`Labware_Layout` should have a way of naming wells/slots about biomationscripterlib HOT 3 CLOSED

I have Q's

1. Are DNA parts e.g. part 1 part 2 and backbone defined - in the sense does the user have to define what the names of those parts/backbone is in the script or do they just script part 1, part 2, backbone without saying what they actually are?
2. Are you wanting someone to be able to retrieve a print out everything in this plate kind of thing or print A1 sort of thing?
3. In your example ( E.g., in the case of DNA assembly, a PCR plate could be used as the destination where constructs are assembled, but then as a DNA source plate for transformation. Currently, this would require a new labware layout to be defined.) Do you mean you add the PCR plate in and are adding reagents and other DNA parts/backbone in (hence destination plate), then the assembly would take place in this and hence for a transformation plate it would be the source plate. So, are you trying to do a assembly and transformation joint protocol?

I think that's all for now.

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1. Are DNA parts e.g. part 1 part 2 and backbone defined - in the sense does the user have to define what the names of those parts/backbone is in the script or do they just script part 1, part 2, backbone without saying what they actually are?

They need to be defined, but this could just be a string. See the example here where eight DNA samples are defined. These strings (or whatever you use to refer to them as) are then passed as arguments to the add_content method.

2. Are you wanting someone to be able to retrieve a print out everything in this plate kind of thing or print A1 sort of thing?

There's a print method for labware_layout already which prints out the content of the plate

3. In your example ( E.g., in the case of DNA assembly, a PCR plate could be used as the destination where constructs are assembled, but then as a DNA source plate for transformation. Currently, this would require a new labware layout to be defined.) Do you mean you add the PCR plate in and are adding reagents and other DNA parts/backbone in (hence destination plate), then the assembly would take place in this and hence for a transformation plate it would be the source plate. So, are you trying to do a assembly and transformation joint protocol?

hYes, basically that. There aren't really any examples of this yet in BMS (other than the in-development DoE OTProto template), but hopefully in future development it will be possible to link together different protocol templates as modules of a larger protocol. So in this example you could use an OTProto template to perform some DNA assembly in the on-board thermocycler, and then link in the transformation OTProto template to transform the newly assembled DNA. In this case, like you said, the assembly PCR plate would initially be a destination plate, and then become a source plate for the transvomations.

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The branch merged by @jbird1223 ( #25) should have addressed this issue, so I'm closing it now.

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