* Adds an ALPN protocol callback to the SSL/TLS context. * * The first protocol added will act as the default protocol to be selected. * * The cal

* Adds an ALPN protocol callback to the SSL/TLS context. * * The first protocol added will act as the default protocol to be selected. * * The cal

* Returns the number of registered ALPN protocol names. * * This could be used when deciding if protocol selection should be delegated to * the ALP

* Returns the number of registered ALPN protocol names. * * This could be used when deciding if protocol selection should be delegated * to the ALP

* The `close` callback should close the underlying socket / file descriptor. * * If the function returns a non-zero value, it will be called again a

* The `close` callback should close the underlying socket / file descriptor. * * If the function returns a non-zero value, it will be called again a

* Called to perform cleanup after the socket was closed. * */

* Called to perform cleanup after the socket was closed. * */

* Establishes an SSL/TLS connection as an SSL/TLS Client, using the specified * context / settings object. * * The `uuid` should be a socket UUID t

* Establishes an SSL/TLS connection as an SSL/TLS Client, using the specified * context / settings object. * * The `uuid` should be a socket UUID t

* Increase the reference count for the TLS object. * * Decrease with `fio_tls_destroy`. */

* Increase the reference count for the TLS object. * * Decrease with `fio_tls_destroy`. */

* Adds a certificate to the "trust" list, which automatically adds a peer * verification requirement. * * fio_tls_trust(tls, "google-ca.pem" )

* `fio_write2_fn` is the actual function behind the macro `fio_write2`. */

* Finds the index of a specifide object (if any). Returns -1 if the object * isn't found. */

* Creates a IO object from an existing buffer. The buffer will be deallocated * using the provided `dealloc` function pointer. Use a NULL `dealloc` f

* Writes `length` bytes at the end of the IO stream, ignoring the reading * position, adding an EOL marker ("\r\n") to the end of the stream. * * B

Creates a new local file IO object */

Mutates a Float object's value. Effects every object's reference! */

Creates a temporary Number object. This ignores `fiobj_free`. */

* Returns a temporary theoretical Hash map capacity. * This could be used for testing performance and memory consumption. */

* Empties the Hash. */

* Returns 1 if the key (Symbol) exists in the Hash, even if value is NULL. */

* Allows the Hash to be used as a stack. * * If a pointer `key` is provided, it will receive ownership of the key * (remember to free). * * Retur

* Removes a key-value pair from the Hash, if it exists. */

* Removes a key-value pair from the Hash, if it exists, returning the old * object (instead of freeing it). */

* Tests if an object evaluates as TRUE. * * This is object type specific. For example, empty strings might evaluate as * FALSE, even though they ar

Empties a String's data. */

Deallocates any unnecessary memory (if supported by OS). */

* Writes data at the end of the string, resizing the string as required. * Returns the new length of the String */

Creates a copy from an existing String. Remember to use `fiobj_free`. */

* Creates a String object. Remember to use `fiobj_free`. * * It's possible to wrap a previosly allocated memory block in a FIOBJ String * object, a

* This is faster than getting the type, since the switch statement is * optimized away (it's calculated during compile time). */

writes the body to the response object

itterate through the headers and add them to the response buffer (we are recycling the request's buffer)

called when the connection was closed, but will not run concurrently */

called when a data is available, but will not run concurrently */

called when a data is available for the first time */