deepseq-bounded-0.7.0.2: deepseq-bounded.cabal
-------------------------------------------------------------------------------
name: deepseq-bounded
version: 0.7.0.2
synopsis: Bounded deepseq, including support for generic deriving
license: BSD3
license-file: LICENSE
author: Andrew G. Seniuk
maintainer: Andrew Seniuk <rasfar@gmail.com>
homepage: http://fremissant.net/deepseq-bounded
bug-reports: http://fremissant.net/deepseq-bounded/trac
---bug-reports: Andrew Seniuk <rasfar@gmail.com>
category: Control
--hackage-tags: leak, space, parallel, strictness, forcing, diagnostic, remedial, bsd3, library
build-type: Simple
stability: provisional
cabal-version: >= 1.18
-- GHC <= 7.4.2 won't work, unless you're also HASKELL98_FRAGMENT
-- (or at least USE_SOP is False).
tested-with: GHC==7.6.3, GHC==7.8.1, GHC==7.8.3, GHC==7.8.4, GHC==7.10.1
--tested-with: GHC==7.6.3, GHC==7.8.*, GHC==7.10.1 -- illegal syntax
description:
This package provides methods for partially (or fully) evaluating data
structures (\"bounded deep evaluation\").
.
More information is available on the project <http://www.fremissant.net/deepseq-bounded homepage>.
There may be activity on this <http://www.reddit.com/r/haskell/comments/2pscxh/ann_deepseqbounded_seqaid_leaky/ reddit> discussion, where your comments are invited.
.
Quoting from the
<http://hackage.haskell.org/package/deepseq deepseq> package:
.
\"/Artificial forcing is often used for adding strictness to a program, e.g. in order to force pending exceptions, remove space leaks, or force lazy IO to happen. It is also useful in parallel programs, to ensure work does not migrate to the wrong thread./\"
.
Sometimes we don't want to, or cannot, force all the way, for instance
when dealing with potentially infinite values of coinductive types.
Also, bounded forcing bridges the theoretical axis between shallow seq
and full deepseq.
.
We provide two new classes <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataN.html#t:NFDataN NFDataN> and <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataP.html#t:NFDataP NFDataP>.
Instances of these provide bounded deep evaluation for arbitrary polytypic terms:
.
* <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataN.html#t:NFDataN rnfn> bounds the forced evaluation by depth of recursion.
.
* <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataP.html#t:NFDataP rnfp> forces based on patterns (static or dynamic).
.
Instances of <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataN.html NFDataN> and <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataP.html NFDataP> can be automatically derived via <http://hackage.haskell.org/package/generics-sop/docs/Generics-SOP.html Generics.SOP>, backed by the <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-Generic-GNFDataN.html GNFDataN> and <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-Generic-GNFDataP.html GNFDataP> modules.
<http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataN.html NFDataN> can optionally be derived by the standard <http://downloads.haskell.org/~ghc/7.8.3/docs/html/libraries/base-4.7.0.1/GHC-Generics.html GHC.Generics> facility (but not so for <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataP.html NFDataP>).
.
Another approach is <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-Seqable.html Seqable>, which is similar to <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-NFDataN.html NFDataN>,
but optimised for use as a dynamically-reconfigurable forcing harness
in the <http://hackage.haskell.org/package/seqaid seqaid> auto-instrumentation tool.
.
Recent developments supporting parallelisation control (in <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-Pattern.html Pattern>
and <http://hackage.haskell.org/package/deepseq-bounded-0.7.0.0/docs/Control-DeepSeq-Bounded-Seqable.html Seqable> modules) may justify renaming this library to
something which encompasses both strictness and parallelism aspects.
.
/ NOTE: Versions >=0.6 are substantially different from the original (now deprecated) 0.5.* releases, particularly as regards NFDataP. /
extra-source-files:
README
, changelog.txt
, hackage-tags.txt
, tests/*.hs
, HTML/*.html
, HTML/*.css
, deepseq-bounded-seqaid-leaky.html
, deepseq-bounded-seqaid-leaky.css
, cafe-and-glasgow-users-0.6.txt
, cpphs.sh
-- source-repository head
-- type: git
-- location: https://www.fremissant.com/package/deepseq-bounded.git
--
-- source-repository this
-- type: git
-- location: https://www.fremissant.com/package/deepseq-bounded.git
-- tag: deepseq-bounded-0.6.0-release
-------------------------------------------------------------------------------
Flag HELLO_HACKAGE_VISITOR
Description: [Note to those reading on Hackage:] Please ignore these flags, which would be better presented in a collapsed state. The flags are mostly for development purposes.
Default: False
Manual: True
Flag HASKELL98_FRAGMENT
Description: Sacrifice generic deriving, the NFDataPDyn module, and a couple functions from the PatUtil module, in exchange for true Haskell98 conformance (portability). (One non-H98 thing it insists on is PatternGuards, although this could be relieved in the obvious way, at the expense of code clarity.)
--Default: True
Default: False
Manual: True
Flag USE_PAR_PATNODE
Description: On match, spark recursive submatching for parallel evaluation.
Default: True
--Default: False
Manual: True
Flag USE_PSEQ_PATNODE
Description: Use Control.Parallel.pseq to order the evaluation of recursive submatching. This is done by providing a permutation argument; refer to the Control.DeepSeq.Bounded.Pattern.PatNode API for additional documentation. Configurable per PatNode.
Default: True
--Default: False
Manual: True
Flag USE_TRACE_PATNODE
Description: Log a traceline to stderr en passant. Configurable per PatNode. Fires when node is pattern-matched, whether or not the match succeeds.
Default: True
--Default: False
Manual: True
Flag USE_PING_PATNODE
Description: Raise an asynchronous exception en passant. This can be useful for gauging term shape relative to pattern shape, dynamically. Configurable per PatNode. Fires when node is pattern-matched, whether or not the match succeeds.
Default: True
--Default: False
Manual: True
Flag USE_DIE_PATNODE
Description: Kill (just this) thread immediately. To kill the whole program from a pattern node match, use USE_PING_PATNODE, catch the exception in the main thread, and respond from there as you see fit. Configurable per PatNode. Fires when node is pattern-matched, whether or not the match succeeds.
Default: True
--Default: False
Manual: True
Flag USE_TIMING_PATNODE
Description: Get as precise a measurement of the time of matching as possible, and optionally (depending on how you use the API) measuring and reporting (storing?) differential timestamps (relative to parent node already matched). Not sure how useable this will be (the timestamps need to be very high resolution and cheap enough to obtain), but the principle has its place here, and the flag makes it possible to exclude all this code in case it's not working out. Configurable per PatNode. Fires when node is pattern-matched, whether or not the match succeeds.
Default: True
--Default: False
Manual: True
Flag USE_PAR_SEQABLE
Description: This flag (now) only affects Seqable. (Refer to USE_PAR_PATNODE for a comparable flag affecting NFDataP.) USE_PAR_SEQABLE = True depends on parallel, and permits (dynamically configurable) sparking of Sequable recursive demand propagation.
Default: True
--Default: False
Manual: True
-- Flag DEPTH_USES_INT64
-- Description: This won't be implemented for a while, probably.
-- --Default: True
-- Default: False
-- Manual: True
Flag JUST_ALIAS_GSEQABLE
Description: The SOP generic function is probably more performant, anyway! (This will be forced False if HASKELL98_FRAGMENT is True.)
Default: True
--Default: False
Manual: True
Flag JUST_ALIAS_GNFDATAN
Description: The SOP generic function is probably more performant, anyway! (This will be forced False if HASKELL98_FRAGMENT is True.)
--Default: True
Default: False
Manual: True
Flag JUST_ALIAS_GNFDATAP
Description: The SOP generic function is probably more performant, anyway! (This will be forced False if HASKELL98_FRAGMENT is True.)
--Default: True
Default: False
Manual: True
Flag PROVIDE_DATA_FAMILY
Description: Provide a data family comprising instances corresponding to the Seqable, NFDataN and NFDataP modules. (This will be forced False if HASKELL98_FRAGMENT is True.)
Default: True
--Default: False
Manual: True
Flag USE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS
Description: Choose grouping convention (concrete syntax) for pattern strings in the DSL. When True, you have "XX.*Y..Y" instead of the (new) default "((.*)..)". Where X=opening curly brace, and Y=closing curly brace - it seems Cabal makes it impossible to present a curly brace in a flag description, even escaped? Unless Unicode entities? { \u007D } Nope.
--Default: True
Default: False
Manual: True
Flag ABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19
Description: So you can write "2(!53)" instead of "*2(!*5*3)". This will be unambiguous up to a depth of 19. (It may still be unambiguous for higher depths, depending on the use case.) This could be convenient if you work a lot manually with the pattern DSL, particularly for vertical alignment of pattern structures, but otherwise it should be False as ambigities can develop, for instance under (showPat . shrinkPat . compilePat) iteration.
---Default: True
Default: False
Manual: True
Flag ABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9
Description: Similar to the preceding, but use "1" instead of "!" for depth-1, and moreover, use "0" instead of "." for depth-0. (This is such a niche-case syntax variant, that may as well go all the way!) It makes for very tidy when you're not using a lot of other attributes. This grammar variant is unambiguous; the danger here is only that conventions get mixed in practise...
---Default: True
Default: False
Manual: True
Flag USE_WW_DEEPSEQ
Description: Depend on deepseq and deepseq-generics, to provide conditional deep forcing. This is optional.
Default: True
--Default: False
Manual: True
Flag WARN_PATTERN_MATCH_FAILURE
Description: For NFDataP, if a pattern match fails a warning is output to stderr.
--Default: True
Default: False
Manual: True
Flag USE_SOP
Description: Use the generics-sop package instead of GHC.Generics (in GNFDataN) and instead of SYB (in NFDataPDyn). If USE_SOP is False, then NFDataPDyn, GNFDataP, and GSeqable modules will not be available.
Default: True
--Default: False
Manual: True
Flag NFDATA_INSTANCE_PATTERN
Description: A flag to assist debugging, affecting a few modules.
Default: True
--Default: False
Manual: True
-- This does indeed work for me (it is auto-toggled when cpphs is unavailable).
-- Default to False, since it seems more likely there's a native cpp, than
-- that a cpphs installation works smoothly.
-- Later: Defaulting to True, since found some tricks...
-- (Not even going to let this be manual:false anymore.)
Flag USE_CPPHS
Description: Non-manual flag to allow the build system to try cpphs first, and if that fails, then to try system-wide cpp (typically GNU). I've actually toggled the default, so the build system will try for a system-wide cpp first, and failing that, will try to use cpphs, installing it if necessary. I prefer cpp. I am not getting my most invaluable -Wundef option with cpphs using -optP-Wundef -optP--cpp in my ghc-options. Does cpphs implement it? Not sure...
--Default: False
Default: True
--Manual: False
Manual: True
-------------------------------------------------------------------------------
library {
-- I feel like declaring this is only asking for more trouble;
-- cpphs installs because it's mentioned as a dependency, and
-- that does install both the library and the executable.
---------
-- build-tools: cpphs
-- -- (This seems /not/ to work, since, when USE_CPPHS is default:false,
-- -- cpphs is still mentioned in the hackage deps.)
-- --if flag(USE_CPPHS)
-- -- build-tools: cpphs
hs-source-dirs: src
-- This library is Haskell98 if you exclude the generics bits.
-- See the comment below (other-extensions) for more specifics.
if flag(HASKELL98_FRAGMENT)
default-language: Haskell98
else
default-language: Haskell2010
default-extensions: CPP
-- If you exclude PatUtil.mkPat and PatUtil.growPat (which use SYB),
-- and NFDataPDyn, GNFDataN, and GNFDataP (which use GHC.Generics
-- and/or Generics.SOP), none of the code depends in any essential
-- way on language extensions. I use PatternGuards for convenience,
-- but they could be translated away easily, and we'd have Haskell98.
if flag(HASKELL98_FRAGMENT)
other-extensions: PatternGuards
else
-- ... and more (see what SOP and SYB actually need)
other-extensions: PatternGuards, DeriveGeneric
--if impl(ghc >= 7.2)
-- other-extensions: Safe
exposed-modules:
Control.DeepSeq.Bounded
, Control.DeepSeq.Bounded.Seqable
, Control.DeepSeq.Bounded.NFDataN
, Control.DeepSeq.Bounded.Pattern
, Control.DeepSeq.Bounded.Compile
, Control.DeepSeq.Bounded.PatUtil
, Control.DeepSeq.Bounded.NFDataP
if ! flag(HASKELL98_FRAGMENT)
exposed-modules:
Control.DeepSeq.Bounded.Generic
, Control.DeepSeq.Bounded.Generic.GNFDataN
if flag(USE_SOP)
exposed-modules:
Control.DeepSeq.Bounded.Generic.GNFDataP
, Control.DeepSeq.Bounded.Generic.GSeqable
, Control.DeepSeq.Bounded.NFDataPDyn
--ghc-options: -Wall -fenable-rewrite-rules -ddump-rules -ddump-simpl-stats -ddump-rule-firings
--ghc-options: -Wall -fenable-rewrite-rules
ghc-options: -fenable-rewrite-rules
--ghc-options: -fenable-rewrite-rules -O2
ghc-options: -fno-warn-duplicate-exports
ghc-options: -optP-Wundef -fno-warn-overlapping-patterns
-- -ags+ 20150202
--cpp-options: PATH=$PATH:.cabal-sandbox/bin:$HOME/.cabal/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs
--cpp-options: PATH={$PATH}:{$HOME}/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs
--cpp-options: PATH=${PATH}:${HOME}/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs
--cpp-options: PATH=$PATH:~/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs
--cpp-options: PATH=$PATH:~/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs --cpp
if flag(USE_CPPHS)
ghc-options: -pgmP./cpphs.sh
-- -ags+ 20150202
-- ghc-options: -pgmPenv -optP--cpp
-- ghc-options: -pgmPenv
--else
-- ghc-options: -cpp
--ghc-options: -pgmP/usr/bin/cpp
build-depends:
base == 4.*
--- , base == 4.7.0.1
, array == 0.5.*
, random == 1.1
-- mtl for State so can assign unique IDs to Pattern nodes,
-- but this could be done without the State monad (I read...).
-- , mtl == 2.1.3.1
, mtl == 2.1.*
-- We don't really depend on the cpphs /library/, but installing
-- the library also installs the cpphs executable, so in case
-- build-tools doesn't nab it, this ought to!
if flag(USE_CPPHS)
build-depends:
cpphs >= 1.14
if ! flag(HASKELL98_FRAGMENT)
build-depends:
syb < 0.5
-- deepseq not used for any legitimate reason, unless USE_WW_DEEPSEQ;
-- but it's used in some debugging and testing code (although probably
-- shouldn't be), so the dep stays for now:
build-depends:
deepseq == 1.3.* || == 1.4.*
if flag(USE_WW_DEEPSEQ)
build-depends:
deepseq == 1.3.* || == 1.4.*
if ! flag(HASKELL98_FRAGMENT)
build-depends:
deepseq-generics == 0.1.*
cpp-options: -DUSE_WW_DEEPSEQ=1
else
cpp-options: -DUSE_WW_DEEPSEQ=0
if flag(USE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS)
cpp-options: -DUSE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS=1
else
cpp-options: -DUSE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS=0
if flag(ABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19)
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19=1
else
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19=0
if flag(ABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9)
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9=1
else
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9=0
if flag(WARN_PATTERN_MATCH_FAILURE)
cpp-options: -DWARN_PATTERN_MATCH_FAILURE=1
else
cpp-options: -DWARN_PATTERN_MATCH_FAILURE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_SOP)
build-depends:
generics-sop == 0.1.*
cpp-options: -DUSE_SOP=1
else
cpp-options: -DUSE_SOP=0
else
cpp-options: -DUSE_SOP=0
if flag(HASKELL98_FRAGMENT)
cpp-options: -DHASKELL98_FRAGMENT=1
else
cpp-options: -DHASKELL98_FRAGMENT=0
--if flag(DEPTH_USE_INT64)
-- cpp-options: -DDEPTH_USE_INT64=1
--else
-- cpp-options: -DDEPTH_USE_INT64=0
if flag(NFDATA_INSTANCE_PATTERN)
cpp-options: -DNFDATA_INSTANCE_PATTERN=1
else
cpp-options: -DNFDATA_INSTANCE_PATTERN=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PAR_SEQABLE)
build-depends:
parallel == 3.2.*
cpp-options: -DUSE_PAR_SEQABLE=1
else
cpp-options: -DUSE_PAR_SEQABLE=0
else
cpp-options: -DUSE_PAR_SEQABLE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PAR_PATNODE)
build-depends:
parallel == 3.2.*
cpp-options: -DUSE_PAR_PATNODE=1
else
cpp-options: -DUSE_PAR_PATNODE=0
else
cpp-options: -DUSE_PAR_PATNODE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PSEQ_PATNODE)
build-depends:
parallel == 3.2.*
cpp-options: -DUSE_PSEQ_PATNODE=1
else
cpp-options: -DUSE_PSEQ_PATNODE=0
else
cpp-options: -DUSE_PSEQ_PATNODE=0
if flag(USE_TRACE_PATNODE)
cpp-options: -DUSE_TRACE_PATNODE=1
else
cpp-options: -DUSE_TRACE_PATNODE=0
-- Not H98 because uses Control.Concurrent which is GHC-specific.
-- (I'm not sure if Control.Exception is H98 or not, but it uses that too.)
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PING_PATNODE)
cpp-options: -DUSE_PING_PATNODE=1
else
cpp-options: -DUSE_PING_PATNODE=0
else
cpp-options: -DUSE_PING_PATNODE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_DIE_PATNODE)
cpp-options: -DUSE_DIE_PATNODE=1
else
cpp-options: -DUSE_DIE_PATNODE=0
else
cpp-options: -DUSE_DIE_PATNODE=0
if flag(USE_TIMING_PATNODE)
cpp-options: -DUSE_TIMING_PATNODE=1
else
cpp-options: -DUSE_TIMING_PATNODE=0
if flag(HASKELL98_FRAGMENT)
cpp-options: -DJUST_ALIAS_GSEQABLE=0
cpp-options: -DJUST_ALIAS_GNFDATAN=0
cpp-options: -DJUST_ALIAS_GNFDATAP=0
cpp-options: -DPROVIDE_DATA_FAMILY=0
else
if flag(PROVIDE_DATA_FAMILY)
cpp-options: -DPROVIDE_DATA_FAMILY=1
else
cpp-options: -DPROVIDE_DATA_FAMILY=0
if flag(USE_SOP)
if flag(JUST_ALIAS_GSEQABLE)
cpp-options: -DJUST_ALIAS_GSEQABLE=1
else
cpp-options: -DJUST_ALIAS_GSEQABLE=0
if flag(JUST_ALIAS_GNFDATAN)
cpp-options: -DJUST_ALIAS_GNFDATAN=1
else
cpp-options: -DJUST_ALIAS_GNFDATAN=0
if flag(JUST_ALIAS_GNFDATAP)
cpp-options: -DJUST_ALIAS_GNFDATAP=1
else
cpp-options: -DJUST_ALIAS_GNFDATAP=0
else
cpp-options: -DJUST_ALIAS_GSEQABLE=0
cpp-options: -DJUST_ALIAS_GNFDATAN=0
cpp-options: -DJUST_ALIAS_GNFDATAP=0
--ghc-options: -O0
--ghc-options: -O2
}
-------------------------------------------------------------------------------
test-suite deepseq-bounded-tests {
-- I feel like declaring this is only asking for more trouble;
-- cpphs installs because it's mentioned as a dependency, and
-- that does install both the library and the executable.
---------
-- build-tools: cpphs
-- -- (This seems /not/ to work, since, when USE_CPPHS is default:false,
-- -- cpphs is still mentioned in the hackage deps.)
-- --if flag(USE_CPPHS)
-- -- build-tools: cpphs
if flag(HASKELL98_FRAGMENT)
default-language: Haskell98
else
default-language: Haskell2010
type: exitcode-stdio-1.0
hs-source-dirs: tests
main-is: Suite.hs
other-modules: Tests, Foo
if flag(HASKELL98_FRAGMENT)
other-modules: Blah98
else
other-modules: Blah, Bottom, FooG
default-extensions: CPP
ghc-options: -optP-Wundef -fno-warn-overlapping-patterns
--ghc-options: -Wall -fenable-rewrite-rules -O -ddump-rules -ddump-simpl-stats -ddump-rule-firings
--ghc-options: -Wall -fenable-rewrite-rules -O
--ghc-options: -fenable-rewrite-rules -O
--ghc-options: -fenable-rewrite-rules -O2
-- -ags+ 20150202
--cpp-options: PATH=$PATH:.cabal-sandbox/bin:$HOME/.cabal/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs
--cpp-options: "PATH=${PATH}:${HOME}/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin" cpphs
--cpp-options: PATH=$PATH:~/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs
--cpp-options: PATH=$PATH:~/.cabal/bin:.cabal-sandbox/bin:/home/builder/hackage-server/build-cache/tmp-install/bin cpphs --cpp
if flag(USE_CPPHS)
ghc-options: -pgmP./cpphs.sh
-- -ags+ 20150202
-- ghc-options: -pgmPenv
-- ghc-options: -pgmPenv -optP--cpp
--else
-- ghc-options: -cpp
--ghc-options: -pgmP/usr/bin/cpp
--- ghc-options: -pgmPcpphs -optP--cpp
build-depends:
base == 4.*
, deepseq-bounded
, HUnit == 1.2.*
, random == 1.1
, template-haskell >= 2.8 && < 3
---- We don't really depend on the cpphs /library/, but installing
---- the library also installs the cpphs executable, so in case
---- build-tools doesn't nab it, this ought to!
if flag(USE_CPPHS)
build-depends:
cpphs >= 1.14
if ! flag(HASKELL98_FRAGMENT)
build-depends:
ghc-prim
-- ghc-prim <= 0.3.1.0
if ! flag(HASKELL98_FRAGMENT)
build-depends:
syb < 0.5
-- deepseq not used for any legitimate reason, unless USE_WW_DEEPSEQ;
-- but it's used in some debugging and testing code (although probably
-- shouldn't be), so the dep stays for now:
build-depends:
deepseq == 1.3.* || == 1.4.*
if flag(USE_WW_DEEPSEQ)
build-depends:
deepseq == 1.3.* || == 1.4.*
if ! flag(HASKELL98_FRAGMENT)
build-depends:
deepseq-generics == 0.1.*
cpp-options: -DUSE_WW_DEEPSEQ=1
else
cpp-options: -DUSE_WW_DEEPSEQ=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_SOP)
build-depends:
generics-sop == 0.1.*
cpp-options: -DUSE_SOP=1
else
cpp-options: -DUSE_SOP=0
else
cpp-options: -DUSE_SOP=0
if flag(HASKELL98_FRAGMENT)
cpp-options: -DHASKELL98_FRAGMENT=1
else
cpp-options: -DHASKELL98_FRAGMENT=0
if flag(WARN_PATTERN_MATCH_FAILURE)
cpp-options: -DWARN_PATTERN_MATCH_FAILURE=1
else
cpp-options: -DWARN_PATTERN_MATCH_FAILURE=0
if flag(USE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS)
cpp-options: -DUSE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS=1
else
cpp-options: -DUSE_CURLY_BRACE_INSTEAD_OF_PAREN_FOR_SUBPATTERNS=0
-- (Probably not actually referenced in the tests.)
if flag(ABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19)
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19=1
else
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_NUMBER_ALONE__SAFE_ONLY_TO_DEPTH_19=0
-- (Probably not actually referenced in the tests.)
if flag(ABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9)
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9=1
else
cpp-options: -DABBREV_WN_AND_TN_CONCRETE_SYNTAX_TO_SINGLE_DIGIT__CAN_ONLY_EXPRESS_DOWN_TO_DEPTH_9=0
--if flag(DEPTH_USE_INT64)
-- cpp-options: -DDEPTH_USE_INT64=1
--else
-- cpp-options: -DDEPTH_USE_INT64=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PAR_SEQABLE)
build-depends:
parallel == 3.2.*
-- I'm not 100% sure where this has to go
ghc-options: -threaded
cpp-options: -DUSE_PAR_SEQABLE=1
else
cpp-options: -DUSE_PAR_SEQABLE=0
else
cpp-options: -DUSE_PAR_SEQABLE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PAR_PATNODE)
build-depends:
parallel == 3.2.*
-- I'm not 100% sure where this has to go
ghc-options: -threaded
cpp-options: -DUSE_PAR_PATNODE=1
else
cpp-options: -DUSE_PAR_PATNODE=0
else
cpp-options: -DUSE_PAR_PATNODE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PSEQ_PATNODE)
build-depends:
parallel == 3.2.*
cpp-options: -DUSE_PSEQ_PATNODE=1
else
cpp-options: -DUSE_PSEQ_PATNODE=0
else
cpp-options: -DUSE_PSEQ_PATNODE=0
if flag(USE_TRACE_PATNODE)
cpp-options: -DUSE_TRACE_PATNODE=1
else
cpp-options: -DUSE_TRACE_PATNODE=0
-- Not H98 because uses Control.Concurrent which is GHC-specific.
-- (I'm not sure if Control.Exception is H98 or not, but it uses that too.)
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_PING_PATNODE)
cpp-options: -DUSE_PING_PATNODE=1
else
cpp-options: -DUSE_PING_PATNODE=0
else
cpp-options: -DUSE_PING_PATNODE=0
if ! flag(HASKELL98_FRAGMENT)
if flag(USE_DIE_PATNODE)
cpp-options: -DUSE_DIE_PATNODE=1
else
cpp-options: -DUSE_DIE_PATNODE=0
else
cpp-options: -DUSE_DIE_PATNODE=0
if flag(USE_TIMING_PATNODE)
cpp-options: -DUSE_TIMING_PATNODE=1
else
cpp-options: -DUSE_TIMING_PATNODE=0
if flag(HASKELL98_FRAGMENT)
cpp-options: -DJUST_ALIAS_GSEQABLE=0
cpp-options: -DJUST_ALIAS_GNFDATAN=0
cpp-options: -DJUST_ALIAS_GNFDATAP=0
-- cpp-options: -DPROVIDE_DATA_FAMILY=0
else
-- if flag(PROVIDE_DATA_FAMILY)
-- cpp-options: -DPROVIDE_DATA_FAMILY=1
-- else
-- cpp-options: -DPROVIDE_DATA_FAMILY=0
if flag(USE_SOP)
if flag(JUST_ALIAS_GSEQABLE)
cpp-options: -DJUST_ALIAS_GSEQABLE=1
else
cpp-options: -DJUST_ALIAS_GSEQABLE=0
if flag(JUST_ALIAS_GNFDATAN)
cpp-options: -DJUST_ALIAS_GNFDATAN=1
else
cpp-options: -DJUST_ALIAS_GNFDATAN=0
if flag(JUST_ALIAS_GNFDATAP)
cpp-options: -DJUST_ALIAS_GNFDATAP=1
else
cpp-options: -DJUST_ALIAS_GNFDATAP=0
else
cpp-options: -DJUST_ALIAS_GSEQABLE=0
cpp-options: -DJUST_ALIAS_GNFDATAN=0
cpp-options: -DJUST_ALIAS_GNFDATAP=0
}
-------------------------------------------------------------------------------