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skills/codex-cost/scripts/chunks/chunk-6A4INWEF.mjs
49.1 KB · Oct 2, 2026 · 00:34 UTC
import {
GPT3_ERA_PRICING,
calculateGpt3EraCost
} from "./chunk-VNKX2X2V.mjs";
import {
cumulativeDays,
groupDays,
renderTerminal
} from "./chunk-5CKDGZHL.mjs";
// src/terminal/inspector.ts
import { emitKeypressEvents } from "node:readline";
// src/terminal/stacked-area.ts
function createActivityStack(days, metric, columns) {
const field = metric === "cost" ? "estimatedApiCost" : "totalTokens";
const totals = /* @__PURE__ */ new Map();
for (const day of days) for (const model of day.models) totals.set(model.model, (totals.get(model.model) ?? 0) + model[field]);
const ranked = [...totals].filter(([, value]) => value > 0).sort((a, b) => b[1] - a[1] || a[0].localeCompare(b[0]));
const series = ranked.slice(0, 5).map(([model, total], index) => ({ model, label: model, symbol: String.fromCharCode(65 + index), count: 1, total }));
const other = ranked.slice(5);
if (other.length) series.push({ model: "", label: `Other (${other.length} models)`, symbol: "O", count: other.length, total: other.reduce((sum, [, total]) => sum + total, 0) });
const owners = new Map(ranked.map(([model], index) => [model, Math.min(index, 5)]));
const daysPerBucket = Math.max(1, Math.ceil(days.length / Math.max(1, Math.floor(columns) || 1)));
const buckets = [];
for (let start = 0; start < days.length; start += daysPerBucket) {
const chunk = days.slice(start, start + daysPerBucket), values = series.map(() => 0);
for (const day of chunk) for (const model of day.models) {
const owner = owners.get(model.model);
if (owner !== void 0) values[owner] += model[field];
}
buckets.push({ firstDate: chunk[0].date, lastDate: chunk.at(-1).date, days: chunk.length, values, total: values.reduce((sum, value) => sum + value, 0) });
}
return { series, buckets, daysPerBucket, maximum: buckets.reduce((maximum, bucket) => Math.max(maximum, bucket.total), 0) };
}
function rasterActivityStack(stack, columns, rows, subrows = 8) {
const grid = Array.from({ length: rows }, () => Array.from({ length: columns }, () => ({ owner: -1, filled: 0 })));
if (!stack.maximum || !stack.buckets.length) return grid;
const totalDays = stack.buckets.reduce((sum, bucket) => sum + bucket.days, 0);
for (let column = 0; column < columns; column++) {
const day = column === columns - 1 ? totalDays - 1 : Math.floor(column * totalDays / columns);
const bucket = stack.buckets[Math.min(stack.buckets.length - 1, Math.floor(day / stack.daysPerBucket))];
for (let row = 0; row < rows; row++) {
const owners = stack.series.map(() => 0);
let filled = 0;
for (let subrow = 0; subrow < subrows; subrow++) {
const value = stack.maximum * (rows * subrows - row * subrows - subrow - 0.5) / (rows * subrows);
let lower = 0;
for (let owner = 0; owner < bucket.values.length; owner++) {
const upper = lower + bucket.values[owner];
if (value > lower && value <= upper) {
owners[owner]++;
filled++;
break;
}
lower = upper;
}
}
if (filled) grid[row][column] = { owner: owners.indexOf(Math.max(...owners)), filled };
}
}
return grid;
}
// src/terminal/inspector-render.ts
var INSPECTOR_PAGES = ["Activity", "Cumulative cost", "Models", "Token mix", "GPT-3 era", "Cost by repo"];
function createInspectorData(analytics) {
const days = groupDays(analytics.daily, "day");
const cumulative = cumulativeDays(analytics.daily);
const dailyModels = days.map((day) => new Map(day.models.map((model) => [model.model, model])));
const cumulativeModels = cumulative.map((day) => new Map(day.models.map((model) => [model.model, model])));
const finalModels = new Map(analytics.models.map((model) => [model.model, model]));
for (const model of cumulative.at(-1)?.models ?? []) if (!finalModels.has(model.model)) finalModels.set(model.model, model);
const models = [...finalModels.values()].sort((a, b) => b.totalTokens - a.totalTokens || a.model.localeCompare(b.model));
const repos = [...analytics.projects].sort((a, b) => Number(!!a.unpricedTokens && !a.pricedTokens) - Number(!!b.unpricedTokens && !b.pricedTokens) || b.estimatedApiCost - a.estimatedApiCost || a.project.localeCompare(b.project));
const priced = models.filter((model) => model.estimatedApiCost > 0).sort((a, b) => b.estimatedApiCost - a.estimatedApiCost || a.model.localeCompare(b.model));
const curves = priced.slice(0, 5).map((model, index) => ({
symbol: String.fromCharCode(65 + index),
label: model.model,
model: model.model,
count: 1,
values: cumulativeModels.map((point) => point.get(model.model)?.estimatedApiCost ?? 0)
}));
const other = priced.slice(5);
if (other.length) curves.push({
symbol: "O",
label: `Other (${other.length} models combined)`,
model: "",
count: other.length,
values: cumulativeModels.map((point) => other.reduce((sum, model) => sum + (point.get(model.model)?.estimatedApiCost ?? 0), 0))
});
const modelColors = /* @__PURE__ */ new Map(), used = /* @__PURE__ */ new Set();
for (const model of models) {
const preferred = modelColor(model.model);
const color = !used.has(preferred) ? preferred : palette.find((color2) => !used.has(color2)) ?? preferred;
modelColors.set(model.model, color);
used.add(color);
}
return { analytics, days, cumulative, models, repos, dailyModels, cumulativeModels, curves, modelColors };
}
function safe(value) {
return String(value).replace(/(?:\x1b\]|\u009d)[\s\S]*?(?:\x07|\x1b\\|\u009c|$)/g, "").replace(/(?:\x1b\[|\u009b)[0-?]*[ -/]*[@-~]/g, "").replace(/\x1b[@-_]/g, "").replace(/[\u2010-\u2015]/g, "-").replace(/[\u2018\u2019]/g, "'").replace(/[\u201c\u201d]/g, '"').replace(/\u00b7/g, "/").normalize("NFKD").replace(new RegExp("\\p{M}", "gu"), "").replace(/[\x00-\x1f\x7f-\x9f]/g, " ").replace(/[^\x20-\x7e]/g, "?").replace(/\s+/g, " ").trim();
}
function wrap(value, width) {
let remaining = safe(value);
const lines = [];
while (remaining.length > width) {
const space = remaining.lastIndexOf(" ", width);
const cut = space > width / 3 ? space : width;
lines.push(remaining.slice(0, cut));
remaining = remaining.slice(cut).trimStart();
}
lines.push(remaining);
return lines;
}
var roles = { heading: 25, input: 33, cached: 30, output: 166, cost: 28, warning: 130, historical: 97 };
var palette = [33, 166, 30, 97, 130, 28, 63, 162, 60, 136];
var knownColors = {
"gpt-5.6-sol": 33,
"gpt-6-astra": 166,
"gpt-5.6-terra": 30,
"gpt-5.6-luna": 130,
"gpt-5.5": 63,
"gpt-5.4": 97,
"gpt-5.4-mini": 28,
"gpt-5.3-codex": 30,
"unknown": 130,
"codex-auto-review": 136
};
function modelColor(model) {
if (Object.hasOwn(knownColors, model)) return knownColors[model];
let hash = 0;
for (const char of model) hash = Math.imul(hash, 31) + char.charCodeAt(0) | 0;
return palette[(hash >>> 0) % palette.length];
}
function colorize(text, role, enabled) {
if (!enabled || role === void 0) return text;
const code = typeof role === "number" ? Math.max(0, Math.min(255, Number.isFinite(role) ? Math.floor(role) : 25)) : roles[role];
return `\x1B[38;5;${code}m${text}\x1B[39m`;
}
function inspectorPaint(text, role = "heading") {
return colorize(safe(text), role, true);
}
var exact = (value) => value.toLocaleString("en-US", { maximumFractionDigits: 0 });
var dollars = (value) => value > 0 && value < 1e-9 ? "<$0.000000001" : `$${value.toLocaleString("en-US", { maximumFractionDigits: 9 })}`;
var roundedDollars = (value) => value > 0 && value < 0.01 ? "<$0.01" : value.toLocaleString("en-US", { style: "currency", currency: "USD", minimumFractionDigits: 2, maximumFractionDigits: 2 });
var cost = (totals, rounded = false) => totals.unpricedTokens && !totals.pricedTokens ? "Unpriced" : `${(rounded ? roundedDollars : dollars)(totals.estimatedApiCost)}${totals.unpricedTokens ? " (partial)" : ""}`;
var percent = (value, total) => `${(total ? value / total * 100 : 0).toFixed(1)}%`;
function abbreviated(value) {
const unit = [[1e15, "Q"], [1e12, "T"], [1e9, "B"], [1e6, "M"], [1e3, "K"]].find(([scale]) => value >= scale);
return unit ? `${Number((value / unit[0]).toFixed(1))}${unit[1]}` : `${Number(value.toFixed(2))}`;
}
var shorten = (value, width) => {
const clean = safe(value);
return clean.length > width ? clean.slice(0, width - 3) + "..." : clean;
};
function fieldRows(fields, width, colored) {
const result = [];
let row = "", length = 0;
for (const field of fields) {
const clean = (field.swatch && AREA_GLYPHS.includes(field.swatch) ? `${field.swatch} ` : "") + safe(field.text);
if (row && length + clean.length + 3 > width) {
result.push(row);
row = "";
length = 0;
}
if (clean.length > width) {
result.push(...wrap(clean, width).map((line) => colorize(line, field.role, colored)));
continue;
}
if (row) {
row += " | ";
length += 3;
}
row += colorize(clean, field.role, colored);
length += clean.length;
}
if (row) result.push(row);
return result;
}
var BRAILLE_BITS = [1, 8, 2, 16, 4, 32, 64, 128];
var AREA_GLYPHS = ["\u2588", "\u2593", "\u2592", "\u2591", "\u259A", "\u259E"];
var PARTIAL_BLOCKS = ["", "\u2581", "\u2582", "\u2583", "\u2584", "\u2585", "\u2586", "\u2587"];
var otherColor = 244;
var seriesColor = (data, model) => model ? data.modelColors.get(model) ?? modelColor(model) : otherColor;
var motionGeometry = /* @__PURE__ */ new WeakMap();
function geometryCache(data) {
let cache = motionGeometry.get(data);
if (!cache) {
cache = {};
motionGeometry.set(data, cache);
}
return cache;
}
var motionTime = (motion) => Number.isFinite(motion.elapsedMs) ? Math.max(0, motion.elapsedMs) : 0;
var revealProgress = (motion) => Number.isFinite(motion.reveal) ? Math.max(0, Math.min(1, motion.reveal)) : 1;
var modulo = (value, size) => (value % size + size) % size;
function emphasis(glyph, role, colored, strength) {
let tone = role;
if (strength > 0.65) {
const code = typeof role === "number" ? role : roles[role];
if (code >= 16 && code <= 231) {
const value = code - 16;
const red = Math.min(5, Math.floor(value / 36) + 1);
const green = Math.min(5, Math.floor(value % 36 / 6) + 1);
const blue = Math.min(5, value % 6 + 1);
tone = 16 + red * 36 + green * 6 + blue;
} else if (code >= 232) tone = Math.min(253, code + 3);
}
const painted = colorize(glyph, tone, colored);
return !colored || strength <= 0 ? painted : `\x1B[${strength > 0.65 ? 1 : 2}m${painted}\x1B[22m`;
}
function rippleGlyph(owner, column, row, motion, ascii, colored) {
const phase = column * 0.45 + row * 0.8 - motionTime(motion) * 27e-4 + owner * 0.9;
const wave = Math.sin(phase);
if (!colored && (column + row * 3) % 11 === 0) return ascii ? "ABCDEO"[owner] : AREA_GLYPHS[owner];
if (ascii) return wave > 0.75 ? "#" : wave > 0.05 ? "=" : ".";
return wave > 0.5 ? "\u2593" : wave > -0.15 ? "\u2592" : "\u2591";
}
function activityStack(data, options, columns) {
if (!options.motion) return createActivityStack(data.days, options.metric === "cost" ? "cost" : "tokens", columns);
const cache = geometryCache(data), key = `${columns}:${options.metric === "cost" ? "cost" : "tokens"}`;
if (cache.activity?.key !== key) cache.activity = { key, stack: createActivityStack(data.days, options.metric === "cost" ? "cost" : "tokens", columns) };
return cache.activity.stack;
}
function paintCells(cells, colored, combine) {
if (!combine) return cells.map((cell) => colorize(cell.glyph, cell.role, colored)).join("");
const runs = [];
for (const cell of cells) {
const previous = runs.at(-1);
if (previous && previous.role === cell.role) previous.glyph += cell.glyph;
else runs.push({ ...cell });
}
return runs.map((run) => colorize(run.glyph, run.role, colored)).join("");
}
function activityPlot(data, stack, options, width, rows) {
if (!data.days.length) return ["No recorded dates to plot."];
const axisWidth = 10, columns = width - axisWidth, isCost = options.metric === "cost";
const cache = options.motion ? geometryCache(data).activity : void 0;
const gridKey = `${columns}:${rows}:${options.ascii}`;
const grid = cache?.gridKey === gridKey ? cache.grid : rasterActivityStack(stack, columns, rows, options.ascii ? 1 : 8);
if (cache && cache.gridKey !== gridKey) {
cache.gridKey = gridKey;
cache.grid = grid;
}
const ticks = /* @__PURE__ */ new Set([0, Math.floor((rows - 1) / 2), rows - 1]);
const output = grid.map((cells, row) => {
const value = stack.maximum * (rows - 1 - row) / (rows - 1);
const tick = !ticks.has(row) ? "" : isCost ? !stack.maximum ? "--" : value > 0 && value < 0.01 ? "<$0.01" : `$${abbreviated(value)}` : abbreviated(value);
const marks = cells.map((cell, column) => {
if (cell.owner < 0) return { glyph: ticks.has(row) && column % 3 === 0 ? options.ascii ? "." : "\xB7" : " " };
const series = stack.series[cell.owner];
const glyph = options.motion && (options.ascii || cell.filled === 8) ? rippleGlyph(cell.owner, column, row, options.motion, options.ascii, options.color) : options.ascii ? series.symbol : cell.filled < 8 ? PARTIAL_BLOCKS[cell.filled] : AREA_GLYPHS[cell.owner];
return { glyph, role: seriesColor(data, series.model) };
});
return tick.padStart(axisWidth - 2) + (options.ascii ? " |" : " \u2502") + paintCells(marks, options.color, !!options.motion);
});
output.push(" ".repeat(axisWidth - 1) + (options.ascii ? "+" : "\u2514") + (options.ascii ? "-" : "\u2500").repeat(columns));
const first = safe(data.days[0].date), last = safe(data.days.at(-1).date);
if (data.days.length === 1) output.push(...wrap(`Date: ${first} UTC`, width));
else if (first.length + last.length < columns) output.push(" ".repeat(axisWidth) + first + " ".repeat(columns - first.length - last.length) + last);
else output.push(...wrap(`${first} to ${last} UTC`, width));
return output;
}
function plot(data, options, width, rows) {
const ascii = options.ascii, axisWidth = 10;
rows = Math.max(rows, data.curves.length);
const labels = data.curves.map((curve, owner) => {
const value = curve.values.at(-1) ?? 0;
const amount = roundedDollars(value);
const text = `${curve.symbol} ${amount.length + 2 <= width - axisWidth - 12 ? amount : `$${abbreviated(value)}`}`;
return { owner, value, text, row: 0 };
}).sort((a, b) => b.value - a.value || a.owner - b.owner);
const labelWidth = labels.length ? Math.max(...labels.map((label) => label.text.length)) + 2 : 0;
const columns = width - axisWidth - labelWidth;
const sx = ascii ? 1 : 2, sy = ascii ? 1 : 4;
const pixelWidth = columns * sx, pixelHeight = rows * sy, count = data.days.length;
if (!count) return ["No recorded dates to plot."];
const series = data.curves.map((curve) => curve.values);
let maximum = 0;
for (const values of series) for (const value of values) maximum = Math.max(maximum, value);
const cache = options.motion ? geometryCache(data) : void 0;
const geometryKey = `${width}:${rows}:${ascii}`;
const cached = cache?.cost?.key === geometryKey ? cache.cost.geometry : void 0;
const grid = cached?.grid ?? Array.from({ length: rows }, () => Array.from({ length: columns }, () => ({ bits: 0, char: " ", owner: -1 })));
const paths = cached?.paths ?? series.map(() => []);
const xFor = (day) => count === 1 ? 0 : day / (count - 1) * (pixelWidth - 1);
const yFor = (value) => maximum ? (1 - value / maximum) * (pixelHeight - 1) : pixelHeight - 1;
for (const [index, label] of labels.entries()) {
const desired = Math.floor(Math.round(yFor(label.value)) / sy);
label.row = Math.max(index ? labels[index - 1].row + 1 : 0, Math.min(rows - labels.length + index, desired));
}
const put = (x, y, owner, char) => {
x = Math.round(x);
y = Math.round(y);
if (x < 0 || x >= pixelWidth || y < 0 || y >= pixelHeight) return;
const position = Math.floor(y / sy) * columns + Math.floor(x / sx);
if (paths[owner].at(-1) !== position) paths[owner].push(position);
const cell = grid[Math.floor(y / sy)][Math.floor(x / sx)];
const occupied = cell.bits !== 0 || cell.char !== " ";
if (occupied && cell.owner !== owner) cell.owner = -2;
else if (!occupied) cell.owner = owner;
if (ascii) cell.char = cell.owner === -2 ? "+" : char;
else cell.bits |= BRAILLE_BITS[y % 4 * 2 + x % 2];
};
const line = (x0, y0, x1, y1, owner) => {
const length = Math.max(1, Math.ceil(Math.max(Math.abs(x1 - x0), Math.abs(y1 - y0))));
const char = Math.abs(y1 - y0) < 0.5 ? "_" : Math.abs(x1 - x0) < 0.5 ? "|" : y1 < y0 ? "/" : "\\";
for (let step = 0; step <= length; step++) put(x0 + (x1 - x0) * step / length, y0 + (y1 - y0) * step / length, owner, char);
};
if (maximum && !cached) {
series.forEach((values, owner) => {
if (count === 1) put(0, yFor(values[0]), owner, "o");
for (let day = 1; day < count; day++) line(xFor(day - 1), yFor(values[day - 1]), xFor(day), yFor(values[day]), owner);
const row = Math.min(rows - 1, Math.max(0, Math.floor(Math.round(yFor(values[count - 1])) / sy)));
const cell = grid[row][count === 1 ? 0 : columns - 1];
cell.marker = cell.marker ? "@" : data.curves[owner].symbol;
cell.owner = cell.marker === "@" ? -2 : owner;
});
}
if (cache && !cached) cache.cost = { key: geometryKey, geometry: { grid, paths } };
const tracers = /* @__PURE__ */ new Map();
if (options.motion) for (const [owner, path] of paths.entries()) {
if (path.length < 2) continue;
const spacing = Math.max(8, Math.min(22, Math.ceil(path.length / 3)));
const travel = motionTime(options.motion) / 95 + owner * spacing / Math.max(1, paths.length);
for (const [index, position] of path.entries()) {
const behind = modulo(travel - index, spacing);
if (behind >= 4) continue;
const strength = 1 - behind / 4;
if (!tracers.has(position) || tracers.get(position).strength < strength) tracers.set(position, { owner, strength });
}
}
const paint = (text, owner) => colorize(text, owner < 0 ? void 0 : seriesColor(data, data.curves[owner].model), options.color);
const ticks = /* @__PURE__ */ new Set([0, Math.floor((rows - 1) / 2), rows - 1]);
const output = grid.map((cells, row) => {
const value = maximum * (rows - 1 - row) / (rows - 1);
const tick = !ticks.has(row) ? "" : !maximum ? "--" : value > 0 && value < 0.01 ? "<$0.01" : `$${abbreviated(value)}`;
const marks = cells.map((cell, column) => {
if (cell.marker && !labels.some((label2) => label2.owner === cell.owner && label2.row === row)) return paint(cell.marker, cell.owner);
if (cell.bits || cell.char !== " ") {
const tracer = tracers.get(row * columns + column);
let glyph = cell.bits ? String.fromCharCode(10240 + cell.bits) : cell.char === "+" ? "+" : ".";
if (tracer) {
if (ascii) glyph = tracer.strength > 0.65 ? "o" : "=";
else if (!options.color && tracer.strength > 0.65) glyph = String.fromCharCode(10240 + (cell.bits & -cell.bits));
return emphasis(glyph, seriesColor(data, data.curves[tracer.owner].model), options.color, tracer.strength);
}
return ascii && options.color && cell.owner >= 0 ? emphasis(glyph, seriesColor(data, data.curves[cell.owner].model), true, 0.1) : paint(glyph, cell.owner);
}
return ticks.has(row) && column % 3 === 0 ? ascii ? "." : "\xB7" : " ";
}).join("");
const label = labels.find((label2) => label2.row === row);
return tick.padStart(axisWidth - 2) + (ascii ? " |" : " \u2502") + marks + (label ? " " + paint(label.text, label.owner) : "");
});
output.push(" ".repeat(axisWidth - 1) + (ascii ? "+" : "\u2514") + (ascii ? "-" : "\u2500").repeat(columns));
const first = safe(data.days[0].date), last = safe(data.days[count - 1].date);
if (count === 1) output.push(...wrap(`Date: ${first} UTC`, width));
else if (first.length + last.length < columns) output.push(" ".repeat(axisWidth) + first + " ".repeat(columns - first.length - last.length) + last);
else output.push(...wrap(`${first} to ${last} UTC`, width));
return output;
}
function renderInspector(data, options) {
const width = Math.max(40, Math.min(240, Number.isFinite(options.width) ? Math.floor(options.width) : 100));
const page = Math.max(0, Math.min(INSPECTOR_PAGES.length - 1, Number.isFinite(options.page) ? Math.floor(options.page) : 0));
const totals = data.analytics.totals, header = [], body = [];
const paint = (value, role) => colorize(value, role, options.color);
const text = (value = "", role) => body.push(...wrap(value, width).map((line) => paint(line, role)));
const fields = (items) => body.push(...fieldRows(items, width, options.color));
const pair = (label, value, valueRole, labelRole) => {
const left = safe(label), right = safe(value);
if (left.length + right.length + 2 <= width) body.push(paint(left, labelRole) + " ".repeat(width - left.length - right.length) + paint(right, valueRole));
else {
text(left, labelRole);
text(right, valueRole);
}
};
const heading = (title, subtitle) => {
text(title, "heading");
text(subtitle);
text();
};
const bar = (value, maximum, role, label, amount, variant, index = 0) => {
pair(label, amount, role, role);
const columns = width - 2, length = maximum ? Math.round(value / maximum * columns) : 0;
const size = Math.min(columns, Math.max(value > 0 ? 1 : 0, length));
const tiny = value > 0 && !length;
for (let row = 0; row < 2; row++) {
const cells = Array.from({ length: size }, (_, column) => {
const glyph = tiny ? "." : options.ascii ? variant === "rails" ? ":" : "#" : variant === "flip" ? "\u2588" : "\u2501";
if (!options.motion || tiny) return { glyph };
if (variant === "rails") {
const perimeter = size * 2;
const position = row === 0 ? column : perimeter - 1 - column;
const head = motionTime(options.motion) / 80 + index * 9;
const lag = modulo(head - position, perimeter);
const tail = Math.min(4, Math.max(1, size / 2));
if (lag >= tail) return { glyph };
const strength = 1 - lag / tail;
const spark = options.ascii ? strength > 0.65 ? "*" : "o" : strength > 0.65 ? "\u25CF" : "\u2022";
return { glyph: spark, strength };
}
const progress = revealProgress(options.motion);
if (progress >= 1) return { glyph };
const start = (columns > 1 ? column / (columns - 1) : 0) * 0.58 + row * 0.11 + index * 0.08;
const phase = (progress - start) / 0.22;
const flipping = phase < 0 ? "." : phase < 0.3 ? "/" : phase < 0.65 ? options.ascii ? "o" : "\u25CB" : phase < 1 ? options.ascii ? "=" : "\u25B0" : glyph;
return { glyph: flipping, strength: phase >= 0 && phase < 1 ? 0.85 : void 0 };
});
let marks = "", ordinary = "";
for (const cell of cells) {
if (cell.strength === void 0) ordinary += cell.glyph;
else {
if (ordinary) {
marks += paint(ordinary, role);
ordinary = "";
}
marks += emphasis(cell.glyph, role, options.color, cell.strength);
}
}
if (ordinary) marks += paint(ordinary, role);
body.push(" " + marks);
}
};
header.push(paint("CODEX COST / LOCAL ANALYTICS", "heading"));
header.push(...wrap(data.days.length ? `${data.days[0].date} to ${data.days.at(-1).date} / UTC` : "No recorded dates / UTC", width));
header.push(...fieldRows([{ text: `TOKENS ${exact(totals.totalTokens)}` }, { text: `API EQUIVALENT ${cost(totals, true)}`, role: totals.unpricedTokens && !totals.pricedTokens ? "warning" : "cost" }], width, options.color));
header.push(...fieldRows([{ text: `INPUT ${exact(totals.inputTokens)}`, role: "input" }, { text: `CACHED ${exact(totals.cachedInputTokens)}`, role: "cached" }, { text: `OUTPUT ${exact(totals.outputTokens)}`, role: "output" }], width, options.color));
header.push(...fieldRows([{ text: `UNPRICED ${exact(totals.unpricedTokens)}`, role: totals.unpricedTokens ? "warning" : void 0 }, { text: `${exact(data.analytics.sessions)} SESSIONS` }, { text: `${data.models.length} MODELS` }], width, options.color));
header.push((options.ascii ? "-" : "\u2500").repeat(width));
const bodyHeight = Math.max(8, (Number.isFinite(options.height) ? Math.floor(options.height) : 32) - header.length);
const chartRows = (overhead) => Math.max(4, Math.min(16, bodyHeight - overhead));
if (page === 0) {
const isCost = options.metric === "cost", stack = activityStack(data, options, width - 10);
const unit = isCost ? "API-equivalent USD" : "tokens";
heading("ACTIVITY / CONTOUR CURRENTS", `${stack.daysPerBucket > 1 ? "Bucket" : "Daily"} ${unit} / stacked by model${isCost && totals.unpricedTokens ? " / partial estimate" : ""}`);
fields([{ text: isCost ? "Y AXIS: API $" : "Y AXIS: TOKENS", role: isCost ? "cost" : "input" }, { text: "m switches tokens / API $" }]);
const legend = stack.series.map((series, index) => ({ text: `${series.symbol} ${series.model ? shorten(series.label, 24) : `Other (${series.count})`}`, role: seriesColor(data, series.model), swatch: options.ascii ? void 0 : AREA_GLYPHS[index] }));
const legendRows = fieldRows(legend, width, options.color);
body.push(...legendRows);
if (isCost && !stack.maximum) text(totals.unpricedTokens ? "No priced usage to plot. Unpriced does not mean free." : "No priced cost recorded.", totals.unpricedTokens ? "warning" : void 0);
body.push(...activityPlot(data, stack, options, width, chartRows(10 + legendRows.length)));
if (stack.daysPerBucket > 1) text(`Consecutive ${stack.daysPerBucket}-day bucket sums; the final bucket has ${stack.buckets.at(-1)?.days ?? 0} day(s). Y values are per bucket.`);
else text("Each band is one model; the top edge is the daily total.");
text("Very thin bands may be smaller than a terminal cell.");
if (isCost && totals.unpricedTokens) text(`${exact(totals.unpricedTokens)} unpriced tokens are excluded from dollar estimates.`, "warning");
text();
const activeDays = data.days.filter((day) => day.totalTokens > 0).length;
fields([{ text: `${activeDays} active days` }, { text: isCost ? `${cost(totals, true)} / range estimate` : `${exact(activeDays ? totals.totalTokens / activeDays : 0)} tokens / active day`, role: isCost ? "cost" : void 0 }]);
text();
text("MODEL BANDS / RANGE TOTALS", "heading");
if (!stack.series.length && !isCost) text("No models recorded.");
for (const series of stack.series) pair(`${series.symbol} ${series.label}`, `${isCost ? dollars(series.total) : abbreviated(series.total) + " tokens"} / ${percent(series.total, isCost ? totals.estimatedApiCost : totals.totalTokens)}`, seriesColor(data, series.model), seriesColor(data, series.model));
if (stack.series.some((series) => !series.model)) text("Other combines the remaining models; all exact totals are on the Models page.");
if (isCost) text("Published API rates, not your Codex subscription bill.");
} else if (page === 1) {
heading("CUMULATIVE COST / SIGNAL DASHES", "Each curve is one model / API-equivalent USD");
const legend = data.curves.map((curve) => ({ text: `${curve.symbol} ${curve.model ? shorten(curve.label, Math.min(24, width - 3)) : `Other (${curve.count})`}`, role: seriesColor(data, curve.model) }));
const legendRows = fieldRows(legend, width, options.color);
body.push(...legendRows);
if (!data.curves.length) text(totals.unpricedTokens ? "No priced usage to plot. Unpriced does not mean free." : "No priced cost recorded.", totals.unpricedTokens ? "warning" : void 0);
body.push(...plot(data, options, width, chartRows(6 + legendRows.length)));
text();
pair("Range API-equivalent estimate", cost(totals), "cost");
const other = data.curves.find((curve) => curve.symbol === "O");
if (other) text(`O combines ${other.count} models; all appear on the Models page.`);
if (data.curves.length) text("Right labels show final API amounts, spaced for readability. Letters match the curves; @ marks overlapping endpoints.");
if (totals.unpricedTokens) text(`${exact(totals.unpricedTokens)} unpriced tokens are excluded from dollar estimates.`, "warning");
text("Published API rates, not your Codex subscription bill.");
pair("Pricing checked", data.analytics.pricingCheckedAt);
} else if (page === 2) {
heading("YOUR MODELS / SPARK RAILS", "Ranked by total tokens / the entire selected range");
const maximum = data.models[0]?.totalTokens ?? 0;
if (!data.models.length) text("No models recorded.");
for (const [index, model] of data.models.entries()) {
bar(model.totalTokens, maximum, seriesColor(data, model.model), `${index + 1}. ${model.model}`, `${abbreviated(model.totalTokens)} tokens / ${percent(model.totalTokens, totals.totalTokens)} | API ${cost(model, true)}`, "rails", index);
text();
}
if (data.models.length) text("Bars share one scale, relative to the leading model.");
text();
text("EXACT RANGE TOTALS", "heading");
for (const model of data.models) {
text();
text(model.model, seriesColor(data, model.model));
fields([{ text: `Input ${exact(model.inputTokens)}`, role: "input" }, { text: `Cached ${exact(model.cachedInputTokens)}`, role: "cached" }, { text: `Output ${exact(model.outputTokens)}`, role: "output" }]);
fields([{ text: `Tokens ${exact(model.totalTokens)}` }, { text: `API ${cost(model)}`, role: model.unpricedTokens && !model.pricedTokens ? "warning" : "cost" }]);
if (model.unpricedTokens) text(`${exact(model.unpricedTokens)} unpriced tokens excluded from this estimate.`, "warning");
}
} else if (page === 3) {
heading("TOKEN MIX / SORTING MACHINE", "How every token in this range was used");
const mix = [
{ symbol: "I", glyph: "\u2593", label: "Input (uncached)", value: totals.inputTokens, role: "input" },
{ symbol: "C", glyph: "\u2592", label: "Cached input", value: totals.cachedInputTokens, role: "cached" },
{ symbol: "O", glyph: "\u2591", label: "Output", value: totals.outputTokens, role: "output" }
];
const columns = width - 2;
const raw = mix.map((item) => totals.totalTokens ? item.value / totals.totalTokens * columns : 0);
const lengths = raw.map(Math.floor);
const order = raw.map((value, index) => ({ index, fraction: value - lengths[index] })).sort((a, b) => b.fraction - a.fraction);
const left = totals.totalTokens ? columns - lengths.reduce((sum, value) => sum + value, 0) : 0;
for (let index = 0; index < left; index++) lengths[order[index % order.length].index]++;
const chuteRows = 7, middle = Math.floor(columns / 2);
const sorter = Array.from({ length: chuteRows }, () => Array.from({ length: width }, () => ({ glyph: " " })));
const put = (column, row, glyph, role) => {
if (row >= 0 && row < chuteRows && column >= 0 && column < width) sorter[row][column] = { glyph, role };
};
for (const [offset, glyph] of [..."TOKENS"].entries()) put(middle - 2 + offset, 0, glyph);
for (const [offset, glyph] of [..."\\___/"].entries()) put(middle - 1 + offset, 2, glyph);
put(middle + 1, 3, "|");
let segmentStart = 0;
for (const [index, item] of mix.entries()) {
const size = lengths[index];
const destination = 1 + segmentStart + Math.max(0, Math.floor((size - 1) / 2));
if (size && options.motion) for (let token = 0; token < 3; token++) {
const fall = modulo(motionTime(options.motion) / 3400 + token / 3 + index * 0.17, 1);
if (fall < 0.22) put(middle + 1, 1, options.ascii ? options.color ? "." : item.symbol : "\u2022", item.role);
else {
const progress = (fall - 0.22) / 0.78;
const row = Math.min(chuteRows - 1, 3 + Math.floor(progress * (chuteRows - 3)));
const column = row === chuteRows - 1 ? destination : Math.round(middle + 1 + (destination - middle - 1) * progress);
put(column, row, options.ascii ? options.color ? "o" : item.symbol : "\u25CF", item.role);
}
}
segmentStart += size;
}
for (const row of sorter) body.push(paintCells(row, options.color, true));
const ribbon = mix.map((item, index) => paint((options.ascii ? options.color ? "#" : item.symbol : item.glyph).repeat(lengths[index]), item.role)).join("");
for (let row = 0; row < (bodyHeight >= 18 ? 3 : 2); row++) body.push("[" + (totals.totalTokens ? ribbon : " ".repeat(columns)) + "]");
text();
for (const item of mix) {
pair(`${item.symbol} ${item.label}`, `${exact(item.value)} / ${percent(item.value, totals.totalTokens)}`, item.role, item.role);
text();
}
pair("Cache hit rate", `${percent(totals.cachedInputTokens, totals.inputTokens + totals.cachedInputTokens)} of input`, "cached");
text("Cache hit rate uses input + cached input. Mix percentages use all tokens.");
text();
text("Input is uncached; cached input is counted once. Reasoning is already included in output.");
text("Motion illustrates sorting; ribbon widths show the actual token shares.");
text("Very small shares can disappear at character-cell resolution.");
} else if (page === 4) {
heading("GPT-3 ERA / FLIP-DOT WALL", "Your whole range, priced as a 2020 thought experiment");
const historical = calculateGpt3EraCost(totals.totalTokens);
const maximum = Math.max(historical, totals.estimatedApiCost);
const axisWidth = 10, columns = width - axisWidth, gap = 4;
const barWidth = Math.floor((columns - gap) / 2);
const rows = Math.max(4, Math.min(12, bodyHeight - 10));
const unpriced = !!totals.unpricedTokens && !totals.pricedTokens;
const walls = [
{ label: "CURRENT API", value: unpriced ? 0 : totals.estimatedApiCost, amount: unpriced ? "Unpriced" : roundedDollars(totals.estimatedApiCost), role: unpriced ? "warning" : "cost" },
{ label: "GPT-3 / 2020", value: historical, amount: roundedDollars(historical), role: "historical" }
];
const labels = (values) => " ".repeat(axisWidth) + values.map((value, index) => paint(shorten(value, barWidth).padEnd(barWidth), walls[index].role)).join(" ".repeat(gap));
body.push(labels(walls.map((wall) => wall.label)));
body.push(labels(walls.map((wall) => wall.amount.length <= barWidth ? wall.amount : `$${abbreviated(wall.value)}`)));
for (let row = 0; row < rows; row++) {
const fromBottom = rows - row - 1;
const value = maximum * (rows - row) / rows;
const tick = row === 0 || row === Math.floor(rows / 2) ? value > 0 && value < 0.01 ? "<$0.01" : `$${abbreviated(value)}` : "";
const marks = walls.map((wall, index) => {
const height = maximum ? Math.round(wall.value / maximum * rows) : 0;
const tiny = wall.value > 0 && height === 0;
const cells = Array.from({ length: barWidth }, (_, column) => {
if (tiny) return { glyph: fromBottom === 0 && column === Math.floor(barWidth / 2) ? "." : " ", role: wall.role };
if (fromBottom >= height) return { glyph: " " };
const finalGlyph = options.ascii ? "#" : "\u2588";
const progress = options.motion ? revealProgress(options.motion) : 1;
if (progress >= 1) return { glyph: finalGlyph, role: wall.role };
const start = fromBottom / Math.max(1, rows - 1) * 0.32 + column / Math.max(1, barWidth - 1) * 0.26 + index * 0.06;
const phase = (progress - start) / 0.22;
const glyph = phase < 0 ? "." : phase < 0.3 ? "/" : phase < 0.65 ? options.ascii ? "o" : "\u25CB" : phase < 1 ? options.ascii ? "=" : "\u25B0" : finalGlyph;
return { glyph, role: wall.role };
});
return paintCells(cells, options.color, true);
}).join(" ".repeat(gap));
body.push(tick.padStart(axisWidth - 2) + (options.ascii ? " |" : " \u2502") + marks);
}
body.push("$0".padStart(axisWidth - 2) + (options.ascii ? " +" : " \u2514") + (options.ascii ? "-" : "\u2500").repeat(columns));
text("Both bars use the same dollar scale. A dot means a nonzero amount smaller than one vertical cell.");
text();
pair("Historical scenario / exact", dollars(historical), "historical");
pair("Current API estimate / exact", cost(totals), totals.unpricedTokens && !totals.pricedTokens ? "warning" : "cost");
text(`${exact(totals.totalTokens)} tokens x $${GPT3_ERA_PRICING.usdPerMillion} per million.`, "historical");
text(GPT3_ERA_PRICING.basis);
text();
text("All models count, including unpriced usage; cached tokens use the full historical rate.");
text("Modern token counts stay fixed. Reasoning is already included in output.");
text("A token-volume comparison, not equivalent capabilities. Excludes plan fees, included tokens and inflation.");
if (totals.unpricedTokens) text(`Current estimate excludes ${exact(totals.unpricedTokens)} unpriced tokens.`, "warning");
} else if (page === 5) {
heading("COST BY REPO / CHEVRON CONVEYOR", "Total API-equivalent USD / the entire selected range");
pair("Range API-equivalent estimate", cost(totals, true), totals.unpricedTokens && !totals.pricedTokens ? "warning" : "cost");
text();
const maximum = data.repos.reduce((largest, repo) => repo.unpricedTokens && !repo.pricedTokens ? largest : Math.max(largest, repo.estimatedApiCost), 0);
const columns = width - 2, elapsed = options.motion ? motionTime(options.motion) : 0;
if (!data.repos.length) text("No repos or directories recorded.");
for (const [index, repo] of data.repos.entries()) {
const unpriced = !!repo.unpricedTokens && !repo.pricedTokens;
const role = modelColor(repo.project);
pair(`${index + 1}. ${repo.project}`, `API ${cost(repo, true)}`, unpriced ? "warning" : role, role);
const value = unpriced ? 0 : repo.estimatedApiCost;
const length = maximum ? Math.round(value / maximum * columns) : 0;
const size = Math.min(columns, Math.max(0, length));
const tiny = value > 0 && !size;
for (let row = 0; row < 3; row++) {
const marks = tiny ? row === 1 ? "." : "" : Array.from({ length: size }, (_, column) => modulo(column - elapsed * 6e-3 + index * 2 - row, 9) < 2 ? ">" : ".").join("");
const runs = marks.match(/>+|\.+/g) ?? [];
body.push(" " + runs.map((run) => options.color && !tiny && run[0] === "." ? `\x1B[2m${paint(run, role)}\x1B[22m` : paint(run, role)).join(""));
}
}
if (maximum > 0) {
const labels = ["$0", roundedDollars(maximum / 2), roundedDollars(maximum)];
if (labels.reduce((sum, label) => sum + label.length, 0) + 4 > columns) {
labels[1] = `$${abbreviated(maximum / 2)}`;
labels[2] = `$${abbreviated(maximum)}`;
}
const axis = Array(columns).fill(" ");
const positions = [0, Math.max(labels[0].length + 1, Math.min(Math.round(columns / 2) - Math.floor(labels[1].length / 2), columns - labels[2].length - labels[1].length - 1)), columns - labels[2].length];
labels.forEach((label, index) => [...label].forEach((glyph, offset) => {
axis[positions[index] + offset] = glyph;
}));
body.push(" " + paint(axis.join(""), "cost"));
text();
text("Bars share one dollar scale. A dot marks a nonzero cost smaller than one cell.");
} else if (data.repos.length) text(totals.unpricedTokens ? "No priced usage to plot. Unpriced does not mean free." : "No priced cost recorded.", totals.unpricedTokens ? "warning" : void 0);
text();
if (totals.unpricedTokens) text(`${exact(totals.unpricedTokens)} unpriced tokens are excluded from dollar estimates.`, "warning");
text("Grouped by available repo or directory names; same-name roots may be combined.");
text("Published API rates, not your Codex subscription bill.");
}
if (!data.analytics.source.found) {
text();
text("Local history directory was not found. Use --data-dir to select your history.", "warning");
}
if (data.analytics.source.warnings.length) {
text();
for (const warning of data.analytics.source.warnings) text(`! ${warning}`, "warning");
}
return { header, body };
}
// src/terminal/inspector.ts
function sameWindowHint() {
const script = process.argv[1] ?? "scripts/codex-cost.mjs";
const launcher = script.replace(/codex-cost\.mjs$/, "inspect.sh");
const command = launcher === script ? `node ${JSON.stringify(script)} --inspect --color` : `/bin/sh ${JSON.stringify(launcher)}`;
return [
"For the animated dashboard, run it in this same terminal window:",
" 1. Press Ctrl+Z to suspend your CLI agent and wait for the shell prompt.",
` 2. Run: ${command}`,
" 3. Press q to quit the dashboard, then run fg to resume.",
"Do not open a new terminal window for this."
].join("\n");
}
async function runInspector(analytics, options = {}, io = { input: process.stdin, output: process.stdout, signals: process }) {
const { input, output, signals } = io;
const manageScreen = io.manageScreen !== false;
if (!input.isTTY || !output.isTTY || process.env.TERM === "dumb") {
output.write(renderTerminal(analytics, { width: options.width ?? output.columns ?? 100, ascii: true, color: false, details: options.details, metric: options.metric }));
output.write(`
${sameWindowHint()}
`);
return;
}
const data = createInspectorData(analytics);
const clock = io.clock ?? {
now: () => performance.now(),
every: (callback, milliseconds) => {
const timer = setInterval(callback, milliseconds);
return () => clearInterval(timer);
}
};
let page = 0, scroll = 0, ascii = !!options.ascii, closed = false;
let metric = options.metric ?? "tokens";
let playing = !options.noMotion, elapsedMs = 0, lastTick = clock.now();
const entranceDuration = () => page === 4 ? 1600 : 650;
let motionStarted = playing;
let cancelFrames;
let canAnimate = false;
let previous = [], maxScroll = 0, visibleBodyRows = 1;
const wasRaw = input.isRaw, wasFlowing = input.readableFlowing === true;
let color = !options.noColor && (!!options.color || process.env.NO_COLOR === void 0);
return new Promise((resolve, reject) => {
const restore = () => {
if (closed) return;
closed = true;
cancelFrames?.();
cancelFrames = void 0;
input.off("keypress", onKey);
input.off("end", onEnd);
input.off("error", onError);
output.off("resize", onResize);
output.off("error", onError);
signals.off("SIGINT", onEnd);
signals.off("SIGTERM", onEnd);
signals.off("exit", restore);
try {
input.setRawMode(wasRaw ?? false);
} finally {
if (!wasFlowing) input.pause();
if (manageScreen) output.write("\x1B[0m\x1B[?25h\x1B[?1049l");
}
};
const finish = (error) => {
try {
restore();
} catch (cleanupError) {
error ??= cleanupError;
}
if (error) reject(error);
else resolve();
};
const onEnd = () => finish();
const onError = (error) => finish(error);
const draw = () => {
if (closed) return;
canAnimate = false;
const terminalWidth = output.columns || 80, height = Math.max(1, output.rows || 24);
const width = Math.max(1, Math.min(160, terminalWidth - 1, options.width ?? 160));
let lines;
if (width < 40 || height < 16) {
lines = ["CODEX COST / DASHBOARD", "Enlarge to at least 41 columns x 16 rows.", "q quit"].map((line) => line.slice(0, width));
} else {
const hints = ["Left/Right charts", `1-${INSPECTOR_PAGES.length} jump`, "Up/Down scroll", ...page === 0 ? ["m Tokens/API $"] : [], "Space pause", "r replay", "a glyphs", "c color", "q quit"];
const controls = [];
for (const hint of hints) {
const last = controls.length - 1;
if (last >= 0 && controls[last].length + hint.length + 3 <= width) controls[last] += ` | ${hint}`;
else controls.push(hint);
}
const paint = (text, tone = 25) => color ? inspectorPaint(text, tone) : text;
const tabNames = ["Activity", "Cost", "Models", "Mix", "GPT-3", "Repos"];
const tabs = tabNames.map((name, i) => i === page ? `[${i + 1} ${name}]` : ` ${i + 1} ${name} `);
const navigation = tabs.join(" ").length <= width ? tabs.map((tab, i) => i === page ? paint(tab) : tab).join(" ") : paint(`< ${page + 1}/${INSPECTOR_PAGES.length} ${INSPECTOR_PAGES[page]} >`);
const render = () => renderInspector(data, {
page,
width,
ascii,
color,
metric,
height: height - controls.length - 2,
motion: motionStarted ? { elapsedMs, reveal: Math.min(1, elapsedMs / entranceDuration()) } : void 0
});
let frame = render();
if (height - frame.header.length - controls.length - 2 < 8) {
controls.splice(0, controls.length, "L/R charts | Space pause | q quit");
frame = render();
}
visibleBodyRows = height - frame.header.length - controls.length - 2;
if (visibleBodyRows < 8) {
lines = ["CODEX COST / DASHBOARD", `Enlarge to at least ${frame.header.length + 11} rows.`, "q quit"].map((line) => line.slice(0, width));
} else {
canAnimate = true;
maxScroll = Math.max(0, frame.body.length - visibleBodyRows);
scroll = Math.max(0, Math.min(scroll, maxScroll));
const body = frame.body.slice(scroll, scroll + visibleBodyRows);
while (body.length < visibleBodyRows) body.push("");
const status = `PAGE ${page + 1}/${INSPECTOR_PAGES.length} | ${ascii ? "ASCII" : page === 0 ? "FILLED" : "BRAILLE"} | ${color ? "COLOR" : "MONO"} | ${playing ? "MOTION" : "PAUSED"}${page === 0 ? ` | ${metric === "cost" ? "API $" : "TOKENS"}` : ""}${maxScroll ? ` | scroll ${scroll + 1}/${maxScroll + 1}` : ""}`;
lines = [...frame.header, navigation, ...body, paint(status.slice(0, width), 97), ...controls.map((line) => paint(line.slice(0, width)))];
}
}
lines = lines.slice(0, height);
let update = "";
for (let row = 0; row < Math.min(height, Math.max(lines.length, previous.length)); row++) {
if (lines[row] !== previous[row]) update += `\x1B[${row + 1};1H${lines[row] ?? ""}\x1B[K`;
}
if (update) output.write(update);
previous = lines;
};
const safelyDraw = () => {
try {
draw();
} catch (error) {
finish(error);
}
};
const syncFrames = () => {
cancelFrames?.();
cancelFrames = void 0;
lastTick = clock.now();
const width = Math.min(160, (output.columns || 80) - 1, options.width ?? 160);
if (closed || !canAnimate || !playing || scroll > 0 || width < 40 || (output.rows || 24) < 16) return;
if (page === 1 ? !data.curves.length : page === 0 && metric === "cost" ? !analytics.totals.estimatedApiCost : !analytics.totals.totalTokens) return;
if (page === 5 && !data.repos.some((repo) => repo.estimatedApiCost > 0)) return;
if (page === 4 && elapsedMs >= entranceDuration()) return;
cancelFrames = clock.every(() => {
const now = clock.now(), delta = Math.max(0, Math.min(100, now - lastTick));
lastTick = now;
if (closed || output.writableNeedDrain) return;
elapsedMs += delta;
safelyDraw();
if (!closed && page === 4 && elapsedMs >= entranceDuration()) {
cancelFrames?.();
cancelFrames = void 0;
}
}, 50);
};
const onResize = () => {
try {
output.write("\x1B[2J");
previous = [];
draw();
syncFrames();
} catch (error) {
finish(error);
}
};
const onKey = (text, key = {}) => {
if (closed) return;
if (key.name === "q" || key.name === "escape" || key.ctrl && ["c", "d"].includes(key.name ?? "")) {
finish();
return;
}
const select = (next) => {
page = (next + INSPECTOR_PAGES.length) % INSPECTOR_PAGES.length;
scroll = 0;
elapsedMs = playing ? 0 : entranceDuration();
};
const move = (amount) => select(page + amount);
if (key.name === "left" || key.name === "h") move(-1);
else if (key.name === "right" || key.name === "l") move(1);
else if (key.name === "home") select(0);
else if (key.name === "end") select(INSPECTOR_PAGES.length - 1);
else if (/^[1-9]$/.test(key.name ?? text ?? "") && Number(key.name ?? text) <= INSPECTOR_PAGES.length) select(Number(key.name ?? text) - 1);
else if (key.name === "up" || key.name === "k") scroll--;
else if (key.name === "down" || key.name === "j") scroll++;
else if (key.name === "pageup") scroll -= visibleBodyRows;
else if (key.name === "pagedown") scroll += visibleBodyRows;
else if (key.name === "m" && page === 0) {
metric = metric === "tokens" ? "cost" : "tokens";
scroll = 0;
elapsedMs = playing ? 0 : entranceDuration();
} else if (key.name === "space" || text === " ") {
playing = !playing;
motionStarted ||= playing;
} else if (key.name === "r") {
scroll = 0;
elapsedMs = playing ? 0 : entranceDuration();
} else if (key.name === "a") ascii = !ascii;
else if (key.name === "c") color = !color;
else return;
safelyDraw();
syncFrames();
};
try {
emitKeypressEvents(input);
input.setRawMode(true);
input.on("keypress", onKey);
input.once("end", onEnd);
input.once("error", onError);
output.on("resize", onResize);
output.once("error", onError);
signals.once("SIGINT", onEnd);
signals.once("SIGTERM", onEnd);
signals.once("exit", restore);
if (manageScreen) output.write("\x1B[?1049h\x1B[?25l\x1B[2J");
input.resume();
safelyDraw();
syncFrames();
} catch (error) {
finish(error);
}
});
}
export {
runInspector
};
SHA-256: 98d1953c3c9626721ed23de0f1d6c84893e8f3650f7ea371dabbb6576547c20a