Results for: "partition"

For detail, see the MSDN.

— HKEY_*

Predefined key ((*handle*)).
These are Integer, not Win32::Registry.

— REG_*

Registry value type.

— KEY_*

Security access mask.

— KEY_OPTIONS_*

Key options.

— REG_CREATED_NEW_KEY

— REG_OPENED_EXISTING_KEY

If the key is created newly or opened existing key.
See also Registry#disposition method.

Patterns used to parse URI’s

Converts Ruby link flags into something cargo understands

Raised when a lockfile cannot be parsed

An action that modifies a {DependencyGraph} that is reversible. @abstract

A specific resolution from a given {Resolver}

Delegates all {Gem::Resolver::Molinillo::ResolutionState} methods to a ‘#state` property.

Delegates all {Gem::Resolver::Molinillo::SpecificationProvider} methods to a ‘#specification_provider` property.

An error caused by attempting to fulfil a dependency that was circular

@note This exception will be thrown if and only if a {Vertex} is added to a

{DependencyGraph} that has a {DependencyGraph::Vertex#path_to?} an
existing {DependencyGraph::Vertex}

A state that encapsulates a single possibility to fulfill the given {#requirement}

@!visibility private (see DependencyGraph#add_edge_no_circular)

@!visibility private @see DependencyGraph#detach_vertex_named

A vertex in a {DependencyGraph} that encapsulates a {#name} and a {#payload}

Searches sep or pattern (regexp) in the string from the end of the string, and returns the part before it, the match, and the part after it. If it is not found, returns two empty strings and str.

"hello".rpartition("l")         #=> ["hel", "l", "o"]
"hello".rpartition("x")         #=> ["", "", "hello"]
"hello".rpartition(/.l/)        #=> ["he", "ll", "o"]

The match from the end means starting at the possible last position, not the last of longest matches.

"hello".rpartition(/l+/)        #=> ["hel", "l", "o"]

To partition at the last longest match, needs to combine with negative lookbehind.

"hello".rpartition(/(?<!l)l+/)  #=> ["he", "ll", "o"]

Or String#partition with negative lookforward.

"hello".partition(/l+(?!.*l)/)  #=> ["he", "ll", "o"]

Returns garbage collector generation for the given object.

class B
  include ObjectSpace

  def foo
    trace_object_allocations do
      obj = Object.new
      p "Generation is #{allocation_generation(obj)}"
    end
  end
end

B.new.foo #=> "Generation is 3"

See ::trace_object_allocations for more information and examples.

Reads up to maxlen bytes from the stream; returns a string (either a new string or the given out_string). Its encoding is:

• The unchanged encoding of out_string, if out_string is given.

• ASCII-8BIT, otherwise.

• Contains maxlen bytes from the stream, if available.

• Otherwise contains all available bytes, if any available.

• Otherwise is an empty string.

With the single non-negative integer argument maxlen given, returns a new string:

f = File.new('t.txt')
f.readpartial(30) # => "This is line one.\nThis is the"
f.readpartial(30) # => " second line.\nThis is the thi"
f.readpartial(30) # => "rd line.\n"
f.eof             # => true
f.readpartial(30) # Raises EOFError.

With both argument maxlen and string argument out_string given, returns modified out_string:

f = File.new('t.txt')
s = 'foo'
f.readpartial(30, s) # => "This is line one.\nThis is the"
s = 'bar'
f.readpartial(0, s)  # => ""

This method is useful for a stream such as a pipe, a socket, or a tty. It blocks only when no data is immediately available. This means that it blocks only when all of the following are true:

• The byte buffer in the stream is empty.

• The content of the stream is empty.

• The stream is not at EOF.

When blocked, the method waits for either more data or EOF on the stream:

• If more data is read, the method returns the data.

• If EOF is reached, the method raises EOFError.

When not blocked, the method responds immediately:

• Returns data from the buffer if there is any.

• Otherwise returns data from the stream if there is any.

• Otherwise raises EOFError if the stream has reached EOF.

Note that this method is similar to sysread. The differences are:

• If the byte buffer is not empty, read from the byte buffer instead of “sysread for buffered IO (IOError)”.

• It doesn’t cause Errno::EWOULDBLOCK and Errno::EINTR. When readpartial meets EWOULDBLOCK and EINTR by read system call, readpartial retries the system call.

The latter means that readpartial is non-blocking-flag insensitive. It blocks on the situation IO#sysread causes Errno::EWOULDBLOCK as if the fd is blocking mode.

Examples:

#                        # Returned      Buffer Content    Pipe Content
r, w = IO.pipe           #
w << 'abc'               #               ""                "abc".
r.readpartial(4096)      # => "abc"      ""                ""
r.readpartial(4096)      # (Blocks because buffer and pipe are empty.)

#                        # Returned      Buffer Content    Pipe Content
r, w = IO.pipe           #
w << 'abc'               #               ""                "abc"
w.close                  #               ""                "abc" EOF
r.readpartial(4096)      # => "abc"      ""                 EOF
r.readpartial(4096)      # raises EOFError

#                        # Returned      Buffer Content    Pipe Content
r, w = IO.pipe           #
w << "abc\ndef\n"        #               ""                "abc\ndef\n"
r.gets                   # => "abc\n"    "def\n"           ""
w << "ghi\n"             #               "def\n"           "ghi\n"
r.readpartial(4096)      # => "def\n"    ""                "ghi\n"
r.readpartial(4096)      # => "ghi\n"    ""                ""

Reads at most maxlen bytes from the ARGF stream.

If the optional outbuf argument is present, it must reference a String, which will receive the data. The outbuf will contain only the received data after the method call even if it is not empty at the beginning.

It raises EOFError on end of ARGF stream. Since ARGF stream is a concatenation of multiple files, internally EOF is occur for each file. ARGF.readpartial returns empty strings for EOFs except the last one and raises EOFError for the last one.

The standard configuration object for gems.