| 4 | | 2. Javascript file `select_dna_for_start_plate.js` in `resources/libprep/` updated':[[BR]]a. Function `initPage()` updated with new third step for selecting library preparation kit to use.[[BR]]b. Function `initializeStep3(event)` updated to call `LibPrepServlet` with command "`GetLibPrepKitAsPlates`" and callback function `kitPlatesInfoLoaded(response)` to retrieve information on available wells for kits for placing the selected number of DNA aliquots on a start plate.[[BR]]c. Function `kitPlatesInfoLoaded(response)` retrieves information on available wells for kits for placing the selected number of DNA aliquots on a start plate, and presents the results graphically, with one plate view per used kit. The user may select one of these used kits, or an unused available kit, in a menu.[[BR]]d. Function `initializeStep4(event)` among other things calls `DNAServlet` with command "`GetNextAutoGeneratedPlateName`" and callback function `nextPlateNameLoaded(response)`.[[BR]]e. Function `nextPlateNameLoaded(response)` retrieves information on the selected library preparation kit and calls new function `buildKitInfoPlate(plate)` to present the layout of the new start plate with the selected DNA aliquots placed in reserved wells.[[BR]]f. New function `buildKitInfoPlate(plate)` generates HTML code for displaying a table representing the FPA part of a start plate for a kit.[[BR]]g. Function `submit` updated to call `LibPrepServlet` with command "`RegisterReagentLotNoFile`" and parameters "`overwrite`" and "`update`" set to `true`, parameter "`referenceName`" set to the name of the selected library preparation kit, and callback function `kitUpdateSubmissionResults(response)`. This will update data for the used library preparation kit.[[BR]]h. New function `kitUpdateSubmissionResults(response)` calls `DnaServlet` with command "`CreateDnaOrLibPlate`" with callback function `submissionResults(response)`.[[BR]]i. Convenience functions `wellStrToRow(wellStr)` and `wellStrToCol(wellStr)` takes a plate well location string consisting of row letter plus column number and returns the row and column indices, respectively. |
| | 4 | 2. Javascript file `select_dna_for_start_plate.js` in `resources/libprep/` updated:[[BR]]a. Function `initPage()` updated with new third step for selecting library preparation kit to use.[[BR]]b. Function `initializeStep3(event)` updated to call `LibPrepServlet` with command "`GetLibPrepKitAsPlates`" and callback function `kitPlatesInfoLoaded(response)` to retrieve information on available wells for kits for placing the selected number of DNA aliquots on a start plate.[[BR]]c. Function `kitPlatesInfoLoaded(response)` retrieves information on available wells for kits for placing the selected number of DNA aliquots on a start plate, and presents the results graphically, with one plate view per used kit. The user may select one of these used kits, or an unused available kit, in a menu.[[BR]]d. Function `initializeStep4(event)` among other things calls `DNAServlet` with command "`GetNextAutoGeneratedPlateName`" and callback function `nextPlateNameLoaded(response)`.[[BR]]e. Function `nextPlateNameLoaded(response)` retrieves information on the selected library preparation kit and calls new function `buildKitInfoPlate(plate)` to present the layout of the new start plate with the selected DNA aliquots placed in reserved wells.[[BR]]f. New function `buildKitInfoPlate(plate)` generates HTML code for displaying a table representing the FPA part of a start plate for a kit.[[BR]]g. Function `submit` updated to call `LibPrepServlet` with command "`RegisterReagentLotNoFile`" and parameters "`overwrite`" and "`update`" set to `true`, parameter "`referenceName`" set to the name of the selected library preparation kit, and callback function `kitUpdateSubmissionResults(response)`. This will update data for the used library preparation kit.[[BR]]h. New function `kitUpdateSubmissionResults(response)` calls `DnaServlet` with command "`CreateDnaOrLibPlate`" with callback function `submissionResults(response)`.[[BR]]i. Convenience functions `wellStrToRow(wellStr)` and `wellStrToCol(wellStr)` takes a plate well location string consisting of row letter plus column number and returns the row and column indices, respectively. |
