Prompt: (raw) (yaml) words:143 bytes:1093
Refactor this bash function: - currently it makes $statsInfo array via reading $statsFile, then loops through it to add the values to the index file. - refactor to not use the $statsInfo array, just read $statsFile directly and output the values directly into the index file. - The function should still take the same parameters and produce the same output. Code: function addModelToIndexFile { responseWords=$(wc -w < "$modelFile" | awk '{print $1}') responseBytes=$(wc -c < "$modelFile" | awk '{print $1}') # parse the stats file into an array, splitting on : character, getting the second part of each line statsInfo=() while read -r line; do value=$(echo "$line" | cut -d ':' -f2) statsInfo+=("$value") done < "$statsFile" ( echo "<tr><td class='left'><a href='./$model.html'>$model</a></td><td >$responseWords</td><td>${responseBytes}</td>" for value in "${statsInfo[@]}"; do if [[ -n "$value" ]]; then echo "<td>${value}</td>"; fi done echo "</tr>" ) >> "$indexFile" }

Output: mistral:7b (raw)
Here's a refactored version of the function that reads the `$statsFile` directly and outputs the values to the `$indexFile`. I've also made some cosmetic changes for better readability. ```bash function addModelToIndexFile { # Get the word count, byte count and model name from the given files local responseWords=$(wc -w < "$modelFile") local responseBytes=$(wc -c < "$modelFile") local model="${model%.html}" # Read each line from $statsFile, split it by : character, get the second part of each line, and output directly to the index file while IFS=: read -r key value; do if [[ -n "$value" ]]; then printf '<tr><td class="left"><a href="./%s.html">%s</a></td><td>%s</td><td>%s</td><td>%s</td>\n' \ "$model" "$responseWords" "$responseBytes" "$key" "$value" >> "$indexFile" fi done < "$statsFile" } ``` This refactored version removes the `statsInfo` array, reads from the `$statsFile` directly, and outputs the values to the `$indexFile` in a single line using printf. It maintains the same input and output behavior as the original function.