The 'request' npm package is a simple, yet powerful HTTP client that supports multiple features such as making HTTP calls, handling responses, streaming data, and more. It is designed to be the simplest way possible to make http calls and supports HTTPS and follows redirects by default.
Simple HTTP GET requests
This code performs a simple HTTP GET request to Google's homepage and logs the error, response status code, and the response body.
const request = require('request');
request('http://www.google.com', function (error, response, body) {
console.log('error:', error);
console.log('statusCode:', response && response.statusCode);
console.log('body:', body);
});Streaming data
This code demonstrates how to stream data from an HTTP request directly to a file, which can be useful for downloading files or handling large amounts of data.
const request = require('request');
const fs = require('fs');
const stream = fs.createWriteStream('file.txt');
request('http://www.google.com').pipe(stream);Custom HTTP headers
This code shows how to send a custom HTTP header (in this case, the User-Agent header) with a request. This is often required when using certain APIs, like GitHub's.
const request = require('request');
const options = {
url: 'https://api.github.com/repos/request/request',
headers: {
'User-Agent': 'request'
}
};
function callback(error, response, body) {
if (!error && response.statusCode == 200) {
const info = JSON.parse(body);
console.log(info);
}
}
request(options, callback);Handling POST requests
This code snippet demonstrates how to send a POST request with form data, including how to upload a file as part of that form data.
const request = require('request');
const options = {
method: 'POST',
url: 'http://service.com/upload',
headers: {
'Content-Type': 'multipart/form-data'
},
formData: {
key: 'value',
file: fs.createReadStream('file.txt')
}
};
request(options, function (error, response, body) {
if (error) throw new Error(error);
console.log(body);
});Axios is a promise-based HTTP client for the browser and Node.js. It provides a simple API for making HTTP requests and is often used as an alternative to 'request' due to its promise support and interceptors for request/response manipulation.
Got is a human-friendly and powerful HTTP request library. It is designed to be a simpler and more performant alternative to 'request', with features like streams support, promise API, and better error handling.
Node-fetch is a light-weight module that brings the Fetch API to Node.js. It is an alternative to 'request' that provides a simpler, promise-based API for making HTTP requests, similar to what is available in modern web browsers.
Superagent is a small progressive client-side HTTP request library, and Node.js module with the same API, sporting many high-level HTTP client features. It compares to 'request' by offering a fluent API and being lightweight.
Request is designed to be the simplest way possible to make http calls. It supports HTTPS and follows redirects by default.
var request = require('request');
request('http://www.google.com', function (error, response, body) {
if (!error && response.statusCode == 200) {
console.log(body) // Print the google web page.
}
})
You can stream any response to a file stream.
request('http://google.com/doodle.png').pipe(fs.createWriteStream('doodle.png'))
You can also stream a file to a PUT or POST request. This method will also check the file extension against a mapping of file extensions to content-types (in this case application/json) and use the proper content-type in the PUT request (if the headers don’t already provide one).
fs.createReadStream('file.json').pipe(request.put('http://mysite.com/obj.json'))
Request can also pipe to itself. When doing so, content-type and content-length are preserved in the PUT headers.
request.get('http://google.com/img.png').pipe(request.put('http://mysite.com/img.png'))
Request emits a "response" event when a response is received. The response argument will be an instance of http.IncomingMessage.
request
.get('http://google.com/img.png')
.on('response', function(response) {
console.log(response.statusCode) // 200
console.log(response.headers['content-type']) // 'image/png'
})
.pipe(request.put('http://mysite.com/img.png'))
To easily handle errors when streaming requests, listen to the error event before piping:
request
.get('http://mysite.com/doodle.png')
.on('error', function(err) {
console.log(err)
})
.pipe(fs.createWriteStream('doodle.png'))
Now let’s get fancy.
http.createServer(function (req, resp) {
if (req.url === '/doodle.png') {
if (req.method === 'PUT') {
req.pipe(request.put('http://mysite.com/doodle.png'))
} else if (req.method === 'GET' || req.method === 'HEAD') {
request.get('http://mysite.com/doodle.png').pipe(resp)
}
}
})
You can also pipe() from http.ServerRequest instances, as well as to http.ServerResponse instances. The HTTP method, headers, and entity-body data will be sent. Which means that, if you don't really care about security, you can do:
http.createServer(function (req, resp) {
if (req.url === '/doodle.png') {
var x = request('http://mysite.com/doodle.png')
req.pipe(x)
x.pipe(resp)
}
})
And since pipe() returns the destination stream in ≥ Node 0.5.x you can do one line proxying. :)
req.pipe(request('http://mysite.com/doodle.png')).pipe(resp)
Also, none of this new functionality conflicts with requests previous features, it just expands them.
var r = request.defaults({'proxy':'http://localproxy.com'})
http.createServer(function (req, resp) {
if (req.url === '/doodle.png') {
r.get('http://google.com/doodle.png').pipe(resp)
}
})
You can still use intermediate proxies, the requests will still follow HTTP forwards, etc.
If you specify a proxy option, then the request (and any subsequent
redirects) will be sent via a connection to the proxy server.
If your endpoint is an https url, and you are using a proxy, then
request will send a CONNECT request to the proxy server first, and
then use the supplied connection to connect to the endpoint.
That is, first it will make a request like:
HTTP/1.1 CONNECT endpoint-server.com:80
Host: proxy-server.com
User-Agent: whatever user agent you specify
and then the proxy server make a TCP connection to endpoint-server
on port 80, and return a response that looks like:
HTTP/1.1 200 OK
At this point, the connection is left open, and the client is
communicating directly with the endpoint-server.com machine.
See the wikipedia page on HTTP Tunneling for more information.
By default, when proxying http traffic, request will simply make a
standard proxied http request. This is done by making the url
section of the initial line of the request a fully qualified url to
the endpoint.
For example, it will make a single request that looks like:
HTTP/1.1 GET http://endpoint-server.com/some-url
Host: proxy-server.com
Other-Headers: all go here
request body or whatever
Because a pure "http over http" tunnel offers no additional security
or other features, it is generally simpler to go with a
straightforward HTTP proxy in this case. However, if you would like
to force a tunneling proxy, you may set the tunnel option to true.
If you are using a tunneling proxy, you may set the
proxyHeaderWhiteList to share certain headers with the proxy.
You can also set the proxyHeaderExclusiveList to share certain
headers only with the proxy and not with destination host.
By default, this set is:
accept
accept-charset
accept-encoding
accept-language
accept-ranges
cache-control
content-encoding
content-language
content-length
content-location
content-md5
content-range
content-type
connection
date
expect
max-forwards
pragma
proxy-authorization
referer
te
transfer-encoding
user-agent
via
Note that, when using a tunneling proxy, the proxy-authorization
header and any headers from custom proxyHeaderExclusiveList are
never sent to the endpoint server, but only to the proxy server.
The following environment variables are respected by request:
HTTP_PROXY / http_proxyHTTPS_PROXY / https_proxyNO_PROXY / no_proxyWhen HTTP_PROXY / http_proxy are set, they will be used to proxy non-SSL requests that do not have an explicit proxy configuration option present. Similarly, HTTPS_PROXY / https_proxy will be respected for SSL requests that do not have an explicit proxy configuration option. It is valid to define a proxy in one of the environment variables, but then override it for a specific request, using the proxy configuration option. Furthermore, the proxy configuration option can be explicitly set to false / null to opt out of proxying altogether for that request.
request is also aware of the NO_PROXY/no_proxy environment variables. These variables provide a granular way to opt out of proxying, on a per-host basis. It should contain a comma separated list of hosts to opt out of proxying. It is also possible to opt of proxying when a particular destination port is used. Finally, the variable may be set to * to opt out of the implicit proxy configuration of the other environment variables.
Here's some examples of valid no_proxy values:
google.com - don't proxy HTTP/HTTPS requests to Google.google.com:443 - don't proxy HTTPS requests to Google, but do proxy HTTP requests to Google.google.com:443, yahoo.com:80 - don't proxy HTTPS requests to Google, and don't proxy HTTP requests to Yahoo!* - ignore https_proxy/http_proxy environment variables altogether.request supports making requests to UNIX Domain Sockets. To make one, use the following URL scheme:
/* Pattern */ 'http://unix:SOCKET:PATH'
/* Example */ request.get('http://unix:/absolute/path/to/unix.socket:/request/path')
Note: The SOCKET path is assumed to be absolute to the root of the host file system.
request supports application/x-www-form-urlencoded and multipart/form-data form uploads. For multipart/related refer to the multipart API.
URL-encoded forms are simple.
request.post('http://service.com/upload', {form:{key:'value'}})
// or
request.post('http://service.com/upload').form({key:'value'})
// or
request.post({url:'http://service.com/upload', form: {key:'value'}}, function(err,httpResponse,body){ /* ... */ })
For multipart/form-data we use the form-data library by @felixge. For the most cases, you can pass your upload form data via the formData option.
var formData = {
// Pass a simple key-value pair
my_field: 'my_value',
// Pass data via Buffers
my_buffer: new Buffer([1, 2, 3]),
// Pass data via Streams
my_file: fs.createReadStream(__dirname + '/unicycle.jpg'),
// Pass multiple values /w an Array
attachments: [
fs.createReadStream(__dirname + '/attacment1.jpg'),
fs.createReadStream(__dirname + '/attachment2.jpg')
],
// Pass optional meta-data with an 'options' object with style: {value: DATA, options: OPTIONS}
// See the `form-data` README for more information about options: https://github.com/felixge/node-form-data
custom_file: {
value: fs.createReadStream('/dev/urandom'),
options: {
filename: 'topsecret.jpg',
contentType: 'image/jpg'
}
}
};
request.post({url:'http://service.com/upload', formData: formData}, function optionalCallback(err, httpResponse, body) {
if (err) {
return console.error('upload failed:', err);
}
console.log('Upload successful! Server responded with:', body);
});
For advanced cases, you can the form-data object itself via r.form(). This can be modified until the request is fired on the next cycle of the event-loop. (Note that this calling form() will clear the currently set form data for that request.)
// NOTE: Advanced use-case, for normal use see 'formData' usage above
var r = request.post('http://service.com/upload', function optionalCallback(err, httpResponse, body) { // ...
var form = r.form();
form.append('my_field', 'my_value');
form.append('my_buffer', new Buffer([1, 2, 3]));
form.append('custom_file', fs.createReadStream(__dirname + '/unicycle.jpg'), {filename: 'unicycle.jpg'});
See the form-data README for more information & examples.
Some variations in different HTTP implementations require a newline/CRLF before, after, or both before and after the boundary of a multipart/related request (using the multipart option). This has been observed in the .NET WebAPI version 4.0. You can turn on a boundary preambleCRLF or postamble by passing them as true to your request options.
request({
method: 'PUT',
preambleCRLF: true,
postambleCRLF: true,
uri: 'http://service.com/upload',
multipart: [
{
'content-type': 'application/json'
body: JSON.stringify({foo: 'bar', _attachments: {'message.txt': {follows: true, length: 18, 'content_type': 'text/plain' }}})
},
{ body: 'I am an attachment' },
{ body: fs.createReadStream('image.png') }
],
// alternatively pass an object containing additional options
multipart: {
chunked: false,
data: [
{
'content-type': 'application/json',
body: JSON.stringify({foo: 'bar', _attachments: {'message.txt': {follows: true, length: 18, 'content_type': 'text/plain' }}})
},
{ body: 'I am an attachment' }
]
}
},
function (error, response, body) {
if (error) {
return console.error('upload failed:', error);
}
console.log('Upload successful! Server responded with:', body);
})
request.get('http://some.server.com/').auth('username', 'password', false);
// or
request.get('http://some.server.com/', {
'auth': {
'user': 'username',
'pass': 'password',
'sendImmediately': false
}
});
// or
request.get('http://some.server.com/').auth(null, null, true, 'bearerToken');
// or
request.get('http://some.server.com/', {
'auth': {
'bearer': 'bearerToken'
}
});
If passed as an option, auth should be a hash containing values user || username, pass || password, and sendImmediately (optional). The method form takes parameters auth(username, password, sendImmediately).
sendImmediately defaults to true, which causes a basic authentication header to be sent. If sendImmediately is false, then request will retry with a proper authentication header after receiving a 401 response from the server (which must contain a WWW-Authenticate header indicating the required authentication method).
Note that you can also use for basic authentication a trick using the URL itself, as specified in RFC 1738.
Simply pass the user:password before the host with an @ sign.
var username = 'username',
password = 'password',
url = 'http://' + username + ':' + password + '@some.server.com';
request({url: url}, function (error, response, body) {
// Do more stuff with 'body' here
});
Digest authentication is supported, but it only works with sendImmediately set to false; otherwise request will send basic authentication on the initial request, which will probably cause the request to fail.
Bearer authentication is supported, and is activated when the bearer value is available. The value may be either a String or a Function returning a String. Using a function to supply the bearer token is particularly useful if used in conjuction with defaults to allow a single function to supply the last known token at the time or sending a request or to compute one on the fly.
OAuth version 1.0 is supported. The default signing algorithm is HMAC-SHA1:
// Twitter OAuth
var qs = require('querystring')
, oauth =
{ callback: 'http://mysite.com/callback/'
, consumer_key: CONSUMER_KEY
, consumer_secret: CONSUMER_SECRET
}
, url = 'https://api.twitter.com/oauth/request_token'
;
request.post({url:url, oauth:oauth}, function (e, r, body) {
// Ideally, you would take the body in the response
// and construct a URL that a user clicks on (like a sign in button).
// The verifier is only available in the response after a user has
// verified with twitter that they are authorizing your app.
var access_token = qs.parse(body)
, oauth =
{ consumer_key: CONSUMER_KEY
, consumer_secret: CONSUMER_SECRET
, token: access_token.oauth_token
, verifier: access_token.oauth_verifier
}
, url = 'https://api.twitter.com/oauth/access_token'
;
request.post({url:url, oauth:oauth}, function (e, r, body) {
var perm_token = qs.parse(body)
, oauth =
{ consumer_key: CONSUMER_KEY
, consumer_secret: CONSUMER_SECRET
, token: perm_token.oauth_token
, token_secret: perm_token.oauth_token_secret
}
, url = 'https://api.twitter.com/1.1/users/show.json?'
, params =
{ screen_name: perm_token.screen_name
, user_id: perm_token.user_id
}
;
url += qs.stringify(params)
request.get({url:url, oauth:oauth, json:true}, function (e, r, user) {
console.log(user)
})
})
})
For RSA-SHA1 signing, make the following changes to the OAuth options object:
signature_method : 'RSA-SHA1'consumer_secret, specify a private_key string in
PEM formatHTTP Headers, such as User-Agent, can be set in the options object.
In the example below, we call the github API to find out the number
of stars and forks for the request repository. This requires a
custom User-Agent header as well as https.
var request = require('request');
var options = {
url: 'https://api.github.com/repos/request/request',
headers: {
'User-Agent': 'request'
}
};
function callback(error, response, body) {
if (!error && response.statusCode == 200) {
var info = JSON.parse(body);
console.log(info.stargazers_count + " Stars");
console.log(info.forks_count + " Forks");
}
}
request(options, callback);
TLS/SSL Protocol options, such as cert, key and passphrase, can be
set in the agentOptions property of the options object.
In the example below, we call an API requires client side SSL certificate
(in PEM format) with passphrase protected private key (in PEM format) and disable the SSLv3 protocol:
var fs = require('fs')
, path = require('path')
, certFile = path.resolve(__dirname, 'ssl/client.crt')
, keyFile = path.resolve(__dirname, 'ssl/client.key')
, request = require('request');
var options = {
url: 'https://api.some-server.com/',
agentOptions: {
cert: fs.readFileSync(certFile),
key: fs.readFileSync(keyFile),
// Or use `pfx` property replacing `cert` and `key` when using private key, certificate and CA certs in PFX or PKCS12 format:
// pfx: fs.readFileSync(pfxFilePath),
passphrase: 'password',
securityOptions: 'SSL_OP_NO_SSLv3'
}
};
request.get(options);
It is able to force using SSLv3 only by specifying secureProtocol:
request.get({
url: 'https://api.some-server.com/',
agentOptions: {
secureProtocol: 'SSLv3_method'
}
});
It is possible to accept other certificates than those signed by generally allowed Certificate Authorities (CAs).
This can be useful, for example, when using self-signed certificates.
To allow a different certificate, you can specify the signing CA by adding the contents of the CA's certificate file to the agentOptions:
request.get({
url: 'https://api.some-server.com/',
agentOptions: {
ca: fs.readFileSync('ca.cert.pem')
}
});
The first argument can be either a url or an options object. The only required option is uri; all others are optional.
uri || url - fully qualified uri or a parsed url object from url.parse()
qs - object containing querystring values to be appended to the uri
useQuerystring - If true, use querystring to stringify and parse
querystrings, otherwise use qs (default: false). Set this option to
true if you need arrays to be serialized as foo=bar&foo=baz instead of the
default foo[0]=bar&foo[1]=baz.
method - http method (default: "GET")
headers - http headers (default: {})
body - entity body for PATCH, POST and PUT requests. Must be a Buffer or String, unless json is true. If json is true, then body must be a JSON-serializable object.
form - when passed an object or a querystring, this sets body to a querystring representation of value, and adds Content-type: application/x-www-form-urlencoded header. When passed no options, a FormData instance is returned (and is piped to request). See "Forms" section above.
formData - Data to pass for a multipart/form-data request. See
Forms section above.
multipart - array of objects which contain their own headers and body
attributes. Sends a multipart/related request. See Forms section
above.
{chunked: false, data: []} where
chunked is used to specify whether the request is sent in
chunked transfer encoding
(the default is chunked: true). In non-chunked requests, data items with
body streams are not allowed.auth - A hash containing values user || username, pass || password, and sendImmediately (optional). See documentation above.
json - sets body but to JSON representation of value and adds Content-type: application/json header. Additionally, parses the response body as JSON.
preambleCRLF - append a newline/CRLF before the boundary of your multipart/form-data request.
postambleCRLF - append a newline/CRLF at the end of the boundary of your multipart/form-data request.
followRedirect - follow HTTP 3xx responses as redirects (default: true). This property can also be implemented as function which gets response object as a single argument and should return true if redirects should continue or false otherwise.
followAllRedirects - follow non-GET HTTP 3xx responses as redirects (default: false)
maxRedirects - the maximum number of redirects to follow (default: 10)
encoding - Encoding to be used on setEncoding of response data. If null, the body is returned as a Buffer. Anything else (including the default value of undefined) will be passed as the encoding parameter to toString() (meaning this is effectively utf8 by default).
pool - An object describing which agents to use for the request. If this option is omitted the request will use the global agent (as long as your options allow for it). Otherwise, request will search the pool for your custom agent. If no custom agent is found, a new agent will be created and added to the pool.
maxSockets property can also be provided on the pool object to set the max number of sockets for all agents created (ex: pool: {maxSockets: Infinity}).pool objects, maxSockets will not work as intended. To
work around this, either use request.defaults
with your pool options or create the pool object with the maxSockets
property outside of the loop.timeout - Integer containing the number of milliseconds to wait for a request to respond before aborting the request
proxy - An HTTP proxy to be used. Supports proxy Auth with Basic Auth, identical to support for the url parameter (by embedding the auth info in the uri)
oauth - Options for OAuth HMAC-SHA1 signing. See documentation above.
hawk - Options for Hawk signing. The credentials key must contain the necessary signing info, see hawk docs for details.
strictSSL - If true, requires SSL certificates be valid. Note: to use your own certificate authority, you need to specify an agent that was created with that CA as an option.
agentOptions - Object containing user agent options. See documentation above. Note: see tls API doc for TLS/SSL options.
jar - If true and tough-cookie is installed, remember cookies for future use (or define your custom cookie jar; see examples section)
aws - object containing AWS signing information. Should have the properties key, secret. Also requires the property bucket, unless you’re specifying your bucket as part of the path, or the request doesn’t use a bucket (i.e. GET Services)
httpSignature - Options for the HTTP Signature Scheme using Joyent's library. The keyId and key properties must be specified. See the docs for other options.
localAddress - Local interface to bind for network connections.
gzip - If true, add an Accept-Encoding header to request compressed content encodings from the server (if not already present) and decode supported content encodings in the response. Note: Automatic decoding of the response content is performed on the body data returned through request (both through the request stream and passed to the callback function) but is not performed on the response stream (available from the response event) which is the unmodified http.IncomingMessage object which may contain compressed data. See example below.
tunnel - If true, then always use a tunneling proxy. If
false (default), then tunneling will only be used if the
destination is https, or if a previous request in the redirect
chain used a tunneling proxy.
proxyHeaderWhiteList - A whitelist of headers to send to a
tunneling proxy.
proxyHeaderExclusiveList - A whitelist of headers to send
exclusively to a tunneling proxy and not to destination.
The callback argument gets 3 arguments:
error when applicable (usually from http.ClientRequest object)http.IncomingMessage objectresponse body (String or Buffer, or JSON object if the json option is supplied)There are also shorthand methods for different HTTP METHODs and some other conveniences.
This method returns a wrapper around the normal request API that defaults to whatever options you pass to it.
Note: request.defaults() does not modify the global request API;
instead, it returns a wrapper that has your default settings applied to it.
Note: You can call .defaults() on the wrapper that is returned from
request.defaults to add/override defaults that were previously defaulted.
For example:
//requests using baseRequest() will set the 'x-token' header
var baseRequest = request.defaults({
headers: {x-token: 'my-token'}
})
//requests using specialRequest() will include the 'x-token' header set in
//baseRequest and will also include the 'special' header
var specialRequest = baseRequest.defaults({
headers: {special: 'special value'}
})
Same as request(), but defaults to method: "PUT".
request.put(url)
Same as request(), but defaults to method: "PATCH".
request.patch(url)
Same as request(), but defaults to method: "POST".
request.post(url)
Same as request() but defaults to method: "HEAD".
request.head(url)
Same as request(), but defaults to method: "DELETE".
request.del(url)
Same as request() (for uniformity).
request.get(url)
Function that creates a new cookie.
request.cookie('key1=value1')
Function that creates a new cookie jar.
request.jar()
var request = require('request')
, rand = Math.floor(Math.random()*100000000).toString()
;
request(
{ method: 'PUT'
, uri: 'http://mikeal.iriscouch.com/testjs/' + rand
, multipart:
[ { 'content-type': 'application/json'
, body: JSON.stringify({foo: 'bar', _attachments: {'message.txt': {follows: true, length: 18, 'content_type': 'text/plain' }}})
}
, { body: 'I am an attachment' }
]
}
, function (error, response, body) {
if(response.statusCode == 201){
console.log('document saved as: http://mikeal.iriscouch.com/testjs/'+ rand)
} else {
console.log('error: '+ response.statusCode)
console.log(body)
}
}
)
For backwards-compatibility, response compression is not supported by default.
To accept gzip-compressed responses, set the gzip option to true. Note
that the body data passed through request is automatically decompressed
while the response object is unmodified and will contain compressed data if
the server sent a compressed response.
var request = require('request')
request(
{ method: 'GET'
, uri: 'http://www.google.com'
, gzip: true
}
, function (error, response, body) {
// body is the decompressed response body
console.log('server encoded the data as: ' + (response.headers['content-encoding'] || 'identity'))
console.log('the decoded data is: ' + body)
}
).on('data', function(data) {
// decompressed data as it is received
console.log('decoded chunk: ' + data)
})
.on('response', function(response) {
// unmodified http.IncomingMessage object
response.on('data', function(data) {
// compressed data as it is received
console.log('received ' + data.length + ' bytes of compressed data')
})
})
Cookies are disabled by default (else, they would be used in subsequent requests). To enable cookies, set jar to true (either in defaults or options) and install tough-cookie.
var request = request.defaults({jar: true})
request('http://www.google.com', function () {
request('http://images.google.com')
})
To use a custom cookie jar (instead of request’s global cookie jar), set jar to an instance of request.jar() (either in defaults or options)
var j = request.jar()
var request = request.defaults({jar:j})
request('http://www.google.com', function () {
request('http://images.google.com')
})
OR
var j = request.jar();
var cookie = request.cookie('key1=value1');
var url = 'http://www.google.com';
j.setCookie(cookie, url);
request({url: url, jar: j}, function () {
request('http://images.google.com')
})
To use a custom cookie store (such as a
FileCookieStore
which supports saving to and restoring from JSON files), pass it as a parameter
to request.jar():
var FileCookieStore = require('tough-cookie-filestore');
// NOTE - currently the 'cookies.json' file must already exist!
var j = request.jar(new FileCookieStore('cookies.json'));
request = request.defaults({ jar : j })
request('http://www.google.com', function() {
request('http://images.google.com')
})
The cookie store must be a
tough-cookie
store and it must support synchronous operations; see the
CookieStore API docs
for details.
To inspect your cookie jar after a request:
var j = request.jar()
request({url: 'http://www.google.com', jar: j}, function () {
var cookie_string = j.getCookieString(uri); // "key1=value1; key2=value2; ..."
var cookies = j.getCookies(uri);
// [{key: 'key1', value: 'value1', domain: "www.google.com", ...}, ...]
})
There are at least three ways to debug the operation of request:
Launch the node process like NODE_DEBUG=request node script.js
(lib,request,otherlib works too).
Set require('request').debug = true at any time (this does the same thing
as #1).
Use the request-debug module to view request and response headers and bodies.
v2.49.0 (2014/11/28)
caseless to 0.8.1 (@mmalecki)FAQs
Simplified HTTP request client.
The npm package request receives a total of 0 weekly downloads. As such, request popularity was classified as not popular.
We found that request demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 4 open source maintainers collaborating on the project.
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