### Generation helper for category pages from .. import file as util_file from .. import csv as util_csv import shutil, os, datetime def generate(templatedir, destinationdir, templateFilename): """Main generation function for category page generation helper. templatedir -- the relative path of the template html file's directory\n destinationpath -- the directory where category paths should be generated\n templateFilename -- the filename of the category template (always category.html)\n """ # Read runs, categories, and config csv files runIdName = "tk_run_id" categoryIdName = "tk_category_dashname" runs = util_csv.dictReaderMultiRow("../csv/runs.csv", runIdName) categories = util_csv.dictReaderMultiRow("../csv/categories.csv", categoryIdName) config = util_csv.dictReaderFirstRow("../csv/config.csv") for category in categories: # Get proper directory thisCategory = categories[category] path = f"{destinationdir}/{thisCategory[categoryIdName]}" currentDir = os.getcwd() # Copy template to appropriate directory os.makedirs(path, exist_ok=True) shutil.copy( f"{currentDir}/{templatedir}/{templateFilename}", f"{currentDir}/{path}/index.html", ) # Replace category tk placeholders with values for key in thisCategory: util_file.replaceTextInFile(f"{path}/index.html", key, thisCategory[key]) # Replace config tk placeholders with values for key in config.keys(): util_file.replaceTextInFile(f"{path}/index.html", key, config[key]) ## lk_leaderboard handler ## # Find runsInCategory runsInCategory = {} for run in runs: thisRun = runs[run] if ( thisRun["tk_run_category_dashname"] == thisCategory["tk_category_dashname"] ): runsInCategory[thisRun["tk_run_id"]] = thisRun # Find runDurationsInCategory by parsing runsInCategory values runDurationsInCategory = {} for run in runsInCategory: thisRun = runsInCategory[run] runDurationSplit = [ float(value) for value in thisRun["tk_run_duration"].split(":") ] runDurationsInCategory[thisRun["tk_run_id"]] = datetime.timedelta( hours=runDurationSplit[0], minutes=runDurationSplit[1], seconds=runDurationSplit[2], ) # Find sortedRunsInCategory by sorting durations from runDurationsInCategory sortedRunsInCategory = { runId: runDuration for runId, runDuration in sorted( runDurationsInCategory.items(), key=lambda item: item[1] ) } # Find trimmedRunsInCategory by only including one run per runner from sortedRunsInCategory trimmedRunsInCategory = {} runnersRepresentedInCategory = [] for run in sortedRunsInCategory: thisRun = runs[run] runner = thisRun["tk_run_runner"] if runner not in runnersRepresentedInCategory: trimmedRunsInCategory[thisRun["tk_run_id"]] = thisRun runnersRepresentedInCategory.append(runner) # Replace lk_leaderboard with category leaderboard table place = 1 lk_leaderboard = '' for run in trimmedRunsInCategory: # Define values for table thisRun = trimmedRunsInCategory[run] thisRunner = thisRun["tk_run_runner"] thisRunId = thisRun["tk_run_id"] thisLink = f"../../runs/{thisRunId}" thisDuration = str(runDurationsInCategory[thisRunId]) thisDate = thisRun["tk_run_date"] # Concatenate a row to the table lk_leaderboard += f'' # Also handle replacing lk_run_place on run pages util_file.replaceTextInFile( f"{destinationdir}/../runs/{thisRunId}/index.html", "lk_run_place", str(place), ) place += 1 lk_leaderboard += "
{place}.{thisRunner}{thisDuration}{thisDate}
" # Replace lk_leaderboard placeholder with table string util_file.replaceTextInFile( f"{path}/index.html", "lk_leaderboard", lk_leaderboard ) ## End of: lk_leaderboard handler ##