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optional max payload size for ByteToMessageDecoder #957
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weissi
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Apr 8, 2019
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thanks, this looks really good! A couple of small things though
weissi
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Apr 9, 2019
weissi
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Apr 9, 2019
weissi
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Apr 10, 2019
@weissi updated |
Motivation: ByteToMessageDecoder aggregate data in memory as part of their normal operation. the ability to limit how much they aggregate is critical in many real-life applications Modifications: * add optional maximumBufferSize argument to ByteToMessageDecoder initializer * test for buffer size when maximumBufferSize is set and throw ByteToMessageDecoderError.payloadTooLarge error Result: users can limit how much memory ByteToMessageDecoder takes and handle the exception on their end
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weissi
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Apr 11, 2019
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Thanks @tomerd . That looks great to me!
Lukasa
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Apr 11, 2019
weissi
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May 17, 2019
Motivation: In apple#957 we accidentally broke the API just a little bit. We turned the `ByteToMessageHandler.init` from public init(_ decoder: Decoder) into public init(_ decoder: Decoder, maximumBufferSize: Int? = nil) This looks totally benign and in almost all cases because of the default argument, you wouldn't notice the API breakage. However, it's possible to write code that works in NIO 2.0.0 but breaks in NIO 2.1.0. For example let g: (Dummy) -> ByteToMessageHandler<Dummy> = ByteToMessageHandler<Dummy>.init let h: (Dummy) -> ByteToMessageHandler<Dummy> = ByteToMessageHandler<Dummy>.init(_:) Modifications: According to SemVer, this releases a patch that unbreaks the public API. Result: No API breakages (checked with `swift-api-digester` which also found the breakage in the first place).
weissi
added a commit
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May 17, 2019
Motivation: In #957 we accidentally broke the API just a little bit. We turned the `ByteToMessageHandler.init` from public init(_ decoder: Decoder) into public init(_ decoder: Decoder, maximumBufferSize: Int? = nil) This looks totally benign and in almost all cases because of the default argument, you wouldn't notice the API breakage. However, it's possible to write code that works in NIO 2.0.0 but breaks in NIO 2.1.0. For example let g: (Dummy) -> ByteToMessageHandler<Dummy> = ByteToMessageHandler<Dummy>.init let h: (Dummy) -> ByteToMessageHandler<Dummy> = ByteToMessageHandler<Dummy>.init(_:) Modifications: According to SemVer, this releases a patch that unbreaks the public API. Result: No API breakages (checked with `swift-api-digester` which also found the breakage in the first place).
weissi
added a commit
that referenced
this pull request
May 17, 2019
Motivation: In #957 we accidentally broke the API just a little bit. We turned the `ByteToMessageHandler.init` from public init(_ decoder: Decoder) into public init(_ decoder: Decoder, maximumBufferSize: Int? = nil) This looks totally benign and in almost all cases because of the default argument, you wouldn't notice the API breakage. However, it's possible to write code that works in NIO 2.0.0 but breaks in NIO 2.1.0. For example let g: (Dummy) -> ByteToMessageHandler<Dummy> = ByteToMessageHandler<Dummy>.init let h: (Dummy) -> ByteToMessageHandler<Dummy> = ByteToMessageHandler<Dummy>.init(_:) Modifications: According to SemVer, this releases a patch that unbreaks the public API. Result: No API breakages (checked with `swift-api-digester` which also found the breakage in the first place).
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Motivation:
ByteToMessageDecoder aggregate data in memory as part of their normal operation. the ability to limit how much they aggregate is critical in many real-life applications
Modifications:
Result:
users can limit how much memory ByteToMessageDecoder takes and handle the exception on their end