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"Crawler" (sometimes also called a "robot" or "spider") is a generic term for any program that is used to automatically discover and scan websites by following links from one web page to another. Google's main crawler used for Google Search is called Googlebot.

Google-InspectionTool is the crawler used by Search testing tools such as the Rich Result Test and URL inspection in Search Console. Apart from the user agent and user agent token, it mimics Googlebot.

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The special-case crawlers are used by specific products where there's an agreement between the crawled site and the product about the crawl process. For example, AdsBot ignores the global robots.txt user agent (*) with the ad publisher's permission. The special-case crawlers may ignore robots.txt rules and so they operate from a different IP range than the common crawlers. The IP ranges are published in the special-crawlers.json object.

User-triggered fetchers are triggered by users to perform a product specific function. For example, Google Site Verifier acts on a user's request. Because the fetch was requested by a user, these fetchers generally ignore robots.txt rules. The IP ranges the user-triggered fetchers use are published in the user-triggered-fetchers.json object.

Wherever you see the string Chrome/tag_hash_107_______ in the user agent strings in the table, W.X.Y.Z is actually a placeholder that represents the version of the Chrome browser used by that user agent: for example, 41.0.2272.96. This version number will increase over time to match the latest Chromium release version used by Googlebot.

Where several user agents are recognized in the robots.txt file, Google will follow the most specific. If you want all of Google to be able to crawl your pages, you don't need a robots.txt file at all. If you want to block or allow all of Google's crawlers from accessing some of your content, you can do this by specifying Googlebot as the user agent. For example, if you want all your pages to appear in Google Search, and if you want AdSense ads to appear on your pages, you don't need a robots.txt file. Similarly, if you want to block some pages from Google altogether, blocking the Googlebot user agent will also block all Google's other user agents.

But if you want more fine-grained control, you can get more specific. For example, you might want all your pages to appear in Google Search, but you don't want images in your personal directory to be crawled. In this case, use robots.txt to disallow the Googlebot-Image user agent from crawling the files in your personal directory (while allowing Googlebot to crawl all files), like this:

To take another example, say that you want ads on all your pages, but you don't want those pages to appear in Google Search. Here, you'd block Googlebot, but allow the Mediapartners-Google user agent, like this:

Checked for the presence of the no-transform header whenever a user clicked your page in search under appropriate conditions. The Web Light user agent was used only for explicit browse requests of a human visitor, and so it ignored robots.txt rules, which are used to block automated crawling requests.

This guide aims to help new users getting started on Spider, while it also serves a useful reference forexisting Spider members. Whether you seek information for Spider in general, or how toaccess and use the available features, or best practices for the efficient useof the resources, read on!

This feature allows you to add multiple robots.txt at subdomain level, test directives in the SEO Spider and view URLs which are blocked or allowed. The custom robots.txt uses the selected user-agent in the configuration.

However, it has inbuilt preset user agents for Googlebot, Bingbot, various browsers and more. This allows you to switch between them quickly when required. This feature also has a custom user-agent setting which allows you to specify your own user agent.

You can connect to the Google Universal Analytics API and GA4 API and pull in data directly during a crawl. The SEO Spider can fetch user and session metrics, as well as goal conversions and ecommerce (transactions and revenue) data for landing pages, so you can view your top performing pages when performing a technical or content audit.

PageSpeed Insights uses Lighthouse, so the SEO Spider is able to display Lighthouse speed metrics, analyse speed opportunities and diagnostics at scale and gather real-world data from the Chrome User Experience Report (CrUX) which contains Core Web Vitals from real-user monitoring (RUM).

The API is limited to 25,000 queries a day at 60 queries per 100 seconds per user. The SEO Spider automatically controls the rate of requests to remain within these limits. With these limits in places the best case is the SEO Spider can request 36 URLs a minute. So for a crawl of 10,000 URLs this would take just over 4.5 hours.

You will require a Moz account to pull data from the Mozscape API. Moz offer a free limited API and a separate paid API, which allows users to pull more metrics, at a faster rate. Please note, this is a separate subscription to a standard Moz PRO account. You can read about free vs paid access over at Moz.

There is no set-up required for basic and digest authentication, it is detected automatically during a crawl of a page which requires a login. If you visit the website and your browser gives you a pop-up requesting a username and password, that will be basic or digest authentication. If the login screen is contained in the page itself, this will be a web form authentication, which is discussed in the next section.

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Just got my Spider V 240 amp. I like it so far with one glaring exception. I guess I could have figured this out in advance but i'm disappointed there is only 1 bank reserved for user presets. Ideally i'd like to NOT overwrite the factory presets and just have 3-4 banks with my own customized presets that i could have in adjacent banks say from 32-35. Why didn't Line 6 create more space for user presets? Is there any way to expand this? Looking for ideas since i just bought this and still figuring out how i want to configure the amp. thanks all.

Maybe I misunderstood your post. With the spider remote app on the PC I can overwrite all the slots/banks in the Spider V with my own tones if I want to, but obviously then lose the presets that it came with. 32 banks each with 4 slots.

Scrapy puts all the arguments as spider attributes and you can skip the init method completely. Beware use getattr method for getting those attributes so your code does not break.

When explicitly setting the spider_internal_sql_log_off system variable, please note that Spider will execute matching SET SQL_LOG_OFF statements on each of the data nodes. It will attempt to do this on the data nodes using the SUPER privilege, which thus requires one to grant this privilege to the Spider user on the data nodes.

If the Spider user on the data note is not configured with the SUPER privilege, you may encounter issues when working with Spider tables like ERROR 1227 (42000): Access denied for the missing SUPER privilege. To avoid this, don't explicitly set spider_internal_sql_log_off, or set it to -1, or grant the SUPER privilege to the Spider user on the data node.

Spider needs a remote connection to the backend server to actually perform the remote query. So this should be setup on each backend server. In this case 172.21.21.2 is the ip address of the spider node limiting access to just that server.

In this case, a spider table is created to allow remote access to the opportunities table hosted on backend1. This then allows for queries and remote dml into the backend1 server from the spider server:

In this case a spider table is created to distribute data across backend1 and backend2 by hashing the id column. Since the id column is an incrementing numeric value the hashing will ensure even distribution across the 2 nodes.

In this case a spider table is created to distribute data across backend1 and backend2 based on the first letter of the accountName field. All accountNames that start with the letter L and prior will be stored in backend1 and all other values stored in backend2. Note that the accountName column must be added to the primary key which is a requirement of MariaDB partitioning:

In this case a spider table is created to distribute data across backend1 and backend2 based on specific values in the owner field. Bill, Bob, and Chris will be stored in backend1 and Maria and Olivier stored in backend2. Note that the owner column must be added to the primary key which is a requirement of MariaDB partitioning:

In System Spider Cache, we described how to build asystem cache. If there is no system cache available then Lmod canproduce a user based spider cache. It gets written to~/.cache/lmod. See below for earlier versions of Lmod. It isdesigned to provide improved speed of performing doing module avail ormodule spider. But it is not without its problems. The first pointis that if Lmod thinks any spider cache is valid, it uses it for theMODULEPATH directories it covers then it uses it instead of walkingthe tree.

A broken response, or data loss error, may happen under severalcircumstances, from server misconfiguration to network errors to datacorruption. It is up to the user to decide if it makes sense to processbroken responses considering they may contain partial or incomplete content.If RETRY_ENABLED is True and this setting is set to True,the ResponseFailed([_DataLoss]) failure will be retried as usual.

The user agent string to use for matching in the robots.txt file. If None,the User-Agent header you are sending with the request or theUSER_AGENT setting (in that order) will be used for determiningthe user agent to use in the robots.txt file. ff782bc1db