The escapes should useД«elow are tests to help validate a canonicalization implementation. In the URL, percent-escape all characters Replace runs of consecutive slashes with a single slash character.Дo not apply these path canonicalizations to the query parameters.Replacing '/./' with '/', and removing '/./' along with the preceding path Resolve the sequences '/./' and '/./' in the path by.Including octal, hex, and fewer than four components. The client should handle any legal IP-address encoding, If the hostname can be parsed as an IP address, normalize it.Replace consecutive dots with a single dot.Third, repeatedly percent-unescape the URL until it has no more percent-escapes.Д®xtract the hostname from the URL and then: Second, if the URL ends in a fragment, remove the fragment. Do not remove escape sequences for these characters (e.g. The URL must include a path component that is, it must have aДЇirst, remove tab (0x09), CR (0x0d), and LF (0x0a) characters from If the URL uses an internationalized domain name (IDN), the client should convert the URL to theДЄSCII Punycode representation. To begin, we assume that the client has parsed the URL and made it valid according to RFC 2396. Note that these steps mirror the process the Safe Browsing server uses to maintain the Safe Compute the hash prefix for each full-length hash.Compute the full-length hash for each suffix/prefix expression.Create the suffix/prefix expressions for the URL.To compute the hash prefix of a URL, follow these steps: To check a URL against a Safe Browsing list (either locally or on the server), clients must first The Safe Browsing lists consist of variable length SHA256 hashes This document applies to the following method:

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