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authorHolden Rohrer <hr@hrhr.dev>2020-01-18 08:44:01 -0500
committerHolden Rohrer <hr@hrhr.dev>2020-01-18 08:44:01 -0500
commite8ebf9ec7639a95ddf1a0a61a7a4996a570e261a (patch)
tree0531d09c2dcede0a99bd6efb7f4d2838df33269d
parent2cc02e19410ea9a97a76480d84e0dc3be0efe312 (diff)
queue-compat and bugfix in schedule.js---calls from jarvis still don't work
-rw-r--r--tools/schedule.js18
1 files changed, 11 insertions, 7 deletions
diff --git a/tools/schedule.js b/tools/schedule.js
index 83d7853..18278f0 100644
--- a/tools/schedule.js
+++ b/tools/schedule.js
@@ -1,7 +1,11 @@
// A mixed paradigm scheduler
+// RECOMMENDED: Adjust maxr with each round, unless this is determined to be potentially circumventable (maybe maxr ranks remain constant as long as they are recalc on insertion---so function-style?)
+
+const bs = require('binary-search');
+
// The core managed data type: a queue will be pushed a number of these and asked to manage it.
-function Job(data, prio=0, wt=1){
+exports.Job = function(data, prio=0, wt=1){
// Data is an array;
// Ideally, Both prio and wt are functions which take one argument: how many write cycles they've been waiting. This helps manage time-sensitive jobs.
// But this is too computationally difficult, so they are integer constants.
@@ -16,7 +20,7 @@ function Job(data, prio=0, wt=1){
this.wacc = 0; // mutable property: Queue will change this to keep track between dequeues of how much "left over" push real estate this should have.
}
-function Queue(maxExport, call, delay){
+exports.Queue = function(delayms, maxExport, call){
// Every delay ms, Queue executes `call(maxExport # of objs in queue)`
let jobs = {}; // Links priorities to unordered arrays of jobs
let prios = []; // Array of priorities (keys of jobs), sorted.
@@ -24,6 +28,7 @@ function Queue(maxExport, call, delay){
let disab = true; // Is the queue disabled?
this.enqueue = function(job){
+ if (! (job instanceof exports.Job)) job = new exports.Job(job);
let prio = job.prio;
if (!jobs[prio]) jobs[prio] = [];
jobs[prio].splice(0, Math.abs(bs(jobs[prio], job, (el, ne) => el.maxr - ne.maxr)), job);
@@ -53,10 +58,9 @@ function Queue(maxExport, call, delay){
}
open = false;
let data = [];
- while (data.length < maxExport){
- data.push(...getNumOrAll(prios[prios.length-1]), maxExport-data.length);
+ while (prios.length > 0 && data.length < maxExport){
+ data.push(...getNumOrAll(prios[prios.length-1], maxExport-data.length));
}
-
call(data);
setTimeout(dequeue, delayms);
}
@@ -67,8 +71,8 @@ function Queue(maxExport, call, delay){
let dequeued = [];
// Step 2: Start at lowest, and pop all until job.data.length>job.normweight*num (decreasing num as popping and recalc job.normweight). Delete the job.
- let weightsum = Math.sum(jobq.map(job => job.wt)).reduce((acc, cur)=>acc+cur);
- while (job[0].data.length<(job[0].wacc+job[0].wt*num/weightsum)){
+ let weightsum = jobq.map(job => job.wt).reduce((acc, cur)=>acc+cur);
+ while (jobq[0] && jobq[0].data.length<(jobq[0].wacc+jobq[0].wt*num/weightsum)){
weightsum -= job.wt;
dequeued.push(...jobq.shift().data);
}