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  1. fixupResponse :: Request -> Response -> IO Response

    snap-core Snap.Internal.Core

    Post-process a finalized HTTP response:

    • fixup content-length header
    • properly handle 204/304 responses
    • if request was HEAD, remove response body
    Note that we do NOT deal with transfer-encoding: chunked or "connection: close" here.

  2. package unix-time

    Unix time parser/formatter and utilities Fast parser/formatter/utilities for Unix time

  3. module Data.UnixTime

    No documentation available.

  4. data UnixDiffTime

    unix-time Data.UnixTime

    Data structure for UnixTime diff. It is up to the user to ensure that udtMicroSeconds < 1000000. Helpers such as microSecondsToUnixDiffTime can help you to create valid values. For example, it's a mistake to use addUnixDiffTime with a value UnixDiffTime 0 9999999 as it will produce an incorrect value back. You should instead use functions such as microSecondsToUnixDiffTime to create values that are in-range. This avoids any gotchas when then doing comparisons.

  5. UnixDiffTime :: CTime -> Int32 -> UnixDiffTime

    unix-time Data.UnixTime

    No documentation available.

  6. data UnixTime

    unix-time Data.UnixTime

    Data structure for Unix time. Please note that this uses GHC-derived Eq and Ord instances. Notably 

    >>> UnixTime 1 0 > UnixTime 0 999999999
True
    You should instead use UnixDiffTime along with its helpers such as microSecondsToUnixDiffTime which will ensure that such unusual values are never created.

  7. UnixTime :: CTime -> Int32 -> UnixTime

    unix-time Data.UnixTime

    No documentation available.

  8. addUnixDiffTime :: UnixTime -> UnixDiffTime -> UnixTime

    unix-time Data.UnixTime

    Adding difference to UnixTime. 

    >>> UnixTime 100 2000 `addUnixDiffTime` microSecondsToUnixDiffTime ((-1003000) :: Int)
UnixTime {utSeconds = 98, utMicroSeconds = 999000}

  9. diffUnixTime :: UnixTime -> UnixTime -> UnixDiffTime

    unix-time Data.UnixTime

    Calculating difference between two UnixTime. 

    >>> UnixTime 100 2000 `diffUnixTime` UnixTime 98 2100
UnixDiffTime {udtSeconds = 1, udtMicroSeconds = 999900}

  10. formatUnixTime :: Format -> UnixTime -> IO ByteString

    unix-time Data.UnixTime

    Formatting UnixTime to ByteString in local time. This is a wrapper for strftime_l(). utMicroSeconds is ignored. The result depends on the TZ environment variable.

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