I currently have the following code:
events.detect do |event|
#detect does the block until the statement goes false
self.event_status(event) == "no status"
end
What this does is output the instance of event (where events is a string of different Models that all collectively call Events) when the event_status method outputs a “no status”.
I would like the output to also include the value for delay where:
delay = delay + contact.event_delay(event)
event_delay method hasn’t been written, but it would be similar (maybe redundant but I’ll deal with that later) to event_status in looking at the delay between when an event was done and when it was supposed to be done.
Here is how event_status looks currently for reference:
def event_status target
# check Ticket #78 for source
target_class= target.class.name
target_id = target_class.foreign_key.to_sym
assoc_name = "contact_#{target_class.tableize}"
r = send(assoc_name).send("find_by_#{target_id}", target.id)
return "no status" unless r
"sent (#{r.date_sent.to_s(:long)})"
end
My concept of output should be [event,delay] so that, for example, I can access it as Array[:event] or Array[:delay] to get at the value.
****I was thinking maybe I should use yield on a method, but haven’t quite put the pieces together (should the block passed to the method be the delay =+ for example, I think it is).**
I am not wed to the .detect method, it’s what I started with and it appears to work, but it isn’t allowing me to run the tally alongside it.
It’s not entirely clear what you’re asking for, but it sounds like you’re trying to add up a delay until you reach a certain condition, and return the record that triggered the condition at the same time.
You might approach that using
Enumerable#detectlike you have, but by keeping a tally on the side:Update for if you want to add up all delays for all events, but also find the first event with the status of
"no status":This will give you a
Hashin return that you can interrogate asinfo[:event]orinfo[:delay]. Keep in mind to not abuse this method, for example:This will make two calls to this method, both of which will iterate over all the records and do the calculations. If you need to use it this way, you might as well make a special purpose function for each operation, or cache the result in a variable and use that: