Awesome

What's Hurl?

Hurl is a command line tool that runs <b>HTTP requests</b> defined in a simple <b>plain text format</b>.

It can chain requests, capture values and evaluate queries on headers and body response. Hurl is very versatile: it can be used for both <b>fetching data</b> and <b>testing HTTP</b> sessions.

Hurl makes it easy to work with <b>HTML</b> content, <b>REST / SOAP / GraphQL</b> APIs, or any other <b>XML / JSON</b> based APIs.

# Get home:
GET https://example.org
HTTP 200
[Captures]
csrf_token: xpath "string(//meta[@name='_csrf_token']/@content)"


# Do login!
POST https://example.org/login?user=toto&password=1234
X-CSRF-TOKEN: {{csrf_token}}
HTTP 302

Chaining multiple requests is easy:

GET https://example.org/api/health
GET https://example.org/api/step1
GET https://example.org/api/step2
GET https://example.org/api/step3

Also an HTTP Test Tool

Hurl can run HTTP requests but can also be used to <b>test HTTP responses</b>. Different types of queries and predicates are supported, from XPath and JSONPath on body response, to assert on status code and response headers.

<a href="https://hurl.dev/player.html?id=starwars&speed=3"><img src="/docs/assets/img/poster-starwars.png" width="100%" alt="Hurl Demo"/></a>

It is well adapted for <b>REST / JSON APIs</b>

POST https://example.org/api/tests
{
    "id": "4568",
    "evaluate": true
}
HTTP 200
[Asserts]
header "X-Frame-Options" == "SAMEORIGIN"
jsonpath "$.status" == "RUNNING"    # Check the status code
jsonpath "$.tests" count == 25      # Check the number of items
jsonpath "$.id" matches /\d{4}/     # Check the format of the id

<b>HTML content</b>

GET https://example.org
HTTP 200
[Asserts]
xpath "normalize-space(//head/title)" == "Hello world!"

<b>GraphQL</b>

POST https://example.org/graphql
```graphql
{
  human(id: "1000") {
    name
    height(unit: FOOT)
  }
}
```
HTTP 200

and even <b>SOAP APIs</b>

POST https://example.org/InStock
Content-Type: application/soap+xml; charset=utf-8
SOAPAction: "http://www.w3.org/2003/05/soap-envelope"
<?xml version="1.0" encoding="UTF-8"?>
<soap:Envelope xmlns:soap="http://www.w3.org/2003/05/soap-envelope" xmlns:m="https://example.org">
  <soap:Header></soap:Header>
  <soap:Body>
    <m:GetStockPrice>
      <m:StockName>GOOG</m:StockName>
    </m:GetStockPrice>
  </soap:Body>
</soap:Envelope>
HTTP 200

Hurl can also be used to test the <b>performance</b> of HTTP endpoints

GET https://example.org/api/v1/pets
HTTP 200
[Asserts]
duration < 1000  # Duration in ms

And check response bytes

GET https://example.org/data.tar.gz
HTTP 200
[Asserts]
sha256 == hex,039058c6f2c0cb492c533b0a4d14ef77cc0f78abccced5287d84a1a2011cfb81;

Finally, Hurl is easy to <b>integrate in CI/CD</b>, with text, JUnit, TAP and HTML reports

Why Hurl?

Powered by curl

Hurl is a lightweight binary written in Rust. Under the hood, Hurl HTTP engine is powered by libcurl, one of the most powerful and reliable file transfer libraries. With its text file format, Hurl adds syntactic sugar to run and test HTTP requests, but it's still the curl that we love: fast, efficient and HTTP/3 ready.

Feedbacks

To support its development, star Hurl on GitHub!

Feedback, suggestion, bugs or improvements are welcome.

POST https://hurl.dev/api/feedback
{
  "name": "John Doe",
  "feedback": "Hurl is awesome!"
}
HTTP 200

Resources

License

Blog

Tutorial

Documentation (download HTML, PDF, Markdown)

GitHub

Table of Contents

• Samples
  • Getting Data
    • HTTP Headers
    • Query Params
    • Basic Authentication
    • Passing Data between Requests
  • Sending Data
    • Sending HTML Form Data
    • Sending Multipart Form Data
    • Posting a JSON Body
    • Templating a JSON Body
    • Templating a XML Body
    • Using GraphQL Query
    • Using Dynamic Datas
  • Testing Response
    • Testing Status Code
    • Testing Response Headers
    • Testing REST APIs
    • Testing HTML Response
    • Testing Set-Cookie Attributes
    • Testing Bytes Content
    • SSL Certificate
    • Checking Full Body
  • Reports
    • HTML Report
    • JSON Report
    • JUnit Report
    • TAP Report
    • JSON Output
  • Others
    • HTTP Version
    • Polling and Retry
    • Delaying Requests
    • Skipping Requests
    • Testing Endpoint Performance
    • Using SOAP APIs
    • Capturing and Using a CSRF Token
    • Checking Byte Order Mark (BOM) in Response Body
    • AWS Signature Version 4 Requests
    • Using curl Options
• Manual
  • Name
  • Synopsis
  • Description
  • Hurl File Format
    • Capturing values
    • Asserts
  • Options
  • Environment
  • Exit Codes
  • WWW
  • See Also
• Installation
  • Binaries Installation
    • Linux
      • Debian / Ubuntu
      • Alpine
      • Arch Linux / Manjaro
      • NixOS / Nix
    • macOS
      • Homebrew
      • MacPorts
    • FreeBSD
    • Windows
      • Zip File
      • Installer
      • Chocolatey
      • Scoop
      • Windows Package Manager
    • Cargo
    • conda-forge
    • Docker
    • npm
  • Building From Sources
    • Build on Linux
      • Debian based distributions
      • Fedora based distributions
      • Red Hat based distributions
      • Arch based distributions
      • Alpine based distributions
    • Build on macOS
    • Build on Windows

Samples

To run a sample, edit a file with the sample content, and run Hurl:

$ vi sample.hurl

GET https://example.org

$ hurl sample.hurl

By default, Hurl behaves like curl and outputs the last HTTP response's entry. To have a test oriented output, you can use --test option:

$ hurl --test sample.hurl

A particular response can be saved with [Options] section:

GET https://example.ord/cats/123
[Options]
output: cat123.txt    # use - to output to stdout
HTTP 200

GET https://example.ord/dogs/567
HTTP 200

Finally, Hurl can take files as input, or directories. In the latter case, Hurl will search files with .hurl extension recursively.

$ hurl --test integration/*.hurl
$ hurl --test .

You can check Hurl tests suite for more samples.

Getting Data

A simple GET:

GET https://example.org

Requests can be chained:

GET https://example.org/a
GET https://example.org/b
HEAD https://example.org/c
GET https://example.org/c

Doc

HTTP Headers

A simple GET with headers:

GET https://example.org/news
User-Agent: Mozilla/5.0 
Accept: */*
Accept-Language: en-US,en;q=0.5
Accept-Encoding: gzip, deflate, br
Connection: keep-alive

Doc

Query Params

GET https://example.org/news
[QueryStringParams]
order: newest
search: something to search
count: 100

Or:

GET https://example.org/news?order=newest&search=something%20to%20search&count=100

With [QueryStringParams] section, params don't need to be URL escaped.

Doc

Basic Authentication

GET https://example.org/protected
[BasicAuth]
bob: secret

Doc

This is equivalent to construct the request with a Authorization header:

# Authorization header value can be computed with `echo -n 'bob:secret' | base64`
GET https://example.org/protected
Authorization: Basic Ym9iOnNlY3JldA== 

Basic authentication section allows per request authentication. If you want to add basic authentication to all the requests of a Hurl file you could use -u/--user option:

$ hurl --user bob:secret login.hurl

--user option can also be set per request:

GET https://example.org/login
[Options]
user: bob:secret
HTTP 200

GET https://example.org/login
[Options]
user: alice:secret
HTTP 200

Passing Data between Requests

Captures can be used to pass data from one request to another:

POST https://sample.org/orders
HTTP 201
[Captures]
order_id: jsonpath "$.order.id"

GET https://sample.org/orders/{{order_id}}
HTTP 200

Doc

Sending Data

Sending HTML Form Data

POST https://example.org/contact
[FormParams]
default: false
token: {{token}}
email: john.doe@rookie.org
number: 33611223344

Doc

Sending Multipart Form Data

POST https://example.org/upload
[MultipartFormData]
field1: value1
field2: file,example.txt;
# One can specify the file content type:
field3: file,example.zip; application/zip

Doc

Multipart forms can also be sent with a multiline string body:

POST https://example.org/upload
Content-Type: multipart/form-data; boundary="boundary"
```
--boundary
Content-Disposition: form-data; name="key1"

value1
--boundary
Content-Disposition: form-data; name="upload1"; filename="data.txt"
Content-Type: text/plain

Hello World!
--boundary
Content-Disposition: form-data; name="upload2"; filename="data.html"
Content-Type: text/html

<div>Hello <b>World</b>!</div>
--boundary--
```

In that case, files have to be inlined in the Hurl file.

Doc

Posting a JSON Body

With an inline JSON:

POST https://example.org/api/tests
{
    "id": "456",
    "evaluate": true
}

Doc

With a local file:

POST https://example.org/api/tests
Content-Type: application/json
file,data.json;

Doc

Templating a JSON Body

PUT https://example.org/api/hits
Content-Type: application/json
{
    "key0": "{{a_string}}",
    "key1": {{a_bool}},
    "key2": {{a_null}},
    "key3": {{a_number}}
}

Variables can be initialized via command line:

$ hurl --variable a_string=apple \
       --variable a_bool=true \
       --variable a_null=null \
       --variable a_number=42 \
       test.hurl

Resulting in a PUT request with the following JSON body:

{
    "key0": "apple",
    "key1": true,
    "key2": null,
    "key3": 42
}

Doc

Templating a XML Body

Using templates with XML body is not currently supported in Hurl. You can use templates in XML multiline string body with variables to send a variable XML body:

POST https://example.org/echo/post/xml
```xml
<?xml version="1.0" encoding="utf-8"?>
<Request>
    <Login>{{login}}</Login>
    <Password>{{password}}</Password>
</Request>
```

Doc

Using GraphQL Query

A simple GraphQL query:

POST https://example.org/starwars/graphql
```graphql
{
  human(id: "1000") {
    name
    height(unit: FOOT)
  }
}
```

A GraphQL query with variables:

POST https://example.org/starwars/graphql
```graphql
query Hero($episode: Episode, $withFriends: Boolean!) {
  hero(episode: $episode) {
    name
    friends @include(if: $withFriends) {
      name
    }
  }
}

variables {
  "episode": "JEDI",
  "withFriends": false
}
```

GraphQL queries can also use Hurl templates.

Doc

Using Dynamic Datas

Functions like newUuid and newDate can be used in templates to create dynamic datas:

A file that creates a dynamic email (i.e 0531f78f-7f87-44be-a7f2-969a1c4e6d97@test.com):

POST https://example.org/api/foo
{
  "name": "foo",
  "email": "{{newUuid}}@test.com"
}

A file that creates a dynamic query parameter (i.e 2024-12-02T10:35:44.461731Z):

GET https://example.org/api/foo
[QueryStringParams]
date: {{newDate}}
HTTP 200

Doc

Testing Response

Responses are optional, everything after HTTP is part of the response asserts.

# A request with (almost) no check:
GET https://foo.com

# A status code check:
GET https://foo.com
HTTP 200

# A test on response body
GET https://foo.com
HTTP 200
[Asserts]
jsonpath "$.state" == "running"

Testing Status Code

GET https://example.org/order/435
HTTP 200

Doc

GET https://example.org/order/435
# Testing status code is in a 200-300 range
HTTP *
[Asserts]
status >= 200
status < 300

Doc

Testing Response Headers

Use implicit response asserts to test header values:

GET https://example.org/index.html
HTTP 200
Set-Cookie: theme=light
Set-Cookie: sessionToken=abc123; Expires=Wed, 09 Jun 2021 10:18:14 GMT

Doc

Or use explicit response asserts with predicates:

GET https://example.org
HTTP 302
[Asserts]
header "Location" contains "www.example.net"

Doc

Implicit and explicit asserts can be combined:

GET https://example.org/index.html
HTTP 200
Set-Cookie: theme=light
Set-Cookie: sessionToken=abc123; Expires=Wed, 09 Jun 2021 10:18:14 GMT
[Asserts]
header "Location" contains "www.example.net"

Testing REST APIs

Asserting JSON body response (node values, collection count etc...) with JSONPath:

GET https://example.org/order
screencapability: low
HTTP 200
[Asserts]
jsonpath "$.validated" == true
jsonpath "$.userInfo.firstName" == "Franck"
jsonpath "$.userInfo.lastName" == "Herbert"
jsonpath "$.hasDevice" == false
jsonpath "$.links" count == 12
jsonpath "$.state" != null
jsonpath "$.order" matches "^order-\\d{8}$"
jsonpath "$.order" matches /^order-\d{8}$/     # Alternative syntax with regex literal
jsonpath "$.created" isIsoDate

Doc

Testing HTML Response

GET https://example.org
HTTP 200
Content-Type: text/html; charset=UTF-8
[Asserts]
xpath "string(/html/head/title)" contains "Example" # Check title
xpath "count(//p)" == 2  # Check the number of p
xpath "//p" count == 2  # Similar assert for p
xpath "boolean(count(//h2))" == false  # Check there is no h2  
xpath "//h2" not exists  # Similar assert for h2
xpath "string(//div[1])" matches /Hello.*/

Doc

Testing Set-Cookie Attributes

GET https://example.org/home
HTTP 200
[Asserts]
cookie "JSESSIONID" == "8400BAFE2F66443613DC38AE3D9D6239"
cookie "JSESSIONID[Value]" == "8400BAFE2F66443613DC38AE3D9D6239"
cookie "JSESSIONID[Expires]" contains "Wed, 13 Jan 2021"
cookie "JSESSIONID[Secure]" exists
cookie "JSESSIONID[HttpOnly]" exists
cookie "JSESSIONID[SameSite]" == "Lax"

Doc

Testing Bytes Content

Check the SHA-256 response body hash:

GET https://example.org/data.tar.gz
HTTP 200
[Asserts]
sha256 == hex,039058c6f2c0cb492c533b0a4d14ef77cc0f78abccced5287d84a1a2011cfb81;

Doc

SSL Certificate

Check the properties of a SSL certificate:

GET https://example.org
HTTP 200
[Asserts]
certificate "Subject" == "CN=example.org"
certificate "Issuer" == "C=US, O=Let's Encrypt, CN=R3"
certificate "Expire-Date" daysAfterNow > 15
certificate "Serial-Number" matches /[\da-f]+/

Doc

Checking Full Body

Use implicit body to test an exact JSON body match:

GET https://example.org/api/cats/123
HTTP 200
{
  "name" : "Purrsloud",
  "species" : "Cat",
  "favFoods" : ["wet food", "dry food", "<strong>any</strong> food"],
  "birthYear" : 2016,
  "photo" : "https://learnwebcode.github.io/json-example/images/cat-2.jpg"
}

Doc

Or an explicit assert file:

GET https://example.org/index.html
HTTP 200
[Asserts]
body == file,cat.json;

Doc

Implicit asserts supports XML body:

GET https://example.org/api/catalog
HTTP 200
<?xml version="1.0" encoding="UTF-8"?>
<catalog>
   <book id="bk101">
      <author>Gambardella, Matthew</author>
      <title>XML Developer's Guide</title>
      <genre>Computer</genre>
      <price>44.95</price>
      <publish_date>2000-10-01</publish_date>
      <description>An in-depth look at creating applications with XML.</description>
   </book>
</catalog>

Doc

Plain text:

GET https://example.org/models
HTTP 200
```
Year,Make,Model,Description,Price
1997,Ford,E350,"ac, abs, moon",3000.00
1999,Chevy,"Venture ""Extended Edition""","",4900.00
1999,Chevy,"Venture ""Extended Edition, Very Large""",,5000.00
1996,Jeep,Grand Cherokee,"MUST SELL! air, moon roof, loaded",4799.00
```

Doc

One line:

POST https://example.org/helloworld
HTTP 200
`Hello world!`

Doc

File:

GET https://example.org
HTTP 200
file,data.bin;

Doc

Reports

HTML Report

$ hurl --test --report-html build/report/ *.hurl

Doc

JSON Report

$ hurl --test --report-json build/report/ *.hurl

Doc

JUnit Report

$ hurl --test --report-junit build/report.xml *.hurl

Doc

TAP Report

$ hurl --test --report-tap build/report.txt *.hurl

Doc

JSON Output

A structured output of running Hurl files can be obtained with --json option. Each file will produce a JSON export of the run.

$ hurl --json *.hurl

Others

HTTP Version

Testing HTTP version (HTTP/1.0, HTTP/1.1, HTTP/2 or HTTP/3):

GET https://foo.com
HTTP/3 200

GET https://bar.com
HTTP/2 200

Doc

Polling and Retry

Retry request on any errors (asserts, captures, status code, runtime etc...):

# Create a new job
POST https://api.example.org/jobs
HTTP 201
[Captures]
job_id: jsonpath "$.id"
[Asserts]
jsonpath "$.state" == "RUNNING"


# Pull job status until it is completed
GET https://api.example.org/jobs/{{job_id}}
[Options]
retry: 10   # maximum number of retry, -1 for unlimited
retry-interval: 500ms
HTTP 200
[Asserts]
jsonpath "$.state" == "COMPLETED"

Doc

Delaying Requests

Add delay for every request, or a particular request:

# Delaying this request by 5 seconds (aka sleep)
GET https://example.org/turtle
[Options]
delay: 5s
HTTP 200

# No delay!
GET https://example.org/turtle
HTTP 200

Doc

Skipping Requests

# a, c, d are run, b is skipped
GET https://example.org/a

GET https://example.org/b
[Options]
skip: true

GET https://example.org/c

GET https://example.org/d

Doc

Testing Endpoint Performance

GET https://sample.org/helloworld
HTTP *
[Asserts]
duration < 1000   # Check that response time is less than one second

Doc

Using SOAP APIs

POST https://example.org/InStock
Content-Type: application/soap+xml; charset=utf-8
SOAPAction: "http://www.w3.org/2003/05/soap-envelope"
<?xml version="1.0" encoding="UTF-8"?>
<soap:Envelope xmlns:soap="http://www.w3.org/2003/05/soap-envelope" xmlns:m="https://example.org">
  <soap:Header></soap:Header>
  <soap:Body>
    <m:GetStockPrice>
      <m:StockName>GOOG</m:StockName>
    </m:GetStockPrice>
  </soap:Body>
</soap:Envelope>
HTTP 200

Doc

Capturing and Using a CSRF Token

GET https://example.org
HTTP 200
[Captures]
csrf_token: xpath "string(//meta[@name='_csrf_token']/@content)"


POST https://example.org/login?user=toto&password=1234
X-CSRF-TOKEN: {{csrf_token}}
HTTP 302

Doc

Checking Byte Order Mark (BOM) in Response Body

GET https://example.org/data.bin
HTTP 200
[Asserts]
bytes startsWith hex,efbbbf;

Doc

AWS Signature Version 4 Requests

Generate signed API requests with AWS Signature Version 4, as used by several cloud providers.

POST https://sts.eu-central-1.amazonaws.com/
[Options]
aws-sigv4: aws:amz:eu-central-1:sts
[FormParams]
Action: GetCallerIdentity
Version: 2011-06-15

The Access Key is given per --user, either with command line option or within the [Options] section:

POST https://sts.eu-central-1.amazonaws.com/
[Options]
aws-sigv4: aws:amz:eu-central-1:sts
user: bob=secret
[FormParams]
Action: GetCallerIdentity
Version: 2011-06-15

Doc

Using curl Options

curl options (for instance --resolve or --connect-to) can be used as CLI argument. In this case, they're applicable to each request of an Hurl file.

$ hurl --resolve foo.com:8000:127.0.0.1 foo.hurl

Use [Options] section to configure a specific request:

GET http://bar.com
HTTP 200


GET http://foo.com:8000/resolve
[Options]
resolve: foo.com:8000:127.0.0.1
HTTP 200
`Hello World!`

Doc

Manual

Name

hurl - run and test HTTP requests.

Synopsis

hurl [options] [FILE...]

Description

Hurl is a command line tool that runs HTTP requests defined in a simple plain text format.

It can chain requests, capture values and evaluate queries on headers and body response. Hurl is very versatile, it can be used for fetching data and testing HTTP sessions: HTML content, REST / SOAP / GraphQL APIs, or any other XML / JSON based APIs.

$ hurl session.hurl

If no input files are specified, input is read from stdin.

$ echo GET http://httpbin.org/get | hurl
    {
      "args": {},
      "headers": {
        "Accept": "*/*",
        "Accept-Encoding": "gzip",
        "Content-Length": "0",
        "Host": "httpbin.org",
        "User-Agent": "hurl/0.99.10",
        "X-Amzn-Trace-Id": "Root=1-5eedf4c7-520814d64e2f9249ea44e0"
      },
      "origin": "1.2.3.4",
      "url": "http://httpbin.org/get"
    }

Hurl can take files as input, or directories. In the latter case, Hurl will search files with .hurl extension recursively.

Output goes to stdout by default. To have output go to a file, use the -o, --output option:

$ hurl -o output input.hurl

By default, Hurl executes all HTTP requests and outputs the response body of the last HTTP call.

To have a test oriented output, you can use --test option:

$ hurl --test *.hurl

Hurl File Format

The Hurl file format is fully documented in https://hurl.dev/docs/hurl-file.html

It consists of one or several HTTP requests

GET http://example.org/endpoint1
GET http://example.org/endpoint2

Capturing values

A value from an HTTP response can be-reused for successive HTTP requests.

A typical example occurs with CSRF tokens.

GET https://example.org
HTTP 200
# Capture the CSRF token value from html body.
[Captures]
csrf_token: xpath "normalize-space(//meta[@name='_csrf_token']/@content)"

# Do the login !
POST https://example.org/login?user=toto&password=1234
X-CSRF-TOKEN: {{csrf_token}}

More information on captures can be found here https://hurl.dev/docs/capturing-response.html

Asserts

The HTTP response defined in the Hurl file are used to make asserts. Responses are optional.

At the minimum, response includes assert on the HTTP status code.

GET http://example.org
HTTP 301

It can also include asserts on the response headers

GET http://example.org
HTTP 301
Location: http://www.example.org

Explicit asserts can be included by combining a query and a predicate

GET http://example.org
HTTP 301
[Asserts]
xpath "string(//title)" == "301 Moved"

With the addition of asserts, Hurl can be used as a testing tool to run scenarios.

More information on asserts can be found here https://hurl.dev/docs/asserting-response.html

Options

Options that exist in curl have exactly the same semantics.

Options specified on the command line are defined for every Hurl file's entry, except if they are tagged as cli-only (can not be defined in the Hurl request [Options] entry)

For instance:

$ hurl --location foo.hurl

will follow redirection for each entry in foo.hurl. You can also define an option only for a particular entry with an [Options] section. For instance, this Hurl file:

GET https://example.org
HTTP 301

GET https://example.org
[Options]
location: true
HTTP 200

will follow a redirection only for the second entry.

Environment

Environment variables can only be specified in lowercase.

Using an environment variable to set the proxy has the same effect as using the -x, --proxy option.

Exit Codes

WWW

https://hurl.dev

See Also

curl(1) hurlfmt(1)

Installation

Binaries Installation

Linux

Precompiled binary is available at Hurl latest GitHub release:

$ INSTALL_DIR=/tmp
$ VERSION=6.0.0
$ curl --silent --location https://github.com/Orange-OpenSource/hurl/releases/download/$VERSION/hurl-$VERSION-x86_64-unknown-linux-gnu.tar.gz | tar xvz -C $INSTALL_DIR
$ export PATH=$INSTALL_DIR/hurl-$VERSION-x86_64-unknown-linux-gnu/bin:$PATH

Debian / Ubuntu

For Debian / Ubuntu, Hurl can be installed using a binary .deb file provided in each Hurl release.

$ VERSION=6.0.0
$ curl --location --remote-name https://github.com/Orange-OpenSource/hurl/releases/download/$VERSION/hurl_${VERSION}_amd64.deb
$ sudo apt update && sudo apt install ./hurl_${VERSION}_amd64.deb

For Ubuntu (bionic, focal, jammy, noble), Hurl can be installed from ppa:lepapareil/hurl

$ VERSION=6.0.0
$ sudo apt-add-repository -y ppa:lepapareil/hurl
$ sudo apt install hurl="${VERSION}"*

Alpine

Hurl is available on testing channel.

$ apk add --repository http://dl-cdn.alpinelinux.org/alpine/edge/testing hurl

Arch Linux / Manjaro

Hurl is available on extra channel.

$ pacman -Sy hurl

NixOS / Nix

NixOS / Nix package is available on stable channel.

macOS

Precompiled binaries for Intel and ARM CPUs are available at Hurl latest GitHub release.

Homebrew

$ brew install hurl

MacPorts

$ sudo port install hurl

FreeBSD

$ sudo pkg install hurl

Windows

Windows requires the Visual C++ Redistributable Package to be installed manually, as this is not included in the installer.

Zip File

Hurl can be installed from a standalone zip file at Hurl latest GitHub release. You will need to update your PATH variable.

Installer

An executable installer is also available at Hurl latest GitHub release.

Chocolatey

$ choco install hurl

Scoop

$ scoop install hurl

Windows Package Manager

$ winget install hurl

Cargo

If you're a Rust programmer, Hurl can be installed with cargo.

$ cargo install hurl

conda-forge

$ conda install -c conda-forge hurl

Hurl can also be installed with conda-forge powered package manager like pixi.

Docker

$ docker pull ghcr.io/orange-opensource/hurl:latest

npm

$ npm install --save-dev @orangeopensource/hurl

Building From Sources

Hurl sources are available in GitHub.

Build on Linux

Hurl depends on libssl, libcurl and libxml2 native libraries. You will need their development files in your platform.

Debian based distributions

$ apt install -y build-essential pkg-config libssl-dev libcurl4-openssl-dev libxml2-dev

Fedora based distributions

$ dnf install -y pkgconf-pkg-config gcc openssl-devel libxml2-devel

Red Hat based distributions

$ yum install -y pkg-config gcc openssl-devel libxml2-devel

Arch based distributions

$ pacman -S --noconfirm pkgconf gcc glibc openssl libxml2

Alpine based distributions

$ apk add curl-dev gcc libxml2-dev musl-dev openssl-dev

Build on macOS

$ xcode-select --install
$ brew install pkg-config

Hurl is written in Rust. You should install the latest stable release.

$ curl https://sh.rustup.rs -sSf | sh -s -- -y
$ source $HOME/.cargo/env
$ rustc --version
$ cargo --version

Then build hurl:

$ git clone https://github.com/Orange-OpenSource/hurl
$ cd hurl
$ cargo build --release
$ ./target/release/hurl --version

Build on Windows

Please follow the contrib on Windows section.