automaton-optimization.time-based.impl.aggregator-item
An aggregator-item enriches an aggregate with start-bucket-aggregate and end-bucket-aggregate.
Many aggregator-item are contained in an aggregator.
Note that no test mechanisms are here to check values of the aggregator-item, the aggregate and aggregates are here to deal with these tests and are responsible to built some valid aggregator-item.
An `aggregator-item` enriches an `aggregate` with `start-bucket-aggregate` and `end-bucket-aggregate`. Many `aggregator-item` are contained in an `aggregator`. Note that no test mechanisms are here to check values of the `aggregator-item`, the `aggregate` and `aggregates` are here to deal with these tests and are responsible to built some valid `aggregator-item`. 
bucket-aggregateclj/s
(bucket-aggregate {:automaton-optimization.time-based/keys [start-bucket
end-bucket]
:as aggregator}
bucket)Returns the bucket-aggregate matching bucket in the aggregator.
Returns the `bucket-aggregate` matching `bucket` in the `aggregator`.
bucket-rangeclj/s
(bucket-range {:automaton-optimization.time-based/keys
[start-bucket step start-bucket-aggregate end-bucket-aggregate]
:as _aggregator}
bucket-aggregate)Returns the range of bucket matching bucket-aggregate in the aggregator.
Returns the range of `bucket` matching `bucket-aggregate` in the `aggregator`.
bucket-to-bucket-aggregateclj/s
(bucket-to-bucket-aggregate {:automaton-optimization.time-based/keys
[start-bucket-aggregate step end-bucket-aggregate
start-bucket end-bucket]
:as _aggregator})Returns an array matching the bucket to its bucket-aggregate based on aggregator definition.
First element in the array is the bucket-aggregate of start-bucket, next is the bucket-aggregate of start-bucket+1, ...
Returns an array matching the `bucket` to its `bucket-aggregate` based on `aggregator` definition. First element in the array is the `bucket-aggregate` of `start-bucket`, next is the `bucket-aggregate` of `start-bucket+1`, ...
buildclj/s
(build start-bucket-aggregate aggregator)Buids and returns an aggregator, based on start-bucket-aggregate start-bucket end-bucket step.
Buids and returns an `aggregator`, based on `start-bucket-aggregate` `start-bucket` `end-bucket` `step`.
calculate-end-bucket-aggregateclj/s
(calculate-end-bucket-aggregate
{:automaton-optimization.time-based/keys [end-bucket] :as aggregator})Calculate the end-bucket-aggregate field in aggregator.
Calculate the `end-bucket-aggregate` field in `aggregator`.
concerns-bucket-aggregate?clj/s
(concerns-bucket-aggregate? bucket-aggregate
{:automaton-optimization.time-based/keys
[start-bucket-aggregate end-bucket-aggregate]
:as _aggregator})Returns true if the bucket-aggregate is in the range of the bucket-aggregate definition. So it is between fields:
- the
start-bucket-aggregatefield is mandatory in the definition - the
end-bucket-aggregatefield is optional as the aggregate could end at infinite
Returns `true` if the `bucket-aggregate` is in the range of the `bucket-aggregate` definition. So it is between fields: * the `start-bucket-aggregate` field is mandatory in the definition * the `end-bucket-aggregate` field is optional as the aggregate could end at infinite
concerns-bucket?clj/s
(concerns-bucket? bucket
{:automaton-optimization.time-based/keys [start-bucket
end-bucket]
:as _aggregator})Returns true if the bucket is between start-bucket and end-bucket.
Note that the start-bucket field is mandatory in the definition, but the end-bucket field is optional.
If end-bucket is nil, it is interpretated as infinite.
Returns `true` if the `bucket` is between `start-bucket` and `end-bucket`. Note that the `start-bucket` field is mandatory in the definition, but the `end-bucket` field is optional. If `end-bucket` is `nil`, it is interpretated as infinite.
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