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/* eslint-disable */
// TODO: Make these more compatible with eslint
naughtyStrings = [
"文件.txt", // Chinese characters
"файл.txt", // Cyrillic characters
"ファイル.txt", // Japanese characters
"파일.txt", // Korean characters
"ملف.txt", // Arabic characters
"फ़ाइल.txt", // Hindi characters
"archivo.txt", // Spanish characters
"fichier.txt", // French characters
"αρχείο.txt", // Greek characters
"datei.txt", // German characters
"fil.txt", // Swedish characters
"קובץ.txt", // Hebrew characters
"文件名.txt", // Chinese characters
"файлы.txt", // Russian characters
"फ़ाइलें.txt", // Hindi characters
"📄_emoji.txt", // Emoji
"file name with spaces.txt",
"file-name-with-dashes.txt",
"file_name_with_underscores.txt",
"file.name.with.periods.txt",
"file,name,with,commas.txt",
"file;name;with;semicolons.txt",
"file(name)with(parentheses).txt",
"file[name]with[brackets].txt",
"file{name}with{braces}.txt",
"file!name!with!exclamations!.txt",
"file@name@with@ats.txt",
"file#name#with#hashes#.txt",
"file$name$with$dollars$.txt",
"file%name%with%percentages%.txt",
"file^name^with^carats^.txt",
"file&name&with&s&.txt",
"file*name*with*asterisks*.txt",
"file_name_with_long_name_exceeding_255_characters_abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz.txt",
"file👍name👍with👍thumbs👍up.txt",
"invisible\u200Bname.txt", // Invisible Unicode character (Zero Width Space)
"invisible\u200Cname.txt", // Invisible Unicode character (Zero Width Non-Joiner)
"invisible\u200Dname.txt", // Invisible Unicode character (Zero Width Joiner)
"invisible\uFEFFname.txt", // Invisible Unicode character (Zero Width No-Break Space)
"invisible\u180Ename.txt", // Invisible Unicode character (Mongolian Vowel Separator)
"hash#tag.txt",
"percent%20encoded.txt",
"plus+sign.txt",
"ampersand&symbol.txt",
"at@symbol.txt",
"parentheses(1).txt",
"brackets[1].txt",
"curly{braces}.txt",
"angle<tags>.txt",
"exclamation!point.txt",
"question?mark.txt",
"colon:separated.txt",
"semicolon;separated.txt",
"single'quote.txt",
"double\"quote.txt",
"backtick`char.txt",
"tilde~sign.txt",
"underscore_character.txt",
"hyphen-character.txt",
"equal=sign.txt",
"plus+sign.txt",
"asterisk*char.txt",
"caret^char.txt",
"percent%sign.txt",
"dollar$sign.txt",
"pound#sign.txt",
"at@sign.txt",
"exclamation!mark.txt",
"question?mark.txt",
"backslash\\char.txt",
"pipe|char.txt",
"colon:char.txt",
"semicolon;char.txt",
"quote'char.txt",
"double\"quote.txt",
"backtick`char.txt",
"braces{char}.txt",
"brackets[char].txt",
"parentheses(char).txt",
"angle<brackets>.txt",
"ellipsis….txt",
"accentué.txt",
"ümlaut.txt",
"tildeñ.txt",
"çedilla.txt",
"špecial.txt",
"russianЯ.txt",
"chinese中文.txt",
"arabicعربى.txt",
"hebrewעברית.txt",
"japanese日本語.txt",
"korean한국어.txt",
"vietnameseTiếng Việt.txt",
]
window.fsTests = [
{
name: "testFSWrite",
description: "Test writing text content to a new file and verify it returns a valid UID",
test: async function() {
try {
let randName = puter.randName();
const result = await puter.fs.write(randName, 'testValue');
assert(result.uid, "Failed to write to file");
pass("testFSWrite passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
throw("testFSWrite failed to delete file:", error);
}
} catch (error) {
if(puter.debugMode)
console.log(error);
throw("testFSWrite failed:", error);
}
}
},
{
name: "testFSRead",
description: "Test reading text content from a file and verify it matches the written content",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await (await puter.fs.read(randName)).text();
assert(result === 'testValue', "Failed to read from file");
pass("testFSRead passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSRead failed to delete file:", error);
}
} catch (error) {
fail("testFSRead failed:", error);
}
}
},
{
name: "testFSWriteWithoutData",
description: "Test creating an empty file without providing content data",
test: async function() {
try {
let randName = puter.randName();
const result = await puter.fs.write(randName);
assert(result.uid, "Failed to write to file");
pass("testFSWriteWithoutData passed");
if(randName !== result.name) {
fail(`testFSWriteWithoutData failed: Names do not match ${randName} ${result.name}`);
}
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteWithoutData failed to delete file:", error);
}
} catch (error) {
fail("testFSWriteWithoutData failed:", error);
}
}
},
{
name: "testFSReadWithoutData",
description: "Test reading from an empty file and verify it returns an empty string",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName);
const result = await (await puter.fs.read(randName)).text();
assert(result === '', "Failed to read from file");
pass("testFSReadWithoutData passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSReadWithoutData failed to delete file:", error);
}
} catch (error) {
fail("testFSReadWithoutData failed:", error);
}
}
},
{
name: "testFSWriteToExistingFile",
description: "Test overwriting an existing file with new content",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await puter.fs.write(randName, 'updatedValue');
assert(result.uid, "Failed to write to file");
pass("testFSWriteToExistingFile passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteToExistingFile failed to delete file:", error);
}
} catch (error) {
fail("testFSWriteToExistingFile failed:", error);
}
}
},
{
name: "testFSWriteToExistingFileWithoutOverwriteAndDedupe",
description: "Test writing to an existing file with overwrite and dedupe disabled - should fail",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await puter.fs.write(randName, 'updatedValue', { overwrite: false, dedupeName: false });
assert(!result.uid, "Failed to write to file");
fail("testFSWriteToExistingFileWithoutOverwriteAndDedupe failed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteToExistingFileWithoutOverwriteAndDedupe failed to delete file:", error);
}
} catch (error) {
pass("testFSWriteToExistingFileWithoutOverwriteAndDedupe passed");
}
}
},
{
name: "testFSWriteToExistingFileWithoutOverwriteButWithDedupe",
description: "Test writing to an existing file with overwrite disabled but dedupe enabled - should create new file",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await puter.fs.write(randName, 'updatedValue', { overwrite: false, dedupeName: true });
assert(result.uid, "Failed to write to file");
pass("testFSWriteToExistingFileWithoutOverwriteButWithDedupe passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteToExistingFileWithoutOverwriteButWithDedupe failed to delete file:", error);
}
} catch (error) {
fail("testFSWriteToExistingFileWithoutOverwriteButWithDedupe failed:", error);
}
}
},
{
name: "testFSWriteToExistingFileWithOverwriteButWithoutDedupe",
description: "Test writing to an existing file with overwrite enabled but dedupe disabled - should overwrite",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await puter.fs.write(randName, 'updatedValue', { overwrite: true, dedupeName: false });
assert(result.uid, "Failed to write to file");
pass("testFSWriteToExistingFileWithOverwriteButWithoutDedupe passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteToExistingFileWithOverwriteButWithoutDedupe failed to delete file:", error);
}
} catch (error) {
fail("testFSWriteToExistingFileWithOverwriteButWithoutDedupe failed:", error);
}
}
},
{
name: "testFSCreateDir",
description: "Test creating a new directory and verify it returns a valid UID",
test: async function() {
try {
let randName = puter.randName();
const result = await puter.fs.mkdir(randName);
assert(result.uid, "Failed to create directory");
pass("testFSCreateDir passed");
} catch (error) {
fail("testFSCreateDir failed:", error);
}
}
},
{
name: "testFSReadDir",
description: "Test reading directory contents after creating multiple files within it",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.mkdir(randName);
await puter.fs.write(randName + '/file1', 'testValue');
await puter.fs.write(randName + '/file2', 'testValue');
await puter.fs.write(randName + '/file3', 'testValue');
const result = await puter.fs.readdir(randName);
assert(result.length === 3, "Failed to read directory");
pass("testFSReadDir passed");
} catch (error) {
fail("testFSReadDir failed:", error);
}
}
},
{
name: "testFSDelete",
description: "Test deleting a file and verify it no longer exists",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await puter.fs.delete(randName);
assert(!result.uid, "Failed to delete file");
pass("testFSDelete passed");
} catch (error) {
fail("testFSDelete failed:", error);
}
}
},
{
name: "testFSDeleteDir",
description: "Test deleting a directory containing multiple files",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.mkdir(randName);
await puter.fs.write(randName + '/file1', 'testValue');
await puter.fs.write(randName + '/file2', 'testValue');
await puter.fs.write(randName + '/file3', 'testValue');
const result = await puter.fs.delete(randName);
assert(!result.uid, "Failed to delete directory");
pass("testFSDeleteDir passed");
} catch (error) {
fail("testFSDeleteDir failed:", error);
}
}
},
{
name: "testFSDeleteNonExistentFile",
description: "Test attempting to delete a non-existent file and verify it returns a valid response",
test: async function() {
try {
let randName = puter.randName();
const result = await puter.fs.delete(randName);
assert(!result.uid, "Failed to delete non-existent file");
pass("testFSDeleteNonExistentFile passed");
} catch (error) {
if(error.code !== "subject_does_not_exist")
fail("testFSDeleteNonExistentFile failed:", error);
else
pass("testFSDeleteNonExistentFile passed");
}
}
},
{
name: "testFSReadNonExistentFile",
description: "Test attempting to read from a non-existent file and verify it returns a valid response",
test: async function() {
try {
let randName = puter.randName();
const result = await puter.fs.read(randName);
fail("testFSReadNonExistentFile failed");
} catch (error) {
if(error.code !== "subject_does_not_exist")
fail("testFSReadNonExistentFile failed:", error);
else
pass("testFSReadNonExistentFile passed");
}
}
},
{
name: "testFSWriteWithSpecialCharacters",
description: "Test writing text content to a file with special characters and verify it returns a valid UID",
test: async function() {
let randName
try {
randName = 'testFileWithSpecialCharacte rs!@#$%^&*()_+{}|:"<>?`~'
const result = await puter.fs.write(randName, 'testValue', { specialCharacters: true });
assert(result.uid, "Failed to write to file");
pass("testFSWriteWithSpecialCharacters passed");
} catch (error) {
fail("testFSWriteWithSpecialCharacters failed:", error);
}
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteWithSpecialCharacters failed to delete file:", error);
}
}
},
{
name: "testFSReadWithSpecialCharacters",
description: "Test reading text content from a file with special characters and verify it matches the written content",
test: async function() {
try {
let randName = 'testFileWithSpecialCharacte rs!@#$%^&*()_+{}|:"<>?`~'
await puter.fs.write(randName, 'testValue');
const result = await (await puter.fs.read(randName)).text();
assert(result === 'testValue', "Failed to read from file");
pass("testFSReadWithSpecialCharacters passed");
} catch (error) {
fail("testFSReadWithSpecialCharacters failed:", error);
}
}
},
{
name: "testFSWriteLargeFile",
description: "Test writing large text content to a file and verify it returns a valid UID",
test: async function() {
try {
let randName = puter.randName();
const result = await puter.fs.write(randName, 'testValue'.repeat(100000));
assert(result.uid, "Failed to write to file");
pass("testFSWriteLargeFile passed");
} catch (error) {
fail("testFSWriteLargeFile failed:", error);
}
}
},
{
name: "testFSReadLargeFile",
description: "Test reading large text content from a file and verify it matches the written content",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue'.repeat(100000));
const result = await (await puter.fs.read(randName)).text();
assert(result === 'testValue'.repeat(100000), "Failed to read from file");
pass("testFSReadLargeFile passed");
} catch (error) {
fail("testFSReadLargeFile failed:", error);
}
}
},
{
name: "testFSRenameFile",
description: "Test renaming a file and verify the old file is gone",
test: async function() {
try {
let randName = puter.randName();
let randName2 = puter.randName();
await puter.fs.write(randName, 'testValue');
const result = await puter.fs.rename(randName, randName2);
assert(result.name, "Failed to rename file");
pass("testFSRenameFile passed");
// check that the old file is gone
try {
await puter.fs.read(randName);
fail("testFSRenameFile failed to delete old file");
} catch (error) {
if(error.code !== "subject_does_not_exist")
fail("testFSRenameFile failed to delete old file:", error);
else
pass("testFSRenameFile passed");
}
} catch (error) {
fail("testFSRenameFile failed:", error);
}
}
},
{
name: "testFSMoveFile",
description: "Test moving a file to a new directory and verify the old file is gone",
test: async function() {
try {
let randName = puter.randName();
let randName2 = puter.randName();
await puter.fs.write(randName, 'testValue');
await puter.fs.mkdir(randName2);
let result = await puter.fs.move(randName, randName2);
assert(result.moved, "Failed to move file");
// check that the old file is gone
try {
await puter.fs.read(randName);
fail("testFSMoveFile failed to delete old file");
} catch (error) {
if(error.code !== "subject_does_not_exist")
fail("testFSMoveFile failed to delete old file:", error);
else
pass("testFSMoveFile passed");
}
} catch (error) {
fail("testFSMoveFile failed:", error);
}
}
},
{
name: "testFSCopyFile",
description: "Test copying a file to a new directory and verify the old file is still there",
test: async function() {
try {
let randName = puter.randName();
let randName2 = puter.randName();
await puter.fs.write(randName, 'testValue');
await puter.fs.mkdir(randName2);
let result = await puter.fs.copy(randName, randName2);
assert(Array.isArray(result) && result[0].copied.uid, "Failed to copy file");
// check that the old file is still there
try {
await puter.fs.read(randName);
pass("testFSCopyFile passed");
} catch (error) {
fail("testFSCopyFile failed to keep old file:", error);
}
} catch (error) {
fail("testFSCopyFile failed:", error);
}
}
},
{
name: "testFSCopyFileWithNewName",
description: "Test copying a file to a new directory with a new name and verify the old file is still there",
test: async function() {
try {
let randName = puter.randName();
let randName2 = puter.randName();
await puter.fs.write(randName, 'testValue');
await puter.fs.mkdir(randName2);
let result = await puter.fs.copy(randName, randName2, { newName: 'newName' });
assert(Array.isArray(result) && result[0].copied.uid, "Failed to copy file");
// check file name
assert(result[0].copied.name === 'newName', "Failed to copy file with new name");
// check that the old file is still there
try {
await puter.fs.read(randName);
pass("testFSCopyFileWithNewName passed");
} catch (error) {
fail("testFSCopyFileWithNewName failed to keep old file:", error);
}
} catch (error) {
fail("testFSCopyFileWithNewName failed:", error);
}
}
},
{
name: "testFSStat",
description: "Test getting file metadata and verify it returns a valid UID",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.write(randName, 'testValue');
let result = await puter.fs.stat(randName);
assert(result.uid, "Failed to stat file");
pass("testFSStat passed");
} catch (error) {
fail("testFSStat failed:", error);
}
}
},
{
name: "testFSStatDir",
description: "Test getting directory metadata and verify it returns a valid UID",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.mkdir(randName);
let result = await puter.fs.stat(randName);
assert(result.uid, "Failed to stat directory");
pass("testFSStatDir passed");
} catch (error) {
fail("testFSStatDir failed:", error);
}
}
},
{
name: "testFSStatNonExistent",
description: "Test attempting to get metadata from a non-existent file or directory and verify it returns a valid response",
test: async function() {
try {
let randName = puter.randName();
let result = await puter.fs.stat(randName);
fail("testFSStatNonExistent failed");
} catch (error) {
if(error.code !== "subject_does_not_exist")
fail("testFSStatNonExistent failed:", error);
else
pass("testFSStatNonExistent passed");
}
}
},
{
name: "testFSDeleteDirWithFiles",
description: "Test deleting a directory containing multiple files and verify it no longer exists",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.mkdir(randName);
await puter.fs.write(randName + '/file1', 'testValue');
await puter.fs.write(randName + '/file2', 'testValue');
await puter.fs.write(randName + '/file3', 'testValue');
const result = await puter.fs.delete(randName, { recursive: true });
assert(!result.uid, "Failed to delete directory");
pass("testFSDeleteDirWithFiles passed");
} catch (error) {
fail("testFSDeleteDirWithFiles failed:", error);
}
}
},
{
name: "testFSStatDirReturnsAttrs",
description: "Test getting directory metadata and verifying it returns the expected attributes",
test: async function() {
try {
let randName = puter.randName();
await puter.fs.mkdir(randName);
let result = await puter.fs.stat(randName);
assert(result.name && typeof result.name === 'string', "Failed to stat directory (name)");
assert(result.path && typeof result.path === 'string', "Failed to stat directory (path)");
assert(result.immutable !== undefined, "Failed to stat directory (immutable)");
assert(result.metadata !== undefined, "Failed to stat directory (metadata)");
assert(result.modified !== undefined, "Failed to stat directory (modified)");
assert(result.created !== undefined, "Failed to stat directory (created)");
assert(result.accessed !== undefined, "Failed to stat directory (accessed)");
assert(result.size !== undefined, "Failed to stat directory (size)");
assert(result.layout !== undefined, "Failed to stat directory (layout)");
assert(result.owner !== undefined && typeof result.owner === 'object', "Failed to stat directory (owner)");
assert(result.dirname !== undefined && typeof result.dirname === 'string', "Failed to stat directory (dirname)");
assert(result.parent_id !== undefined && typeof result.parent_id === 'string', "Failed to stat directory (parent_id)");
// todo this will fail for now until is_dir is turned into boolean
assert(result.is_dir !== undefined && typeof result.is_dir === 'boolean' && result.is_dir === true, "Failed to stat directory (is_dir)");
assert(result.is_empty !== undefined && typeof result.is_empty === 'boolean', "Failed to stat directory (is_empty)");
pass("testFSStatDirReturnsAttrs passed");
} catch (error) {
throw("testFSStatDirReturnsAttrs failed:", error);
}
}
},
{
name: "testFSReadWithWriteResult",
description: "Test reading text content from a file using the object returned by write()",
test: async function() {
try {
let randName = puter.randName();
let writeResult = await puter.fs.write(randName, 'testValue');
let result = await (await puter.fs.read(writeResult)).text();
assert(result === 'testValue', "Failed to read from file");
pass("testFSReadWithWriteResult passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSReadWithWriteResult failed to delete file:", error);
}
} catch (error) {
fail("testFSReadWithWriteResult failed:", error);
}
}
},
{
name: "testFSStatWithWriteResult",
description: "Test getting file metadata using the object returned by write()",
test: async function() {
try {
let randName = puter.randName();
let writeResult = await puter.fs.write(randName, 'testValue');
let result = await puter.fs.stat(writeResult);
assert(result.uid, "Failed to stat file");
pass("testFSStatWithWriteResult passed");
// delete the file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSStatWithWriteResult failed to delete file:", error);
}
} catch (error) {
fail("testFSStatWithWriteResult failed:", error);
}
}
},
{
name: "testFSWriteWithNaughtyStrings",
description: "Test writing text content to files with names from naughtyStrings and verify it returns a valid UID",
test: async function() {
try {
let randName = puter.randName();
for(let i = 0; i < naughtyStrings.length; i++) {
let filename = randName + naughtyStrings[i];
let result = await puter.fs.write(filename, 'testValue');
assert(result.uid, "Failed to write to file");
// check name
assert(result.name === filename, "Failed to write to file with naughty name: " + filename);
// delete the file
try {
await puter.fs.delete(filename);
} catch (error) {
fail("testFSWriteWithNaughtyStrings failed to delete file: " + filename, error);
}
}
pass("testFSWriteWithNaughtyStrings passed");
} catch (error) {
console.log(error);
fail("testFSWriteWithNaughtyStrings failed:", error);
}
}
},
{
name: "testFSWriteReadBinaryFile",
description: "Test writing and reading binary file data and verify it remains intact",
test: async function() {
try {
let randName = puter.randName() + '.webp';
// Create some binary data - a simple byte array representing a small binary file
const binaryData = new Uint8Array([
0x52, 0x49, 0x46, 0x46, 0x24, 0x00, 0x00, 0x00, 0x57, 0x45, 0x42, 0x50, 0x56, 0x50, 0x38, 0x20,
0x18, 0x00, 0x00, 0x00, 0x30, 0x01, 0x00, 0x9D, 0x01, 0x2A, 0x01, 0x00, 0x01, 0x00, 0x02, 0x00,
0x34, 0x25, 0xA4, 0x00, 0x03, 0x70, 0x00, 0xFE, 0xFB, 0xFD, 0x50, 0x00
]);
// Write the binary data to a file
const writeResult = await puter.fs.write(randName, binaryData);
assert(writeResult.uid, "Failed to write binary file");
// Read the binary data back
const readResult = await puter.fs.read(randName);
const readBinaryData = new Uint8Array(await readResult.arrayBuffer());
// Verify the binary data is identical
assert(readBinaryData.length === binaryData.length, "Binary data length mismatch");
for (let i = 0; i < binaryData.length; i++) {
assert(readBinaryData[i] === binaryData[i], `Binary data mismatch at byte ${i}: expected ${binaryData[i]}, got ${readBinaryData[i]}`);
}
pass("testFSWriteReadBinaryFile passed");
// Clean up - delete the test file
try {
await puter.fs.delete(randName);
} catch (error) {
fail("testFSWriteReadBinaryFile failed to delete file:", error);
}
} catch (error) {
fail("testFSWriteReadBinaryFile failed:", error);
}
}
},
{
name: "testFSAppDirectoryIsolation",
description: "Test that filesystem operations are properly sandboxed to the app directory and cannot access files outside of it",
test: async function() {
try {
// Test 1: Try to access parent directory with ../
try {
await puter.fs.readdir('~/Desktop');
fail("testFSAppDirectoryIsolation failed: Should not be able to read Desktop directory");
} catch (error) {
if (error.code !== "subject_does_not_exist") {
fail("testFSAppDirectoryIsolation failed: Wrong error code for Desktop directory access: " + error.code);
}
}
// Test 2: Try to access absolute path outside app directory
try {
await puter.fs.read('/some/absolute/path.txt');
fail("testFSAppDirectoryIsolation failed: Should not be able to read absolute paths");
} catch (error) {
if (error.code !== "access_denied" && error.code !== "invalid_path" && error.code !== "subject_does_not_exist") {
fail("testFSAppDirectoryIsolation failed: Wrong error code for absolute path access: " + error.code);
}
}
// Test 3: Try to write outside app directory
try {
await puter.fs.write('../escape_file.txt', 'should not work');
fail("testFSAppDirectoryIsolation failed: Should not be able to write outside app directory");
} catch (error) {
if (error.code !== "subject_does_not_exist") {
fail("testFSAppDirectoryIsolation failed: Wrong error code for writing outside directory: " + error.code);
}
}
// Test 4: Try to create directory outside app directory
try {
await puter.fs.mkdir('../escape_dir');
fail("testFSAppDirectoryIsolation failed: Should not be able to create directory outside app directory");
} catch (error) {
if (error.code !== "subject_does_not_exist") {
fail("testFSAppDirectoryIsolation failed: Wrong error code for creating directory outside: " + error.code);
}
}
// Test 5: Try to access home directory directly
try {
await puter.fs.read('~/some_file.txt');
fail("testFSAppDirectoryIsolation failed: Should not be able to read from home directory");
} catch (error) {
if (error.code !== "access_denied" && error.code !== "invalid_path" && error.code !== "subject_does_not_exist") {
fail("testFSAppDirectoryIsolation failed: Wrong error code for home directory access: " + error.code);
}
}
pass("testFSAppDirectoryIsolation passed");
} catch (error) {
fail("testFSAppDirectoryIsolation failed:", error);
}
}
},
]; |