put_together ready for testing

put_together.jl

@@ -9,34 +9,33 @@ archive_path = ARGS[2]
 xname = "frequency"
 yname = "dt_latest_dropoff"
 
+paths = Dict(:data => path*"/data/",
+            :model => path*"/model/")
 
-filenames = readdir(path, join=false)
-csv_filenames = findall(x->occursin(".csv", x), filenames)
-model_filenames = findall(x->occursin(".model", x), filenames)
-println(csv_filenames)
-println(filenames)
-df = DataFrame(CSV.File(path*filenames[csv_filenames[1]]))
 
+csv_filenames = readdir(paths[:data], join=true)
 
-for i in csv_filenames
-    println(filenames[i])
+df = DataFrame(CSV.File(csv_filenames[1]))
+
+
+for name in csv_filenames
 #TODO put all the generated CSV Files together into one big file which is then saved to the correct location
-    temp = DataFrame(CSV.File(path*filenames[i]))
+    temp = DataFrame(CSV.File(name))
     append!(df, temp)
 end
 println("Saving Combined Dataframe to $archive_path")
 CSV.write(archive_path*"results.csv", df)
 
 
-
+model_filenames = readdir(paths[:data], join=false)
 println("Moving $(length(model_filenames)) Models to $archive_path")
 try
     mkdir("$archive_path/models/")
 catch e
     println(e)
 end
-for name in model_filenames
-    mv(path*name, archive_path*"/models/"*name)
+for i in model_filenames
+    mv(paths[:model]*file, "$archive_path/models/"*name)
 end
 
 
@@ -44,5 +43,3 @@ end
 
 
 #TODO put all the generated models in an archive file and save it to the archiving location
-
-#TODO make Plots from the CSV files