value.unit = Ohm
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.iodev = ppms
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[module r3]
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class = secop_psi.ppms.BridgeChannel
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.description = resistivity channel 3
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.no = 3
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value.unit = Ohm
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.iodev = ppms
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[module r4]
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class = secop_psi.ppms.BridgeChannel
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.description = resistivity channel 4
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.no = 4
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value.unit = Ohm
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.iodev = ppms
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[module i1]
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class = secop_psi.ppms.Channel
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.description = current channel 1
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.no = 1
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value.unit = uA
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.iodev = ppms
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[module i2]
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class = secop_psi.ppms.Channel
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.description = current channel 2
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.no = 2
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value.unit = uA
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.iodev = ppms
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[module i3]
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class = secop_psi.ppms.Channel
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.description = current channel 3
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.no = 3
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value.unit = uA
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.iodev = ppms
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[module i4]
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class = secop_psi.ppms.Channel
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.description = current channel 4
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.no = 4
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value.unit = uA
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.iodev = ppms
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[module v1]
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class = secop_psi.ppms.DriverChannel
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.description = voltage channel 1
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.no = 1
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value.unit = V
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.iodev = ppms
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[module v2]
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class = secop_psi.ppms.DriverChannel
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.description = voltage channel 2
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.no = 2
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value.unit = V
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.iodev = ppms
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[module tv]
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class = secop_psi.ppms.UserChannel
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.description = VTI temperature
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enabled = 1
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value.unit = K
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.iodev = ppms
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[module ts]
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class = secop_psi.ppms.UserChannel
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.description = sample temperature
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enabled = 1
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value.unit = K
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.iodev = ppms
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[module ppms]
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class = secop_psi.ppms.Main
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.description = the main and poller module
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.class_id = QD.MULTIVU.PPMS.1
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.visibility = 3
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pollinterval = 2
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