:: This is a driver for the Github API v3. :: :: You can interact with this in a few different ways: :: :: - .^(%gx /=gh=/read{/endpoint}) or subscribe to :: /scry/x/read{/endpoint} for authenticated reads. :: :: - subscribe to /scry/x/listen/{owner}/{repo}/{events...} :: for webhook-powered event notifications. For event list, :: see https://developer.github.com/webhooks/. :: :: See the %github app for example usage. :: /? 314 /- gh, plan-acct :: /ape/gh/split.hoon defines ++split, which splits a request :: at the end of the longest possible endpoint. :: // /%/split :: !: => |% ++ move (pair bone card) ++ sub-result $% {$arch arch} {$gh-issues issues:gh} {$gh-issue-comment issue-comment:gh} {$json json} {$null $~} == ++ card $% {$diff sub-result} {$them wire (unit hiss)} {$hiss wire {$~ $~} $httr {$hiss hiss}} {$poke wire {ship $hood} $write-plan-account {knot plan-acct}} == ++ hook-response $% {$gh-issues issues:gh} {$gh-issue-comment issue-comment:gh} == -- :: |_ {hid/bowl cnt/@ hook/(map @t {id/@t listeners/(set bone)})} ++ prep |= a/(unit _+<+) ^- (quip move +>) ?^ a [~ +>(+<+ u.a)] (peer-scry %x %read /user) :: :: This core manages everything related to a particular request. :: :: Each request has a particular 'style', which is currently :: one of 'read', or 'listen'. ++scry handles all three types :: of requests. :: ++ help |= {ren/care style/@tas pax/path} =^ arg pax [+ -]:(split pax) =| mow/(list move) |% :: Resolve core. :: ++ abet ^- {(list move) _+>.$} [(flop mow) +>.$] :: :: Append path to api.github.com and parse to a purl. :: ++ endpoint-to-purl |= endpoint/path (scan "https://api.github.com{<`path`endpoint>}" auri:epur) :: :: Send a hiss :: ++ send-hiss |= hiz/hiss ^+ +> =+ wir=`wire`[(scot %ud cnt) ren (pack style arg) pax] =+ new-move=[ost.hid %hiss wir `~ %httr [%hiss hiz]] :: ~& [%sending-hiss new-move] +>.$(mow [new-move mow]) :: :: Decide how to handle a request based on its style. :: ++ scry ^+ . ?+ style ~|(invalid-style+[style want=p:!>(*?($read $listen))] !!) $read read $listen listen == :: ++ read (send-hiss (endpoint-to-purl pax) %get ~ ~) :: :: Create or update a webhook to listen for a set of events. :: ++ listen ^+ . =+ paf=`path`(weld pax arg) ?> ?=({@ @ *} paf) =+ events=t.t.paf |- ^+ +>+.$ ?~ events +>+.$ ?: (~(has by hook) i.events) =. +>+.$ (update-hook i.events) $(events t.events) =. +>+.$ (create-hook i.events) $(events t.events) :: :: Set up a webhook. :: ++ create-hook |= event/@t ^+ +> =+ paf=`path`(weld pax arg) ?> ?=({@ @ *} paf) =+ clean-event=`tape`(turn (trip event) |=(a/@tD ?:(=('_' a) '-' a))) =. hook %+ ~(put by hook) (crip clean-event) =+ %+ fall (~(get by hook) (crip clean-event)) *{id/@t listeners/(set bone)} [id (~(put in listeners) ost.hid)] %- send-hiss :* %+ scan =+ [(trip i.paf) (trip i.t.paf)] "https://api.github.com/repos/{-<}/{->}/hooks" auri:epur %post ~ ~ %- taco %- crip %- pojo %- jobe :~ name+s+%web active+b+& events+a+~[s+event] ::(turn `(list ,@t)`t.t.pax |=(a=@t s/a)) :- %config %- jobe :~ =+ =+ clean-event "http://107.170.195.5:8443/~/to/gh/gh-{-}.json?anon&wire=/" [%url s+(crip -)] [%'content_type' s+%json] == == == :: :: Add current bone to the list of subscribers for this event. :: ++ update-hook |= event/@t ^+ +> =+ hok=(~(got by hook) event) %_ +>.$ hook %+ ~(put by hook) event hok(listeners (~(put in listeners.hok) ost.hid)) == -- :: :: Pokes that aren't caught in more specific arms are handled :: here. These should be only from webhooks firing, so if we :: get any mark that we shouldn't get from a webhook, we reject :: it. Otherwise, we spam out the event to everyone who's :: listening for that event. :: ++ poke |= response/hook-response ^- {(list move) _+>.$} =+ hook-data=(~(get by hook) (rsh 3 3 -.response)) ?~ hook-data ~& [%strange-hook hook response] [~ +>.$] :: ~& response=response :_ +>.$ %+ turn (~(tap in listeners.u.hook-data)) |= ost/bone [ost %diff response] :: :: Here we handle PUT, POST, and DELETE requests. We probably :: should return the result somehow, but that doesn't fit well :: into poke semantics. :: ++ poke-gh-poke |= {method/meth endpoint/(list @t) jon/json} ^- {(list move) _+>.$} :_ +>.$ :_ ~ :* ost.hid %hiss /poke/[method] `~ %httr %hiss ~| stuff="https://api.github.com{<(path endpoint)>}" (scan "https://api.github.com{<(path endpoint)>}" auri:epur) method ~ `(taco (crip (pojo jon))) == :: :: When a peek on a path blocks, ford turns it into a peer on :: /scry/{care}/{path}. You can also just peer to this :: directly. :: :: After some sanity checking we hand control to ++scry in :: ++help. :: ++ peer-scry |= pax/path ^- {(list move) _+>.$} ?> ?=({care ^} pax) :: =- ~& [%peered -] - [abet(cnt +(cnt))]:scry:(help i.pax i.t.pax t.t.pax) :: :: Deconstruct an http request into a json result or error information :: ++ parse-json |= res/httr ^- (each json {err/term inf/(list {term json})}) ?~ r.res [%| %empty-response code+(jone p.res) ~] =+ jon=(rush q.u.r.res apex:poja) ?~ jon [%| %bad-json code+(jone p.res) body+s+q.u.r.res ~] ?. =(2 (div p.res 100)) [%| %request-rejected code+(jone p.res) msg+u.jon ~] [%& u.jon] :: :: Anywhere recieved data should go besides the initiating request :: ++ side-effects |= {pax/path rep/(each json ^)} ^- (list move) ?. ?=($& -.rep) ~ :: XX logging maybe? ?~ pax ~ ?+ -.pax ~ $user =+ =; jop usr=(need (jop p.rep)) (ot login+so url+(cu some (su aurf:urlp)) ~):jo [ost.hid %poke user+~ [our.hid %hood] %write-plan-account ~.github usr]~ == :: :: HTTP response. We make sure the response is good, then :: produce the result (as JSON) to whoever sent the request. :: ++ sigh-httr |= {way/wire res/httr} ^- {(list move) _+>.$} ?. ?=({@ care @ *} way) ~& bad-wire+[way res=res] [~ +>.$] =+ ^- {ren/care {syl/term arg/path} pax/path} [i.t.way (need (puck i.t.t.way)) t.t.t.way] :_ +>.$ =+ rep=(parse-json res) :_ (side-effects pax rep) :+ ost.hid %diff ?+ ren null+~ $x ?. ?=($& -.rep) json+(jobe err+s+err.p.rep inf.p.rep) :: :: Once we know we have good data, we drill into the JSON :: to find the specific piece of data referred to by 'arg' :: |- ^- sub-result ?~ arg json+p.rep =+ dir=((om:jo some) p.rep) ?~ dir json+(jobe err+s+%json-not-object code+(jone p.res) body+p.rep ~) =+ new-jon=(~(get by u.dir) i.arg) $(arg t.arg, p.rep ?~(new-jon ~ u.new-jon)) :: $y ?. ?=($& -.rep) ~& [%scry-gh-y err.p.rep inf.p.rep] arch+*arch :: :: Once we know we have good data, we drill into the JSON :: to find the specific piece of data referred to by 'arg' :: |- ^- sub-result =+ dir=((om:jo some) p.rep) ?~ dir [%arch `(shax (jam p.rep)) ~] ?~ arg [%arch `(shax (jam p.rep)) (~(run by u.dir) _~)] =+ new-jon=(~(get by u.dir) i.arg) $(arg t.arg, p.rep ?~(new-jon ~ u.new-jon)) == :: ++ sigh-tang |= {way/wire tan/tang} ^- {(list move) _+>.$} ((slog >%gh-sigh-tang way< tan) `+>.$) :: :: We can't actually give the response to pretty much anything :: without blocking, so we just block unconditionally. :: ++ peek |= {ren/@tas tyl/path} ^- (unit (unit (pair mark *))) ~ ::``noun/[ren tyl] --