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Faithful Odigbo 2023-05-31 10:55:59 +00:00 committed by GitHub
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27 changed files with 33 additions and 33 deletions

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@ -40,7 +40,7 @@ import javax.inject.Singleton
/** /**
* In this filter, we want to check 4 categories of conditions: * In this filter, we want to check 4 categories of conditions:
* - if candidate is discoverable given that it's from an address-book/phone-book based source * - if candidate is discoverable given that it's from an address-book/phone-book based source
* - if candidate is unsuitable based on it's safety sub-fields in gizmoduck * - if candidate is unsuitable based on its safety sub-fields in gizmoduck
* - if candidate is withheld because of country-specific take-down policies * - if candidate is withheld because of country-specific take-down policies
* - if candidate is marked as bad/worst based on blink labels * - if candidate is marked as bad/worst based on blink labels
* We fail close on the query as this is a product-critical filter * We fail close on the query as this is a product-critical filter

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@ -17,7 +17,7 @@ private[selector] object InsertIntoModule {
otherCandidates: Queue[CandidateWithDetails]) otherCandidates: Queue[CandidateWithDetails])
/** /**
* Given a Seq of `candidates`, returns the first module with it's index that matches the * Given a Seq of `candidates`, returns the first module with its index that matches the
* `targetModuleCandidatePipeline` with all the [[ItemCandidateWithDetails]] that match the * `targetModuleCandidatePipeline` with all the [[ItemCandidateWithDetails]] that match the
* `candidatePipeline` added to the `itemsToInsert` and the remaining candidates, including the * `candidatePipeline` added to the `itemsToInsert` and the remaining candidates, including the
* module, in the `otherCandidates` * module, in the `otherCandidates`

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@ -17,7 +17,7 @@ import scala.collection.immutable.Queue
* before which the async [[Feature]]s are needed, and a [[Stitch]] of the async [[FeatureMap]]. * before which the async [[Feature]]s are needed, and a [[Stitch]] of the async [[FeatureMap]].
* It's expected that the [[Stitch]] has already been started and is running in the background. * It's expected that the [[Stitch]] has already been started and is running in the background.
* *
* While not essential to it's core behavior, [[AsyncFeatureMap]] also keeps track of the [[FeatureHydratorIdentifier]] * While not essential to its core behavior, [[AsyncFeatureMap]] also keeps track of the [[FeatureHydratorIdentifier]]
* and the Set of [[Feature]]s which will be hydrated for each [[Stitch]] of a [[FeatureMap]] it's given. * and the Set of [[Feature]]s which will be hydrated for each [[Stitch]] of a [[FeatureMap]] it's given.
* *
* @param asyncFeatureMaps the [[FeatureMap]]s for [[PipelineStepIdentifier]]s which have not been reached yet * @param asyncFeatureMaps the [[FeatureMap]]s for [[PipelineStepIdentifier]]s which have not been reached yet

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@ -14,7 +14,7 @@ import com.twitter.stitch.Stitch
/** /**
* A gate controls if a pipeline or other component is executed * A gate controls if a pipeline or other component is executed
* *
* A gate is mostly controlled by it's `shouldContinue` function - when this function * A gate is mostly controlled by its `shouldContinue` function - when this function
* returns true, execution Continues. * returns true, execution Continues.
* *
* Gates also have a optional `shouldSkip`- When it returns * Gates also have a optional `shouldSkip`- When it returns
@ -61,7 +61,7 @@ sealed trait BaseGate[-Query <: PipelineQuery] extends Component {
* A regular Gate which only has access to the Query typed PipelineQuery. This can be used anywhere * A regular Gate which only has access to the Query typed PipelineQuery. This can be used anywhere
* Gates are available. * Gates are available.
* *
* A gate is mostly controlled by it's `shouldContinue` function - when this function * A gate is mostly controlled by its `shouldContinue` function - when this function
* returns true, execution Continues. * returns true, execution Continues.
* *
* Gates also have a optional `shouldSkip`- When it returns * Gates also have a optional `shouldSkip`- When it returns
@ -78,7 +78,7 @@ trait Gate[-Query <: PipelineQuery] extends BaseGate[Query]
* list of previously fetched candidates. This can be used on dependent candidate pipelines to * list of previously fetched candidates. This can be used on dependent candidate pipelines to
* make a decision on whether to enable/disable them based on previous candidates. * make a decision on whether to enable/disable them based on previous candidates.
* *
* A gate is mostly controlled by it's `shouldContinue` function - when this function * A gate is mostly controlled by its `shouldContinue` function - when this function
* returns true, execution Continues. * returns true, execution Continues.
* *
* Gates also have a optional `shouldSkip`- When it returns * Gates also have a optional `shouldSkip`- When it returns

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@ -4,7 +4,7 @@ import com.twitter.product_mixer.core.feature.featuremap.FeatureMap
import com.twitter.product_mixer.core.model.common.CandidateWithFeatures import com.twitter.product_mixer.core.model.common.CandidateWithFeatures
import com.twitter.product_mixer.core.model.common.UniversalNoun import com.twitter.product_mixer.core.model.common.UniversalNoun
/** A [[Candidate]] and it's [[FeatureMap]] after being processed by a [[Scorer]] */ /** A [[Candidate]] and its [[FeatureMap]] after being processed by a [[Scorer]] */
case class ScoredCandidateResult[Candidate <: UniversalNoun[Any]]( case class ScoredCandidateResult[Candidate <: UniversalNoun[Any]](
candidate: Candidate, candidate: Candidate,
scorerResult: FeatureMap) scorerResult: FeatureMap)

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@ -2,7 +2,7 @@ package com.twitter.product_mixer.core.model.common
import com.twitter.product_mixer.core.feature.featuremap.FeatureMap import com.twitter.product_mixer.core.feature.featuremap.FeatureMap
/** [[Candidate]] and it's FeatureMap */ /** [[Candidate]] and its FeatureMap */
trait CandidateWithFeatures[+Candidate <: UniversalNoun[Any]] { trait CandidateWithFeatures[+Candidate <: UniversalNoun[Any]] {
val candidate: Candidate val candidate: Candidate
val features: FeatureMap val features: FeatureMap

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@ -14,7 +14,7 @@ import com.twitter.util.Duration
/** /**
* Domain model for the URT ShowAlert [[https://docbird.twitter.biz/unified_rich_timelines_urt/gen/com/twitter/timelines/render/thriftscala/ShowAlert.html]] * Domain model for the URT ShowAlert [[https://docbird.twitter.biz/unified_rich_timelines_urt/gen/com/twitter/timelines/render/thriftscala/ShowAlert.html]]
* *
* @note the text field (id: 2) has been deliberately excluded as it's been deprecated since 2018. Use RichText instead. * @note the text field (id: 2) has been deliberately excluded as it has been deprecated since 2018. Use RichText instead.
*/ */
case class ShowAlert( case class ShowAlert(
override val id: String, override val id: String,

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@ -47,7 +47,7 @@ class ProductScopeStringCenterModule extends TwitterModule {
/* The Guice injector is single threaded, but out of a preponderance of caution we use a concurrent Map. /* The Guice injector is single threaded, but out of a preponderance of caution we use a concurrent Map.
* *
* We need to ensure that we only build one StringSource, StringCenter client, and External String * We need to ensure that we only build one StringSource, StringCenter client, and External String
* Registry for each String Center Project. @ProductScoped doesn't ensure this on it's own as * Registry for each String Center Project. @ProductScoped doesn't ensure this on its own as
* two products can have the same String Center Project set. * two products can have the same String Center Project set.
*/ */
val stringSources: concurrent.Map[String, StringSource] = concurrent.TrieMap.empty val stringSources: concurrent.Map[String, StringSource] = concurrent.TrieMap.empty

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@ -12,7 +12,7 @@ import scala.util.control.NoStackTrace
* The reason field should not be displayed to end-users, and is free to change over time. * The reason field should not be displayed to end-users, and is free to change over time.
* It should always be free of private user data such that we can log it. * It should always be free of private user data such that we can log it.
* *
* The pipeline can classify it's own failures into categories (timeouts, invalid arguments, * The pipeline can classify its own failures into categories (timeouts, invalid arguments,
* rate limited, etc) such that the caller can choose how to handle it. * rate limited, etc) such that the caller can choose how to handle it.
* *
* @note [[componentStack]] should only be set by the product mixer framework, * @note [[componentStack]] should only be set by the product mixer framework,

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@ -70,7 +70,7 @@ class ProductPipelineBuilder[TRequest <: Request, Query <: PipelineQuery, Respon
* It's a simple, synchronous step that executes the query transformer. * It's a simple, synchronous step that executes the query transformer.
* *
* Since the output of the transformer is used in multiple other steps (Gate, Pipeline Execution), * Since the output of the transformer is used in multiple other steps (Gate, Pipeline Execution),
* we've promoted the transformer to a step so that it's outputs can be reused easily. * we've promoted the transformer to a step so that its outputs can be reused easily.
*/ */
def pipelineQueryTransformerStep( def pipelineQueryTransformerStep(
queryTransformer: (TRequest, Params) => Query, queryTransformer: (TRequest, Params) => Query,

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@ -72,7 +72,7 @@ trait ScoringPipelineConfig[-Query <: PipelineQuery, Candidate <: UniversalNoun[
/** /**
* Ranker Function for candidates. Scorers are executed in parallel. * Ranker Function for candidates. Scorers are executed in parallel.
* Note: Order does not matter, this could be a Set if Set was covariant over it's type. * Note: Order does not matter, this could be a Set if Set was covariant over its type.
*/ */
def scorers: Seq[Scorer[Query, Candidate]] def scorers: Seq[Scorer[Query, Candidate]]

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@ -106,7 +106,7 @@ private[core] trait Executor {
def startArrowAsync[In, Out](arrow: Arrow[In, Out]): Arrow[In, Stitch[Out]] = { def startArrowAsync[In, Out](arrow: Arrow[In, Out]): Arrow[In, Stitch[Out]] = {
Arrow Arrow
.map { arg: In => .map { arg: In =>
// wrap in a `ref` so we only compute it's value once // wrap in a `ref` so we only compute its value once
Stitch.ref(arrow(arg)) Stitch.ref(arrow(arg))
} }
.andThen( .andThen(
@ -452,7 +452,7 @@ private[core] object Executor {
* @note Should __never__ be called directly! * @note Should __never__ be called directly!
* *
* It's expected that the contained `arrow` will invoke [[recordTraceData]] exactly ONCE * It's expected that the contained `arrow` will invoke [[recordTraceData]] exactly ONCE
* during it's execution. * during its execution.
* *
* @note this does not record any data about the trace, it only sets the [[Trace]] Span * @note this does not record any data about the trace, it only sets the [[Trace]] Span
* for the execution of `arrow` * for the execution of `arrow`
@ -630,7 +630,7 @@ private[core] object Executor {
/** /**
* contains the scopes for recording metrics for the component by itself and * contains the scopes for recording metrics for the component by itself and
* the relative scope of that component within it's parent component scope * the relative scope of that component within its parent component scope
* *
* @see [[Executor.buildScopes]] * @see [[Executor.buildScopes]]
*/ */

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@ -68,7 +68,7 @@ class ComponentRegistrySnapshot() extends Logging {
* these 2 components would be indistinguishable. * these 2 components would be indistinguishable.
* *
* @throws ComponentIdentifierCollisionException if a [[Component]] with the same [[ComponentIdentifier]] is registered * @throws ComponentIdentifierCollisionException if a [[Component]] with the same [[ComponentIdentifier]] is registered
* but it's type is not the same as a previously registered [[Component]] * but its type is not the same as a previously registered [[Component]]
* with the same [[ComponentIdentifier]] * with the same [[ComponentIdentifier]]
* e.g. if you register 2 [[Component]]s with the same [[ComponentIdentifier]] * e.g. if you register 2 [[Component]]s with the same [[ComponentIdentifier]]
* such as `new Component` and an instance of * such as `new Component` and an instance of

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@ -163,7 +163,7 @@ object Observer {
rollupStatsReceiver.counter(Failures) rollupStatsReceiver.counter(Failures)
rollupStatsReceiver.counter(Cancelled) rollupStatsReceiver.counter(Cancelled)
/** Serialize a throwable and it's causes into a seq of Strings for scoping metrics */ /** Serialize a throwable and its causes into a seq of Strings for scoping metrics */
protected def serializeThrowable(throwable: Throwable): Seq[String] = protected def serializeThrowable(throwable: Throwable): Seq[String] =
Throwables.mkString(throwable) Throwables.mkString(throwable)

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@ -254,7 +254,7 @@ object ResultsObserver {
protected val foundCounter: Counter = statsReceiver.counter(scopes :+ Found: _*) protected val foundCounter: Counter = statsReceiver.counter(scopes :+ Found: _*)
protected val notFoundCounter: Counter = statsReceiver.counter(scopes :+ NotFound: _*) protected val notFoundCounter: Counter = statsReceiver.counter(scopes :+ NotFound: _*)
/** given a [[T]] returns it's size. */ /** given a [[T]] returns its size. */
protected val size: T => Int protected val size: T => Int
/** Records the size of the `results` using [[size]] and return the original value. */ /** Records the size of the `results` using [[size]] and return the original value. */

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@ -209,7 +209,7 @@ public enum TweetFeatureType {
/** /**
* Constructing an enum for a type. The earlybirdField can be null if it's not prepared, they * Constructing an enum for a type. The earlybirdField can be null if it's not prepared, they
* can be here as placeholders but they can't be outputted. * can be here as placeholders but they can't be outputted.
* The normalizer is null for the timestamp features that do not require normalization * The normalizer is null for the timestamp features that do not require normalization.
*/ */
TweetFeatureType(boolean incremental, TweetFeatureType(boolean incremental,
int typeInt, int typeInt,

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@ -325,7 +325,7 @@ public final class FacetsResultsUtils {
/** /**
* Replace "p.twimg.com/" part of the native photo (twimg) URL with "pbs.twimg.com/media/". * Replace "p.twimg.com/" part of the native photo (twimg) URL with "pbs.twimg.com/media/".
* We need to do this because of blobstore and it's suppose to be a temporary measure. This * We need to do this because of blobstore and it's supposed to be a temporary measure. This
* code should be removed once we verified that all native photo URL being sent to Search * code should be removed once we verified that all native photo URL being sent to Search
* are prefixed with "pbs.twimg.com/media/" and no native photo URL in our index contains * are prefixed with "pbs.twimg.com/media/" and no native photo URL in our index contains
* "p.twimg.com/" * "p.twimg.com/"
@ -357,7 +357,7 @@ public final class FacetsResultsUtils {
/** /**
* Replace "p.twimg.com/" part of the native photo (twimg) URL with "pbs.twimg.com/media/". * Replace "p.twimg.com/" part of the native photo (twimg) URL with "pbs.twimg.com/media/".
* We need to do this because of blobstore and it's suppose to be a temporary measure. This * We need to do this because of blobstore and it's supposed to be a temporary measure. This
* code should be removed once we verified that all native photo URL being sent to Search * code should be removed once we verified that all native photo URL being sent to Search
* are prefixed with "pbs.twimg.com/media/" and no native photo URL in our index contains * are prefixed with "pbs.twimg.com/media/" and no native photo URL in our index contains
* "p.twimg.com/" * "p.twimg.com/"

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@ -514,7 +514,7 @@ public final class EarlybirdRealtimeIndexSegmentWriter extends EarlybirdIndexSeg
// chokes on a given document), then it's // chokes on a given document), then it's
// non-aborting and (above) this one document // non-aborting and (above) this one document
// will be marked as deleted, but still // will be marked as deleted, but still
// consume a docID // consume a docID.
int posIncr = posIncrAttribute.getPositionIncrement(); int posIncr = posIncrAttribute.getPositionIncrement();
currentPosition += posIncr; currentPosition += posIncr;

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@ -1307,7 +1307,7 @@ public class EarlybirdSearcher {
} }
if (!searchQuery.getRelevanceOptions().isSetRankingParams()) { if (!searchQuery.getRelevanceOptions().isSetRankingParams()) {
searchQuery.getRelevanceOptions().setRankingParams( searchQuery.getRelevanceOptions().setRankingParams(
// this is important, or it's gonna pick DefaultScoringFunction which pretty much // this is important, or it's going to pick DefaultScoringFunction which pretty much
// does nothing. // does nothing.
new ThriftRankingParams().setType(ThriftScoringFunctionType.TOPTWEETS)); new ThriftRankingParams().setType(ThriftScoringFunctionType.TOPTWEETS));
} }

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@ -321,7 +321,7 @@ public class HashingAndPruningFacetAccumulator extends FacetAccumulator {
} }
// Compacts the hashtable entries in place by removing empty hashes. After // Compacts the hashtable entries in place by removing empty hashes. After
// this operation it's no longer a hash table but a array of entries. // this operation, it's no longer a hash table but a array of entries.
private void copyToSortBuffer() { private void copyToSortBuffer() {
int upto = 0; int upto = 0;

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@ -63,7 +63,7 @@ import com.twitter.search.earlybird.thrift.ThriftSocialFilterType;
* - computeScore * - computeScore
* - generateExplanationForScoring * - generateExplanationForScoring
* *
* They are called for scoring and generating the debug information of the document that it's * They are called for scoring and generating the debug information of the document that is
* currently being evaluated. The field 'data' holds the features of the document. * currently being evaluated. The field 'data' holds the features of the document.
*/ */
public abstract class FeatureBasedScoringFunction extends ScoringFunction { public abstract class FeatureBasedScoringFunction extends ScoringFunction {
@ -709,7 +709,7 @@ public abstract class FeatureBasedScoringFunction extends ScoringFunction {
} }
/** /**
* Computes the score of the document that it's currently being evaluated. * Computes the score of the document that is currently being evaluated.
* *
* The extracted features from the document are available in the field 'data'. * The extracted features from the document are available in the field 'data'.
* *

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@ -85,7 +85,7 @@ public class QueryTokenizerFilter extends SimpleFilter<EarlybirdRequestContext,
public void performExpensiveInitialization() throws QueryParserException { public void performExpensiveInitialization() throws QueryParserException {
SerializedQueryParser queryParser = new SerializedQueryParser(tokenizationOption); SerializedQueryParser queryParser = new SerializedQueryParser(tokenizationOption);
// The Korean query parser takes a few seconds on it's own to initialize. // The Korean query parser takes a few seconds on its own to initialize.
String koreanQuery = "스포츠"; String koreanQuery = "스포츠";
queryParser.parse(koreanQuery); queryParser.parse(koreanQuery);
} }

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@ -15,7 +15,7 @@ object GetRelatedTweetCandidatesUtil {
* for non-tweetBasedRelatedTweet, We don't have a query tweet, to keep scoring function consistent, * for non-tweetBasedRelatedTweet, We don't have a query tweet, to keep scoring function consistent,
* scorePreFactor = 1000.0 / LHSuserSize (queryTweetDegree's average is ~10k, 1000 ~= 10k/log(10k)) * scorePreFactor = 1000.0 / LHSuserSize (queryTweetDegree's average is ~10k, 1000 ~= 10k/log(10k))
* Though scorePreFactor is applied for all results within a request, it's still useful to make score comparable across requests, * Though scorePreFactor is applied for all results within a request, it's still useful to make score comparable across requests,
* so we can have a unifed min_score and help with downstream score normalization * so we can have a unifed min_score and help with downstream score normalization.
* **/ * **/
def getRelatedTweetCandidates( def getRelatedTweetCandidates(
relatedTweetCandidates: Seq[Long], relatedTweetCandidates: Seq[Long],

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@ -80,7 +80,7 @@ object ClusterEvaluation {
* Evaluate the quality of a cluster. * Evaluate the quality of a cluster.
* @param memberScores A map with the members of the cluster as the keys and their scores * @param memberScores A map with the members of the cluster as the keys and their scores
* inside the cluster as values. The more central a member is inside the score, * inside the cluster as values. The more central a member is inside the score,
* the higher it's score is. * the higher its score is.
* @param membersAdjLists A map that gives the weighted neighbors of each member in the cluster. * @param membersAdjLists A map that gives the weighted neighbors of each member in the cluster.
*/ */
def evaluateCluster( def evaluateCluster(

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@ -211,7 +211,7 @@ object UpdateKnownFor {
* *
* This function is where all the crucial steps take place. First get the cluster that each * This function is where all the crucial steps take place. First get the cluster that each
* node belongs to, and then broadcast information about this node and cluster membership to each * node belongs to, and then broadcast information about this node and cluster membership to each
* of it's neighbors. Now bring together all records with the same nodeId as the key and create * of its neighbors. Now bring together all records with the same nodeId as the key and create
* the NodeInformation dataset. * the NodeInformation dataset.
* @param graph symmetric graph i.e. if u is in v's adj list, then v is in u's adj list. * @param graph symmetric graph i.e. if u is in v's adj list, then v is in u's adj list.
* @param userToClusters current knownFor. * @param userToClusters current knownFor.

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@ -73,7 +73,7 @@ object UpdateKnownForApps {
* For each cluster, get two statistics about it: the number of nodes assigned to it, and the * For each cluster, get two statistics about it: the number of nodes assigned to it, and the
* sum of the membership scores * sum of the membership scores
* *
* @param knownFor TypedPipe from nodeId to the clusters it's been assigned to along with * @param knownFor TypedPipe from nodeId to the clusters it's being assigned to along with
* membership scores. * membership scores.
* @return Map giving the NeighborhoodInformation for each cluster. The nodeCount and * @return Map giving the NeighborhoodInformation for each cluster. The nodeCount and
* sumOfMembershipWeights fields in NeighborhoodInformation are populated, others are 0. * sumOfMembershipWeights fields in NeighborhoodInformation are populated, others are 0.

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@ -478,7 +478,7 @@ class EarlyStopDuration(tf.train.SessionRunHook):
return self.elapsed_time() > self._max_duration return self.elapsed_time() > self._max_duration
def elapsed_time(self) -> float: def elapsed_time(self) -> float:
# Recorded elapsed time is 0 unless it's been recorded in a file already # Recorded elapsed time is 0 unless it has been recorded in a file already
recorded_elapsed_time = 0 recorded_elapsed_time = 0
if tf.io.gfile.exists(self.elapsed_file_path): if tf.io.gfile.exists(self.elapsed_file_path):
with tf.io.gfile.GFile(self.elapsed_file_path, mode="r") as file: with tf.io.gfile.GFile(self.elapsed_file_path, mode="r") as file: