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io.gatling.http.engine.tx.HttpTxExecutor.scala Maven / Gradle / Ivy
/*
* Copyright 2011-2024 GatlingCorp (https://gatling.io)
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package io.gatling.http.engine.tx
import io.gatling.core.CoreComponents
import io.gatling.core.util.NameGen
import io.gatling.http.cache.{ ContentCacheEntry, HttpCaches, SslContextSupport }
import io.gatling.http.client.HttpListener
import io.gatling.http.client.util.Pair
import io.gatling.http.engine.{ GatlingHttpListener, HttpEngine }
import io.gatling.http.engine.response._
import io.gatling.http.fetch.ResourceFetcher
import io.gatling.http.protocol.HttpProtocol
import io.gatling.http.response.HttpFailure
import com.typesafe.scalalogging.StrictLogging
final class HttpTxExecutor(
coreComponents: CoreComponents,
httpEngine: HttpEngine,
httpCaches: HttpCaches,
defaultStatsProcessor: DefaultStatsProcessor,
httpProtocol: HttpProtocol
) extends NameGen
with StrictLogging {
import coreComponents._
private val resourceFetcher = new ResourceFetcher(coreComponents, httpCaches, httpProtocol, httpTxExecutor = this)
private def executeWithCache(origTx: HttpTx)(f: HttpTx => Unit): Unit = {
val tx = httpCaches.applyPermanentRedirect(origTx)
val clientRequest = tx.request.clientRequest
val uri = clientRequest.getUri
httpCaches.contentCacheEntry(tx.session, clientRequest) match {
case None | Some(ContentCacheEntry(None, _, _)) =>
f(tx)
case Some(ContentCacheEntry(Some(expire), _, _)) if clock.nowMillis > expire =>
val newTx = tx.copy(session = httpCaches.clearContentCache(tx.session, clientRequest))
f(newTx)
case _ =>
resourceFetcher.newResourceAggregatorForCachedPage(tx) match {
case Some(aggregator) =>
logger.debug(
s"Fetching resources of cached page request=${tx.request.requestName} uri=$uri: scenario=${tx.session.scenario}, userId=${tx.session.userId}"
)
aggregator.start(tx.session)
case _ =>
logger.debug(s"Skipping cached request=${tx.request.requestName} uri=$uri: scenario=${tx.session.scenario}, userId=${tx.session.userId}")
tx.resourceTx match {
case Some(resourceTx) => resourceTx.aggregator.onCachedResource(resourceTx, tx)
case _ => tx.next ! tx.session
}
}
}
}
private def executeHttp2WithCache(origTxs: Iterable[HttpTx])(f: Iterable[HttpTx] => Unit): Unit = {
val cached = scala.collection.mutable.ListBuffer[HttpTx]()
val nonCached = scala.collection.mutable.ListBuffer[HttpTx]()
var session = origTxs.head.session
origTxs.foreach { tx =>
val updatedTx = httpCaches.applyPermanentRedirect(tx)
val txCacheEntry = httpCaches.contentCacheEntry(updatedTx.session, updatedTx.request.clientRequest)
txCacheEntry match {
case None | Some(ContentCacheEntry(None, _, _)) =>
nonCached += updatedTx
case Some(ContentCacheEntry(Some(expire), _, _)) if clock.nowMillis > expire =>
val requestToClean = updatedTx.request.clientRequest
session = httpCaches.clearContentCache(session, requestToClean)
nonCached += updatedTx
case _ =>
cached += updatedTx
}
}
f(nonCached.map(_.copy(session = session)))
cached.map(_.copy(session = session)).foreach { tx =>
val uri = tx.request.clientRequest.getUri
resourceFetcher.newResourceAggregatorForCachedPage(tx) match {
case Some(aggregator) =>
logger
.debug(
s"Fetching resources of cached page request=${tx.request.requestName} uri=$uri: scenario=${tx.session.scenario}, userId=${tx.session.userId}"
)
aggregator.start(tx.session)
case _ =>
logger.debug(s"Skipping cached request=${tx.request.requestName} uri=$uri: scenario=${tx.session.scenario}, userId=${tx.session.userId}")
tx.resourceTx match {
case Some(resourceTx) => resourceTx.aggregator.onCachedResource(resourceTx, tx)
case _ =>
}
}
}
}
def execute(origTx: HttpTx): Unit =
execute(origTx, responseProcessorFactory)
def execute(origTxs: Iterable[HttpTx]): Unit =
execute(origTxs, responseProcessorFactory)
def execute(origTx: HttpTx, responseProcessorFactory: HttpTx => ResponseProcessor): Unit =
executeWithCache(origTx) { tx =>
if (tx.redirectCount >= tx.request.requestConfig.httpProtocol.responsePart.maxRedirects) {
val now = clock.nowMillis
// [e]
//
// [e]
responseProcessorFactory(tx).onComplete(
HttpFailure(
request = tx.request.clientRequest,
startTimestamp = now,
endTimestamp = now,
errorMessage = s"Too many redirects, max is ${tx.request.requestConfig.httpProtocol.responsePart.maxRedirects}"
)
)
} else {
logger.debug(
s"Sending request=${tx.request.requestName} uri=${tx.request.clientRequest.getUri}: scenario=${tx.session.scenario}, userId=${tx.session.userId}"
)
val clientRequest = tx.request.clientRequest
val clientId = tx.session.userId
val shared = tx.request.requestConfig.httpProtocol.enginePart.shareConnections
val listener = new GatlingHttpListener(tx, coreComponents.clock, responseProcessorFactory(tx))
val userSslContexts = SslContextSupport.sslContexts(tx.session)
throttler match {
case Some(th) if tx.request.requestConfig.throttled =>
th.throttle(
tx.session.scenario,
() => httpEngine.executeRequest(clientRequest, clientId, shared, tx.session.eventLoop, listener, userSslContexts)
)
case _ =>
httpEngine.executeRequest(clientRequest, clientId, shared, tx.session.eventLoop, listener, userSslContexts)
}
}
}
def execute(origTxs: Iterable[HttpTx], responseProcessorFactory: HttpTx => ResponseProcessor): Unit =
executeHttp2WithCache(origTxs) { txs =>
val headTx = txs.head
txs.foreach(tx =>
logger.debug(
s"Sending request=${tx.request.requestName} uri=${tx.request.clientRequest.getUri} scenario=${tx.session.scenario}, userId=${tx.session.userId}"
)
)
val requestsAndListeners = txs.map { tx =>
val listener: HttpListener = new GatlingHttpListener(tx, coreComponents.clock, responseProcessorFactory(tx))
new Pair(tx.request.clientRequest, listener)
}
val clientId = headTx.session.userId
val shared = headTx.request.requestConfig.httpProtocol.enginePart.shareConnections
val userSslContexts = SslContextSupport.sslContexts(headTx.session)
throttler match {
case Some(th) if txs.head.request.requestConfig.throttled =>
th.throttle(
headTx.session.scenario,
() => httpEngine.executeHttp2Requests(requestsAndListeners, clientId, shared, headTx.session.eventLoop, userSslContexts)
)
case _ =>
httpEngine.executeHttp2Requests(requestsAndListeners, clientId, shared, headTx.session.eventLoop, userSslContexts)
}
}
private val responseProcessorFactory: HttpTx => ResponseProcessor = tx =>
tx.resourceTx match {
case Some(resourceTx) => newResourceResponseProcessor(tx, resourceTx)
case _ => newRootResponseProcessor(tx)
}
private def newRootResponseProcessor(tx: HttpTx): ResponseProcessor =
new DefaultResponseProcessor(
tx,
sessionProcessor = new RootSessionProcessor(
tx.silent,
tx.request.clientRequest,
tx.request.requestConfig.checks,
httpCaches,
httpProtocol
),
statsProcessor = statsProcessor(tx),
nextExecutor = new RootNextExecutor(tx, resourceFetcher, this),
configuration.core.charset
)
private def newResourceResponseProcessor(tx: HttpTx, resourceTx: ResourceTx): ResponseProcessor =
new DefaultResponseProcessor(
tx = tx.copy(session = resourceTx.aggregator.currentSession),
sessionProcessor = new ResourceSessionProcessor(
tx.silent,
tx.request.clientRequest,
tx.request.requestConfig.checks,
httpCaches,
httpProtocol
),
statsProcessor = statsProcessor(tx),
nextExecutor = new ResourceNextExecutor(tx, resourceTx),
configuration.core.charset
)
def statsProcessor(tx: HttpTx): StatsProcessor =
if (tx.silent) NoopStatsProcessor else defaultStatsProcessor
}
