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// @ts-check
/// <reference types="@actions/github-script" />
const {
createEngineLogParser,
truncateString,
estimateTokens,
formatToolCallAsDetails,
buildStepSummaryDetailsSection,
parseLogEntries,
generateConversationMarkdown,
generateInformationSection,
formatInitializationSummary,
formatToolUse,
} = require("./log_parser_shared.cjs");
const { normalizeCodexSession, isCodexRecord } = require("./codex_session.cjs");
const { projectSessionResult, createSessionEvent, sessionToolSuccess, normalizeAgentSession } = require("./agent_session.cjs");
const {
CODEX_LEGACY_OUTCOME,
CODEX_LEGACY_METADATA,
CODEX_LEGACY_TOOL,
CODEX_LEGACY_OLD_TOOL,
CODEX_LEGACY_EXEC,
codexLegacyPayload,
codexLegacyBoundary,
codexLegacyStartupLines,
codexLegacyMessageEnd,
codexLegacyResultEnd,
extractCodexLegacyTokens,
collectCodexJSONRecords,
} = require("./codex_log_framing.cjs");
const main = createEngineLogParser({
parserName: "Codex",
parseFunction: parseCodexLog,
supportsDirectories: false,
});
/**
* Extract MCP server initialization information from Codex logs
* @param {string[]} lines - Array of log lines
* @returns {{hasInfo: boolean, markdown: string, servers: Array<{name: string, status: string, error?: string}>, tools?: string[]}} MCP initialization info
*/
function extractMCPInitialization(lines) {
const mcpServers = new Map(); // Map server name to status/error info
let serverCount = 0;
let connectedCount = 0;
let availableTools = [];
for (const line of lines) {
// Match: Initializing MCP servers from config
if (line.includes("Initializing MCP servers") || (line.includes("mcp") && line.includes("init"))) {
// Continue to next patterns
}
// Match: Found N MCP servers in configuration
const countMatch = line.match(/Found (\d+) MCP servers? in configuration/i);
if (countMatch) {
serverCount = parseInt(countMatch[1], 10);
}
// Match: Connecting to MCP server: <name>
const connectingMatch = line.match(/Connecting to MCP server[:\s]+['"]?(\w+)['"]?/i);
if (connectingMatch) {
const serverName = connectingMatch[1];
if (!mcpServers.has(serverName)) {
mcpServers.set(serverName, { name: serverName, status: "connecting" });
}
}
// Match: MCP server '<name>' connected successfully
const connectedMatch = line.match(/MCP server ['"](\w+)['"] connected successfully/i);
if (connectedMatch) {
const serverName = connectedMatch[1];
mcpServers.set(serverName, { name: serverName, status: "connected" });
connectedCount++;
}
// Match: Failed to connect to MCP server '<name>': <error>
const failedMatch = line.match(/Failed to connect to MCP server ['"](\w+)['"][:]\s*(.+)/i);
if (failedMatch) {
const serverName = failedMatch[1];
const error = failedMatch[2].trim();
mcpServers.set(serverName, { name: serverName, status: "failed", error });
}
// Match: MCP server '<name>' initialization failed
const initFailedMatch = line.match(/MCP server ['"](\w+)['"] initialization failed/i);
if (initFailedMatch) {
const serverName = initFailedMatch[1];
const existing = mcpServers.get(serverName);
if (existing && existing.status !== "failed") {
mcpServers.set(serverName, { name: serverName, status: "failed", error: "Initialization failed" });
}
}
// Match: Available tools: tool1, tool2, tool3
const toolsMatch = line.match(/Available tools:\s*(.+)/i);
if (toolsMatch) {
const toolsStr = toolsMatch[1];
availableTools = toolsStr
.split(",")
.map(t => t.trim())
.filter(t => t.length > 0);
}
}
// Build markdown output
let markdown = "";
const hasInfo = mcpServers.size > 0 || availableTools.length > 0;
if (mcpServers.size > 0) {
markdown += "**MCP Servers:**\n";
// Count by status
const servers = Array.from(mcpServers.values());
const connected = servers.filter(s => s.status === "connected");
const failed = servers.filter(s => s.status === "failed");
markdown += `- Total: ${servers.length}${serverCount > 0 && servers.length !== serverCount ? ` (configured: ${serverCount})` : ""}\n`;
markdown += `- Connected: ${connected.length}\n`;
if (failed.length > 0) {
markdown += `- Failed: ${failed.length}\n`;
}
markdown += "\n";
// List each server with status
for (const server of servers) {
const statusIcon = server.status === "connected" ? "✅" : server.status === "failed" ? "❌" : "⏳";
markdown += `- ${statusIcon} **${server.name}** (${server.status})`;
if (server.error) {
markdown += `\n - Error: ${server.error}`;
}
markdown += "\n";
}
markdown += "\n";
}
if (availableTools.length > 0) {
markdown += "**Available MCP Tools:**\n";
markdown += `- Total: ${availableTools.length} tools\n`;
markdown += `- Tools: ${availableTools.slice(0, 10).join(", ")}${availableTools.length > 10 ? ", ..." : ""}\n\n`;
}
return {
hasInfo,
markdown,
servers: Array.from(mcpServers.values()),
tools: availableTools.length > 0 ? availableTools : undefined,
};
}
/**
* Extract error messages from Codex logs (e.g., model access blocked, cyber_policy_violation)
* @param {string[]} lines - Array of log lines
* @returns {{hasErrors: boolean, messages: string[], reconnectCount: number, maxReconnects: number}} Error info
*/
function extractCodexErrorMessages(lines) {
const messages = new Set();
let reconnectCount = 0;
let maxReconnects = 0;
for (const line of lines) {
// Match: ERROR: <message> (final error after all retries exhausted)
const errorMatch = line.match(/^ERROR:\s*(.+)$/);
if (errorMatch) {
messages.add(errorMatch[1].trim());
}
// Match: Reconnecting... N/M (error message) - reconnect attempts with error details
const reconnectMatch = line.match(/^Reconnecting\.\.\.\s+(\d+)\/(\d+)\s*\((.+)\)$/);
if (reconnectMatch) {
const attempt = parseInt(reconnectMatch[1], 10);
const total = parseInt(reconnectMatch[2], 10);
if (attempt > reconnectCount) reconnectCount = attempt;
if (total > maxReconnects) maxReconnects = total;
messages.add(reconnectMatch[3].trim());
}
}
return {
hasErrors: messages.size > 0,
messages: Array.from(messages),
reconnectCount,
maxReconnects,
};
}
/**
* Extract the model name from Codex log header lines.
* Codex logs include a line like "model: o4-mini" near the top.
* @param {string} logContent - The raw log content
* @returns {string|null} The model name, or null if not found
*/
function extractCodexModel(logContent) {
const match = codexLegacyStartupLines(logContent.split("\n"))
.join("\n")
.match(/^model:\s*(.+)$/m);
if (match) {
return match[1].trim();
}
// Fallback for the experimental JSONL format, which has no "model:" header line.
// The codex harness logs the resolved spawn command, e.g.
// [codex-harness] ... spawning: codex exec --model gpt-5.4 -c ...
const spawnMatch = logContent.match(/^\[codex-harness\][^\n]*spawning:\s*codex\s+exec\s+--model\s+(\S+)/m);
if (spawnMatch) {
return spawnMatch[1].trim();
}
return null;
}
/**
* Detects whether the log is in the Codex experimental JSONL event format.
* Newer Codex CLI versions (e.g. 0.141+) emit a stream of JSON objects such as
* `{"type":"thread.started",...}`, `{"type":"turn.completed",...}` and
* `{"type":"item.completed","item":{"type":"agent_message",...}}` instead of the
* legacy pretty-printed "thinking"/"tool server.method(...)" lines.
* @param {string[]} lines - The log split into lines
* @param {Array<any>} [entries] - Already parsed records, when available
* @returns {boolean} True if at least one Codex JSONL event line is present
*/
function isCodexJsonlFormat(lines, entries = collectCodexJSONRecords(lines.join("\n"))) {
return entries.some(entry => isCodexRecord(entry) || normalizeAgentSession([entry], { sourceEngine: "codex" }).length > 0);
}
/**
* Parse the Codex experimental JSONL event stream into the shared logEntries model.
* Retains native item lifecycles, message snapshots and per-turn accounting.
* @param {string} logContent - The raw log content
* @param {Array<any>} [entries] - Already parsed records, when available
* @returns {{markdown: string, logEntries: Array, mcpFailures: Array<string>, maxTurnsHit: boolean}} Parsed log data
*/
function parseCodexJsonl(logContent, entries = collectCodexJSONRecords(logContent)) {
const canonicalLogEntries = normalizeCodexSession(collectCodexMixedRecords(logContent, entries), extractCodexModel(logContent));
const conversation = generateConversationMarkdown(canonicalLogEntries, {
includeInformation: false,
formatToolCallback: (toolUse, toolResult) => formatToolUse(toolUse, toolResult),
formatInitCallback: init => formatInitializationSummary(init),
});
const markdown = conversation.markdown + generateInformationSection(projectSessionResult(canonicalLogEntries));
return {
markdown,
logEntries: canonicalLogEntries,
mcpFailures: [],
maxTurnsHit: false,
};
}
/**
* Keep typed JSON records and recognized text observations without splitting the
* native normalizer's lifecycle/accounting state into independent sessions.
* @param {string} logContent
* @param {Array<any>} [entries]
* @returns {Array<any>}
*/
function collectCodexMixedRecords(logContent, entries = collectCodexJSONRecords(logContent)) {
try {
if (Array.isArray(JSON.parse(logContent))) return entries;
} catch {
// Mixed streams are not a single JSON document.
}
const records = [];
let text = [];
let hasFramedResult = false;
const accounting = { inlineTokens: 0, hasTokenSnapshot: false };
const flushText = () => {
const content = text.join("\n");
records.push(...parseCodexLegacySession(text, /^model:/m.test(content) ? extractCodexModel(content) : null, accounting));
text = [];
};
const lines = logContent.split("\n");
for (let index = 0; index < lines.length; index++) {
const line = lines[index];
const messageEnd = codexLegacyMessageEnd(lines, index);
if (messageEnd !== null) {
for (const messageLine of lines.slice(index, messageEnd + 1)) text.push(messageLine);
index = messageEnd;
continue;
}
const resultEnd = codexLegacyResultEnd(lines, index);
if (resultEnd !== null) {
hasFramedResult = true;
for (const resultLine of lines.slice(index, resultEnd + 1)) text.push(resultLine);
index = resultEnd;
continue;
}
const parsed = parseLogEntries(line);
if (parsed?.some(record => typeof record?.type === "string" && record.type.length > 0)) {
flushText();
records.push(...parsed);
} else text.push(line);
}
flushText();
return records.length > 0 || hasFramedResult ? records : entries;
}
/**
* Legacy presentation uses lookahead; canonical observations must instead remain
* at their source positions, including orphan outcomes and dangling invocations.
* @param {string[]} lines
* @param {string|null} model
* @param {{inlineTokens: number, hasTokenSnapshot: boolean}} [accounting]
* @returns {import("./types/agent_session").AgentSession}
*/
function parseCodexLegacySession(lines, model, accounting = { inlineTokens: 0, hasTokenSnapshot: false }) {
/** @type {import("./types/agent_session").AgentSession} */
const events = [];
const metadata = CODEX_LEGACY_METADATA;
const tool = CODEX_LEGACY_TOOL;
const oldTool = CODEX_LEGACY_OLD_TOOL;
const exec = CODEX_LEGACY_EXEC;
const outcome = CODEX_LEGACY_OUTCOME;
const boundary = codexLegacyBoundary;
const emit = (source, type, data) => events.push(createSessionEvent(source, type, data));
const startup = codexLegacyStartupLines(lines);
const cwd = startup.find(line => line.startsWith("workdir: "))?.slice("workdir: ".length);
if (model !== null || cwd !== undefined || startup.some(line => line.startsWith("OpenAI Codex"))) {
const mcp = extractMCPInitialization(startup);
const reasoningEffort = startup.find(line => line.startsWith("reasoning effort: "))?.slice("reasoning effort: ".length);
emit({}, "session.init", { sourceEngine: "codex", model: model ?? undefined, cwd, reasoningEffort, mcpServers: mcp.servers.length ? mcp.servers : undefined, tools: mcp.tools });
}
for (let i = 0; i < lines.length; i++) {
const line = lines[i];
const payload = codexLegacyPayload(line);
const timestamp = line.match(/^\[([^\]]+)\]/)?.[1] ?? line.match(/^(\d{4}-\d{2}-\d{2}T\S+)/)?.[1];
const source = timestamp === undefined ? {} : { timestamp };
const tokens = extractCodexLegacyTokens(line);
if (tokens !== undefined) {
if (/^tokens\s+used:/i.test(payload)) {
accounting.inlineTokens += tokens;
if (!accounting.hasTokenSnapshot) emit(source, "session.result", { usage: Number.isSafeInteger(accounting.inlineTokens) ? { total_tokens: accounting.inlineTokens } : { overflowed_tokens: ["total_tokens"] } });
} else {
accounting.hasTokenSnapshot = true;
emit(source, "session.result", { usage: { total_tokens: tokens } });
}
continue;
}
if (
metadata.test(line) &&
!outcome.test(payload) &&
!tool.test(payload) &&
!oldTool.test(payload) &&
!exec.test(payload) &&
!["thinking", "codex", "user"].includes(payload) &&
!payload.startsWith("ERROR:") &&
!payload.startsWith("Reconnecting...")
)
continue;
if (["thinking", "codex", "user"].includes(payload)) {
const end = codexLegacyMessageEnd(lines, i) ?? i;
emit(source, payload === "thinking" ? "assistant.reasoning" : payload === "user" ? "user.message" : "assistant.message", { content: lines.slice(i + 1, end + 1).join("\n") });
i = end;
continue;
}
const invocation = payload.match(tool) ?? payload.match(oldTool);
const command = payload.match(exec);
if (invocation) {
let input = invocation[3];
try {
input = JSON.parse(input);
} catch {
// Intentional recovery: preserve the original argument text when JSON is malformed or partial.
}
emit(source, "tool.execution_start", { toolName: invocation[2], mcpServerName: invocation[1], input });
} else if (command) {
const text = command[1] ?? command[2];
emit(source, "tool.execution_start", { toolName: "bash", input: { command: text }, command: text });
} else {
const completion = payload.match(outcome);
if (completion) {
const output = [];
const resultEnd = codexLegacyResultEnd(lines, i);
if (resultEnd !== null) {
output.push(...lines.slice(i + 1, resultEnd + 1));
i = resultEnd;
} else while (i + 1 < lines.length && !boundary(lines[i + 1])) output.push(lines[++i]);
const outputText = output.join("\n");
let resultFailed = false;
try {
resultFailed = sessionToolSuccess(JSON.parse(outputText)) === false;
} catch {
// Plain command output is not a structured MCP result.
}
emit(source, "tool.execution_complete", {
toolName: completion[3] !== undefined ? "bash" : completion[2],
mcpServerName: completion[1],
success: !["failed", "failure"].includes(completion[4]) && !resultFailed,
durationMs: Number(completion[5]) * (completion[6] === "s" ? 1000 : 1),
output: outputText,
});
} else if (payload.startsWith("ERROR:")) {
emit(source, "session.result", { errors: [payload.replace(/^ERROR: ?/, "")] });
} else {
const retry = payload.match(/^Reconnecting\.\.\.\s+(\d+)\/(\d+)\s*\((.*)\)$/);
if (retry) emit({ ...source, reconnectAttempt: Number(retry[1]), maxReconnects: Number(retry[2]) }, "session.result", { errors: [retry[3]] });
else if (payload === "tokens used") {
const count = extractCodexLegacyTokens(`tokens used: ${lines[i + 1] ?? ""}`);
if (count !== undefined) {
i++;
accounting.hasTokenSnapshot = true;
emit(source, "session.result", { usage: { total_tokens: count } });
}
}
}
}
}
return events;
}
/**
* Parse codex log content and format as markdown
* @param {string} logContent - The raw log content to parse
* @param {Array<any>} [parsed] - Already parsed records, when available
* @returns {{markdown: string, logEntries: Array, mcpFailures: Array<string>, maxTurnsHit: boolean}} Parsed log data
*/
function parseCodexLog(logContent, parsed = collectCodexJSONRecords(logContent)) {
// Newer Codex CLI versions emit a structured JSONL event stream rather than the
// legacy pretty-printed format. Route those to the dedicated JSONL parser.
if (logContent && isCodexJsonlFormat([], parsed)) {
return parseCodexJsonl(logContent, parsed);
}
if (!logContent) {
return {
markdown: buildStepSummaryDetailsSection("Commands and Tools", "No log content provided.") + buildStepSummaryDetailsSection("Reasoning", "Unable to parse reasoning from log."),
logEntries: [],
mcpFailures: [],
maxTurnsHit: false,
};
}
const lines = logContent.split("\n");
// Look-ahead window size for finding tool results
// New format has verbose debug logs, so requires larger window
const LOOKAHEAD_WINDOW = 50;
let markdown = "";
// Extract MCP initialization information
const mcpInfo = extractMCPInitialization(lines);
if (mcpInfo.hasInfo) {
markdown += buildStepSummaryDetailsSection("Initialization", mcpInfo.markdown);
}
// Extract error messages (e.g., model access blocked, cyber_policy_violation)
const errorInfo = extractCodexErrorMessages(lines);
if (errorInfo.hasErrors) {
markdown += "<details>\n<summary>Errors</summary>\n\n";
for (const message of errorInfo.messages) {
markdown += `> ${message}\n\n`;
}
if (errorInfo.reconnectCount > 0) {
markdown += `> Reconnect attempts: ${errorInfo.reconnectCount}/${errorInfo.maxReconnects}\n\n`;
}
markdown += "</details>\n\n";
}
markdown += "<details>\n<summary>Reasoning</summary>\n\n";
// Second pass: process full conversation flow with interleaved reasoning and tools
let inThinkingSection = false;
for (let i = 0; i < lines.length; i++) {
const line = lines[i];
// Skip metadata lines (including Rust debug lines)
if (
line.includes("OpenAI Codex") ||
line.startsWith("--------") ||
line.includes("workdir:") ||
line.includes("model:") ||
line.includes("provider:") ||
line.includes("approval:") ||
line.includes("sandbox:") ||
line.includes("reasoning effort:") ||
line.includes("reasoning summaries:") ||
line.includes("tokens used:") ||
line.includes("DEBUG codex") ||
line.includes("INFO codex") ||
line.match(/^\d{4}-\d{2}-\d{2}T[\d:.]+Z\s+(DEBUG|INFO|WARN|ERROR)/)
) {
continue;
}
// Thinking section starts with standalone "thinking" line
if (line.trim() === "thinking") {
inThinkingSection = true;
continue;
}
// Tool call line "tool github.list_pull_requests(...)" (new Codex format without timestamp prefix)
const toolMatch = line.match(/^tool\s+(\w+)\.(\w+)\((.*)\)$/);
if (toolMatch) {
inThinkingSection = false;
const server = toolMatch[1];
const toolName = toolMatch[2];
const params = toolMatch[3];
// Look ahead to find the result status and response
let statusIcon = "❓"; // Unknown by default
let response = "";
for (let j = i + 1; j < Math.min(i + LOOKAHEAD_WINDOW, lines.length); j++) {
const nextLine = lines[j];
if (nextLine.includes(`${server}.${toolName}(`) && (nextLine.includes("success in") || nextLine.includes("failed in"))) {
const isError = nextLine.includes("failed in");
statusIcon = isError ? "❌" : "✅";
// Extract response - it's the JSON object following this line
let jsonLines = [];
let braceCount = 0;
let inJson = false;
for (let k = j + 1; k < Math.min(j + LOOKAHEAD_WINDOW, lines.length); k++) {
const respLine = lines[k];
// Stop if we hit the next tool call or tokens used
if (respLine.match(/^tool\s+\w+\.\w+\(/) || respLine.includes("ToolCall:") || respLine.includes("tokens used")) {
break;
}
// Count braces to track JSON boundaries
for (const char of respLine) {
if (char === "{") {
braceCount++;
inJson = true;
} else if (char === "}") {
braceCount--;
}
}
if (inJson) {
jsonLines.push(respLine);
}
if (inJson && braceCount === 0) {
break;
}
}
response = jsonLines.join("\n");
break;
}
}
markdown += `${statusIcon} ${server}::${toolName}(...)\n\n`;
continue;
}
// Process thinking content (filter out timestamp lines and very short lines)
if (inThinkingSection && line.trim().length > 20 && !line.match(/^\d{4}-\d{2}-\d{2}T/)) {
const trimmed = line.trim();
// Add thinking content directly to markdown with open circle icon and italic styling
markdown += `<sub><em>${trimmed}</em></sub>\n\n`;
}
}
markdown += "</details>\n\n<details>\n<summary>Commands and Tools</summary>\n\n";
// First pass: collect tool calls with details
for (let i = 0; i < lines.length; i++) {
const line = lines[i];
// Match: tool server.method(params) or ToolCall: server__method params
const toolMatch = line.match(/^\[.*?\]\s+tool\s+(\w+)\.(\w+)\((.+)\)/) || line.match(/ToolCall:\s+(\w+)__(\w+)\s+(\{.+\})/);
// Also match: exec bash -lc 'command' in /path
const bashMatch = line.match(/^\[.*?\]\s+exec\s+bash\s+-lc\s+'([^']+)'/);
if (toolMatch) {
const server = toolMatch[1];
const toolName = toolMatch[2];
const params = toolMatch[3];
// Look ahead to find the result
let statusIcon = "❓";
let response = "";
let isError = false;
for (let j = i + 1; j < Math.min(i + LOOKAHEAD_WINDOW, lines.length); j++) {
const nextLine = lines[j];
// Check for result line: server.method(...) success/failed in Xms:
if (nextLine.includes(`${server}.${toolName}(`) && (nextLine.includes("success in") || nextLine.includes("failed in"))) {
isError = nextLine.includes("failed in");
statusIcon = isError ? "❌" : "✅";
// Extract response - it's the JSON object following this line
let jsonLines = [];
let braceCount = 0;
let inJson = false;
for (let k = j + 1; k < Math.min(j + 30, lines.length); k++) {
const respLine = lines[k];
// Stop if we hit the next tool call or tokens used
if (respLine.includes("tool ") || respLine.includes("ToolCall:") || respLine.includes("tokens used")) {
break;
}
// Count braces to track JSON boundaries
for (const char of respLine) {
if (char === "{") {
braceCount++;
inJson = true;
} else if (char === "}") {
braceCount--;
}
}
if (inJson) {
jsonLines.push(respLine);
}
if (inJson && braceCount === 0) {
break;
}
}
response = jsonLines.join("\n");
break;
}
}
// Format the tool call with HTML details
markdown += formatCodexToolCall(server, toolName, params, response, statusIcon);
} else if (bashMatch) {
const command = bashMatch[1];
// Look ahead to find the result
let statusIcon = "❓";
let response = "";
let isError = false;
for (let j = i + 1; j < Math.min(i + LOOKAHEAD_WINDOW, lines.length); j++) {
const nextLine = lines[j];
// Check for bash result line: bash -lc 'command' succeeded/failed in Xms:
if (nextLine.includes("bash -lc") && (nextLine.includes("succeeded in") || nextLine.includes("failed in"))) {
isError = nextLine.includes("failed in");
statusIcon = isError ? "❌" : "✅";
// Extract response - it's the plain text following this line
let responseLines = [];
for (let k = j + 1; k < Math.min(j + 20, lines.length); k++) {
const respLine = lines[k];
// Stop if we hit the next tool call, exec, or tokens used
if (respLine.includes("tool ") || respLine.includes("exec ") || respLine.includes("ToolCall:") || respLine.includes("tokens used") || respLine.includes("thinking")) {
break;
}
responseLines.push(respLine);
}
response = responseLines.join("\n");
break;
}
}
// Format the bash command with HTML details
markdown += formatCodexBashCall(command, response, statusIcon);
}
}
// Add Information section
markdown += "</details>\n\n<details>\n<summary>Information</summary>\n\n";
// Extract metadata from Codex logs
const model = extractCodexModel(logContent);
const canonicalLogEntries = parseCodexLegacySession(lines, model);
const totalTokens = projectSessionResult(canonicalLogEntries)?.usage?.total_tokens;
if (totalTokens !== undefined) {
markdown += `**Total Tokens Used:** ${totalTokens.toLocaleString()}\n\n`;
}
// Count tool calls
const toolCalls = (logContent.match(/ToolCall:\s+\w+__\w+/g) || []).length;
if (toolCalls > 0) {
markdown += `**Tool Calls:** ${toolCalls}\n\n`;
}
markdown += "</details>\n\n";
// Check for MCP failures
const mcpFailures = mcpInfo.servers.filter(server => server.status === "failed").map(server => server.name);
return {
markdown,
logEntries: canonicalLogEntries,
mcpFailures,
maxTurnsHit: false, // Codex doesn't have max-turns concept in logs
};
}
/**
* Format a Codex tool call with HTML details
* Uses the shared formatToolCallAsDetails helper for consistent rendering across all engines.
* @param {string} server - The server name (e.g., "github", "time")
* @param {string} toolName - The tool name (e.g., "list_pull_requests")
* @param {string} params - The parameters as JSON string
* @param {string} response - The response as JSON string
* @param {string} statusIcon - The status icon (✅, ❌, or ❓)
* @returns {string} Formatted HTML details string
*/
function formatCodexToolCall(server, toolName, params, response, statusIcon) {
// Calculate token estimate from params + response
const totalTokens = estimateTokens(params) + estimateTokens(response);
// Format metadata
let metadata = "";
if (totalTokens > 0) {
metadata = `<code>~${totalTokens}t</code>`;
}
const summary = `<code>${server}::${toolName}</code>`;
// Build sections array
const sections = [];
if (params && params.trim()) {
sections.push({
label: "Parameters",
content: params,
language: "json",
});
}
if (response && response.trim()) {
sections.push({
label: "Response",
content: response,
language: "json",
});
}
return formatToolCallAsDetails({
summary,
statusIcon,
metadata,
sections,
});
}
/**
* Format a Codex bash call with HTML details
* Uses the shared formatToolCallAsDetails helper for consistent rendering across all engines.
* @param {string} command - The bash command
* @param {string} response - The response as plain text
* @param {string} statusIcon - The status icon (✅, ❌, or ❓)
* @returns {string} Formatted HTML details string
*/
function formatCodexBashCall(command, response, statusIcon) {
// Calculate token estimate from command + response
const totalTokens = estimateTokens(command) + estimateTokens(response);
// Format metadata
let metadata = "";
if (totalTokens > 0) {
metadata = `<code>~${totalTokens}t</code>`;
}
const summary = `<code>bash: ${truncateString(command, 60)}</code>`;
// Build sections array
const sections = [];
sections.push({
label: "Command",
content: command,
language: "bash",
});
if (response && response.trim()) {
sections.push({
label: "Output",
content: response,
});
}
return formatToolCallAsDetails({
summary,
statusIcon,
metadata,
sections,
});
}
// Export for testing
if (typeof module !== "undefined" && module.exports) {
module.exports = {
main,
parseCodexLog,
parseCodexJsonl,
isCodexJsonlFormat,
formatCodexToolCall,
formatCodexBashCall,
extractMCPInitialization,
extractCodexErrorMessages,
extractCodexModel,
collectCodexMixedRecords,
};
}
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