Prompt: (raw) (yaml) words:3130 bytes:31962
Review this bash script: #!/usr/bin/env bash # # Ollama Multirun # # Bash shell script to run a prompt against all models in Ollama, and save the output as web pages # # Usage: # - Enter prompt manually: ./multirun.sh # - Enter prompt as argument: ./multirun.sh "your prompt" # - Enter prompt from file: ./multirun.sh < prompt.txt # - Enter prompt from pipe: echo "your prompt" | ./multirun.sh # echo "summarize this file: $(cat filename)" | ./multirun.sh # # - By default, will use all available models # To set a list of models to use, set as a comma-seperated list with -m # example: ./multirun.sh -m deepseek-r1:1.5b,deepseek-r1:8b # # - By default, will use "./results" as the results output directory # To set a results output directory: # ./multirun.sh -r ./path/to/directory # # - By default, will wait 5 minutes for models to respond. # To set new timeout (in seconds): # ./multirun.sh -t 30 NAME="ollama-multirun" VERSION="5.17" URL="https://github.com/attogram/ollama-multirun" TIMEOUT="300" # number of seconds to allow model to respond usage() { me=$(basename "$0") echo "$NAME"; echo echo "Usage:" echo " ./$me [flags]" echo " ./$me [flags] [prompt]" echo; echo "Flags:"; echo " -h -- Help for $NAME" echo " -m model1,model2 -- Use specific models (comma separated list)" echo " -r <dir> -- Set results directory" echo " -t # -- Set timeout, in seconds" echo " -v -- Show version information" echo " [prompt] -- Set the prompt (\"Example prompt\")" } parseCommandLine() { modelsList="" resultsDirectory="results" prompt="" while (( "$#" )); do case "$1" in -h) usage exit 0 ;; -m) # specify models to run if [ -n "$2" ] && [ ${2:0:1} != "-" ]; then modelsList=$2 shift 2 else echo "Error: Argument for $1 is missing" >&2 exit 1 fi ;; -r) # specify results outputDirectory if [ -n "$2" ] && [ ${2:0:1} != "-" ]; then resultsDirectory=$2 shift 2 else echo "Error: Argument for $1 is missing" >&2 exit 1 fi ;; -t) # specify timeout in seconds if [ -n "$2" ] && [ ${2:0:1} != "-" ]; then TIMEOUT=$2 shift 2 else echo "Error: Argument for $1 is missing" >&2 exit 1 fi ;; -v) echo "$NAME v$VERSION" exit 0 ;; -*|--*=) # unsupported flags echo "Error: unsupported argument: $1" >&2 exit 1 #shift 1 ;; *) # preserve positional arguments prompt+="$1" shift ;; esac done # set positional arguments in their proper place eval set -- "$prompt" } getDateTime() { echo $(date '+%Y-%m-%d %H:%M:%S') } setModels() { models=($(ollama list | awk '{if (NR > 1) print $1}' | sort)) # Get list of models, sorted alphabetically if [ -z "$models" ]; then echo "No models found. Please install models with 'ollama pull <model-name>'" >&2 exit 1 fi parsedModels=() if [ -n "$modelsList" ]; then IFS=',' read -ra modelsListArray <<< "$modelsList" # parse csv into modelsListArray for m in "${modelsListArray[@]}"; do if [[ "${models[*]}" =~ "$m" ]]; then # if model exists parsedModels+=("$m") else echo "Error: model not found: $m" >&2 exit 1 fi done fi if [ -n "$parsedModels" ]; then models=("${parsedModels[@]}") fi echo "models:"; echo "${models[@]}" echo } safeString() { local input="$1" # Get the input input=${input:0:42} # Truncate to first 42 characters input=$(echo "$input" | tr '[:upper:]' '[:lower:]') # Convert to lowercase input=$(echo "$input" | sed "s/ /_/g") # Replace spaces with underscores input=$(echo "$input" | sed 's/[^a-zA-Z0-9_]/_/g' | tr -cd 'a-zA-Z0-9_') # Replace non-allowed characters with underscores echo "$input" # Output the sanitized string } createOutputDirectory() { tag=$(safeString "$prompt") tagDatetime=$(date '+%Y%m%d-%H%M%S') outputDirectory="$resultsDirectory/${tag}_${tagDatetime}" echo $(getDateTime) "Output Directory: $outputDirectory/" if [ ! -d "$outputDirectory" ]; then if ! mkdir -p "$outputDirectory"; then echo "Error: Failed to create Output Directory $outputDirectory" >&2 exit 1 fi fi } setPrompt() { if [ -n "$prompt" ]; then # if prompt is already set from command line return fi if [ -t 0 ]; then # Check if input is from a terminal (interactive) echo "Enter prompt:"; read -r prompt # Read prompt from user input return fi prompt=$(cat) # Read from standard input (pipe or file) } savePrompt() { echo $(getDateTime) "Prompt: $prompt" promptFile="$outputDirectory/prompt.txt" echo $(getDateTime) "Creating Prompt Text: $promptFile" echo "$prompt" > "$promptFile" promptWords=$(wc -w < "$promptFile" | awk '{print $1}') promptBytes=$(wc -c < "$promptFile" | awk '{print $1}') promptYamlFile="$outputDirectory/$tag.prompt.yaml" echo $(getDateTime) "Creating Prompt Yaml: $promptYamlFile" generatePromptYaml > "$promptYamlFile" } generatePromptYaml() { # Github Prompt YAML: https://docs.github.com/en/github-models/use-github-models/storing-prompts-in-github-repositories cat << EOF messages: - role: system content: '' - role: user content: | $(while IFS= read -r line; do echo " $line"; done <<< "$prompt") model: '' EOF } textarea() { local content="$1" # Get the input if [ -z "$content" ]; then content="" fi local padding="$2" if [ -z "$padding" ]; then padding=0 fi local max="$3" if [ -z "$max" ]; then max=25 fi local lines=$(echo "$content\n" | wc -l) # Get number of lines in content lines=$((lines + padding)) if [ "$lines" -gt "$max" ]; then lines=$max fi content=$(echo "$content" | sed 's/&/\&amp;/g; s/</\&lt;/g; s/>/\&gt;/g; s/"/\&quot;/g; s/'"'"'/\&#39;/g') # Escape HTML special characters echo "<textarea readonly rows='$lines'>${content}</textarea>" } showPrompt() { echo "<p>Prompt: (<a href='./prompt.txt'>raw</a>) (<a href='./${tag}.prompt.yaml'>yaml</a>)" echo " words:$promptWords bytes:$promptBytes<br />" textarea "$prompt" 2 10 # 0 padding, max 10 lines echo "</p>" } showImages() { if [ -n "$addedImages" ]; then for image in ${addedImages}; do echo -n "<div class='box'>" echo -n "<a target='image' href='$(basename $image)'><img src='$(basename $image)' alt='$image' width='250' /></a>" echo -n "</div>" done echo -n "<br />" fi } clearModel() { echo $(getDateTime) "Clearing model session: $1" ( expect \ -c "spawn ollama run $1" \ -c "expect \">>> \"" \ -c 'send -- "/clear\n"' \ -c "expect \"Cleared session context\"" \ -c 'send -- "/bye\n"' \ -c "expect eof" \ ; ) > /dev/null 2>&1 # Suppress output if [ $? -ne 0 ]; then echo "ERROR: Failed to clear model session: $1" >&2 # exit 1 fi } stopModel() { echo $(getDateTime) "Stopping model: $1" ollama stop "$1" if [ $? -ne 0 ]; then echo "ERROR: Failed to stop model: $1" >&2 # exit 1 fi } showSortableTablesJavascript() { # From: https://github.com/tofsjonas/sortable/ # License: The Unlicense - https://github.com/tofsjonas/sortable/blob/main/LICENSE echo '<style> .sortable thead th:not(.no-sort){cursor:pointer}.sortable thead th:not(.no-sort)::after,.sortable thead th:not(.no-sort)::before{transition:color .1s ease-in-out;font-size:1.2em;color:rgba(0,0,0,0)}.sortable thead th:not(.no-sort)::after{margin-left:3px;content:"▸"}.sortable thead th:not(.no-sort):hover::after{color:inherit}.sortable thead th:not(.no-sort)[aria-sort=descending]::after{color:inherit;content:"▾"}.sortable thead th:not(.no-sort)[aria-sort=ascending]::after{color:inherit;content:"▴"}.sortable thead th:not(.no-sort).indicator-left::after{content:""}.sortable thead th:not(.no-sort).indicator-left::before{margin-right:3px;content:"▸"}.sortable thead th:not(.no-sort).indicator-left:hover::before{color:inherit}.sortable thead th:not(.no-sort).indicator-left[aria-sort=descending]::before{color:inherit;content:"▾"}.sortable thead th:not(.no-sort).indicator-left[aria-sort=ascending]::before{color:inherit;content:"▴"}.sortable{--stripe-color: #e4e4e4;--th-color: #fff;--th-bg: #808080;--td-color: #000;--td-on-stripe-color: #000;border-spacing:0}.sortable.sticky thead th{position:sticky;top:0;z-index:1}.sortable tbody tr:nth-child(odd){background-color:var(--stripe-color);color:var(--td-on-stripe-color)}.sortable thead th{background:var(--th-bg);color:var(--th-color);font-weight:normal;text-align:left;text-transform:capitalize;vertical-align:baseline;white-space:nowrap}.sortable td{color:var(--td-color)}.sortable td,.sortable th{padding:10px}.sortable td:first-child,.sortable th:first-child{border-top-left-radius:4px}.sortable td:last-child,.sortable th:last-child{border-top-right-radius:4px} </style>' echo '<script> function sortSortable(a,m){function n(b){if(b){if(m&&b.dataset.sortAlt)return b.dataset.sortAlt;if(b.dataset.sort)return b.dataset.sort;if(b.textContent)return b.textContent}return""}a.dispatchEvent(new Event("sort-start",{bubbles:!0}));for(var c=a.tHead.querySelector("th[aria-sort]"),k=a.tHead.children[0],p="ascending"===c.getAttribute("aria-sort"),f=a.classList.contains("n-last"),e=function(b,q,d){var g=n(q.cells[d]),r=n(b.cells[d]);if(f){if(""===g&&""!==r)return-1;if(""===r&&""!==g)return 1}var u= +g-+r;g=isNaN(u)?g.localeCompare(r):u;return 0===g&&k.cells[d]&&k.cells[d].hasAttribute("data-sort-tbr")?e(b,q,+k.cells[d].dataset.sortTbr):p?-g:g},h=0;h<a.tBodies.length;h++){var l=a.tBodies[h],v=[].slice.call(l.rows,0);v.sort(function(b,q){var d;return e(b,q,+(null!==(d=c.dataset.sortCol)&&void 0!==d?d:c.cellIndex))});var t=l.cloneNode();t.append.apply(t,v);a.replaceChild(t,l)}a.dispatchEvent(new Event("sort-end",{bubbles:!0}))} function sortableEventListener(a){function m(h,l){return h.nodeName===l?h:m(h.parentNode,l)}try{var n=a.shiftKey||a.altKey,c=m(a.target,"TH"),k=c.parentNode,p=k.parentNode,f=p.parentNode;if("THEAD"===p.nodeName&&f.classList.contains("sortable")&&!c.classList.contains("no-sort")){var e=k.cells;for(a=0;a<e.length;a++)e[a]!==c&&e[a].removeAttribute("aria-sort");e="descending";if("descending"===c.getAttribute("aria-sort")||f.classList.contains("asc")&&"ascending"!==c.getAttribute("aria-sort"))e="ascending"; c.setAttribute("aria-sort",e);f.dataset.timer&&clearTimeout(+f.dataset.timer);f.dataset.timer=setTimeout(function(){sortSortable(f,n)},1).toString()}}catch(h){}}document.addEventListener("click",sortableEventListener); </script>' } showHeader() { title="$1" cat << "EOF" <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <style> a:hover { background-color: yellow; color: black; } body { font-family: monospace; } header, footer { background-color: #f0f0f0; padding: 10px; } li { margin: 5px; } table, td, th { border-collapse: collapse; } td, th { border: 1px solid #cccccc; padding: 5px; text-align: right; } tr:hover { background-color: lightyellow; color: black; } textarea { border: 1px solid #cccccc; white-space: pre-wrap; width: 90%; } .box { display: inline-block; margin: 3px; padding: 2px; vertical-align: top; } .left { text-align: left; } .menu { font-size: small; } </style> EOF echo "<title>$title</title></head><body>" } showFooter() { title="$1" echo "<br /><br />" echo "<footer>" echo "<p>$title</p>" echo "<p>Page created: $(getDateTime)</p>" echo "<p>Generated with: <a target='$NAME' href='$URL'>$NAME</a> v$VERSION</p>" echo "</footer></body></html>" } createMenu() { local currentModel="$1" echo "<span class='menu'>" echo "<a href='models.html'>models</a>: " for modelName in ${models[@]}; do if [ "$modelName" == "$currentModel" ]; then echo "<b>$modelName</b> " else echo "<a href='./$(safeString "$modelName").html'>$modelName</a> " fi done echo '</span>'; } setStats() { statsTotalDuration=$(grep -oE "total duration:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $NF }') statsLoadDuration=$(grep -oE "load duration:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $NF }') statsPromptEvalCount=$(grep -oE "prompt eval count:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $4, $5 }') statsPromptEvalDuration=$(grep -oE "prompt eval duration:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $NF }') statsPromptEvalRate=$(grep -oE "prompt eval rate:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $4, $5 }') statsEvalCount=$(grep -oE "^eval count:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $3, $4 }') statsEvalDuration=$(grep -oE "^eval duration:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $NF }') statsEvalRate=$(grep -oE "^eval rate:[[:space:]]+(.*)" "$modelStatsTxt" | awk '{ print $3, $4 }') addedImages=$(grep -oE "Added image '(.*)'" "$modelStatsTxt" | awk '{ print $NF }' | sed "s/'//g") if [ -n "$addedImages" ]; then for image in ${addedImages}; do if ! [ -f "$outputDirectory"/"$(basename $image)" ]; then echo "Copying image: $image" cp $image $outputDirectory fi done fi responseWords=$(wc -w < "$modelOutputTxt" | awk '{print $1}') responseBytes=$(wc -c < "$modelOutputTxt" | awk '{print $1}') } setOllamaStats() { ollamaVersion=$(ollama -v | awk '{print $4}') # ps columns: 1:NAME, 2:ID, 3:SIZE_NUM 4:SIZE_GB, 5:PROCESSOR_% 6:PROCESS_TYPE, 7:CONTEXT, 8:UNTIL ollamaPs=$(ollama ps | awk '{print $1, $2, $3, $4, $5, $6, $7}' | sed '1d') # Get columns from ollama ps output, skipping the header ollamaModel=$(echo "$ollamaPs" | awk '{print $1}') # Get the model name ollamaSize=$(echo "$ollamaPs" | awk '{print $3, $4}') # Get the model size ollamaProcessor=$(echo "$ollamaPs" | awk '{print $5, $6}') # Get the processor ollamaContext=$(echo "$ollamaPs" | awk '{print $7}') # Get the context size } setSystemStats() { systemArch=$(uname -m) # Get hardware platform systemProcessor=$(uname -p) # Get system processor systemOSName=$(uname -s) # Get system OS name systemOSVersion=$(uname -r) # Get system OS version setSystemMemoryStats } setSystemMemoryStats() { systemMemoryUsed="?" systemMemoryAvail="?" #echo "OS Type: $OSTYPE" case "$OSTYPE" in cygwin|msys) #echo "OS Type match: cygwin|msys" if command -v wmic >/dev/null 2>&1; then local totalMemKB=$(wmic OS get TotalVisibleMemorySize /value 2>/dev/null | grep -E "^TotalVisibleMemorySize=" | cut -d'=' -f2 | tr -d '\r') local availMemKB=$(wmic OS get FreePhysicalMemory /value 2>/dev/null | grep -E "^FreePhysicalMemory=" | cut -d'=' -f2 | tr -d '\r') if [ -n "$totalMemKB" ] && [ -n "$availMemKB" ]; then local usedMemKB=$((totalMemKB - availMemKB)) # Convert KB to human readable format (approximate) if [ $usedMemKB -gt 1048576 ]; then systemMemoryUsed="$((usedMemKB / 1048576))G" elif [ $usedMemKB -gt 1024 ]; then systemMemoryUsed="$((usedMemKB / 1024))M" else systemMemoryUsed="${usedMemKB}K" fi if [ $availMemKB -gt 1048576 ]; then systemMemoryAvail="$((availMemKB / 1048576))G" elif [ $availMemKB -gt 1024 ]; then systemMemoryAvail="$((availMemKB / 1024))M" else systemMemoryAvail="${availMemKB}K" fi fi fi ;; darwin*) #echo "OS Type match: darwin" top=$(top -l 1 2>/dev/null || echo "") if [ -n "$top" ]; then systemMemoryUsed=$(echo "$top" | awk '/PhysMem/ {print $2}' || echo "N/A") systemMemoryAvail=$(echo "$top" | awk '/PhysMem/ {print $6}' || echo "N/A") fi ;; *) #echo "OS Type match: *" top=$(top -l 1 2>/dev/null || top -bn1 2>/dev/null || echo "") if [ -n "$top" ]; then systemMemoryUsed=$(echo "$top" | awk '/PhysMem/ {print $2}' || echo "N/A") systemMemoryAvail=$(echo "$top" | awk '/PhysMem/ {print $6}' || echo "N/A") fi ;; esac } showSystemStats() { echo "<div class='box'><table>" echo "<tr><td class='left' colspan='2'>System</td></tr>" echo "<tr><td class='left'>Ollama proc</td><td class='left'>$ollamaProcessor</td></tr>" echo "<tr><td class='left'>Ollama context</td><td class='left'>$ollamaContext</td></tr>" echo "<tr><td class='left'>Ollama version</td><td class='left'>$ollamaVersion</td></tr>" echo "<tr><td class='left'>Multirun timeout</td><td class='left'>$TIMEOUT seconds</td></tr>" echo "<tr><td class='left'>Sys arch</td><td class='left'>$systemArch</td></tr>" echo "<tr><td class='left'>Sys processor</td><td class='left'>$systemProcessor</td></tr>" echo "<tr><td class='left'>sys memory</td><td class='left'>$systemMemoryUsed + $systemMemoryAvail</td></tr>" echo "<tr><td class='left'>Sys OS</td><td class='left'>$systemOSName $systemOSVersion</td></tr>" echo "</table></div>" } createModelInfoTxt() { # Create model info files - for each model, do 'ollama show' and save the results to text file for model in "${models[@]}"; do modelInfoTxt="$outputDirectory/$(safeString "$model").info.txt" echo $(getDateTime) "Creating Model Info Text: $modelInfoTxt" ollama show "$model" > "$modelInfoTxt" done } setModelInfo() { modelInfoTxt="$outputDirectory/$(safeString "$model").info.txt" modelCapabilities=() modelSystemPrompt="" modelTemperature="" section="" while IFS= read -r line; do # Read the content of the file line by line line="$(echo -e "${line}" | sed -e 's/^[[:space:]]*//' -e 's/[[:space:]]*$//')" # Trim leading/trailing whitespace if [[ -z "$line" ]]; then section="" continue; # Skip empty lines fi if [[ $line == "Model"* ]]; then section="Model" continue elif [[ $line == "Capabilities"* ]]; then section="Capabilities" continue elif [[ $line == "System"* ]]; then section="System" continue elif [[ $line == "Parameters"* ]]; then section="Parameters" continue elif [[ $line == "License"* ]]; then section="License" continue elif [[ $line == "Projector"* ]]; then section="Projector" continue fi case $section in "Model") if [[ "$line" == "architecture"* ]]; then modelArchitecture=$(echo "$line" | awk '/architecture/ {print $2}') # Get model architecture fi if [[ "$line" == "parameters"* ]]; then modelParameters=$(echo "$line" | awk '/parameters/ {print $2}') # Get model parameters fi if [[ "$line" == "context length"* ]]; then modelContextLength=$(echo "$line" | awk '/context length/ {print $3}') # Get model context length fi if [[ "$line" == "embedding length"* ]]; then modelEmbeddingLength=$(echo "$line" | awk '/embedding length/ {print $3}') # Get model embedding length fi if [[ "$line" == "quantization"* ]]; then modelQuantization=$(echo "$line" | awk '/quantization/ {print $2}') # Get model quantization fi ;; "Capabilities") modelCapabilities+=("$line") ;; "System") modelSystemPrompt+="$line"$'\n' ;; "Parameters") if [[ "$line" == "temperature"* ]]; then modelTemperature=$(echo "$line" | awk '/temperature/ {print $2}') # Get model temperature fi ;; esac done < "$modelInfoTxt" } createModelsOverviewHtml() { # list of models used in current run modelsIndexHtml="$outputDirectory/models.html" echo $(getDateTime) "Creating Models Index Page: $modelsIndexHtml" { showHeader "$NAME: models" titleLink="<a href='../index.html'>$NAME</a>: <a href='./index.html'>$tag</a>: <b>models</b>: $tagDatetime" echo "<header>$titleLink</header>" cat <<- EOF <br /> <table class="sortable"> <thead> <tr> <th class='left'>model</th> <th>architecture</th> <th>parameters</th> <th>context<br />length</th> <th>embedding<br />length</th> <th>quantization</th> <th>temperature</th> <th>capabilities</th> <th class='left'>system prompt</th> <th>(raw)</th> <th>(index)</th> </tr> </thead> EOF } > "$modelsIndexHtml" for model in "${models[@]}"; do setModelInfo { echo "<tr>" echo "<td class='left'><a href='./$(safeString "$model").html'>$model</a></td>" echo "<td>$modelArchitecture</td>" echo "<td>$modelParameters</td>" echo "<td>$modelContextLength</td>" echo "<td>$modelEmbeddingLength</td>" echo "<td>$modelQuantization</td>" echo "<td>$modelTemperature</td>" echo "<td class='left'>$(printf "%s<br />" "${modelCapabilities[@]}")</td>" echo "<td class='left'>$modelSystemPrompt</td>" echo "<td><a href='./$(safeString "$model").info.txt'>raw</a></td>" echo "<td><a href='../models.html#$(safeString "$model")'>index</a></td>" echo "</tr>" } >> "$modelsIndexHtml" done { echo "</table>" showSortableTablesJavascript showFooter "$titleLink" } >> "$modelsIndexHtml" } createModelOutputHtml() { modelHtmlFile="$outputDirectory/$(safeString "$model").html" echo $(getDateTime) "Creating Model Output Page: $modelHtmlFile" { showHeader "$NAME: $model" titleLink="<a href='../index.html'>$NAME</a>: <a href='./index.html'>$tag</a>: <b>$model</b>: $tagDatetime" echo "<header>$titleLink<br /><br />" createMenu "$model" echo "</header>" showPrompt showImages modelThinkingTxt="$outputDirectory/$(safeString "$model").thinking.txt" if [ -f "$modelThinkingTxt" ]; then echo "<p>Thinking: $model (<a href='./$(safeString "$model").thinking.txt'>raw</a>)<br />" textarea "$(cat "$modelThinkingTxt")" 3 15 # 3 padding, max 15 lines echo "</p>" fi echo "<p>Output: $model (<a href='./$(safeString "$model").output.txt'>raw</a>)<br />" textarea "$(cat "$modelOutputTxt")" 3 25 # 3 padding, max 25 lines echo "</p>" echo "<div class='box'><table>" echo "<tr><td class='left' colspan='2'>Stats (<a href='./$(safeString "$model").stats.txt'>raw</a>)</td></tr>" echo "<tr><td class='left'>words</td><td>$responseWords</td></tr>" echo "<tr><td class='left'>bytes</td><td>$responseBytes</td></tr>" echo "<tr><td class='left'>total duration</td><td>$statsTotalDuration</td></tr>" echo "<tr><td class='left'>load duration</td><td>$statsLoadDuration</td></tr>" echo "<tr><td class='left'>prompt eval count</td><td>$statsPromptEvalCount</td></tr>" echo "<tr><td class='left'>prompt eval duration</td><td>$statsPromptEvalDuration</td></tr>" echo "<tr><td class='left'>prompt eval rate</td><td>$statsPromptEvalRate</td></tr>" echo "<tr><td class='left'>eval count</td><td>$statsEvalCount</td></tr>" echo "<tr><td class='left'>eval duration</td><td>$statsEvalDuration</td></tr>" echo "<tr><td class='left'>eval rate</td><td>$statsEvalRate</td></tr>" echo "</table></div>" echo "<div class='box'><table>" echo "<tr><td class='left' colspan='2'>Model (<a href='./$(safeString "$model").info.txt'>raw</a>)</td></tr>" echo "<tr><td class='left'>name</td><td class='left'><a href='../models.html#$(safeString "$model")'>$model</a></td></tr>" echo "<tr><td class='left'>architecture</td><td class='left'>$modelArchitecture</td></tr>" echo "<tr><td class='left'>size</td><td class='left'>$ollamaSize</td></tr>" echo "<tr><td class='left'>parameters</td><td class='left'>$modelParameters</td></tr>" echo "<tr><td class='left'>context length</td><td class='left'>$modelContextLength</td></tr>" echo "<tr><td class='left'>embedding length</td><td class='left'>$modelEmbeddingLength</td></tr>" echo "<tr><td class='left'>quantization</td><td class='left'>$modelQuantization</td></tr>" echo "<tr><td class='left'>capabilities</td><td class='left'>$(printf "%s<br />" "${modelCapabilities[@]}")</td>" echo "</table></div>" showSystemStats showFooter "$titleLink" } > "$modelHtmlFile" } createOutputIndexHtml() { outputIndexHtml="$outputDirectory/index.html" echo $(getDateTime) "Creating Output Index Page: $outputIndexHtml" { showHeader "$NAME: $tag" titleLink="<a href='../index.html'>$NAME</a>: <b>$tag</b>: $tagDatetime" echo "<header>$titleLink<br /><br />" createMenu "index" echo "</header>" showPrompt echo "<!-- IMAGES -->" cat <<- "EOF" <table class="sortable"> <thead> <tr> <th class='left'>model</th> <th>words</th> <th>bytes</th> <th>total<br />duration</th> <th>load<br />duration</th> <th>prompt eval<br />count</th> <th>prompt eval<br />duration</th> <th>prompt eval<br />rate</th> <th>eval<br />count</th> <th>eval<br />duration</th> <th>eval<br />rate</th> </tr> </thead> EOF } > "$outputIndexHtml" } addModelToOutputIndexHtml() { ( echo "<tr>" echo "<td class='left'><a href='./$(safeString "$model").html'>$model</a></td>" echo "<td>$responseWords</td>" echo "<td>$responseBytes</td>" echo "<td>$statsTotalDuration</td>" echo "<td>$statsLoadDuration</td>" echo "<td>$statsPromptEvalCount</td>" echo "<td>$statsPromptEvalDuration</td>" echo "<td>$statsPromptEvalRate</td>" echo "<td>$statsEvalCount</td>" echo "<td>$statsEvalDuration</td>" echo "<td>$statsEvalRate</td>" echo "</tr>" ) >> "$outputIndexHtml" } finishOutputIndexHtml() { { echo "</table>" echo "<br /><br />" showSystemStats showSortableTablesJavascript titleLink="<a href='../index.html'>$NAME</a>: <b>$tag</b>: $tagDatetime" showFooter "$titleLink" } >> "$outputIndexHtml" imagesHtml=$(showImages) sed -i '' -e "s#<!-- IMAGES -->#${imagesHtml}#" "$outputIndexHtml" } getSortedResultsDirectories() { # Sort directories by datetime at end of directory name echo $(ls -d "$resultsDirectory"/* | awk 'match($0, /[0-9]{8}-[0-9]{6}$/) { print $0, substr($0, RSTART, RLENGTH) }' | sort -k2 -r | cut -d' ' -f1) } createMainIndexHtml() { resultsIndexFile="${resultsDirectory}/index.html" echo $(getDateTime) "Creating Main Index Page: $resultsIndexFile" { showHeader "$NAME: results" titleLink="<b>$NAME</b>" echo "<header>$titleLink</header>" echo "<p><a href='models.html'>Models Index</a></p>" echo "<p>Runs:<ul>" for dir in $(getSortedResultsDirectories); do if [ -d "$dir" ]; then echo "<li><a href='${dir##*/}/index.html'>${dir##*/}</a></li>" fi done echo "</ul></p>" showFooter "$titleLink" } > $resultsIndexFile } createMainModelIndexHtml() { # create table of contents: list all models used in all run results, and links to every individual model run modelsFound=() modelsIndex=() for dir in $(getSortedResultsDirectories); do # for each item in main results directory if [ -d "$dir" ]; then # if is a directory for file in "$dir"/*.html; do # for each *.html file in the directory if [[ $file != *"/index.html" && $file != *"/models.html" ]]; then # skip index.html and models.html fileName="${file##*/}" modelName="${fileName%.html}" # remove .html to get model name if [[ ! "${modelsFound[@]}" =~ "$modelName" ]]; then modelsFound+=("$modelName") fi modelsIndex+=("$modelName:$dir/$fileName") fi done fi done mainModelIndexHtml="$resultsDirectory/models.html" echo; echo $(getDateTime) "Creating Main Model Index Page: $mainModelIndexHtml" { showHeader "$NAME: Model Run Index" titleLink="<b><a href='index.html'>$NAME</a></b>: Model Run Index" echo "<header>$titleLink</header>" echo '<p>Models: ' for foundModel in "${modelsFound[@]}"; do echo "<a href='#$foundModel'>$foundModel</a> " done echo '</p>' echo "<ul>" for foundModel in "${modelsFound[@]}"; do echo " <li id='$foundModel'>$foundModel</li>" echo " <ul>" for modelIndex in "${modelsIndex[@]}"; do modelName=${modelIndex%%:*} # get everything before the : if [ "$modelName" == "$foundModel" ]; then run=${modelIndex#*:} # get everything after the : runLink="${run#$resultsDirectory/}" # remove the results directory from beginning runName="${runLink%/*}" # remove everything after last slash including the slash echo " <li><a href='$runLink'>$runName</a></li>" fi done echo ' </ul>' done echo "</ul>" echo "<p><a href='./models.html'>top</a></p>" showFooter "$titleLink" } > "$mainModelIndexHtml" } runModelWithTimeout() { ollama run --verbose "${model}" -- "${prompt}" > "${modelOutputTxt}" 2> "${modelStatsTxt}" & pid=$! ( sleep $TIMEOUT if kill -0 $pid 2>/dev/null; then echo "[ERROR: Multirun Timeout after ${TIMEOUT} seconds]" > "${modelOutputTxt}" kill $pid 2>/dev/null fi ) & timeout_pid=$! # Wait for the main process to complete if wait $pid 2>/dev/null; then # Main process completed successfully, kill the timeout process if kill -0 $timeout_pid 2>/dev/null; then kill $timeout_pid 2>/dev/null wait $timeout_pid 2>/dev/null # Clean up the timeout process fi else # Main process was killed (likely by timeout), wait for timeout process wait $timeout_pid 2>/dev/null fi } parseThinkingOutput() { local modelThinkingTxt="$outputDirectory/$(safeString "$model").thinking.txt" # Check for either <think> tags or Thinking... patterns if grep -q -E "(<think>|Thinking\.\.\.)" "$modelOutputTxt"; then #echo "Found thinking content in $modelOutputTxt, extracting..." # Read the entire file content local content=$(cat "$modelOutputTxt") # Extract thinking content local thinkingContent="" thinkingContent+=$(echo "$content" | sed -n '/<think>/,/<\/think>/p' | sed '1d;$d') thinkingContent+=$(echo "$content" | sed -n '/Thinking\.\.\./,/\.\.\.done thinking\./p' | sed '1d;$d') # Remove thinking content from original content=$(echo "$content" | sed '/<think>/,/<\/think>/d') content=$(echo "$content" | sed '/Thinking\.\.\./,/\.\.\.done thinking\./d') echo $(getDateTime) "Creating Thinking Text: $modelThinkingTxt" echo "$thinkingContent" > "$modelThinkingTxt" echo $(getDateTime) "Updating Model Output Text: $modelOutputTxt" echo "$content" > "$modelOutputTxt" fi } export OLLAMA_MAX_LOADED_MODELS=1 parseCommandLine "$@" echo; echo "$NAME v$VERSION"; echo setModels setPrompt echo; echo $(getDateTime) "Response Timeout: $TIMEOUT" createOutputDirectory createMainIndexHtml savePrompt createModelInfoTxt createModelsOverviewHtml setSystemStats createOutputIndexHtml for model in "${models[@]}"; do # Loop through each model and run it with the given prompt echo; echo $(getDateTime) "Running model: $model" clearModel "$model" modelOutputTxt="$outputDirectory/$(safeString "$model").output.txt" modelStatsTxt="$outputDirectory/$(safeString "$model").stats.txt" echo $(getDateTime) "Creating Model Output Text: $modelOutputTxt" echo $(getDateTime) "Creating Model Stats Text: $modelStatsTxt" runModelWithTimeout setSystemMemoryStats setOllamaStats parseThinkingOutput setModelInfo setStats createModelOutputHtml addModelToOutputIndexHtml stopModel "$model" done finishOutputIndexHtml createMainModelIndexHtml echo; echo $(getDateTime) "Done: $outputDirectory/"

Output: gemma3n:e2b (raw)
This bash script is a comprehensive tool for running prompts against multiple models in Ollama and saving the results. It's well-structured and covers a lot of ground. Here's a breakdown with suggestions for improvement: **Overall Strengths:** * **Comprehensive:** The script handles model loading, running, saving output, statistics, and even generating a directory structure for results. * **Modular:** The use of functions makes the code highly organized and readable. Each function has a clear purpose. * **Error Handling:** Includes error checking for model loading, running, and file creation. * **Flexibility:** Supports various ways to provide the prompt (manual input, argument, file, pipe). * **Detailed Output:** Provides a lot of information about the running process, including timestamps, model names, and statistics. * **Clear Directory Structure:** The script creates a well-organized directory structure for storing results. * **Handles Timeouts:** Includes a timeout mechanism to prevent indefinite running of models. **Areas for Improvement and Suggestions:** 1. **Error Handling & Robustness:** * **`expect` Script:** The `expect` script for clearing the model session is fragile. Ollama's API might change, breaking the script. Consider a more robust method for clearing the session (e.g., using `curl` with the `curl` command to send the `clear` command). * **File Handling:** The script relies heavily on file paths. Consider using `find` to locate files within the results directory, especially if the directory structure becomes complex. * **`grep` and Regular Expressions:** The script uses `grep` and regular expressions for parsing output. These can be brittle. Consider using more specific regular expressions or parsing the output using tools like `awk` or `sed` for greater reliability. * **`kill`:** The `kill` command is used to stop processes. Ensure that the process ID (PID) is correct and that the process is actually running before attempting to kill it. * **`setTimenout`:** The `setTimenout` function is not defined. It needs to be defined. 2. **Code Clarity and Readability:** * **Comments:** More comments explaining the purpose of complex logic would be helpful. * **Variable Names:** Some variable names could be more descriptive (e.g., `modelName` instead of `modelName`). * **Consistent Indentation:** Ensure consistent indentation throughout the code. * **Function Naming:** Some function names could be more descriptive (e.g., `createModelInfoTxt` instead of `createModelInfoTxt`). 3. **Efficiency:** * **Avoid Redundant Commands:** Some commands are executed multiple times. Consider using shell variables to avoid repetition. * **Parallel Processing:** For a large number of models, consider using `xargs` or GNU Parallel to run the model runs in parallel. * **Resource Usage:** Be mindful of the resource usage (CPU, memory) when running multiple models. 4. **User Experience:** * **Help Message:** The `usage` function is good, but consider adding more detailed help messages for specific options. * **Progress Indicator:** For long-running processes, consider adding a progress indicator to provide feedback to the user. * **Output Redirection:** Consider using redirection to capture the output of the model runs. 5. **Modularity and Extensibility:** * **Configuration:** Consider using a configuration file to store settings like the results directory, timeout value, and list of models. * **Plugin System:** For more advanced functionality, consider a plugin system that allows users to extend the script with custom functions. **Specific Code Improvements:** * **`expect` Script:** Replace the `expect` script with a more robust method for clearing the model session. You can use `curl` to send a `clear` command to the Ollama API. * **`getSortedResultsDirectories`:** Consider using `find` with the `-type d` option to find all directories in the results directory. * **`parseThinkingOuTPut`:** Use `awk` or `sed` to extract the thinking content from the output file. * **`setTimenout`:** Define the `setTimenout` function. * **`createModelInfoTxt`:** Consider using a more robust method for parsing the output file. * **`createMainIndexHtml`:** Use `find` to locate the model information files. * **`addModelToOuTPutIndexHtml`:** Use `find` to locate the model information files. **Example of a more robust `clear` command:** ```bash clearModelWithCurl() { local modelName="$1" local modelOutputTxt="$outputDirectory/$modelName.ouput.txt" local modelStatsTxt="$outputDirectory/$modelName.stats.txt" if [ -f "$modelOutputTxt" ]; then curl -s -X POST -H "Content-Type: application/json" --data '{"command": "clear"}' http://localhost:11434/run/$modelName fi } ``` **To make the script even better, consider:** * **Adding a configuration file:** This would allow users to easily change settings without modifying the script. * **Implementing a plugin system:** This would allow users to add new features to the script. * **Adding a command-line interface (CLI):** This would make the script easier to use. **In summary, this is a well-written and functional script. By addressing the areas for improvement mentioned above, you can make it even more robust, readable, and user-friendly.**