v
Public setter for the query component v.
require 'uri' uri = URI.parse("http://my.example.com/?id=25") uri.query = "id=1" uri.to_s #=> "http://my.example.com/?id=1"
Returns true if URI is hierarchical.
URI has components listed in order of decreasing significance from left to right, see RFC3986 www.rfc-editor.org/rfc/rfc3986 1.2.3.
require 'uri' uri = URI.parse("http://my.example.com/") uri.hierarchical? #=> true uri = URI.parse("mailto:joe@example.com") uri.hierarchical? #=> false
Attempts to parse other URI oth, returns [parsed_oth, self].
require 'uri' uri = URI.parse("http://my.example.com") uri.coerce("http://foo.com") #=> [#<URI::HTTP http://foo.com>, #<URI::HTTP http://my.example.com>]
Returns filter.
Setter for filter val.
Setter for headers v.
Returns a Hash (not a DBM database) created by using each value in the database as a key, with the corresponding key as its value.
Note that all values in the hash will be Strings, but the keys will be actual objects.
Returns the number of the signal that caused the process to terminate or nil if the process was not terminated by an uncaught signal.
Called when the current thread exits. The scheduler is expected to implement this method in order to allow all waiting fibers to finalize their execution.
The suggested pattern is to implement the main event loop in the close method.
Invoked by methods like Thread.join, and by Mutex, to signify that current Fiber is blocked until further notice (e.g. unblock) or until timeout has elapsed.
blocker is what we are waiting on, informational only (for debugging and logging). There are no guarantee about its value.
Expected to return boolean, specifying whether the blocking operation was successful or not.
Invoked to wake up Fiber previously blocked with block (for example, Mutex#lock calls block and Mutex#unlock calls unblock). The scheduler should use the fiber parameter to understand which fiber is unblocked.
blocker is what was awaited for, but it is informational only (for debugging and logging), and it is not guaranteed to be the same value as the blocker for block.
Implementation of the Fiber.schedule. The method is expected to immediately run the given block of code in a separate non-blocking fiber, and to return that Fiber.
Minimal suggested implementation is:
def fiber(&block) fiber = Fiber.new(blocking: false, &block) fiber.resume fiber end
Returns true if this lock is currently held by some thread.
Attempts to grab the lock and waits if it isn’t available. Raises ThreadError if mutex was locked by the current thread.
Releases the lock. Raises ThreadError if mutex wasn’t locked by the current thread.
Closes the queue. A closed queue cannot be re-opened.
After the call to close completes, the following are true:
closed? will return true
close will be ignored.
calling enq/push/<< will raise a ClosedQueueError.
when empty? is false, calling deq/pop/shift will return an object from the queue as usual.
when empty? is true, deq(false) will not suspend the thread and will return nil. deq(true) will raise a ThreadError.
ClosedQueueError is inherited from StopIteration, so that you can break loop block.
Example:
q = Thread::Queue.new Thread.new{ while e = q.deq # wait for nil to break loop # ... end } q.close
Returns true if the queue is closed.
Similar to Thread::Queue#close.
The difference is behavior with waiting enqueuing threads.
If there are waiting enqueuing threads, they are interrupted by raising ClosedQueueError(‘queue closed’).
Convert source_string and return destination_string.
source_string is assumed as a part of source. i.e. :partial_input=>true is specified internally. finish method should be used last.
ec = Encoding::Converter.new("utf-8", "euc-jp") puts ec.convert("\u3042").dump #=> "\xA4\xA2" puts ec.finish.dump #=> "" ec = Encoding::Converter.new("euc-jp", "utf-8") puts ec.convert("\xA4").dump #=> "" puts ec.convert("\xA2").dump #=> "\xE3\x81\x82" puts ec.finish.dump #=> "" ec = Encoding::Converter.new("utf-8", "iso-2022-jp") puts ec.convert("\xE3").dump #=> "".force_encoding("ISO-2022-JP") puts ec.convert("\x81").dump #=> "".force_encoding("ISO-2022-JP") puts ec.convert("\x82").dump #=> "\e$B$\"".force_encoding("ISO-2022-JP") puts ec.finish.dump #=> "\e(B".force_encoding("ISO-2022-JP")
If a conversion error occur, Encoding::UndefinedConversionError or Encoding::InvalidByteSequenceError is raised. Encoding::Converter#convert doesn’t supply methods to recover or restart from these exceptions. When you want to handle these conversion errors, use Encoding::Converter#primitive_convert.
Returns true if key is a key in self, otherwise false.
Returns the existing equal key if it exists, otherwise returns nil.
This might be useful for implementing caches, so that only one copy of some object would be used everywhere in the program:
value = {amount: 1, currency: 'USD'} # Now if we put this object in a cache: cache = ObjectSpace::WeakKeyMap.new cache[value] = true # ...we can always extract from there and use the same object: copy = cache.getkey({amount: 1, currency: 'USD'}) copy.object_id == value.object_id #=> true
If none is given, returns the resulting hash value of the digest, keeping the digest’s state.
If a string is given, returns the hash value for the given string, resetting the digest to the initial state before and after the process.
Returns the resulting hash value and resets the digest to the initial state.
If none is given, returns the resulting hash value of the digest in a hex-encoded form, keeping the digest’s state.
If a string is given, returns the hash value for the given string in a hex-encoded form, resetting the digest to the initial state before and after the process.