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1. readLogRecordInstrumentationScope :: IsReadableLogRecord r => r -> InstrumentationLibrary

   hs-opentelemetry-api	OpenTelemetry.Internal.Logs.Types

   Reads the InstrumentationScope from the Logger that emitted the LogRecord

2. readLogRecordResource :: IsReadableLogRecord r => r -> MaterializedResources

   hs-opentelemetry-api	OpenTelemetry.Internal.Logs.Types

   Reads the Resource from the LoggerProvider that emitted the LogRecord

3. readLogRecord :: IsReadableLogRecord r => r -> IO ImmutableLogRecord

   hs-opentelemetry-api	OpenTelemetry.Logs.Core

   Reads the current state of the LogRecord from its internal IORef. The implementation mirrors readIORef.

4. readLogRecordAttributeLimits :: IsReadWriteLogRecord r => r -> AttributeLimits

   hs-opentelemetry-api	OpenTelemetry.Logs.Core

   Reads the attribute limits from the LoggerProvider that emitted the LogRecord. These are needed to add more attributes.

5. readLogRecordInstrumentationScope :: IsReadableLogRecord r => r -> InstrumentationLibrary

   hs-opentelemetry-api	OpenTelemetry.Logs.Core

   Reads the InstrumentationScope from the Logger that emitted the LogRecord

6. readLogRecordResource :: IsReadableLogRecord r => r -> MaterializedResources

   hs-opentelemetry-api	OpenTelemetry.Logs.Core

   Reads the Resource from the LoggerProvider that emitted the LogRecord

7. readFileDeserialise :: Serialise a => FilePath -> IO a

   serialise	Codec.Serialise

   Read the specified file (internally, by reading a ByteString) and attempt to decode it into a Haskell value using deserialise (the type of which is determined by the choice of the result type). Throws: DeserialiseFailure if the file fails to deserialise properly.

8. readFileDeserialise :: Serialise a => FilePath -> IO a

   serialise	Codec.Serialise.IO

   Read the specified file (internally, by reading a ByteString) and attempt to decode it into a Haskell value using deserialise (the type of which is determined by the choice of the result type). Throws: DeserialiseFailure if the file fails to deserialise properly.

9. readFile :: FilePath -> (Stream (Of String) IO () -> IO a) -> IO a

   streaming	Streaming.Prelude

   Read the lines of a file, using a function of the type: 'Stream (Of String) IO () -> IO a' to turn the stream into a value of type 'IO a'.

   >>> S.writeFile "lines.txt" $ S.take 2 S.stdinLn
   hello<Enter>
   world<Enter>
   
   >>> S.readFile "lines.txt" S.print
   "hello"
   "world"
   

10. readLn :: forall (m :: Type -> Type) a . (MonadIO m, Read a) => Stream (Of a) m ()

    streaming	Streaming.Prelude

    Read values from stdin, ignoring failed parses.

    >>> :set -XTypeApplications
    
    >>> S.sum $ S.take 2 (S.readLn @IO @Int)
    10<Enter>
    12<Enter>
    22 :> ()
    

    >>> S.toList $ S.take 2 (S.readLn @IO @Int)
    10<Enter>
    1@#$%^&*\<Enter>
    12<Enter>
    [10,12] :> ()
    

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