Now that we collected various input files, we should read the files using a Web API and extract the information needed from it. We know the current software works for the orca data but doesn't work for the Gaussian data. However, we have to check how the current backend code runs and stores the output in a Word document. Run the existing code on your local system and refactor the code to get the output we desire in the SI files shared by the client. Since the desired output we have is manual work, try to store the output in a tabular form in the Word document.
Success criteria for resolving this issue:
[x] Refactor the existing code to extract the required data in a tabular form with section names and their corresponding values.
[x] Check to see if we can download the output file after processing the orca data.
[x] Check to see if the output data matches the input file data.
Great job Hayden. We can get the data we need from the input file in a tabular form. The output file data is accurate and matches with the input file including the row values. Keep it up.
Now that we collected various input files, we should read the files using a Web API and extract the information needed from it. We know the current software works for the orca data but doesn't work for the Gaussian data. However, we have to check how the current backend code runs and stores the output in a Word document. Run the existing code on your local system and refactor the code to get the output we desire in the SI files shared by the client. Since the desired output we have is manual work, try to store the output in a tabular form in the Word document.
Success criteria for resolving this issue: