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1. readMessageWithRegistry :: Message msg => Registry -> Text -> Either String msg

   proto-lens	Data.ProtoLens.TextFormat

   Parse a Message from a human-readable protocol buffer text format, using the given Registry to decode Any fields

2. readSV :: MSampleVar a -> IO a

   SafeSemaphore	Control.Concurrent.MSampleVar

   Wait for a value to become available, then take it and return. The queue of blocked readSV threads is a fair FIFO queue. readSV can block and be interrupted, in which case it takes nothing. If 'readSV returns normally then it has taken a value.

3. readFirstYamlConfigFile :: HasCodec a => [Path r File] -> IO (Maybe a)

   autodocodec-yaml	Autodocodec.Yaml

   Helper function to read the first in a list of yaml files for a type is HasCodec This will output a colourful yaml schema if parsing fails.

4. readYamlConfigFile :: HasCodec a => Path r File -> IO (Maybe a)

   autodocodec-yaml	Autodocodec.Yaml

   Helper function to read a yaml file for a type in HasCodec This will output a colourful yaml schema if parsing fails.

5. readFirstYamlConfigFile :: HasCodec a => [Path r File] -> IO (Maybe a)

   autodocodec-yaml	Autodocodec.Yaml.IO

   Helper function to read the first in a list of yaml files for a type is HasCodec This will output a colourful yaml schema if parsing fails.

6. readYamlConfigFile :: HasCodec a => Path r File -> IO (Maybe a)

   autodocodec-yaml	Autodocodec.Yaml.IO

   Helper function to read a yaml file for a type in HasCodec This will output a colourful yaml schema if parsing fails.

7. readBMP :: FilePath -> IO (Either Error BMP)

   bmp	Codec.BMP

   Read a BMP from a file. The file is checked for problems and unsupported features when read. If there is anything wrong this gives an Error instead.

8. readByteArray :: (PrimMonad m, Prim a, Bytes a) => MutableByteArray (PrimState m) -> Int -> m a

   byte-order	Data.Primitive.ByteArray.BigEndian

   Read a primitive value from the byte array, interpreting the first byte as the most significant one. The offset is given in elements of type a rather than in bytes.

9. readUnalignedByteArray :: (PrimMonad m, PrimUnaligned a, Bytes a) => MutableByteArray (PrimState m) -> Int -> m a

   byte-order	Data.Primitive.ByteArray.BigEndian

   Read a primitive value from the byte array, interpreting the first byte as the most significant one. The offset is given in bytes rather than in elements of type a.

10. readByteArray :: (PrimMonad m, Prim a, Bytes a) => MutableByteArray (PrimState m) -> Int -> m a

    byte-order	Data.Primitive.ByteArray.LittleEndian

    Read a primitive value from the byte array, interpreting the first byte as the least significant one. The offset is given in elements of type a rather than in bytes.

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