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.gitignore vendored
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node_modules
walk-test

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{ "node": true
, "browser": true
, "jquery": true
, "onevar": true
, "laxcomma": true
, "laxbreak": true
, "eqeqeq": true
, "immed": true
, "undef": true
, "unused": true
, "latedef": true
}

41
LICENSE
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Copyright 2011 AJ ONeal
This is open source software; you can redistribute it and/or modify it under the
terms of either:
a) the "MIT License"
b) the "Apache-2.0 License"
MIT License
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
Apache-2.0 License Summary
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.

324
README.md
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# 2021 Update
node-walk
====
Consider using [`@root/walk`](https://npmjs.org/package/@root/walk) instead.
A port python's `os.walk`, but using Node.JS conventions.
I created `walk` quite literally a decade ago, in the Node v0.x days.
Back then using an EventEmitter seemed like the thing to do. Nowadays,
it seems a bit overkill for the simple task of walking over directories.
There's nothing wrong with `walk` - it's about the same as it was 10 years ago -
however, at only 50 lines of code long, `@root/walk` is much simpler and much faster.
# node-walk
| a [Root](https://rootprojects.org) project
nodejs walk implementation.
This is somewhat of a port python's `os.walk`, but using Node.JS conventions.
- EventEmitter
- Asynchronous
- Chronological (optionally)
- Built-in flow-control
- includes Synchronous version (same API as Asynchronous)
* EventEmitter
* Asynchronous
* Chronological (optionally)
* Built-in flow-control
As few file descriptors are opened at a time as possible.
This is particularly well suited for single hard disks which are not flash or solid state.
## Installation
Memory usage is high (120mb for 60,000 dirs), but reduction is being investigated.
Patches welcome.
```bash
npm install --save walk
```
Installation
----
# Getting Started
npm install walk
```javascript
'use strict';
Usage
====
var walk = require('walk');
var fs = require('fs');
var walker;
var options = {};
var walk = require('walk').walk,
options,
walker;
walker = walk.walk('/tmp', options);
options = {
followLinks: false,
};
walker.on('file', function (root, fileStats, next) {
fs.readFile(fileStats.name, function () {
// doStuff
next();
});
});
walker = walk("path/to/dir", options);
walker.on('errors', function (root, nodeStatsArray, next) {
next();
});
walker.on('end', function () {
console.log('all done');
});
```
## Common Events
All single event callbacks are in the form of `function (root, stat, next) {}`.
All multiple event callbacks callbacks are in the form of `function (root, stats, next) {}`, except **names** which is an array of strings.
All **error** event callbacks are in the form `function (root, stat/stats, next) {}`.
**`stat.error`** contains the error.
- `names`
- `directory`
- `directories`
- `file`
- `files`
- `end`
- `nodeError` (`stat` failed)
- `directoryError` (`stat` succedded, but `readdir` failed)
- `errors` (a collection of any errors encountered)
A typical `stat` event looks like this:
```javascript
{ dev: 16777223,
mode: 33188,
nlink: 1,
uid: 501,
gid: 20,
rdev: 0,
blksize: 4096,
ino: 49868100,
size: 5617,
blocks: 16,
atime: Mon Jan 05 2015 18:18:10 GMT-0700 (MST),
mtime: Thu Sep 25 2014 21:21:28 GMT-0600 (MDT),
ctime: Thu Sep 25 2014 21:21:28 GMT-0600 (MDT),
birthtime: Thu Sep 25 2014 21:21:28 GMT-0600 (MDT),
name: 'README.md',
type: 'file' }
```
# Advanced Example
Both Asynchronous and Synchronous versions are provided.
```javascript
'use strict';
var walk = require('walk');
var fs = require('fs');
var options;
var walker;
options = {
followLinks: false,
// directories with these keys will be skipped
filters: ['Temp', '_Temp'],
};
walker = walk.walk('/tmp', options);
// OR
// walker = walk.walkSync("/tmp", options);
walker.on('names', function (root, nodeNamesArray) {
nodeNamesArray.sort(function (a, b) {
if (a > b) return 1;
if (a < b) return -1;
return 0;
});
});
walker.on('directories', function (root, dirStatsArray, next) {
// dirStatsArray is an array of `stat` objects with the additional attributes
// * type
// * error
// * name
next();
});
walker.on('file', function (root, fileStats, next) {
fs.readFile(fileStats.name, function () {
// doStuff
next();
});
});
walker.on('errors', function (root, nodeStatsArray, next) {
next();
});
walker.on('end', function () {
console.log('all done');
});
```
### Sync
Note: You **can't use EventEmitter** if you want truly synchronous walker
(although it's synchronous under the hood, it appears not to be due to the use of `process.nextTick()`).
Instead **you must use `options.listeners`** for truly synchronous walker.
Although the sync version uses all of the `fs.readSync`, `fs.readdirSync`, and other sync methods,
I don't think I can prevent the `process.nextTick()` that `EventEmitter` calls.
```javascript
(function () {
'use strict';
var walk = require('walk');
var fs = require('fs');
var options;
var walker;
// To be truly synchronous in the emitter and maintain a compatible api,
// the listeners must be listed before the object is created
options = {
listeners: {
names: function (root, nodeNamesArray) {
nodeNamesArray.sort(function (a, b) {
if (a > b) return 1;
if (a < b) return -1;
return 0;
});
},
directories: function (root, dirStatsArray, next) {
// dirStatsArray is an array of `stat` objects with the additional attributes
// * type
// * error
// * name
walker.on("directories", function (root, dirStatsArray, next) {
// dirStatsArray is an array of `stat` objects with the additional attributes
// * type
// * error
// * name
next();
});
walker.on("file", function (root, fileStats, next) {
fs.readFile(file, function () {
// doStuff
next();
},
file: function (root, fileStats, next) {
fs.readFile(fileStats.name, function () {
// doStuff
next();
});
},
errors: function (root, nodeStatsArray, next) {
next();
},
},
};
});
});
walker = walk.walkSync('/tmp', options);
walker.on("errors", function (root, nodeStatsArray, next) {
next();
});
console.log('all done');
})();
```
walker.on("end", function () {
console.log("all done");
});
# API
API
====
Emitted Values
- `on('XYZ', function(root, stats, next) {})`
- `root` - the containing the files to be inspected
- _stats[Array]_ - a single `stats` object or an array with some added attributes
- type - 'file', 'directory', etc
- error
- name - the name of the file, dir, etc
- next - no more files will be read until this is called
* `root` - the containing the files to be inspected
* *stats[Array]* - a single `stats` object or an array with some added attributes
* type - 'file', 'directory', etc
* error
* name - the name of the file, dir, etc
* next - no more files will be read until this is called
Single Events - fired immediately
- `end` - No files, dirs, etc left to inspect
* `end` - No files, dirs, etc left to inspect
- `directoryError` - Error when `fstat` succeeded, but reading path failed (Probably due to permissions).
- `nodeError` - Error `fstat` did not succeeded.
- `node` - a `stats` object for a node of any type
- `file` - includes links when `followLinks` is `true`
- `directory` - **NOTE** you could get a recursive loop if `followLinks` and a directory links to its parent
- `symbolicLink` - always empty when `followLinks` is `true`
- `blockDevice`
- `characterDevice`
- `FIFO`
- `socket`
* `directoryError` - Error when `fstat` succeeded, but reading path failed (Probably due to permissions).
* `node` - a `stats` object for a node of any type
* `file` - includes links when `followLinks` is `true`
* `directory`
* `blockDevice`
* `characterDevice`
* `symbolicLink` - always empty when `followLinks` is `true`
* `FIFO`
* `socket`
Events with Array Arguments - fired after all files in the dir have been `stat`ed
Array Arguments
- `names` - before any `stat` takes place. Useful for sorting and filtering.
* `errors` - errors encountered by `fs.stat` when reading ndes in a directory
* `nodes` - an array of `stats` of any type
* `files`
* `directories` - modification of this array - sorting, removing, etc - affects traversal
* `blockDevices`
* `characterDevices`
* `symbolicLinks`
* `FIFOs`
* `sockets`
- Note: the array is an array of `string`s, not `stat` objects
- Note: the `next` argument is a `noop`
**Warning** when following links, an infinite loop is possible
- `errors` - errors encountered by `fs.stat` when reading ndes in a directory
- `nodes` - an array of `stats` of any type
- `files`
- `directories` - modification of this array - sorting, removing, etc - affects traversal
- `symbolicLinks`
- `blockDevices`
- `characterDevices`
- `FIFOs`
- `sockets`
**Warning** beware of infinite loops when `followLinks` is true (using `walk-recurse` varient).
# Comparisons
Comparisons
====
Tested on my `/System` containing 59,490 (+ self) directories (and lots of files).
The size of the text output was 6mb.
`find`:
time bash -c "find /System -type d | wc"
59491 97935 6262916
time bash -c "find /System -type d | wc"
59491 97935 6262916
real 2m27.114s
user 0m1.193s
@ -278,12 +116,12 @@ Note that `find.js` omits the start directory
time bash -c "node examples/find.js /System -type d | wc"
59490 97934 6262908
# Test 1
# Test 1
real 2m52.273s
user 0m20.374s
sys 0m27.800s
# Test 2
real 2m23.725s
user 0m18.019s
@ -294,13 +132,3 @@ Note that `find.js` omits the start directory
user 0m17.661s
sys 0m24.008s
In conclusion node.js asynchronous walk is much slower than regular "find".
# LICENSE
`node-walk` is available under the following licenses:
- MIT
- Apache 2
Copyright 2011 - Present AJ ONeal

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#!/usr/bin/env node
(function () {
"use strict";
var walk = require('walk')
, count = 0
, emitter
, saneCount = 0
;
function sort(a,b) {
a= a.toLowerCase();
b= b.toLowerCase();
if (a > b) return -1;
if (a < b) return 1;
return 0;
}
process.argv.forEach(function(startpath, index) {
if (index > 1) {
emitter = walk.walk(startpath);
// Non-`stat`ed Nodes
emitter.on('name', function (path, file, stat) {
saneCount += 1;
//console.log( ["[", count, "] ", path, '/', file].join('') )
//console.log( [path, '/', file].join('') )
});
emitter.on('names', function (path, files, stats) {
files.sort(sort);
//console.log('sort: ' + files.join(' ; '));
});
// Single `stat`ed Nodes
emitter.on('error', function (path, err, next) {
next()
// ignore
});
emitter.on('directoryError', function (path, stats, next) {
next();
});
emitter.on('nodeError', function (path, stats, next) {
next();
});
/*
emitter.on('node', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
//console.log( ["[", count, "] ", path, '/', stat.name].join('') )
next();
});
*/
emitter.on('file', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
//console.log( ["[", count, "] ", path, '/', stat.name].join('') )
next();
});
emitter.on('directory', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
next();
});
emitter.on('symbolicLink', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
next();
});
/*
emitter.on('blockDevice', function (path, stat, next) {
next();
});
emitter.on('characterDevice', function (path, stat, next) {
next();
});
emitter.on('FIFO', function (path, stat, next) {
next();
});
emitter.on('socket', function (path, stat, next) {
next();
});
*/
// Grouped `stat`ed Nodes
emitter.on('errors', function (path, stats, next) {
next();
});
/*
emitter.on('nodes', function (path, stats, next) {
next();
});
*/
emitter.on('files', function (path, stats, next) {
next();
});
emitter.on('directories', function (path, stats, next) {
//delete stats[1];
next();
});
emitter.on('symbolicLinks', function (path, stats, next) {
next();
});
/*
emitter.on('blockDevices', function (path, stats, next) {
next();
});
emitter.on('characterDevices', function (path, stats, next) {
next();
});
emitter.on('FIFOs', function (path, stats, next) {
next();
});
emitter.on('sockets', function (path, stats, next) {
next();
});
*/
// The end of all things
emitter.on('end', function () {
console.log("The eagle has landed. [" + count + " == " + saneCount + "]");
});
}
});
}());

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@ -1,92 +0,0 @@
/*jshint strict:true node:true es5:true onevar:true laxcomma:true laxbreak:true*/
(function () {
"use strict";
// "FIFO" isn't easy to convert to camelCase and back reliably
var isFnodeTypes = [
"isFile", "isDirectory", "isSymbolicLink", "isBlockDevice", "isCharacterDevice", "isFIFO", "isSocket"
],
fnodeTypes = [
"file", "directory", "symbolicLink", "blockDevice", "characterDevice", "FIFO", "socket"
],
fnodeTypesPlural = [
"files", "directories", "symbolicLinks", "blockDevices", "characterDevices", "FIFOs", "sockets"
];
//
function createNodeGroups() {
var nodeGroups = {};
fnodeTypesPlural.concat("nodes", "errors").forEach(function (fnodeTypePlural) {
nodeGroups[fnodeTypePlural] = [];
});
return nodeGroups;
}
// Determine each file node's type
//
function sortFnodesByType(stat, fnodes) {
var i, isType;
for (i = 0; i < isFnodeTypes.length; i += 1) {
isType = isFnodeTypes[i];
if (stat[isType]()) {
stat.type = fnodeTypes[i];
fnodes[fnodeTypesPlural[i]].push(stat);
return;
}
}
}
// Get the current number of listeners (which may change)
// Emit events to each listener
// Wait for all listeners to `next()` before continueing
// (in theory this may avoid disk thrashing)
function emitSingleEvents(emitter, path, stats, next, self) {
var num = 1 + emitter.listeners(stats.type).length + emitter.listeners("node").length;
function nextWhenReady(flag) {
if (flag) {
stats.flag = flag;
}
num -= 1;
if (0 === num) { next.call(self); }
}
emitter.emit(stats.type, path, stats, nextWhenReady);
emitter.emit("node", path, stats, nextWhenReady);
nextWhenReady();
}
// Since the risk for disk thrashing among anything
// other than files is relatively low, all types are
// emitted at once, but all must complete before advancing
function emitPluralEvents(emitter, path, nodes, next, self) {
var num = 1;
function nextWhenReady() {
num -= 1;
if (0 === num) { next.call(self); }
}
fnodeTypesPlural.concat(["nodes", "errors"]).forEach(function (fnodeType) {
if (0 === nodes[fnodeType].length) { return; }
num += emitter.listeners(fnodeType).length;
emitter.emit(fnodeType, path, nodes[fnodeType], nextWhenReady);
});
nextWhenReady();
}
module.exports = {
emitNodeType: emitSingleEvents,
emitNodeTypeGroups: emitPluralEvents,
isFnodeTypes: isFnodeTypes,
fnodeTypes: fnodeTypes,
fnodeTypesPlural: fnodeTypesPlural,
sortFnodesByType: sortFnodesByType,
createNodeGroups: createNodeGroups
};
}());

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@ -30,8 +30,7 @@ function walk (file, cb) {
function getDirectory (cb) {
fs.readdir(file, function(err, files) {
// XXX bug was here. `next()` added by coolaj86
if (!files) return next();
if (!files) return;
//if (err) throw Error(err);
files.sort(sort);
files.forEach(fullPath);

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@ -1,93 +0,0 @@
(function () {
"use strict"
// Array.prototype.forEachAsync(next, item, i, collection)
require('futures/forEachAsync');
function noop() {}
var fs = require('fs'),
path = require('path'),
EventEmitter = require('events').EventEmitter,
TypeEmitter = require('./node-type-emitter');
// 2010-11-25 jorge@jorgechamorro.com
function create(pathname, cb) {
var emitter = new EventEmitter(),
q = [],
queue = [q],
curpath;
function walk() {
fs.readdir(curpath, function(err, files) {
if (err) {
emitter.emit('directoryError', curpath, { error: err }, noop);
//emitter.emit('error', curpath, { error: err });
}
// XXX bug was here. next() was omitted
if (!files || 0 == files.length) {
return next();
}
var fnodeGroups = TypeEmitter.createNodeGroups();
// TODO could allow user to selectively stat
// and don't stat if there are no stat listeners
emitter.emit('names', curpath, files, noop);
files.forEachAsync(function (cont, file) {
emitter.emit('name', curpath, file, noop);
fs.lstat(curpath + path.sep + file, function (err, stat) {
stat = stat || {};
stat.name = file;
if (err) {
stat.error = err;
//emitter.emit('error', curpath, stat);
emitter.emit('nodeError', curpath, stat, noop);
fnodeGroups.errors.push(stat);
cont();
} else {
TypeEmitter.sortFnodesByType(stat, fnodeGroups);
TypeEmitter.emitNodeType(emitter, curpath, stat, cont);
}
});
}).then(function () {
if (fnodeGroups.errors.length) {
emitter.emit('errors', curpath, fnodeGroups.errors, noop);
}
TypeEmitter.emitNodeTypeGroups(emitter, curpath, fnodeGroups, function () {
var dirs = [];
fnodeGroups.directories.forEach(function (stat) {
dirs.push(stat.name);
});
dirs.forEach(fullPath);
queue.push(q = dirs);
next();
});
});
});
}
function next() {
if (q.length) {
curpath = q.pop();
return walk();
}
if (queue.length -= 1) {
q = queue[queue.length-1];
return next();
}
emitter.emit('end');
}
function fullPath(v,i,o) {
o[i]= [curpath, path.sep, v].join('');
}
curpath = pathname;
walk();
return emitter;
}
module.exports = create;
}());

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@ -1,302 +1,165 @@
// Adapted from work by jorge@jorgechamorro.com on 2010-11-25
(function () {
"use strict";
// TODO
// * add types by listener dynamically
// * unroll loops for better readability?
// * should emitted errors wait for `next()`?
(function (undefined) {
var fs = require('fs'),
upath = require('path'),
util = require('util'),
Futures = require('futures'),
events = require('events'),
noop = function () {},
// "FIFO" isn't easy to convert to camelCame and back reliably
isFnodeTypes = [
"isFile", "isDirectory", "isBlockDevice", "isCharacterDevice", "isSymbolicLink", "isFIFO", "isSocket"
],
fnodeTypes = [
"file", "directory", "blockDevice", "characterDevice", "symbolicLink", "FIFO", "socket"
],
fnodeTypesPlural = [
"files", "directories", "blockDevices", "characterDevices", "symbolicLinks", "FIFOs", "sockets"
];
function noop() {}
var fs = require('fs')
, forEachAsync = require('foreachasync').forEachAsync
, EventEmitter = require('events').EventEmitter
, TypeEmitter = require('./node-type-emitter')
, util = require('util')
, path = require('path')
;
function appendToDirs(stat) {
/*jshint validthis:true*/
if(stat.flag && stat.flag === NO_DESCEND) { return; }
this.push(stat.name);
function newVersion() {
throw new Error("New Version. Please see API on github.com/coolaj86/node-walk");
}
function wFilesHandlerWrapper(items) {
/*jshint validthis:true*/
this._wFilesHandler(noop, items);
}
function Walker(pathname, options, sync) {
EventEmitter.call(this);
var me = this
;
options = options || {};
me._wStat = options.followLinks && 'stat' || 'lstat';
me._wStatSync = me._wStat + 'Sync';
me._wsync = sync;
me._wq = [];
me._wqueue = [me._wq];
me._wcurpath = undefined;
me._wfilters = options.filters || [];
me._wfirstrun = true;
me._wcurpath = pathname;
if (me._wsync) {
//console.log('_walkSync');
me._wWalk = me._wWalkSync;
} else {
//console.log('_walkASync');
me._wWalk = me._wWalkAsync;
// Create a new walk instance
function create(path, options, cb) {
if (cb) {
newVersion();
}
var emitter = new events.EventEmitter(),
fstat = (options||{}).followLinks ? fs.stat : fs.lstat;
options.listeners = options.listeners || {};
Object.keys(options.listeners).forEach(function (event) {
var callbacks = options.listeners[event]
;
if ('function' === typeof callbacks) {
callbacks = [callbacks];
// Get the current number of listeners (which may change)
// Emit events to each listener
// Wait for all listeners to `next()` before continueing
// (in theory this may avoid disk thrashing)
function emitSingleEvents(path, stats, next) {
var num = 1 + emitter.listeners(stats.type).length + emitter.listeners("node").length;
function nextWhenReady() {
num -= 1;
if (0 === num) { next(); }
}
callbacks.forEach(function (callback) {
me.on(event, callback);
emitter.emit(stats.type, path, stats, nextWhenReady);
emitter.emit("node", path, stats, nextWhenReady);
nextWhenReady();
}
// Since the risk for disk thrashing among anything
// other than files is relatively low, all types are
// emitted at once, but all must complete before advancing
function emitPluralEvents(path, nodes, next) {
var num = 1;
function nextWhenReady() {
num -= 1;
if (0 === num) { next(); }
}
fnodeTypesPlural.concat(["nodes", "errors"]).forEach(function (fnodeType) {
if (0 === nodes[fnodeType].length) { return; }
num += emitter.listeners(fnodeType).length;
emitter.emit(fnodeType, path, nodes[fnodeType], nextWhenReady);
});
});
me._wWalk();
}
// Inherits must come before prototype additions
util.inherits(Walker, EventEmitter);
Walker.prototype._wLstatHandler = function (err, stat) {
var me = this
;
stat = stat || {};
stat.name = me._wcurfile;
if (err) {
stat.error = err;
//me.emit('error', curpath, stat);
// TODO v3.0 (don't noop the next if there are listeners)
me.emit('nodeError', me._wcurpath, stat, noop);
me._wfnodegroups.errors.push(stat);
me._wCurFileCallback();
} else {
TypeEmitter.sortFnodesByType(stat, me._wfnodegroups);
// NOTE: wCurFileCallback doesn't need thisness, so this is okay
TypeEmitter.emitNodeType(me, me._wcurpath, stat, me._wCurFileCallback, me);
nextWhenReady();
}
};
Walker.prototype._wFilesHandler = function (cont, file) {
var statPath
, me = this
;
me._wcurfile = file;
me._wCurFileCallback = cont;
me.emit('name', me._wcurpath, file, noop);
statPath = me._wcurpath + path.sep + file;
if (!me._wsync) {
// TODO how to remove this anony?
fs[me._wStat](statPath, function (err, stat) {
me._wLstatHandler(err, stat);
// Determine each file node's type
//
function sortFnodesByType(path, stats, fnodes, nextFile) {
isFnodeTypes.forEach(function (isType, i) {
if (stats[isType]()) {
if (stats.type) { throw new Error("is_" + type + " and " + isType); }
stats.type = fnodeTypes[i];
fnodes[fnodeTypesPlural[i]].push(stats);
// TODO throw to break;
}
});
return;
if (!stats.type) { throw new Error(upath.join(path, stats.name) + ' isAnUndefinedType'); }
emitSingleEvents(path, stats, nextFile);
}
try {
me._wLstatHandler(null, fs[me._wStatSync](statPath));
} catch(e) {
me._wLstatHandler(e);
}
};
Walker.prototype._wOnEmitDone = function () {
var me = this
, dirs = []
;
me._wfnodegroups.directories.forEach(appendToDirs, dirs);
dirs.forEach(me._wJoinPath, me);
me._wqueue.push(me._wq = dirs);
me._wNext();
};
Walker.prototype._wPostFilesHandler = function () {
var me = this
;
// Asynchronously get the stats
//
function getStats(path, files, walkDirs) {
var nodeGroups = {};
if (me._wfnodegroups.errors.length) {
// TODO v3.0 (don't noop the next)
// .errors is an array of stats with { name: name, error: error }
me.emit('errors', me._wcurpath, me._wfnodegroups.errors, noop);
}
// XXX emitNodeTypes still needs refactor
TypeEmitter.emitNodeTypeGroups(me, me._wcurpath, me._wfnodegroups, me._wOnEmitDone, me);
};
Walker.prototype._wReadFiles = function () {
var me = this
;
fnodeTypesPlural.concat("nodes", "errors").forEach(function (fnodeTypePlural) {
nodeGroups[fnodeTypePlural] = [];
});
if (!me._wcurfiles || 0 === me._wcurfiles.length) {
return me._wNext();
}
function nextFile() {
var file = files.pop(), dirs = [], fnames = [];
// TODO could allow user to selectively stat
// and don't stat if there are no stat listeners
me.emit('names', me._wcurpath, me._wcurfiles, noop);
if (undefined === file) {
emitPluralEvents(path, nodeGroups, function () {
nodeGroups.directories.forEach(function (dir) {
dirs.push(dir.name);
});
walkDirs(dirs);
});
return;
}
if (me._wsync) {
me._wcurfiles.forEach(wFilesHandlerWrapper, me);
me._wPostFilesHandler();
} else {
forEachAsync(me._wcurfiles, me._wFilesHandler, me).then(me._wPostFilesHandler);
}
};
Walker.prototype._wReaddirHandler = function (err, files) {
var fnodeGroups = TypeEmitter.createNodeGroups()
, me = this
, parent
, child
;
me._wfnodegroups = fnodeGroups;
me._wcurfiles = files;
// no error, great
if (!err) {
me._wReadFiles();
return;
}
// TODO path.sep
me._wcurpath = me._wcurpath.replace(/\/$/, '');
// error? not first run? => directory error
if (!me._wfirstrun) {
// TODO v3.0 (don't noop the next if there are listeners)
me.emit('directoryError', me._wcurpath, { error: err }, noop);
// TODO v3.0
//me.emit('directoryError', me._wcurpath.replace(/^(.*)\/.*$/, '$1'), { name: me._wcurpath.replace(/^.*\/(.*)/, '$1'), error: err }, noop);
me._wReadFiles();
return;
}
// error? first run? => maybe a file, maybe a true error
me._wfirstrun = false;
// readdir failed (might be a file), try a stat on the parent
parent = me._wcurpath.replace(/^(.*)\/.*$/, '$1');
fs[me._wStat](parent, function (e, stat) {
if (stat) {
// success
// now try stat on this as a child of the parent directory
child = me._wcurpath.replace(/^.*\/(.*)$/, '$1');
me._wcurfiles = [child];
me._wcurpath = parent;
} else {
// TODO v3.0
//me.emit('directoryError', me._wcurpath.replace(/^(.*)\/.*$/, '$1'), { name: me._wcurpath.replace(/^.*\/(.*)/, '$1'), error: err }, noop);
// TODO v3.0 (don't noop the next)
// the original readdir error, not the parent stat error
me.emit('nodeError', me._wcurpath, { error: err }, noop);
fstat(upath.join(path, file), function (err, stats) {
stats = stats || {};
stats.name = file;
nodeGroups.nodes.push(stats);
if (err) {
stats.error = err;
stats.type = 'error';
nodeGroups.errors.push(stats);
//emitter.emit('fileError', path, stats, noop);
return nextFile();
}
sortFnodesByType(path, stats, nodeGroups, nextFile);
});
}
nextFile();
}
me._wReadFiles();
function walk(path, next) {
fs.readdir(path, function (err, nodes) {
if (err) {
emitter.emit('directoryError', path, { error: err, name: path }, noop);
return next(); /*TODO*/ throw err;
}
getStats(path, nodes, function (dirs) {
walkDirs(path, dirs, next);
});
});
}
function walkDirs(path, dirs, cb) {
function nextDir() {
var dir = dirs.pop();
if (undefined === dir) {
delete dirs;
return cb();
}
walk(upath.join(path, dir), nextDir);
}
nextDir();
}
walk(upath.normalize(path), function () {
emitter.emit('end');
});
};
Walker.prototype._wFilter = function () {
var me = this
, exclude
;
// Stop directories that contain filter keywords
// from continuing through the walk process
exclude = me._wfilters.some(function (filter) {
if (me._wcurpath.match(filter)) {
return true;
}
});
return exclude;
};
Walker.prototype._wWalkSync = function () {
//console.log('walkSync');
var err
, files
, me = this
;
try {
files = fs.readdirSync(me._wcurpath);
} catch(e) {
err = e;
}
me._wReaddirHandler(err, files);
};
Walker.prototype._wWalkAsync = function () {
//console.log('walkAsync');
var me = this
;
// TODO how to remove this anony?
fs.readdir(me._wcurpath, function (err, files) {
me._wReaddirHandler(err, files);
});
};
Walker.prototype._wNext = function () {
var me = this
;
if (me._paused) {
return;
}
if (me._wq.length) {
me._wcurpath = me._wq.pop();
while (me._wq.length && me._wFilter()) {
me._wcurpath = me._wq.pop();
}
if (me._wcurpath && !me._wFilter()) {
me._wWalk();
} else {
me._wNext();
}
return;
}
me._wqueue.length -= 1;
if (me._wqueue.length) {
me._wq = me._wqueue[me._wqueue.length - 1];
return me._wNext();
}
// To not break compatibility
//process.nextTick(function () {
me.emit('end');
//});
};
Walker.prototype._wJoinPath = function (v, i, o) {
var me = this
;
o[i] = [me._wcurpath, path.sep, v].join('');
};
Walker.prototype.pause = function () {
this._paused = true;
};
Walker.prototype.resume = function () {
this._paused = false;
this._wNext();
};
exports.walk = function (path, opts) {
return new Walker(path, opts, false);
};
exports.walkSync = function (path, opts) {
return new Walker(path, opts, true);
};
emitter.walk = newVersion;
emitter.whenever = newVersion;
return emitter;
}
module.exports = create;
module.exports.isFnodeTypes = isFnodeTypes;
module.exports.fnodeTypes = fnodeTypes;
module.exports.fnodeTypesPlural = fnodeTypesPlural;
}());

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@ -1,42 +0,0 @@
#!/usr/bin/env node
(function () {
"use strict";
var walk = require('../lib/walk-jqueue-2'),
count = 0;
function sort(a,b) {
a= a.toLowerCase();
b= b.toLowerCase();
if (a > b) return -1;
if (a < b) return 1;
else return 0;
}
process.argv.forEach(function(val, index, array) {
if (index > 1) {
emitter = walk(val);
emitter.on('name', function (path, file, stat) {
count += 1;
console.log( ["[", count, "] ", path, '/', file].join('') )
});
emitter.on('names', function (path, files, stats) {
files.sort(sort);
//console.log('sort: ' + files.join(' ; '));
});
emitter.on('error', function () {
// ignore
});
emitter.on('stat', function (path, file, stat) {
//console.log('stat: ' + file);
});
emitter.on('stats', function (path, files, stats) {
//console.log('stats: ' + files.join(' ; '));
});
emitter.on('end', function () {
console.log("The eagle has landed.");
});
}
});
}());

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@ -1,123 +0,0 @@
#!/usr/bin/env node
(function () {
"use strict";
var walk = require('../lib/walk-jqueue-3'),
count = 0;
function sort(a,b) {
a= a.toLowerCase();
b= b.toLowerCase();
if (a > b) return -1;
if (a < b) return 1;
else return 0;
}
process.argv.forEach(function(startpath, index) {
if (index > 1) {
emitter = walk(startpath);
// Non-`stat`ed Nodes
/*
emitter.on('name', function (path, file, stat) {
count += 1;
//console.log( ["[", count, "] ", path, '/', file].join('') )
console.log( [path, '/', file].join('') )
});
emitter.on('names', function (path, files, stats) {
files.sort(sort);
//console.log('sort: ' + files.join(' ; '));
});
*/
// Single `stat`ed Nodes
emitter.on('error', function (path, err, next) {
// ignore
});
emitter.on('directoryError', function (path, stats, next) {
next();
});
/*
emitter.on('node', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
//console.log( ["[", count, "] ", path, '/', stat.name].join('') )
next();
});
*/
emitter.on('file', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
//console.log( ["[", count, "] ", path, '/', stat.name].join('') )
next();
});
emitter.on('directory', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
next();
});
emitter.on('symbolicLink', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
next();
});
/*
*/
/*
emitter.on('blockDevice', function (path, stat, next) {
next();
});
emitter.on('characterDevice', function (path, stat, next) {
next();
});
emitter.on('FIFO', function (path, stat, next) {
next();
});
emitter.on('socket', function (path, stat, next) {
next();
});
*/
// Grouped `stat`ed Nodes
emitter.on('errors', function (path, stats, next) {
next();
});
/*
emitter.on('nodes', function (path, stats, next) {
next();
});
*/
emitter.on('files', function (path, stats, next) {
next();
});
emitter.on('directories', function (path, stats, next) {
//delete stats[1];
next();
});
emitter.on('symbolicLinks', function (path, stats, next) {
next();
});
/*
emitter.on('blockDevices', function (path, stats, next) {
next();
});
emitter.on('characterDevices', function (path, stats, next) {
next();
});
emitter.on('FIFOs', function (path, stats, next) {
next();
});
emitter.on('sockets', function (path, stats, next) {
next();
});
*/
// The end of all things
emitter.on('end', function () {
console.log("The eagle has landed.");
});
}
});
}());

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@ -1,33 +0,0 @@
#!/usr/bin/env node
(function () {
var walk = require('../lib/walk-queue'),
emitter = walk(process.argv[2] || '.'),
_ = require('underscore'),
count = 0;
emitter.on('error', function (err, path, files) {
console.log(err);
});
emitter.on('nodes', function (path, files, next) {
//next();
var filenames = _.map(files, function (file) {
return path + '/' + file;
})
filenames.forEach(function (name) {
count += 1;
console.log('[' + count + '] ' + name)
});
//filenames.forEach(console.log);
//console.log(_.pluck(files, 'name'));
});
emitter.on('directories', function (path, files, next) {
next();
});
emitter.on('directory', function (path, stat, next) {
//console.log(stat.name);
next();
});
emitter.on('end', function () {
console.log("The eagle has landed");
});
}());

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@ -1 +0,0 @@
walk-jorge.js

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@ -1,75 +0,0 @@
(function () {
"use strict"
var fs = require('fs'),
EventEmitter = require('events').EventEmitter;
// 2010-11-25 jorge@jorgechamorro.com
function create (pathname, cb) {
var emitter = new EventEmitter(),
q = [],
queue = [q],
curpath;
function walk() {
//cb(curpath);
fs.lstat(curpath, function (err, stat) {
if (err) {
emitter.emit('error', curpath, err);
}
if (!stat) {
return next();
}
emitter.emit('node', curpath, stat);
if (!stat.isDirectory()) {
return next();
}
fs.readdir(curpath, function(err, files) {
if (err) {
emitter.emit('error', curpath, err);
}
// XXX bug was here. next() was omitted
if (!files || 0 == files.length) {
return next();
}
files.sort(sort);
emitter.emit('nodes', curpath, files);
files.forEach(fullPath);
queue.push(q = files);
next();
});
});
}
function next () {
if (q.length) {
curpath = q.pop();
return walk();
}
if (queue.length -= 1) {
q = queue[queue.length-1];
return next();
}
emitter.emit('end');
}
function fullPath(v,i,o) {
o[i]= [curpath, '/', v].join('');
}
function sort(a,b) {
a= a.toLowerCase();
b= b.toLowerCase();
if (a > b) return -1;
if (a < b) return 1;
else return 0;
}
curpath = pathname;
walk();
return emitter;
}
module.exports = create;
}());

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@ -1,79 +0,0 @@
(function () {
"use strict"
// Array.prototype.forEachAsync(next, item, i, collection)
require('futures/forEachAsync');
var fs = require('fs'),
EventEmitter = require('events').EventEmitter;
// 2010-11-25 jorge@jorgechamorro.com
function create(pathname, cb) {
var emitter = new EventEmitter(),
q = [],
queue = [q],
curpath;
function walk() {
fs.readdir(curpath, function(err, files) {
if (err) {
emitter.emit('error', curpath, err);
}
// XXX bug was here. next() was omitted
if (!files || 0 == files.length) {
return next();
}
var stats = [];
emitter.emit('names', curpath, files, stats);
files.forEachAsync(function (cont, file) {
emitter.emit('name', curpath, file);
fs.lstat(curpath + '/' + file, function (err, stat) {
if (err) {
emitter.emit('error', curpath, err);
}
if (stat) {
stat.name = file;
stats.push(stat);
emitter.emit('stat', curpath, file, stat);
}
cont();
});
}).then(function () {
var dirs = []
emitter.emit('stats', curpath, files, stats);
stats.forEach(function (stat) {
if (stat.isDirectory()) {
dirs.push(stat.name);
}
});
dirs.forEach(fullPath);
queue.push(q = dirs);
next();
});
});
}
function next() {
if (q.length) {
curpath = q.pop();
return walk();
}
if (queue.length -= 1) {
q = queue[queue.length-1];
return next();
}
emitter.emit('end');
}
function fullPath(v,i,o) {
o[i]= [curpath, '/', v].join('');
}
curpath = pathname;
walk();
return emitter;
}
module.exports = create;
}());

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@ -1,86 +0,0 @@
(function () {
"use strict"
// Array.prototype.forEachAsync(next, item, i, collection)
require('futures/forEachAsync');
var fs = require('fs'),
EventEmitter = require('events').EventEmitter,
TypeEmitter = require('./node-type-emitter');
// 2010-11-25 jorge@jorgechamorro.com
function create(pathname, cb) {
var emitter = new EventEmitter(),
q = [],
queue = [q],
curpath;
function walk() {
fs.readdir(curpath, function(err, files) {
if (err) {
emitter.emit('error', curpath, err);
}
// XXX bug was here. next() was omitted
if (!files || 0 == files.length) {
return next();
}
var stats = [],
fnodeGroups = TypeEmitter.createNodeGroups();
// TODO could allow user to selectively stat
// and don't stat if there are no stat listeners
emitter.emit('names', curpath, files);
files.forEachAsync(function (cont, file) {
emitter.emit('name', curpath, file);
fs.lstat(curpath + '/' + file, function (err, stat) {
if (err) {
emitter.emit('error', curpath, err);
}
if (!stat) {
cont();
}
stat.name = file;
stats.push(stat);
//emitter.emit('stat', curpath, file, stat);
TypeEmitter.sortFnodesByType(stat, fnodeGroups);
TypeEmitter.emitNodeType(emitter, curpath, stat, cont);
});
}).then(function () {
var dirs = []
//emitter.emit('stats', curpath, files, stats);
TypeEmitter.emitNodeTypeGroups(emitter, curpath, fnodeGroups, function () {
fnodeGroups.directories.forEach(function (stat) {
dirs.push(stat.name);
});
dirs.forEach(fullPath);
queue.push(q = dirs);
next();
});
});
});
}
function next() {
if (q.length) {
curpath = q.pop();
return walk();
}
if (queue.length -= 1) {
q = queue[queue.length-1];
return next();
}
emitter.emit('end');
}
function fullPath(v,i,o) {
o[i]= [curpath, '/', v].join('');
}
curpath = pathname;
walk();
return emitter;
}
module.exports = create;
}());

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@ -1,165 +0,0 @@
(function () {
"use strict";
var fs = require('fs'),
fstat = fs.lstat,
Futures = require('futures'),
EventEmitter = require('events').EventEmitter,
upath = require('path'),
// "FIFO" isn't easy to convert to camelCase and back reliably
isFnodeTypes = [
"isFile", "isDirectory", "isBlockDevice", "isCharacterDevice", "isSymbolicLink", "isFIFO", "isSocket"
],
fnodeTypes = [
"file", "directory", "blockDevice", "characterDevice", "symbolicLink", "FIFO", "socket"
],
fnodeTypesPlural = [
"files", "directories", "blockDevices", "characterDevices", "symbolicLinks", "FIFOs", "sockets"
];
// Get the current number of listeners (which may change)
// Emit events to each listener
// Wait for all listeners to `next()` before continueing
// (in theory this may avoid disk thrashing)
function emitSingleEvents(emitter, path, stats, next) {
var num = 1 + emitter.listeners(stats.type).length + emitter.listeners("node").length;
function nextWhenReady() {
num -= 1;
if (0 === num) { next(); }
}
emitter.emit(stats.type, path, stats, nextWhenReady);
emitter.emit("node", path, stats, nextWhenReady);
nextWhenReady();
}
// Since the risk for disk thrashing among anything
// other than files is relatively low, all types are
// emitted at once, but all must complete before advancing
function emitPluralEvents(emitter, path, nodes, next) {
var num = 1;
function nextWhenReady() {
num -= 1;
if (0 === num) { next(); }
}
fnodeTypesPlural.concat(["nodes", "errors"]).forEach(function (fnodeType) {
if (0 === nodes[fnodeType].length) { return; }
num += emitter.listeners(fnodeType).length;
emitter.emit(fnodeType, path, nodes[fnodeType], nextWhenReady);
});
nextWhenReady();
}
// Determine each file node's type
//
function sortFnodesByType(stats, fnodes) {
isFnodeTypes.forEach(function (isType, i) {
if (stats[isType]()) {
if (stats.type) { throw new Error("is_" + type + " and " + isType); }
stats.type = fnodeTypes[i];
fnodes[fnodeTypesPlural[i]].push(stats);
//console.log(isType, fnodeTypesPlural[i], stats.name);
// TODO throw to break;
}
});
/*
// Won't really ever happen
if (!stats.type) {
stats.error = new Error(upath.join(path, stats.name) + ' isAnUndefinedType');
}
*/
}
function create(path) {
var emitter = new EventEmitter(),
paths = [],
path;
function next() {
// path could be local if dirHandler were anonymous
//console.log('LEN: '+ paths.length);
if (0 == paths.length) {
emitter.emit('end');
return;
}
path = paths.pop();
//console.log("POP: " + path);
fs.readdir(path, dirHandler);
}
function nodesHandler(nodes, args) {
//console.log('USE: ' + path);
var statses = [];
var nodeGroups = {};
fnodeTypesPlural.concat("nodes", "errors").forEach(function (fnodeTypePlural) {
nodeGroups[fnodeTypePlural] = [];
});
args.forEach(function (arg, i) {
var file = nodes[i],
err = arg[0],
stats = arg[1];
if (err) {
stats = { error: err, name: file };
emitter.emit('error', err, path, stats);
}
if (stats) {
stats.name = file;
sortFnodesByType(stats, nodeGroups);
emitter.emit('stat', path, stats);
}
});
emitter.emit('stats', path, statses);
nodeGroups['directories'].forEach(function (stat) {
paths.push(path + '/' + stat.name);
//console.log('PUSH: ' + path + '/' + stat.name);
});
/*
//console.log('USE: ' + path);
next();
*/
emitPluralEvents(emitter, path, nodeGroups, next);
}
function dirHandler(err, nodes) {
//console.log("HANDLE: " + path);
var join = Futures.join(),
i;
if (err) {
emitter.emit('error', err, path);
}
if (!nodes || 0 == nodes.length) {
//console.log('EMPTY: ' + path);
return next();
}
// TODO don't duplicate efforts
emitter.emit('nodes', path, nodes);
for (i = 0; i < nodes.length; i += 1) {
fstat(path + '/' + nodes[i], join.deliverer());
}
join.when(function () {
var args = Array.prototype.slice.call(arguments);
nodesHandler(nodes, args);
});
}
//paths.push([path]);
paths.push(path);
next();
return emitter;
}
module.exports = create;
}());

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@ -1,165 +0,0 @@
// TODO
// * add types by listener dynamically
// * unroll loops for better readability?
// * should emitted errors wait for `next()`?
(function (undefined) {
var fs = require('fs'),
upath = require('path'),
util = require('util'),
Futures = require('futures'),
events = require('events'),
noop = function () {},
// "FIFO" isn't easy to convert to camelCame and back reliably
isFnodeTypes = [
"isFile", "isDirectory", "isBlockDevice", "isCharacterDevice", "isSymbolicLink", "isFIFO", "isSocket"
],
fnodeTypes = [
"file", "directory", "blockDevice", "characterDevice", "symbolicLink", "FIFO", "socket"
],
fnodeTypesPlural = [
"files", "directories", "blockDevices", "characterDevices", "symbolicLinks", "FIFOs", "sockets"
];
function newVersion() {
throw new Error("New Version. Please see API on github.com/coolaj86/node-walk");
}
// Create a new walk instance
function create(path, options, cb) {
if (cb) {
newVersion();
}
var emitter = new events.EventEmitter(),
fstat = (options||{}).followLinks ? fs.stat : fs.lstat;
// Get the current number of listeners (which may change)
// Emit events to each listener
// Wait for all listeners to `next()` before continueing
// (in theory this may avoid disk thrashing)
function emitSingleEvents(path, stats, next) {
var num = 1 + emitter.listeners(stats.type).length + emitter.listeners("node").length;
function nextWhenReady() {
num -= 1;
if (0 === num) { next(); }
}
emitter.emit(stats.type, path, stats, nextWhenReady);
emitter.emit("node", path, stats, nextWhenReady);
nextWhenReady();
}
// Since the risk for disk thrashing among anything
// other than files is relatively low, all types are
// emitted at once, but all must complete before advancing
function emitPluralEvents(path, nodes, next) {
var num = 1;
function nextWhenReady() {
num -= 1;
if (0 === num) { next(); }
}
fnodeTypesPlural.concat(["nodes", "errors"]).forEach(function (fnodeType) {
if (0 === nodes[fnodeType].length) { return; }
num += emitter.listeners(fnodeType).length;
emitter.emit(fnodeType, path, nodes[fnodeType], nextWhenReady);
});
nextWhenReady();
}
// Determine each file node's type
//
function sortFnodesByType(path, stats, fnodes, nextFile) {
isFnodeTypes.forEach(function (isType, i) {
if (stats[isType]()) {
if (stats.type) { throw new Error("is_" + type + " and " + isType); }
stats.type = fnodeTypes[i];
fnodes[fnodeTypesPlural[i]].push(stats);
// TODO throw to break;
}
});
if (!stats.type) { throw new Error(upath.join(path, stats.name) + ' isAnUndefinedType'); }
emitSingleEvents(path, stats, nextFile);
}
// Asynchronously get the stats
//
function getStats(path, files, walkDirs) {
var nodeGroups = {};
fnodeTypesPlural.concat("nodes", "errors").forEach(function (fnodeTypePlural) {
nodeGroups[fnodeTypePlural] = [];
});
function nextFile() {
var file = files.pop(), dirs = [], fnames = [];
if (undefined === file) {
emitPluralEvents(path, nodeGroups, function () {
nodeGroups.directories.forEach(function (dir) {
dirs.push(dir.name);
});
walkDirs(dirs);
});
return;
}
fstat(upath.join(path, file), function (err, stats) {
stats = stats || {};
stats.name = file;
nodeGroups.nodes.push(stats);
if (err) {
stats.error = err;
stats.type = 'error';
nodeGroups.errors.push(stats);
//emitter.emit('fileError', path, stats, noop);
return nextFile();
}
sortFnodesByType(path, stats, nodeGroups, nextFile);
});
}
nextFile();
}
function walk(path, next) {
fs.readdir(path, function (err, nodes) {
if (err) {
emitter.emit('directoryError', path, { error: err, name: path }, noop);
return next(); /*TODO*/ throw err;
}
getStats(path, nodes, function (dirs) {
walkDirs(path, dirs, next);
});
});
}
function walkDirs(path, dirs, cb) {
function nextDir() {
var dir = dirs.pop();
if (undefined === dir) {
delete dirs;
return cb();
}
walk(upath.join(path, dir), nextDir);
}
nextDir();
}
walk(upath.normalize(path), function () {
emitter.emit('end');
});
emitter.walk = newVersion;
emitter.whenever = newVersion;
return emitter;
}
module.exports = create;
module.exports.isFnodeTypes = isFnodeTypes;
module.exports.fnodeTypes = fnodeTypes;
module.exports.fnodeTypesPlural = fnodeTypesPlural;
}());

View File

@ -1,40 +1,12 @@
{
"name": "walk",
"description": "A node port of python's os.walk",
"url": "http://git.coolaj86.com/coolaj86/fs-walk.js",
"keywords": [
"util",
"os",
"sys",
"fs",
"walk",
"walkSync"
],
"author": "AJ ONeal <coolaj86@gmail.com>",
"contributors": [],
"dependencies": {
"foreachasync": "^3.0.0"
},
"lib": ".",
"main": "./lib/walk.js",
"version": "2.3.15",
"files": [
"lib"
],
"repository": {
"url": "https://git.coolaj86.com/coolaj86/fs-walk.js.git"
},
"license": "(MIT OR Apache-2.0)",
"bugs": {
"url": "https://git.coolaj86.com/coolaj86/fs-walk.js/issues"
},
"homepage": "https://git.coolaj86.com/coolaj86/fs-walk.js",
"directories": {
"example": "examples",
"test": "test"
},
"devDependencies": {},
"scripts": {
"test": "./test/walk-test.sh"
}
"name" : "walk",
"description" : "A node port of python's os.walk",
"url" : "github.com/coolaj86/node-walk",
"keywords" : ["util", "os", "sys", "fs", "walk", "walkSync"],
"author" : "AJ ONeal <coolaj86@gmail.com>",
"contributors" : [],
"dependencies" : [],
"lib" : "lib",
"main" : "./lib/walk.js",
"version" : "1.0.0"
}

View File

@ -1,129 +0,0 @@
#!/usr/bin/env node
(function () {
"use strict";
var walk = require('../lib/walk'),
count = 0,
saneCount = 0;
function sort(a,b) {
a= a.toLowerCase();
b= b.toLowerCase();
if (a > b) return -1;
if (a < b) return 1;
return 0;
}
process.argv.forEach(function(startpath, index) {
if (index > 1) {
emitter = walk(startpath);
// Non-`stat`ed Nodes
emitter.on('name', function (path, file, stat) {
saneCount += 1;
//console.log( ["[", count, "] ", path, '/', file].join('') )
//console.log( [path, '/', file].join('') )
});
emitter.on('names', function (path, files, stats) {
files.sort(sort);
//console.log('sort: ' + files.join(' ; '));
});
// Single `stat`ed Nodes
emitter.on('error', function (path, err, next) {
next()
// ignore
});
emitter.on('directoryError', function (path, stats, next) {
next();
});
emitter.on('nodeError', function (path, stats, next) {
next();
});
/*
emitter.on('node', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
//console.log( ["[", count, "] ", path, '/', stat.name].join('') )
next();
});
*/
emitter.on('file', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
//console.log( ["[", count, "] ", path, '/', stat.name].join('') )
next();
});
emitter.on('directory', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
next();
});
emitter.on('symbolicLink', function (path, stat, next) {
count += 1;
console.log( [path, '/', stat.name].join('') )
next();
});
/*
emitter.on('blockDevice', function (path, stat, next) {
next();
});
emitter.on('characterDevice', function (path, stat, next) {
next();
});
emitter.on('FIFO', function (path, stat, next) {
next();
});
emitter.on('socket', function (path, stat, next) {
next();
});
*/
// Grouped `stat`ed Nodes
emitter.on('errors', function (path, stats, next) {
next();
});
/*
emitter.on('nodes', function (path, stats, next) {
next();
});
*/
emitter.on('files', function (path, stats, next) {
next();
});
emitter.on('directories', function (path, stats, next) {
//delete stats[1];
next();
});
emitter.on('symbolicLinks', function (path, stats, next) {
next();
});
/*
emitter.on('blockDevices', function (path, stats, next) {
next();
});
emitter.on('characterDevices', function (path, stats, next) {
next();
});
emitter.on('FIFOs', function (path, stats, next) {
next();
});
emitter.on('sockets', function (path, stats, next) {
next();
});
*/
// The end of all things
emitter.on('end', function () {
console.log("The eagle has landed. [" + count + " == " + saneCount + "]");
});
}
});
}());

View File

@ -1,34 +0,0 @@
(function () {
"use strict";
var walk = require('../lib/walk').walk
, path = require('path')
, dirname = process.argv[2] || './'
, walker
;
walker = walk(dirname);
walker.on('directories', function (root, stats, next) {
stats.forEach(function (stat) {
console.log('[ds]', path.join(root, stat.name));
});
next();
});
/*
walker.on('directory', function (root, stat, next) {
console.log('[d]', path.join(root, stat.name));
next();
});
*/
walker.on('file', function (root, stat, next) {
console.log('[f]', path.join(root, stat.name));
next();
});
walker.on('end', function () {
console.log('All Done!');
});
}());

View File

@ -1,43 +0,0 @@
(function () {
"use strict";
var walk = require('../lib/walk')
, fs = require('fs')
, options
, walker
;
options = {
listeners: {
names: function (root, nodeNamesArray) {
nodeNamesArray.sort(function (a, b) {
if (a > b) return 1;
if (a < b) return -1;
return 0;
});
}
, directories: function (root, dirStatsArray, next) {
// dirStatsArray is an array of `stat` objects with the additional attributes
// * type
// * error
// * name
next();
}
, file: function (root, fileStats, next) {
fs.readFile(fileStats.name, function () {
// doStuff
console.log(root, fileStats.name);
next();
});
}
, errors: function (root, nodeStatsArray, next) {
next();
}
}
};
walker = walk.walkSync("/tmp", options);
console.log("all done");
}());

View File

@ -1,6 +0,0 @@
mkdir -p walk-test/dir1
touch walk-test/file-0
touch walk-test/file-1
touch walk-test/dir1/file-2
touch walk-test/dir1/file-3
echo "4 files and 2 directories (including '.')"

5
walk-test.sh Executable file
View File

@ -0,0 +1,5 @@
mkdir -p walk-test/dir1
touch walk-test/file-1
touch walk-test/file-2
touch walk-test/dir1/file-1
touch walk-test/dir1/file-2