› Async Limiter › Source › Async › Limiter › Timing › None

module None

No timing constraints - tasks can execute immediately.

This strategy provides no time-based limiting, suitable for pure concurrency control without rate limiting.

Definitions

def self.maximum_cost

Maximum cost this timing strategy can support (unlimited for no constraints).

Signature
returns　Float

Infinity since there are no timing constraints.

Implementation

 
def self.maximum_cost
	Float::INFINITY
end

def self.can_acquire?(cost = 1)

Check if a task can be acquired (always true for no timing constraints).

Signature
parameter　cost　Numeric

Cost of the operation (ignored for no timing constraints).

returns　Boolean

Always true.

Implementation

 
def self.can_acquire?(cost = 1)
	true
end

def self.acquire(cost = 1)

Record that a task was acquired (no-op for this strategy).

Signature
parameter　cost　Numeric

Cost of the operation (ignored for no timing constraints).

Implementation

 
def self.acquire(cost = 1)
	# No state to update
end

def self.wait(mutex, deadline = nil, cost = 1)

Wait for timing constraints to be satisfied (no-op for this strategy).

Signature
parameter　mutex　Mutex

Mutex to release during sleep (ignored for no timing constraints).

parameter　deadline　Deadline, nil

Deadline for timeout (ignored for no timing constraints).

parameter　cost　Numeric

Cost of the operation (ignored for no timing constraints).

returns　Boolean

Always true since there are no timing constraints.

Implementation

 
def self.wait(mutex, deadline = nil, cost = 1)
	# No waiting needed - return immediately
	true
end

def self.statistics

Get current timing strategy statistics.

Signature
returns　Hash

Statistics hash with current state.

Implementation

 
def self.statistics
	{
		name: "None"
	}
end