Process module:System -package:unix -package:typed-process -is:exact -package:cmdargs -package:process -package:io-streams -is:module -package:streamly-process -package:Win32

process :: ProcessMaker a => a -> IO (Handle, Handle, Handle, ProcessHandle)
process-extras System.Process.Common System.Process.ListLike
type ProcessGroupID = CPid
base System.Posix.Types
type ProcessID = CPid
base System.Posix.Types
data ProcessorOption
cryptonite Crypto.System.CPU, crypton Crypto.System.CPU
CPU options impacting cryptography implementation and library performance.
ProcessCPUTime :: Clock
clock System.Clock System.Clock.Seconds
The identifier of the CPU-time clock associated with the calling process. For this clock, the value returned by getTime represents the amount of execution time of the current process.
class ProcessMaker a
process-extras System.Process.Common System.Process.ListLike
class Monoid result => ProcessResult text result | result -> text
process-extras System.Process.Common System.Process.ListLike
class (IsString text, Monoid text, ListLike text char) => ProcessText text char
process-extras System.Process.Common System.Process.ListLike
ProcessHandle :: ProcessHandle -> Chunk a
process-extras System.Process.ListLike
This will always come first, before any output or exit code.
ProcessInput :: TerminalMode
posix-pty System.Posix.Pty
ProcessOutput :: TerminalMode
posix-pty System.Posix.Pty
processorOptions :: [ProcessorOption]
cryptonite Crypto.System.CPU, crypton Crypto.System.CPU
Options which have been enabled at compile time and are supported by the current CPU.
processID :: PipeHandle -> ProcessID
MissingH System.Cmd.Utils
processorID :: CPU -> !Word32
cpuinfo System.CPU
Logical Processor Index
timed_post_process :: TimedFileLogSpec -> FilePath -> IO ()
fast-logger System.Log.FastLogger.File
processing function called asynchronously after a file is added to the rotation
readCreateProcessWithExitCode :: CreateProcess -> ByteString -> IO (ExitCode, ByteString, ByteString)
process-extras System.Process.ByteString System.Process.ByteString.Lazy
readProcessWithExitCode :: FilePath -> [String] -> ByteString -> IO (ExitCode, ByteString, ByteString)
process-extras System.Process.ByteString System.Process.ByteString.Lazy
Specialized version for backwards compatibility.
readCreateProcessWithExitCode :: CreateProcess -> Chars -> IO (ExitCode, Chars, Chars)
process-extras System.Process.Chars
readProcessWithExitCode :: FilePath -> [String] -> Chars -> IO (ExitCode, Chars, Chars)
process-extras System.Process.Chars
Specialized version for backwards compatibility.
class ListLikeIO text char => ListLikeProcessIO text char
process-extras System.Process.Common
Process IO is based on the ListLikeIO class from the ListLike package
readCreateProcessLazy :: (ProcessMaker maker, ProcessResult a b, ListLikeProcessIO a c) => maker -> a -> IO b
process-extras System.Process.Common
Like readCreateProcessStrict, but the output is read lazily.
readCreateProcessStrict :: (ProcessMaker maker, ProcessResult text result, ListLikeProcessIO text char) => maker -> text -> IO result
process-extras System.Process.Common
readCreateProcessWithExitCode :: (ProcessMaker maker, ListLikeProcessIO text char) => maker -> text -> IO (ExitCode, text, text)
process-extras System.Process.Common
readProcessWithExitCode :: ListLikeProcessIO text char => FilePath -> [String] -> text -> IO (ExitCode, text, text)
process-extras System.Process.Common
Like readProcessWithExitCode, but with generalized input and output type. Aside from the usual text-like types, the output can be a list of Chunk a. This lets you process the chunks received from stdout and stderr lazil, in the order they are received, as well as the exit code. Utilities to handle Chunks are provided in System.Process.ListLike.
showCreateProcessForUser :: CreateProcess -> String
process-extras System.Process.Common
System.Process utility functions.