function() {
var funnel = exports.funnel(max);
this.collect = galaxy.unstar(function*(_, count, trim) {
return (yield galaxy.invoke((function(callback) {
if (typeof(callback) != "function") throw new Error("invalid call to collect: no callback");
var results = trim ? [] : new Array(fns.length);
count = count < 0 ? fns.length : Math.min(count, fns.length);
if (count == 0) return callback(null, results);
var collected = 0;
for (var i = 0; i < fns.length; i++) {
(function(i) {
funnel( function(err, result) {
if (err) return callback(err);
if (trim) results.push(result);
else results[i] = result;
if (++collected == count) return callback(null, results);
}, fns[i]);
})(i);
}
}), "call", [this, _], 1));
}, 0);
this.collectOne = galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(this, "collect", [_, 1, true], 0));
return result && result[0];
}, 0);
this.collectAll = galaxy.unstar(function*(_) {
return (yield galaxy.invoke(this, "collect", [_, -1, false], 0));
}, 0);
};
asyncTest("reduceRight", 3, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "reduceRight", [_, [1, 2, 3, 4], (function(unstarred__) { function F(_, v, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0)), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke([1, 2, 3, 4], "reduceRight_", [_, (function(unstarred__) { function F(_, v, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0)), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke(sparse(), "reduceRight_", [_, (function(unstarred__) { function F(_, v, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, v, val) {
return v + '/' + (yield delay(_, val));
}, 0)), ''], 0));
strictEqual(result, '/99/44/33');
start();
}, 0)));
asyncTest("reduceRight", 3, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "reduceRight", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke([1, 2, 3, 4], "reduceRight_", [_, galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke(sparse(), "reduceRight_", [_, galaxy.unstar(function*(_, v, val) {
return v + '/' + (yield delay(_, val));
}, 0), ''], 0));
strictEqual(result, '/99/44/33');
start();
}, 0));
/*** Generated by streamline 0.10.17 (generators) - DO NOT EDIT ***/var galaxy = require("streamline/lib/generators/runtime");(function(){})();(galaxy.unstar(function*(_) {var execWithin_ = galaxy.unstar(execWithin, 2); require('../lib/fakes');
// Futures work on streamlined function so we need to wrap execWithin
function* execWithin(query, tx, _) {
return (yield galaxy.invoke(query, "execWithin", [tx, _], 1));
}
module.exports = galaxy.unstar(function* upload(stream, idOrPath, tag, _) {
try {
var queries = new Array(global.parallelQueries);
var tx = db.begin();
for (var i = 0, len = queries.length; i < len; ++i ) {
queries[i] = execWithin_(FileVersion.insert({index: i}), tx, false);
}
for (var i = 0, len = queries.length; i < len; ++i ) {
(yield galaxy.invoke(queries, i, [_], 0));
}
tx.commit();
} catch (err) {
tx.rollback();
throw err;
}
}, 3);
}, 0).call(this, function(err) {
function* sums(_, n) {
var fn = galaxy.unstar(function*(_) {
return n > 0 ? n + (yield sums(_, n - 1)) : 0;
}, 0);
if (n % 1000 === 0) return (yield galaxy.invoke(flows, "trampoline", [_, fn], 0));
else return (yield (fn.__starred__0 || 0)(_));
}
asyncTest("some false", 7, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "some", [_, [1, 2, 3, 4], (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0))], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0))], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, 2, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0))], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, {
parallel: 2
}, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0))], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, -1, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0))], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "some_", [_, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
return !((yield delay(_, val)) > 20);
}, 0))], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "some_", [_, -1, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
return !((yield delay(_, val)) > 20);
}, 0))], 0));
strictEqual(result, false);
start();
}, 0)));
asyncTest("every true", 7, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "every", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
result = (yield galaxy.invoke(sparse(), "every_", [_, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 30;
}, 0)], 0));
strictEqual(result, true);
result = (yield galaxy.invoke(sparse(), "every_", [_, -1, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 30;
}, 0)], 0));
strictEqual(result, true);
start();
}, 0));
asyncTest("some false", 7, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "some", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "some_", [_, galaxy.unstar(function*(_, val, i) {
return !((yield delay(_, val)) > 20);
}, 0)], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "some_", [_, -1, galaxy.unstar(function*(_, val, i) {
return !((yield delay(_, val)) > 20);
}, 0)], 0));
strictEqual(result, false);
start();
}, 0));
asyncTest("filter", 9, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "filter", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
result = (yield galaxy.invoke(sparse(), "filter_", [_, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
strictEqual(result.length, 2);
deepEqual(result, [33, 99]);
result = (yield galaxy.invoke(sparse(), "filter_", [_, -1, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
strictEqual(result.length, 2);
deepEqual(result, [33, 99]);
start();
}, 0));
asyncTest("filter", 9, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "filter", [_, [1, 2, 3, 4], (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, 2, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, {
parallel: 2
}, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, -1, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
deepEqual(result, [1, 3]);
result = (yield galaxy.invoke(sparse(), "filter_", [_, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
strictEqual(result.length, 2);
deepEqual(result, [33, 99]);
result = (yield galaxy.invoke(sparse(), "filter_", [_, -1, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) % 2;
}, 0))], 0));
strictEqual(result.length, 2);
deepEqual(result, [33, 99]);
start();
}, 0)));
function doIt(i) {
return galaxy.unstar(function*(_) {
count++;
peak = Math.max(count, peak);
total = (yield delay(_, i)) + total;
count--;
return 2 * i;
}, 0);
}
return function() {
var that = this;
var args = Array.prototype.slice(arguments, 0);
return galaxy.unstar((function*(_) {
return (yield galaxy.invoke(fn, "apply_", [_, that, args, 0], 0));
}), 0)( function(err) {
if (err) throw err;
});
};
function doIt(i) {
return (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
count++;
peak = Math.max(count, peak);
total = (yield delay(_, i)) + total;
count--;
return 2 * i;
}, 0));
}
function doIt(i) {
return galaxy.unstar(function*(_) {
count++;
peak = Math.max(count, peak);
(yield galaxy.invoke(null, setTimeout, [_ , 10], 0));
total = (yield delay(_ , i)) + total;
count--;
return 2 * i;
}, 0);
}
asyncTest("trampoline", 1, galaxy.unstar(function*(_) {var sums_ = galaxy.unstar(sums, 0);
function* sums(_, n) {
var fn = galaxy.unstar(function*(_) {
return n > 0 ? n + (yield sums(_ , n - 1)) : 0;
}, 0);
if (n % 1000 === 0) return (yield galaxy.invoke(flows, "trampoline", [_ , fn], 0));
else return (yield (fn.__starred__0 || 0)(_));
}
equals((yield sums(_ , 100000)), 50000 * 100001);
start();
}, 0));
asyncTest("trampoline preserves context", 2, galaxy.unstar(function*(_) {
var globals = require('streamline/lib/globals');
var fn = galaxy.unstar(function*(_) {
return globals.context.val;
}, 0);
globals.context.val = "abc";
var result = (yield galaxy.invoke(flows, "trampoline", [_ , fn], 0));
strictEqual(result, "abc");
strictEqual(globals.context.val, "abc");
start();
}, 0));
asyncTest("sort", 4, galaxy.unstar(function*(_) {
var array = [1, 2, 3, 4];
(yield galaxy.invoke(flows, "sort", [_, array, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "In order array sort ok");
(yield galaxy.invoke(array, "sort_", [_, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "In order array sort ok");
array = [4, 3, 2, 1];
(yield galaxy.invoke(array, "sort_", [_, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "Reverse array sort ok");
array = [3, 1, 2, 4];
(yield galaxy.invoke(array, "sort_", [_, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "Random array sort ok");
start();
}, 0));
asyncTest("sort", 4, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
var array = [1, 2, 3, 4];
(yield galaxy.invoke(flows, "sort", [_, array, (function(unstarred__) { function F(_, a, b) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0))], 0));
deepEqual(array, [1, 2, 3, 4], "In order array sort ok");
(yield galaxy.invoke(array, "sort_", [_, (function(unstarred__) { function F(_, a, b) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0))], 0));
deepEqual(array, [1, 2, 3, 4], "In order array sort ok");
array = [4, 3, 2, 1];
(yield galaxy.invoke(array, "sort_", [_, (function(unstarred__) { function F(_, a, b) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0))], 0));
deepEqual(array, [1, 2, 3, 4], "Reverse array sort ok");
array = [3, 1, 2, 4];
(yield galaxy.invoke(array, "sort_", [_, (function(unstarred__) { function F(_, a, b) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0))], 0));
deepEqual(array, [1, 2, 3, 4], "Random array sort ok");
start();
}, 0)));
asyncTest("contexts", 3, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {var testContext_ = (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(testContext, 0));
function* testContext(_, x) {
flows.setContext({
val: x
});
var y = (yield delay(_, 2 * x));
strictEqual(y, 2 * flows.getContext().val);
return y + 1;
}
var result = (yield galaxy.invoke(flows.spray([
(function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
return (yield testContext(_, 3));
}, 0)),
(function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
return (yield testContext(_, 5));
}, 0))
]), "collectAll", [_], 0));
deepEqual(result, [7, 11]);
start();
}, 0)));
asyncTest("contexts", 3, galaxy.unstar(function*(_) {var testContext_ = galaxy.unstar(testContext, 0);
function* testContext(_, x) {
flows.setContext({
val: x
});
var y = (yield delay(_, 2 * x));
strictEqual(y, 2 * flows.getContext().val);
return y + 1;
}
var result = (yield galaxy.invoke(flows.spray([
galaxy.unstar(function*(_) {
return (yield testContext(_, 3));
}, 0),
galaxy.unstar(function*(_) {
return (yield testContext(_, 5));
}, 0)
]), "collectAll", [_], 0));
deepEqual(result, [7, 11]);
start();
}, 0));
asyncTest("each", 7, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
var result = 1;
(yield galaxy.invoke(flows, "each", [_, [1, 2, 3, 4], (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
result = result * (yield delay(_, val));
}, 0))], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0))], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, 2, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0))], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, {
parallel: 2
}, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0))], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, -1, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0))], 0));
strictEqual(result, 24);
result = '';
(yield galaxy.invoke(sparse(), "forEach_", [_, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
result = result + '/' + i + ':' + v;
}, 0))], 0));
strictEqual(result, '/3:33/4:44/9:99');
result = '';
(yield galaxy.invoke(sparse(), "forEach_", [_, -1, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
result = result + '/' + i + ':' + v;
}, 0))], 0));
strictEqual(result, '/3:33/4:44/9:99');
start();
}, 0)));
asyncTest("each", 7, galaxy.unstar(function*(_) {
var result = 1;
(yield galaxy.invoke(flows, "each", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
result = result * (yield delay(_, val));
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, 2, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, -1, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = '';
(yield galaxy.invoke(sparse(), "forEach_", [_, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
result = result + '/' + i + ':' + v;
}, 0)], 0));
strictEqual(result, '/3:33/4:44/9:99');
result = '';
(yield galaxy.invoke(sparse(), "forEach_", [_, -1, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
result = result + '/' + i + ':' + v;
}, 0)], 0));
strictEqual(result, '/3:33/4:44/9:99');
start();
}, 0));
value: (function(unstarred__) { function F(_, options, fn, thisObj) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, options, fn, thisObj) {
if (typeof options === "function") thisObj = fn, fn = options, options = 1;
var par = _parallel(options);
thisObj = thisObj !== undefined ? thisObj : this;
var result = [];
var len = this.length;
if (par === 1 || len <= 1) {
for (var i = 0; i < len; i++) {
if (has.call(this, i)) {
var elt = this[i];
if ((yield galaxy.invoke(fn, "call", [thisObj, _, elt], 1))) result.push(elt);
}
}
} else {
(yield galaxy.invoke(this, "map_", [_, par, (function(unstarred__) { function F(_, elt) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, elt) {
if ((yield galaxy.invoke(fn, "call", [thisObj, _, elt], 1))) result.push(elt);
}, 0)), thisObj], 0));
}
return result;
}, 0))
value: (function(unstarred__) { function F(_, compare, beg, end) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, compare, beg, end) {var _qsort_ = (function(unstarred__) { function F(_, compare, beg, end) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(_qsort, 0));
var array = this;
beg = beg || 0;
end = end == null ? array.length - 1 : end;
function* _qsort(_, beg, end) {
if (beg >= end) return;
if (end == beg + 1) {
if ((yield galaxy.invoke(null, compare, [_, array[beg], array[end]], 0)) > 0) {
var tmp = array[beg];
array[beg] = array[end];
array[end] = tmp;
}
return;
}
var mid = Math.floor((beg + end) / 2);
var o = array[mid];
var nbeg = beg;
var nend = end;
while (nbeg <= nend) {
while (nbeg < end && (yield galaxy.invoke(null, compare, [_, array[nbeg], o], 0)) < 0) nbeg++;
while (beg < nend && (yield galaxy.invoke(null, compare, [_, o, array[nend]], 0)) < 0) nend--;
if (nbeg <= nend) {
var tmp = array[nbeg];
array[nbeg] = array[nend];
array[nend] = tmp;
nbeg++;
nend--;
}
}
if (nbeg < end) (yield _qsort(_, nbeg, end));
if (beg < nend) (yield _qsort(_, beg, nend));
}
(yield _qsort(_, beg, end));
return array;
}, 0))
exports.funnel = function(max) {
max = max == null ? -1 : max;
if (max === 0) max = funnel.defaultSize;
if (typeof max !== "number") throw new Error("bad max number: " + max);
var queue = [],
active = 0,
closed = false;
var funCb = function(callback, fn) {
if (callback == null) return future(fun, arguments, 0);
//console.log("FUNNEL: active=" + active + ", queued=" + queue.length);
if (max < 0 || max == Infinity) return fn(callback);
queue.push({
fn: fn,
cb: callback
});
function _doOne() {
var current = queue.splice(0, 1)[0];
if (!current.cb) return current.fn();
active++;
current.fn(function(err, result) {
active--;
if (!closed) {
current.cb(err, result);
while (active < max && queue.length > 0) _doOne();
}
});
}
while (active < max && queue.length > 0) _doOne();
};
var fun = (function(unstarred__) { function F(_, fn) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, fn) {
return (yield galaxy.invoke(null, funCb, [_, fn], 0));
}, 0));
fun.close = function() {
queue = [], closed = true;
};
return fun;
};
asyncTest("futures multiplex", 3, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {var doIt_ = (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__1 = unstarred__.__starred__1; F.__starred__1.__unstarred__1 = F; return F;})(galaxy.unstar(doIt, 1));
var result1 = 0;
var result2 = 0;
var result3 = 0;
function* doIt(future, _) {
result1 = (yield galaxy.invoke(null, future, [_], 0)) + result1;
result2 = (yield galaxy.invoke(null, future, [_], 0)) + result2;
(yield delay(_));
result3 = (yield galaxy.invoke(null, future, [_], 0)) + result3;
}
var f1 = delay_(null, 1);
var f10 = delay_(null, 10);
(yield galaxy.invoke(flows, "collect", [_, [doIt_(f1, null), doIt_(f10, null), doIt_(f1, null)]], 0));
deepEqual(result1, 12);
deepEqual(result2, 12);
deepEqual(result3, 12);
start();
}, 0)));
asyncTest("futures multiplex", 3, galaxy.unstar(function*(_) {var doIt_ = galaxy.unstar(doIt, 1);
var result1 = 0;
var result2 = 0;
var result3 = 0;
function* doIt(future, _) {
result1 = (yield galaxy.invoke(null, future, [_], 0)) + result1;
result2 = (yield galaxy.invoke(null, future, [_], 0)) + result2;
(yield delay(_));
result3 = (yield galaxy.invoke(null, future, [_], 0)) + result3;
}
var f1 = delay_(false, 1);
var f10 = delay_(false, 10);
(yield galaxy.invoke(flows, "collect", [_, [doIt_(f1, false), doIt_(f10, false), doIt_(f1, false)]], 0));
deepEqual(result1, 12);
deepEqual(result2, 12);
deepEqual(result3, 12);
start();
}, 0));
asyncTest("map", 9, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "map", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, 2, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, -1, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
result = (yield galaxy.invoke(sparse(), "map_", [_, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
return i + ':' + v;
}, 0)], 0));
strictEqual(result.length, 10);
strictEqual(dump(result), '/3:33/4:44/9:99');
result = (yield galaxy.invoke(sparse(), "map_", [_, -1, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
return i + ':' + v;
}, 0)], 0));
strictEqual(result.length, 10);
strictEqual(dump(result), '/3:33/4:44/9:99');
start();
}, 0));
asyncTest("map", 9, (function(unstarred__) { function F(_) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "map", [_, [1, 2, 3, 4], (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0))], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0))], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, 2, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0))], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, {
parallel: 2
}, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0))], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, -1, (function(unstarred__) { function F(_, val) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0))], 0));
deepEqual(result, [2, 4, 6, 8]);
result = (yield galaxy.invoke(sparse(), "map_", [_, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
return i + ':' + v;
}, 0))], 0));
strictEqual(result.length, 10);
strictEqual(dump(result), '/3:33/4:44/9:99');
result = (yield galaxy.invoke(sparse(), "map_", [_, -1, (function(unstarred__) { function F(_, val, i) { return unstarred__.apply(this, arguments); }; F.__starred__0 = unstarred__.__starred__0; F.__starred__0.__unstarred__0 = F; return F;})(galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
return i + ':' + v;
}, 0))], 0));
strictEqual(result.length, 10);
strictEqual(dump(result), '/3:33/4:44/9:99');
start();
}, 0)));
/*** Generated by streamline 0.10.15 (generators) - DO NOT EDIT ***/var galaxy = require("streamline/lib/generators/runtime");(function(){})();(galaxy.unstar(function*(_) {var delay_ = galaxy.unstar(delay, 0), delayFail_ = galaxy.unstar(delayFail, 0); QUnit.module(module.id);
var flows = require("streamline/lib/util/flows");
function* delay(_, val) {
(yield galaxy.invoke(flows, "nextTick", [_], 0));
return val;
}
function* delayFail(_, err) {
(yield galaxy.invoke(flows, "nextTick", [_], 0));
throw err;
}
function sparse() {
var a = [];
a[3] = 33;
a[4] = 44;
a[9] = 99;
return a;
}
function dump(a) {
return a.reduce(function(s, v) {
return s + '/' + v;
}, '');
}
asyncTest("each", 7, galaxy.unstar(function*(_) {
var result = 1;
(yield galaxy.invoke(flows, "each", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
result = result * (yield delay(_, val));
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, 2, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = 1;
(yield galaxy.invoke([1, 2, 3, 4], "forEach_", [_, -1, galaxy.unstar(function*(_, val) {
var v = (yield delay(_, val));
result = result * v;
}, 0)], 0));
strictEqual(result, 24);
result = '';
(yield galaxy.invoke(sparse(), "forEach_", [_, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
result = result + '/' + i + ':' + v;
}, 0)], 0));
strictEqual(result, '/3:33/4:44/9:99');
result = '';
(yield galaxy.invoke(sparse(), "forEach_", [_, -1, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
result = result + '/' + i + ':' + v;
}, 0)], 0));
strictEqual(result, '/3:33/4:44/9:99');
start();
}, 0));
asyncTest("map", 9, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "map", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, 2, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "map_", [_, -1, galaxy.unstar(function*(_, val) {
return 2 * (yield delay(_, val));
}, 0)], 0));
deepEqual(result, [2, 4, 6, 8]);
result = (yield galaxy.invoke(sparse(), "map_", [_, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
return i + ':' + v;
}, 0)], 0));
strictEqual(result.length, 10);
strictEqual(dump(result), '/3:33/4:44/9:99');
result = (yield galaxy.invoke(sparse(), "map_", [_, -1, galaxy.unstar(function*(_, val, i) {
var v = (yield delay(_, val));
return i + ':' + v;
}, 0)], 0));
strictEqual(result.length, 10);
strictEqual(dump(result), '/3:33/4:44/9:99');
start();
}, 0));
asyncTest("filter", 9, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "filter", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
var result = (yield galaxy.invoke([1, 2, 3, 4], "filter_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
deepEqual(result, [1, 3]);
result = (yield galaxy.invoke(sparse(), "filter_", [_, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
strictEqual(result.length, 2);
deepEqual(result, [33, 99]);
result = (yield galaxy.invoke(sparse(), "filter_", [_, -1, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) % 2;
}, 0)], 0));
strictEqual(result.length, 2);
deepEqual(result, [33, 99]);
start();
}, 0));
asyncTest("every true", 7, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "every", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 5;
}, 0)], 0));
strictEqual(result, true);
result = (yield galaxy.invoke(sparse(), "every_", [_, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 30;
}, 0)], 0));
strictEqual(result, true);
result = (yield galaxy.invoke(sparse(), "every_", [_, -1, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 30;
}, 0)], 0));
strictEqual(result, true);
start();
}, 0));
asyncTest("every false", 7, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "every", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "every_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "every_", [_, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 40;
}, 0)], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "every_", [_, -1, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 40;
}, 0)], 0));
strictEqual(result, false);
start();
}, 0));
asyncTest("some true", 7, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "some", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, true);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 3;
}, 0)], 0));
strictEqual(result, true);
result = (yield galaxy.invoke(sparse(), "some_", [_, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 30;
}, 0)], 0));
strictEqual(result, true);
result = (yield galaxy.invoke(sparse(), "some_", [_, -1, galaxy.unstar(function*(_, val, i) {
return (yield delay(_, val)) > 30;
}, 0)], 0));
strictEqual(result, true);
start();
}, 0));
asyncTest("some false", 7, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "some", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, 2, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, {
parallel: 2
}, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
var result = (yield galaxy.invoke([1, 2, 3, 4], "some_", [_, -1, galaxy.unstar(function*(_, val) {
return (yield delay(_, val)) < 0;
}, 0)], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "some_", [_, galaxy.unstar(function*(_, val, i) {
return !((yield delay(_, val)) > 20);
}, 0)], 0));
strictEqual(result, false);
result = (yield galaxy.invoke(sparse(), "some_", [_, -1, galaxy.unstar(function*(_, val, i) {
return !((yield delay(_, val)) > 20);
}, 0)], 0));
strictEqual(result, false);
start();
}, 0));
asyncTest("reduce", 3, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "reduce", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke([1, 2, 3, 4], "reduce_", [_, galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke(sparse(), "reduce_", [_, galaxy.unstar(function*(_, v, val) {
return v + '/' + (yield delay(_, val));
}, 0), ''], 0));
strictEqual(result, '/33/44/99');
start();
}, 0));
asyncTest("reduceRight", 3, galaxy.unstar(function*(_) {
var result = (yield galaxy.invoke(flows, "reduceRight", [_, [1, 2, 3, 4], galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke([1, 2, 3, 4], "reduceRight_", [_, galaxy.unstar(function*(_, v, val) {
return v * (yield delay(_, val));
}, 0), 1], 0));
strictEqual(result, 24);
var result = (yield galaxy.invoke(sparse(), "reduceRight_", [_, galaxy.unstar(function*(_, v, val) {
return v + '/' + (yield delay(_, val));
}, 0), ''], 0));
strictEqual(result, '/99/44/33');
start();
}, 0));
asyncTest("sort", 4, galaxy.unstar(function*(_) {
var array = [1, 2, 3, 4];
(yield galaxy.invoke(flows, "sort", [_, array, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "In order array sort ok");
(yield galaxy.invoke(array, "sort_", [_, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "In order array sort ok");
array = [4, 3, 2, 1];
(yield galaxy.invoke(array, "sort_", [_, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "Reverse array sort ok");
array = [3, 1, 2, 4];
(yield galaxy.invoke(array, "sort_", [_, galaxy.unstar(function*(_, a, b) {
return (yield delay(_, a - b));
}, 0)], 0));
deepEqual(array, [1, 2, 3, 4], "Random array sort ok");
start();
}, 0));
asyncTest("collectAll", 4, galaxy.unstar(function*(_) {
var total = 0;
var peak = 0;
var count = 0;
function doIt(i) {
return galaxy.unstar(function*(_) {
count++;
peak = Math.max(count, peak);
total = (yield delay(_, i)) + total;
count--;
return 2 * i;
}, 0);
}
var results = (yield galaxy.invoke(flows.spray([doIt(1), doIt(2), doIt(3)]), "collectAll", [_], 0));
equal(total, 6);
ok(peak >= 2);
equal(count, 0);
deepEqual(results, [2, 4, 6]);
start();
}, 0));
asyncTest("collectOne", 4, galaxy.unstar(function*(_) {
var total = 0;
var peak = 0;
var count = 0;
function doIt(i) {
return galaxy.unstar(function*(_) {
count++;
peak = Math.max(count, peak);
total = (yield delay(_, i)) + total;
count--;
return 2 * i;
}, 0);
}
var result = (yield galaxy.invoke(flows.spray([doIt(1), doIt(2), doIt(3)]), "collectOne", [_], 0));
ok(total == 1 || total == 2);
ok(peak >= 2);
ok(count > 0);
ok(result == 2 || result == 4);
start();
}, 0));
asyncTest("collectAll with limit", 1, galaxy.unstar(function*(_) {
var total = 0;
var peak = 0;
var count = 0;
function doIt(i) {
return galaxy.unstar(function*(_) {
count++;
peak = Math.max(count, peak);
total = (yield delay(_, i)) + total;
count--;
return 2 * i;
}, 0);
}
var results = (yield galaxy.invoke(flows.spray([doIt(1), doIt(2), doIt(3)], 2), "collectAll", [_], 0));
deepEqual([total, peak, count, results], [6, 2, 0, [2, 4, 6]]);
start();
}, 0));
asyncTest("contexts", 3, galaxy.unstar(function*(_) {var testContext_ = galaxy.unstar(testContext, 0);
function* testContext(_, x) {
flows.setContext({
val: x
});
var y = (yield delay(_, 2 * x));
strictEqual(y, 2 * flows.getContext().val);
return y + 1;
}
var result = (yield galaxy.invoke(flows.spray([
galaxy.unstar(function*(_) {
return (yield testContext(_, 3));
}, 0),
galaxy.unstar(function*(_) {
return (yield testContext(_, 5));
}, 0)
]), "collectAll", [_], 0));
deepEqual(result, [7, 11]);
start();
}, 0));
asyncTest("futures multiplex", 3, galaxy.unstar(function*(_) {var doIt_ = galaxy.unstar(doIt, 1);
var result1 = 0;
var result2 = 0;
var result3 = 0;
function* doIt(future, _) {
result1 = (yield galaxy.invoke(null, future, [_], 0)) + result1;
result2 = (yield galaxy.invoke(null, future, [_], 0)) + result2;
(yield delay(_));
result3 = (yield galaxy.invoke(null, future, [_], 0)) + result3;
}
var f1 = delay_(false, 1);
var f10 = delay_(false, 10);
(yield galaxy.invoke(flows, "collect", [_, [doIt_(f1, false), doIt_(f10, false), doIt_(f1, false)]], 0));
deepEqual(result1, 12);
deepEqual(result2, 12);
deepEqual(result3, 12);
start();
}, 0));
asyncTest("trampoline", 1, galaxy.unstar(function*(_) {var sums_ = galaxy.unstar(sums, 0);
function* sums(_, n) {
var fn = galaxy.unstar(function*(_) {
return n > 0 ? n + (yield sums(_, n - 1)) : 0;
}, 0);
if (n % 1000 === 0) return (yield galaxy.invoke(flows, "trampoline", [_, fn], 0));
else return (yield (fn.__starred__0 || 0)(_));
}
var t0 = Date.now();
equals((yield sums(_, 100000)), 50000 * 100001);
console.log(Date.now() - t0);
start();
}, 0));
}, 0).call(this, function(err) {