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In Configuration > Devices, the channel for a given device always sets to 1. See the screenshots below (Device 1 as Channel 1, Device 8 as Channel 8 > SYX file shows Device 1 as Channel 1, Device 8 a…
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Candid has support for “future types”, meaning that new versions of Candid can introduce new types in a way that old clients can safely skip over them. Here the assumption is that old clients never ca…
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```
It would be a nice feature if there was some way to get an array of pointers to
the subsections read in by any of the Read*Into functions. My use case has
subsections that are named but define p…
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```
It would be a nice feature if there was some way to get an array of pointers to
the subsections read in by any of the Read*Into functions. My use case has
subsections that are named but define p…
-
```
It would be a nice feature if there was some way to get an array of pointers to
the subsections read in by any of the Read*Into functions. My use case has
subsections that are named but define p…
-
```
It would be a nice feature if there was some way to get an array of pointers to
the subsections read in by any of the Read*Into functions. My use case has
subsections that are named but define p…
-
```
It would be a nice feature if there was some way to get an array of pointers to
the subsections read in by any of the Read*Into functions. My use case has
subsections that are named but define p…
-
Hi,
I'm getting this exception almost every time I try to add a membrane (I think it only worked once out of the dozens of attempts on a couple different proteins like 1pga (this is the one it work…
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[basic] would make more sense if it appeared prior to [lex] rather than after. Conversely, [lex.separate] and [lex.phases] really belong in [basic], not [lex]. (We should also consider moving [cpp] t…
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```
It would be a nice feature if there was some way to get an array of pointers to
the subsections read in by any of the Read*Into functions. My use case has
subsections that are named but define p…