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package com.bugsnag.android
import android.net.TrafficStats
import com.bugsnag.android.internal.JsonHelper
import java.io.IOException
import java.net.HttpURLConnection
import java.net.HttpURLConnection.HTTP_BAD_REQUEST
import java.net.HttpURLConnection.HTTP_CLIENT_TIMEOUT
import java.net.HttpURLConnection.HTTP_OK
import java.net.URL
internal class DefaultDelivery(
private val connectivity: Connectivity?,
private val apiKey: String,
private val maxStringValueLength: Int,
private val logger: Logger
) : Delivery {
companion object {
// 1MB with some fiddle room in case of encoding overhead
const val maxPayloadSize = 999700
}
override fun deliver(payload: Session, deliveryParams: DeliveryParams): DeliveryStatus {
val status = deliver(
deliveryParams.endpoint,
JsonHelper.serialize(payload),
deliveryParams.headers
)
logger.i("Session API request finished with status $status")
return status
}
private fun serializePayload(payload: EventPayload): ByteArray {
var json = JsonHelper.serialize(payload)
if (json.size <= maxPayloadSize) {
return json
}
var event = payload.event
if (event == null) {
event = MarshalledEventSource(payload.eventFile!!, apiKey, logger).invoke()
payload.event = event
payload.apiKey = apiKey
}
val (itemsTrimmed, dataTrimmed) = event.impl.trimMetadataStringsTo(maxStringValueLength)
event.impl.internalMetrics.setMetadataTrimMetrics(
itemsTrimmed,
dataTrimmed
)
json = JsonHelper.serialize(payload)
if (json.size <= maxPayloadSize) {
return json
}
val breadcrumbAndBytesRemovedCounts =
event.impl.trimBreadcrumbsBy(json.size - maxPayloadSize)
event.impl.internalMetrics.setBreadcrumbTrimMetrics(
breadcrumbAndBytesRemovedCounts.itemsTrimmed,
breadcrumbAndBytesRemovedCounts.dataTrimmed
)
return JsonHelper.serialize(payload)
}
override fun deliver(payload: EventPayload, deliveryParams: DeliveryParams): DeliveryStatus {
val json = serializePayload(payload)
val status = deliver(deliveryParams.endpoint, json, deliveryParams.headers)
logger.i("Error API request finished with status $status")
return status
}
fun deliver(
urlString: String,
json: ByteArray,
headers: Map<String, String?>
): DeliveryStatus {
TrafficStats.setThreadStatsTag(1)
if (connectivity != null && !connectivity.hasNetworkConnection()) {
return DeliveryStatus.UNDELIVERED
}
var conn: HttpURLConnection? = null
try {
conn = makeRequest(URL(urlString), json, headers)
// End the request, get the response code
val responseCode = conn.responseCode
val status = getDeliveryStatus(responseCode)
logRequestInfo(responseCode, conn, status)
return status
} catch (oom: OutOfMemoryError) {
// attempt to persist the payload on disk. This approach uses streams to write to a
// file, which takes less memory than serializing the payload into a ByteArray, and
// therefore has a reasonable chance of retaining the payload for future delivery.
logger.w("Encountered OOM delivering payload, falling back to persist on disk", oom)
return DeliveryStatus.UNDELIVERED
} catch (exception: IOException) {
logger.w("IOException encountered in request", exception)
return DeliveryStatus.UNDELIVERED
} catch (exception: Exception) {
logger.w("Unexpected error delivering payload", exception)
return DeliveryStatus.FAILURE
} finally {
conn?.disconnect()
}
}
private fun makeRequest(
url: URL,
json: ByteArray,
headers: Map<String, String?>
): HttpURLConnection {
val conn = url.openConnection() as HttpURLConnection
conn.doOutput = true
// avoids creating a buffer within HttpUrlConnection, see
// https://developer.android.com/reference/java/net/HttpURLConnection
conn.setFixedLengthStreamingMode(json.size)
// calculate the SHA-1 digest and add all other headers
computeSha1Digest(json)?.let { digest ->
conn.addRequestProperty(HEADER_BUGSNAG_INTEGRITY, digest)
}
headers.forEach { (key, value) ->
if (value != null) {
conn.addRequestProperty(key, value)
}
}
// write the JSON payload
conn.outputStream.use {
it.write(json)
}
return conn
}
private fun logRequestInfo(code: Int, conn: HttpURLConnection, status: DeliveryStatus) {
runCatching {
logger.i(
"Request completed with code $code, " +
"message: ${conn.responseMessage}, " +
"headers: ${conn.headerFields}"
)
}
runCatching {
conn.inputStream.bufferedReader().use {
logger.d("Received request response: ${it.readText()}")
}
}
runCatching {
if (status != DeliveryStatus.DELIVERED) {
conn.errorStream.bufferedReader().use {
logger.w("Request error details: ${it.readText()}")
}
}
}
}
internal fun getDeliveryStatus(responseCode: Int): DeliveryStatus {
return when {
responseCode in HTTP_OK..299 -> DeliveryStatus.DELIVERED
isUnrecoverableStatusCode(responseCode) -> DeliveryStatus.FAILURE
else -> DeliveryStatus.UNDELIVERED
}
}
private fun isUnrecoverableStatusCode(responseCode: Int) =
responseCode in HTTP_BAD_REQUEST..499 && // 400-499 are considered unrecoverable
responseCode != HTTP_CLIENT_TIMEOUT && // except for 408
responseCode != 429 // and 429
}