format using go-1.19

		// handle error

	}

	defer conn.Close()

*/

package snowflake_client

Package amp provides functions for working with the AMP (Accelerated Mobile

Pages) subset of HTML, and conveying binary data through an AMP cache.

AMP cache

# AMP cache

The CacheURL function takes a plain URL and converts it to be accessed through a

given AMP cache.

suffix of a URL path. AMP caches do not support HTTP POST, but encoding data

into a URL path with GET is an alternative means of sending data to the server.

The format of an encoded path is:

	0<0 or more bytes, including slash>/<base64 of data>

That is:

* "0", a format version number, which controls the interpretation of the rest of

the path. Only the first byte matters as a version indicator (not the whole

For example, an encoding of the string "This is path-encoded data." is the

following. The "lgWHcwhXFjUm" following the format version number is random

padding that will be ignored on decoding.

	0lgWHcwhXFjUm/VGhpcyBpcyBwYXRoLWVuY29kZWQgZGF0YS4

It is the caller's responsibility to add or remove any directory path prefix

before calling EncodePath or DecodePath.

AMP armor

# AMP armor

AMP armor is a data encoding scheme that that satisfies the requirements of the

AMP (Accelerated Mobile Pages) subset of HTML, and survives modification by an

Each pre element may contain at most 64 KB of text. pre elements may not be

nested.

Example

# Example

The following is the result of encoding the string

"This was encoded with AMP armor.":

// represents data or padding (1=data, 0=padding). Another bit ("c" for

// "continuation") is the indicates whether there are more bytes in the length

// prefix. The remaining 6 bits ("x") encode part of the length value.

//

//	dcxxxxxx

//

// If the continuation bit is set, then the next byte is also part of the length

// prefix. It lacks the "d" bit, has its own "c" bit, and 7 value-carrying bits

// ("y").

//

//	cyyyyyyy

//

// The length is decoded by concatenating value-carrying bits, from left to

// right, of all value-carrying bits, up to and including the first byte whose

// "c" bit is 0. Although in principle this encoding would allow for length

// prefixes of any size, length prefixes are arbitrarily limited to 3 bytes and

// any attempt to read or write a longer one is an error. These are therefore

// the only valid formats:

//

//	00xxxxxx			xxxxxx₂ bytes of padding

//	10xxxxxx			xxxxxx₂ bytes of data

//	01xxxxxx 0yyyyyyy		xxxxxxyyyyyyy₂ bytes of padding

//	11xxxxxx 0yyyyyyy		xxxxxxyyyyyyy₂ bytes of data

//	01xxxxxx 1yyyyyyy 0zzzzzzz	xxxxxxyyyyyyyzzzzzzz₂ bytes of padding

//	11xxxxxx 1yyyyyyy 0zzzzzzz	xxxxxxyyyyyyyzzzzzzz₂ bytes of data

//

// The maximum encodable length is 11111111111111111111₂ = 0xfffff = 1048575.

// There is no requirement to use a length prefix of minimum size; i.e. 00000100

// and 01000000 00000100 are both valid encodings of the value 4.

// Test that multiple goroutines may call Read on a Conn simultaneously. Run

// this with

//

//	go test -race

func TestConcurrentRead(t *testing.T) {

	s, c, err := connPair()

// Test that multiple goroutines may call Write on a Conn simultaneously. Run

// this with

//

//	go test -race

func TestConcurrentWrite(t *testing.T) {

	s, c, err := connPair()

	transport := snowflake_server.NewSnowflakeServer(certManager.GetCertificate)

The Listen function starts a new listener, and Accept will return incoming Snowflake connections:

	ln, err := transport.Listen(addr)

		}

		// handle conn

	}

*/

package snowflake_server