Binary Files
To scrape any type of file within the limit of 2MB, just set the URL parameter to the URL of that specific file.
The response will include an object with the key base64_string and the file converted to a base64 string as the value.
Binary Files examples
GET https://scrape.shifter.io/v1?api_key=api_key&url=https://upload.wikimedia.org/wikipedia/commons/thumb/2/2f/Google_2015_logo.svg/440px-Google_2015_logo.svg.png
⇡ Input
curl --request GET --url "https://scrape.shifter.io/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png"const http = require("https");
const options = {
"method": "GET",
"hostname": "scrape.shifter.io",
"port": null,
"path": "/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png",
"headers": {}
};
const req = http.request(options, function (res) {
const chunks = [];
res.on("data", function (chunk) {
chunks.push(chunk);
});
res.on("end", function () {
const body = Buffer.concat(chunks);
console.log(body.toString());
});
});
req.end();import http.client
conn = http.client.HTTPSConnection("scrape.shifter.io")
conn.request("GET", "/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png")
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))<?php
$curl = curl_init();
curl_setopt_array($curl, [
CURLOPT_URL => "https://scrape.shifter.io/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png",
CURLOPT_RETURNTRANSFER => true,
CURLOPT_ENCODING => "",
CURLOPT_MAXREDIRS => 10,
CURLOPT_TIMEOUT => 30,
CURLOPT_HTTP_VERSION => CURL_HTTP_VERSION_1_1,
CURLOPT_CUSTOMREQUEST => "GET",
]);
$response = curl_exec($curl);
$err = curl_error($curl);
curl_close($curl);
if ($err) {
echo "cURL Error #:" . $err;
} else {
echo $response;
}package main
import (
"fmt"
"net/http"
"io/ioutil"
)
func main() {
url := "https://scrape.shifter.io/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png"
req, _ := http.NewRequest("GET", url, nil)
res, _ := http.DefaultClient.Do(req)
defer res.Body.Close()
body, _ := ioutil.ReadAll(res.Body)
fmt.Println(res)
fmt.Println(string(body))
}HttpResponse<String> response = Unirest.get("https://scrape.shifter.io/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png")
.asString();var client = new RestClient("https://scrape.shifter.io/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png");
var request = new RestRequest(Method.GET);
IRestResponse response = client.Execute(request);require 'uri'
require 'net/http'
require 'openssl'
url = URI("https://scrape.shifter.io/v1?api_key=api_key&url=https%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2Fthumb%2F2%2F2f%2FGoogle_2015_logo.svg%2F440px-Google_2015_logo.svg.png")
http = Net::HTTP.new(url.host, url.port)
http.use_ssl = true
http.verify_mode = OpenSSL::SSL::VERIFY_NONE
request = Net::HTTP::Get.new(url)
response = http.request(request)
puts response.read_body⇣ Output
{
"base64_string": "data:image/webp;base64,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"
}Last updated