Examples with BiConsumer java.util.function.BiConsumer used on opensource projects

Example 56 with BiConsumer

use of java.util.function.BiConsumer in project mule by mulesoft.

the class MetadataExtensionFunctionalTestCase method getSuccessComponentDynamicMetadata.

private ComponentMetadataDescriptor<T> getSuccessComponentDynamicMetadata(MetadataKey key, BiConsumer<MetadataResult<ComponentMetadataDescriptor<T>>, MetadataKey> assertKeys) {
    MetadataResult<ComponentMetadataDescriptor<T>> componentMetadata = getComponentDynamicMetadata(key);
    String msg = componentMetadata.getFailures().stream().map(f -> "Failure: " + f.getMessage()).collect(joining(", "));
    assertThat(msg, componentMetadata.isSuccess(), is(true));
    assertKeys.accept(componentMetadata, key);
    return componentMetadata.get();
}

Example 57 with BiConsumer

use of java.util.function.BiConsumer in project robozonky by RoboZonky.

the class DaemonOperationTest method error.

@Test
void error() {
    final Authenticated a = mock(Authenticated.class);
    final BiConsumer<Portfolio, Authenticated> operation = (p, api) -> {
        throw new Error();
    };
    final Consumer<Throwable> shutdown = mock(Consumer.class);
    final DaemonOperation d = new CustomOperation(a, operation, shutdown);
    d.run();
    verify(shutdown).accept(any());
}

Example 58 with BiConsumer

use of java.util.function.BiConsumer in project narchy by automenta.

the class NAct method actionBipolarFrequencyDifferential.

default GoalActionAsyncConcept[] actionBipolarFrequencyDifferential(@NotNull Term s, boolean fair, boolean latchPreviousIfUndecided, @NotNull FloatToFloatFunction update) {
    Term pt = // $.p(s, PLUS);
    $.inh(s, PLUS);
    // $.prop(s,PLUS);
    // $.p(s, ZeroProduct);
    // $.p(s,$.the("\"+\""));
    Term nt = // $.p(s, NEG);
    $.inh(s, NEG);
    // $.prop(s, NEG);
    // $.p(ZeroProduct, s);
    // $.p(s,$.the("\"-\""));
    final float[] g = new float[2];
    final float[] c = new float[2];
    final long[] lastUpdate = { ETERNAL };
    final float[] lastX = { 0 };
    // hack
    GoalActionAsyncConcept[] CC = new GoalActionAsyncConcept[2];
    @NotNull BiConsumer<GoalActionAsyncConcept, Truth> u = (action, gg) -> {
        NAR n = nar();
        long now = n.time();
        if (now != lastUpdate[0]) {
            lastUpdate[0] = now;
            // reset
            CC[0] = CC[1] = null;
        }
        // float freqEps = n.freqResolution.floatValue();
        float confMin = n.confMin.floatValue();
        // float eviMin = c2wSafe(confMin);
        float feedbackConf = // fairly shared to sum to default
        w2c(c2w(n.confDefault(BELIEF)) / 2f);
        // n.confDefault(BELIEF);
        // n.confDefault(GOAL);
        // confMin * ...;
        boolean p = action.term().equals(pt);
        int ip = p ? 0 : 1;
        CC[ip] = action;
        g[ip] = gg != null ? // gg.freq()
        gg.expectation() : 0f;
        // 0.5f;
        c[ip] = gg != null ? // gg.evi()
        gg.conf() : 0f;
        // -1..+1
        float x;
        boolean curious;
        if (CC[0] != null && CC[1] != null) /* both ready */
        {
            float cMax = Math.max(c[0], c[1]);
            float cMin = Math.min(c[0], c[1]);
            float coherence = cMin / cMax;
            Random rng = n.random();
            float cur = curiosity().floatValue();
            if (cur > 0 && rng.nextFloat() <= cur) {
                x = (rng.nextFloat() - 0.5f) * 2f;
                // float curiEvi =
                // //c2w(n.confDefault(BELIEF));
                // //eviMin*2;
                // Math.max(c2wSafe(w2cSafe(eviMin)*2), Util.mean(c[0], c[1])); //match desire conf, min=2*minConf
                c[0] = c[1] = feedbackConf;
                coherence = 1f;
                curious = true;
            } else {
                curious = false;
                if (cMax < confMin) {
                    if (latchPreviousIfUndecided) {
                        x = lastX[0];
                    } else {
                        x = 0;
                    }
                } else {
                    // //expectation
                    // float g0 = g[0]-0.5f;
                    // float g1 = g[1]-0.5f;
                    // df = 2f * ((g0) - (g1));
                    // // /Math.max(Math.abs(g0), Math.abs(g1));
                    // frequency -======================
                    // A. subtraction
                    // subtract
                    x = ((g[0] - g[1]));
                    // experimental: lessen by a factor of how equally confident each goal is
                    if (fair) {
                        // fully fair
                        x *= coherence;
                    // x *= Math.sqrt(coherence); //less sharp than linear
                    // semi-fair
                    // df *= 0.5f + 0.5f * (eMin / eMax); //reduction by at most half
                    }
                // df *= 1f - Math.abs(e[0] - e[1]) / eMax;
                // df *= Util.sqr(eMin / eMax); //more cautious
                // df *= Math.min(w2cSafe(e[0]), w2cSafe(e[1])) / w2cSafe(eMax);
                }
            }
            x = Util.clamp(x, -1f, +1f);
            lastX[0] = x;
            // -1..+1
            float y = update.valueOf(x);
            // System.out.println(x + " " + y);
            // w2c(Math.abs(y) * c2w(restConf));
            PreciseTruth Nb, Ng, Pb, Pg;
            if (y == y) {
                // y: (-1..+1)
                float yp, yn;
                if (Math.abs(y) >= n.freqResolution.floatValue()) {
                    yp = 0.5f + y / 2f;
                    yn = 1f - yp;
                } else {
                    yp = yn = 0.5f;
                }
                // float yp = 0.5f + y/2f;
                // float yn = 1f - yp;
                float pbf = yp;
                float nbf = yn;
                Pb = $.t(pbf, feedbackConf);
                Nb = $.t(nbf, feedbackConf);
                // float goalEvi =
                // eviMin;
                // //max(eviMin, max(e[0], e[1]));
                // Pg = curious || e[0] == 0 ? new PreciseTruth(yp, goalEvi, false) : null;
                // Ng = curious || e[1] == 0 ? new PreciseTruth(yn, goalEvi, false) : null;
                // float confBase = confMin*4; //~ alpha, learning rate
                // float fThresh = Float.MIN_NORMAL;
                // float yp = y > +fThresh ? Util.lerp(+y, confBase, feedbackConf) : confBase;
                // float yn = y < -fThresh ? Util.lerp(-y, confBase, feedbackConf) : confBase;
                // Pb = $.t(y > +fThresh ? 1 : 0, y > +fThresh ? yp : feedbackConf - yp);
                // Nb = $.t(y < -fThresh ? 1 : 0, y < -fThresh ? yn : feedbackConf - yn);
                // //Pg = curious || e[0] == 0 ? new PreciseTruth(1, Util.lerp(+y, confMin2, feedbackConf)) : null;
                // Pg = null;
                // //Ng = curious || e[1] == 0 ? new PreciseTruth(1, Util.lerp(-y, confMin2, feedbackConf)) : null;
                // Ng = null;
                // float fThresh = nar().freqResolution.floatValue();
                // int sign = (y > fThresh ? +1 : (y < -fThresh ? -1 : 0));
                // 
                // float feedConf =
                // w2cSafe(c2wSafe(goalConf)/2f); //half/half
                // //goalConf;
                // //Math.max(confMin, goalConf * coherence);
                // switch (sign) {
                // case +1:
                // //Pb = $.t(1f, Util.lerp(+y, confBase, feedbackConf));
                // Pb = $.t(y/2f + 0.5f, feedConf);
                // Nb =
                // //null;
                // $.t(0, feedConf);
                // break;
                // case -1:
                // Pb =
                // //null;
                // $.t(0, feedConf);
                // 
                // Nb = $.t(-y/2f + 0.5f, feedConf);
                // break;
                // case 0:
                // //Pb = Nb = null; //no signal
                // Pb = Nb = $.t(0, feedConf);
                // //Math.max(confMin, feedConf);
                // //w2cSafe(c2wSafe(feedConf)/2f))); //zero
                // break;
                // default:
                // throw new UnsupportedOperationException();
                // }
                Pg = null;
                Ng = null;
            // if (curious) {
            // e[0] = e[1] = 0; //reset to get full evidence override
            // }
            // float g0 = eviMax - e[0];
            // Pg = g0 >= eviMin ? new PreciseTruth(yp, g0, false) : null;
            // float g1 = eviMax - e[1];
            // Ng = g1 >= eviMin ? new PreciseTruth(yn, g1, false) : null;
            } else {
                Pb = Nb = Pg = Ng = null;
            }
            // System.out.println(Pb + "," + Nb + " <- " + g[0] + ";" + c[0] + ", " + g[1] + ';' + c[1]);
            CC[0].feedback(Pb, Pg, n);
            CC[1].feedback(Nb, Ng, n);
        }
    };
    CauseChannel<ITask> cause = nar().newCauseChannel(s);
    GoalActionAsyncConcept p = new GoalActionAsyncConcept(pt, this, cause, u);
    GoalActionAsyncConcept n = new GoalActionAsyncConcept(nt, this, cause, u);
    addAction(p);
    addAction(n);
    nar().believe($.inh(s, SECTe.the(PLUS, NEG)).neg(), Tense.Eternal);
    CC[0] = p;
    CC[1] = n;
    return CC;
}

Example 59 with BiConsumer

use of java.util.function.BiConsumer in project LuckPerms by lucko.

the class DebugCommand method execute.

@Override
public CommandResult execute(LuckPermsPlugin plugin, Sender sender, List<String> args, String label) {
    Message.DEBUG_START.send(sender);
    StringBuilder sb = new StringBuilder();
    sb.append("LuckPerms Debug Output\n\n\n");
    BiConsumer<String, JObject> builder = (name, content) -> {
        sb.append("-- ").append(name).append(" --\n");
        sb.append(GSON.toJson(content.toJson()));
        sb.append("\n\n");
    };
    builder.accept("platform.json", getPlatformData(plugin));
    builder.accept("storage.json", getStorageData(plugin));
    builder.accept("context.json", getContextData(plugin));
    builder.accept("players.json", getPlayersData(plugin));
    Pastebin.Paste paste = StandardPastebin.HASTEBIN.postPlain(sb.toString());
    Message.DEBUG_URL.send(sender);
    Component message = TextComponent.builder(paste.url()).color(TextColor.AQUA).clickEvent(new ClickEvent(ClickEvent.Action.OPEN_URL, String.valueOf(paste.url()))).hoverEvent(new HoverEvent(HoverEvent.Action.SHOW_TEXT, TextComponent.of("Click to open the debugging data.").color(TextColor.GRAY))).build();
    sender.sendMessage(message);
    return CommandResult.SUCCESS;
}

Example 60 with BiConsumer

use of java.util.function.BiConsumer in project kontraktor by RuedigerMoeller.

the class GeneratorTest method test.

@Test
public void test() {
    Generator generator = Actors.AsActor(Generator.class);
    try {
        generator.run().await(1000 * 1000l);
    } catch (Exception e) {
        e.printStackTrace();
        Assert.assertTrue(false);
    }
    try {
        generator.run().await(1 * 1000l);
        Assert.assertTrue(false);
    } catch (Exception e) {
        e.printStackTrace();
    }
    // test outside actor thread
    BiConsumer<Long, Boolean> outside = (timout, expectTO) -> {
        // +1 == fin signal
        PromiseLatch finished = new PromiseLatch(5 * 5 + 1);
        generator.generate(100, (intarr, err) -> {
            if (!Actor.isErrorOrComplete(err)) {
                System.out.println("-> [" + intarr[0] + "," + intarr[1] + "]");
            }
            finished.countDown();
        });
        try {
            finished.getPromise().await(timout);
            if (expectTO)
                Assert.assertTrue(false);
        } catch (Exception e) {
            e.printStackTrace();
            if (!expectTO)
                Assert.assertTrue(false);
        }
    };
    outside.accept(1000l, true);
    outside.accept(100 * 1000l, false);
}