May 2015 - ghc-tickets

[GHC] #9233: Compiler performance regression
by GHC 04 Aug '15

04 Aug '15

#9233: Compiler performance regression ------------------------------------+--------------------------------- Reporter: augustss | Owner: Type: bug | Status: new Priority: low | Milestone: Component: Compiler | Version: 7.8.2 Keywords: | Operating System: Windows Architecture: Unknown/Multiple | Type of failure: None/Unknown Difficulty: Unknown | Test Case: Blocked By: | Blocking: Related Tickets: | ------------------------------------+--------------------------------- Compiling all of our Haskell modules (about 1300 modules, 310 kLOC) takes about 30% longer with ghc 7.8 than it did with ghc 7.2. (Using 32-bit Windows.) Sorry, I can't really provide any simple test case. -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/9233> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #10134: Pattern Matching Causes Infinite Type Error
by GHC 03 Aug '15

03 Aug '15

#10134: Pattern Matching Causes Infinite Type Error -------------------------------------+------------------------------------- Reporter: dongen | Owner: Type: bug | Status: new Priority: normal | Milestone: Component: Compiler | Version: 7.8.4 Keywords: | Operating System: Unknown/Multiple Architecture: | Type of failure: None/Unknown Unknown/Multiple | Blocked By: Test Case: | Related Tickets: Blocking: | Differential Revisions: | -------------------------------------+------------------------------------- Howsagoin, This is a report about ghci (7.8.4) with CLaSH 0.4.1 I have a collection of modules that show an odd error. I don't want to send them to the list but I can send them to the developers if they think the described behaviour is definitely an error, which I suspect it is. When I write: > (a,b) = expression I get a type error about an occurs check: cannot construct infinite type: t0 ~ (t0 + 1) -1. The error message doesn't mention t0. However, when I leave out the pattern matching on the tuple and write > var = expression > a = fst var > b = snd var where var is a fresh variable, everything is fine. This is odd, because all I did was stripping off the pattern matching. To make sure, I also tried > var = expression > (a,b) = var This also gave the same type checking error. If there's anybody willing to have a look at this, please feel free to contact me by email. If you think I should produce a small example, also please let me know, but please note that it already took me several hours before I found that leaving out the pattern matching solved the problem:-( TIA for your time. Marc van Dongen dongen(a)cs.ucc.ie -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/10134> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #10155: [PATCH] Possibly incorrect stack pointer usage in StgRun() on x86_64
by GHC 03 Aug '15

03 Aug '15

#10155: [PATCH] Possibly incorrect stack pointer usage in StgRun() on x86_64 -------------------------------------+------------------------------------- Reporter: stengel | Owner: simonmar Type: bug | Status: new Priority: normal | Milestone: Component: Runtime | Version: 7.8.1 System | Operating System: Unknown/Multiple Keywords: | Type of failure: Other Architecture: x86_64 | Blocked By: (amd64) | Related Tickets: Test Case: | Blocking: | Differential Revisions: | -------------------------------------+------------------------------------- The STG_RETURN code from StgCRun.c is incorrect for x86_64 variants where the ABI doesn't impose a mandatory red zone for the stack, like on Windows or Xen/HaLVM. The current implementation restores the stack pointer first, which effectively marks the area with the saved registers as reusable. Later, the CPU registers are restored from this "free" area. This ordering happens to work by accident on operating systems that strictly adhere to the System V ABI, because any interrupt/signal delivery is guaranteed to leave the first 128 bytes past the stack pointer untouched (red zone). On other systems this might result in corrupted CPU registers if an interruption happens just after restoring the stack pointer. The red zone is usually only used by small leaf functions to avoid updates to the stack pointer and exploiting it doesn't give us any advantage in this case. The attached patch reorders the register access, so that the stack pointer is restored last. It's also shorter by one instruction. -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/10155> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #9234: Compiled code performance regression
by GHC 02 Aug '15

02 Aug '15

#9234: Compiled code performance regression ------------------------------------+--------------------------------- Reporter: augustss | Owner: Type: bug | Status: new Priority: low | Milestone: Component: Compiler | Version: 7.8.2 Keywords: | Operating System: Windows Architecture: Unknown/Multiple | Type of failure: None/Unknown Difficulty: Unknown | Test Case: Blocked By: | Blocking: Related Tickets: | ------------------------------------+--------------------------------- Upgrading from ghc 7.2 to 7.8 has slowed down our main application noticeably. This is with 32-bit Windows. Here's some 7.2 numbers: {{{ INIT time 0.00s ( 0.00s elapsed) MUT time 287.78s (290.41s elapsed) GC time 87.39s ( 88.43s elapsed) EXIT time 0.00s ( 0.00s elapsed) Total time 375.63s (378.86s elapsed) }}} And corresponding 7.8 numbers: {{{ INIT time 0.00s ( 0.00s elapsed) MUT time 298.34s (301.35s elapsed) GC time 88.16s ( 89.27s elapsed) EXIT time 0.00s ( 0.00s elapsed) Total time 386.93s (390.62s elapsed) }}} This is not unexpected since every ghc upgrade so far has slowed down out code; it's just following the trend we expect. -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/9234> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #10159: cabal build/ghc compiler causes sudden hard reboot of my computer!
by GHC 02 Aug '15

02 Aug '15

#10159: cabal build/ghc compiler causes sudden hard reboot of my computer! -----------------------------------------+--------------------------------- Reporter: jamshid | Owner: Type: bug | Status: new Priority: normal | Milestone: Component: Compiler | Version: 7.8.4 Keywords: | Operating System: Linux Architecture: x86_64 (amd64) | Type of failure: None/Unknown Test Case: | Blocked By: Blocking: | Related Tickets: Differential Revisions: | -----------------------------------------+--------------------------------- I know this sounds pretty nuts, but compiling using ghc, via "cabal build" often suddenly reboots my computer (not the slow "please save your settings" type, but the sudden harsh sound of a relay click and immediate blackness followed by the BIOS screen). This happens somewhat randomly, although the probability of it occurring definitely goes up with a larger codebase. Beyond a certain size, it is pretty much guaranteed to happen. This could possibly have something to do with faulty hardware.... but I am not so sure because.... 1. The reboot only occurs when compiling with GHC. Nothing else (movie watching, compiling with gcc, processing audio, etc) causes this to happen. Furthermore the reboot is as likely to happen on a computer with no other program running as one with tons of background stuff, the ghc build is the only factor. Other than this bug, it is a powerful and reliable machine. 2. The reboot only occurs when I type "cabal build", not "cabal install", even if the project has just been cleaned. If it were just an overheating microprocessor, I would expect the problem to exist in both cases. In fact, as long as I don't type in "cabal build" exactly, I can download large projects (like the ghc compiler source code itself) and build them without a problem. I am even at a loss of what info to give you. I would be happy to supply whatever info you request and even do some debugging. For starters, here is my configuration.... Ubuntu 14.10 Kernel version 3.16.0-31-generic ghc version 7.8.4 cabal-install version 1.22.0.1 using version 1.22.1.1 of the Cabal library CPU- Intel(R) Core(TM) i7-4770 CPU @ 3.40GHz 16GB RAM Motherboard Gigabyte GA-Z87-D3HP I am not sure if logs will be of any use, because I am pretty sure that the sudden nature of the reboot prevents any info from being output.... -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/10159> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #9228: Internal compiler error with -O1 and -O2
by GHC 01 Aug '15

01 Aug '15

#9228: Internal compiler error with -O1 and -O2 ------------------------------------+------------------------------------- Reporter: augustss | Owner: Type: bug | Status: new Priority: normal | Milestone: Component: Compiler | Version: 7.8.2 Keywords: | Operating System: Unknown/Multiple Architecture: Unknown/Multiple | Type of failure: None/Unknown Difficulty: Unknown | Test Case: Blocked By: | Blocking: Related Tickets: | ------------------------------------+------------------------------------- Compiling a module gives the error message below. Sadly, I can't provide all the source code necessary to reproduce the problem since the code is proprietary. But maybe someone can find the bug given just the information that it exists. The module can be compiled with -O0, but not -O1 nor -O2. {{{ ghc: panic! (the 'impossible' happened) (GHC version 7.8.2 for i386-unknown-mingw32): StgCmmEnv: variable not found lvl44{v Xc7t} [lid] local binds for: main:Cortex.CM.CMVanilla.CMRawAPO.$fTypeableCMRawAPO{v r0} [gid[DFunId(nt)]] main:Cortex.CM.CMVanilla.CMRawAPO.$fTradeableCMRawAPO{v r1} [gid[DFunId]] main:Cortex.CM.CMVanilla.CMRawAPO.$fShowCMRawAPO{v r2} [gid[DFunId]] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO{v r3} [gid[DFunId]] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsVariantCMRawAPO{v r4} [gid[DFunId]] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO{v r5} [gid[DFunId]] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO{v r6} [gid[DFunId]] main:Cortex.CM.CMVanilla.CMRawAPO.weights{v rf} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.strikes{v rg} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.strikeIncludeds{v rh} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.settlementDates{v ri} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.quantoCcy{v rj} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.payoffTypes{v rk} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.notionals{v rl} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.nDigits{v rm} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.indexName{v rn} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.guaranteedFX{v ro} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.fixings{v rp} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.fixingQualifier{v rq} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.deliveryFixingSource{v rr} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.deliveryCcy{v rs} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.conversionDates{v rt} [gid[[RecSel]]] main:Cortex.CM.CMVanilla.CMRawAPO.$tCMRawAPO{v r7Ji} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$cCMRawAPO{v r7Nk} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapMo{v rcby} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapMo{v rdHg} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapMp{v rdHh} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapMp{v rdHi} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapM{v rdHj} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapM{v rdHk} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapQi{v rdHl} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapQi{v rdHm} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO1{v rdHn} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO2{v rdHo} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO3{v rdHp} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO4{v rdHq} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild{v rdHr} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO5{v rdHs} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO6{v rdHt} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO7{v rdHu} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO8{v rdHv} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go8{v rdHw} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO9{v rdHx} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO10{v rdHy} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild1{v rdHz} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv{v rdHA} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO11{v rdHB} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO12{v rdHC} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go1{v rdHD} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO13{v rdHE} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO14{v rdHF} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO15{v rdHG} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go2{v rdHH} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO16{v rdHI} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild2{v rdHJ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv1{v rdHK} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild3{v rdHL} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv2{v rdHM} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO17{v rdHN} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO18{v rdHO} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go3{v rdHP} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO19{v rdHQ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO20{v rdHR} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go4{v rdHS} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO21{v rdHT} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO22{v rdHU} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO23{v rdHV} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO24{v rdHW} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go5{v rdHX} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO25{v rdHY} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO26{v rdHZ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO27{v rdI0} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO28{v rdI1} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild4{v rdI2} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO29{v rdI3} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO30{v rdI4} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO31{v rdI5} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go6{v rdI6} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO32{v rdI7} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild5{v rdI8} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv3{v rdI9} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO33{v rdIa} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO34{v rdIb} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go7{v rdIc} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO35{v rdId} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO36{v rdIe} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO37{v rdIf} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go9{v rdIg} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO38{v rdIh} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO39{v rdIi} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO40{v rdIj} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild6{v rdIk} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO41{v rdIl} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO42{v rdIm} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO43{v rdIn} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go10{v rdIo} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO44{v rdIp} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild7{v rdIq} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv4{v rdIr} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO45{v rdIs} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO46{v rdIt} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go11{v rdIu} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO47{v rdIv} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO48{v rdIw} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO49{v rdIx} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go12{v rdIy} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO50{v rdIz} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO51{v rdIA} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO52{v rdIB} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild8{v rdIC} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO53{v rdID} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO54{v rdIE} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO55{v rdIF} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO56{v rdIG} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go13{v rdIH} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO57{v rdII} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO58{v rdIJ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild9{v rdIK} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv5{v rdIL} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO59{v rdIM} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO60{v rdIN} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go14{v rdIO} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO61{v rdIP} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO62{v rdIQ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO63{v rdIR} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go15{v rdIS} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO64{v rdIT} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO65{v rdIU} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild10{v rdIV} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO66{v rdIW} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO67{v rdIX} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO68{v rdIY} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go16{v rdIZ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO69{v rdJ0} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO70{v rdJ1} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO71{v rdJ2} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild11{v rdJ3} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO72{v rdJ4} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO73{v rdJ5} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO74{v rdJ6} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go17{v rdJ7} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO75{v rdJ8} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild12{v rdJ9} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv6{v rdJa} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO76{v rdJb} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO77{v rdJc} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go18{v rdJd} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO78{v rdJe} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO79{v rdJf} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO80{v rdJg} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go19{v rdJh} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO81{v rdJi} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO82{v rdJj} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild13{v rdJk} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv7{v rdJl} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO83{v rdJm} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO84{v rdJn} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go20{v rdJo} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO85{v rdJp} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO86{v rdJq} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO87{v rdJr} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go21{v rdJs} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO88{v rdJt} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO89{v rdJu} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild14{v rdJv} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv8{v rdJw} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild15{v rdJx} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv9{v rdJy} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO90{v rdJz} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO91{v rdJA} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go22{v rdJB} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO92{v rdJC} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO93{v rdJD} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go23{v rdJE} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO94{v rdJF} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO95{v rdJG} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO96{v rdJH} [gid] 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[gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO106{v rdJX} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO107{v rdJY} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO108{v rdJZ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go27{v rdK0} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapQ{v rdK1} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapQr{v rdK2} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapQr{v rdK3} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapQl{v rdK4} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapQl{v rdK5} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cgmapT{v rdK6} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cgmapT{v rdK7} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cdataCast2{v rdK8} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cdataCast1{v rdK9} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_$cdataTypeOf{v rdKa} [gid] 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[gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO171{v rdLC} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go42{v rdLD} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO172{v rdLE} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO173{v rdLF} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_wild23{v rdLG} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ipv16{v rdLH} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO174{v rdLI} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO175{v rdLJ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go43{v rdLK} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO176{v rdLL} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO177{v rdLM} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO178{v rdLN} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_go44{v rdLO} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO179{v rdLP} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO180{v 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[gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO216{v rdMN} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO_ww4{v rdMO} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fDataCMRawAPO217{v rdMP} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO_$cfromIRecord{v rdMQ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO1{v rdMR} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO2{v rdMS} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO3{v rdMT} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO4{v rdMU} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO5{v rdMV} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO6{v rdMW} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO7{v rdMX} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO8{v rdMY} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO9{v rdMZ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO10{v rdN0} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO11{v rdN1} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO12{v rdN2} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO13{v rdN3} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO14{v rdN4} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO15{v rdN5} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO16{v rdN6} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO17{v rdN7} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO18{v rdN8} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO19{v rdN9} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO20{v rdNa} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO21{v rdNb} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO22{v rdNc} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO23{v rdNd} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO24{v rdNe} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO25{v rdNf} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO26{v rdNg} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO27{v rdNh} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO28{v rdNi} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO29{v rdNj} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO30{v rdNk} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO31{v rdNl} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO32{v rdNm} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO33{v rdNn} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO34{v rdNo} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO35{v rdNp} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO36{v rdNq} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO37{v rdNr} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsIRecordCMRawAPO_$ctoIRecord{v rdNs} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$ctoIRecord{v rdNt} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsVariantCMRawAPO_$cfromVariant{v rdNu} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fIsVariantCMRawAPO_$ctoVariant{v rdNv} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO_$creadListPrec{v rdNw} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO1{v rdNx} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO2{v rdNy} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO3{v rdNz} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$wa{v rdNA} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO_$creadPrec{v rdNB} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO_$creadList{v rdNC} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO4{v rdND} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fReadCMRawAPO_$creadsPrec{v rdNE} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fShowCMRawAPO_$cshowList{v rdNF} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fShowCMRawAPO1{v rdNG} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$w$cshowsPrec{v rdNH} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fShowCMRawAPO_$cshow{v rdNI} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fShowCMRawAPO_$cshowsPrec{v rdNJ} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fTradeableCMRawAPO_$cvalidation{v rdNK} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fTradeableCMRawAPO_$ccontractName{v rdNL} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fTradeableCMRawAPO_$ccontract{v rdNM} [gid] main:Cortex.CM.CMVanilla.CMRawAPO.$fTradeableCMRawAPO1{v rdNN} [gid] lvl{v rdNO} [gid] lvl1{v rdNP} [gid] lvl2{v rdNQ} [gid] lvl3{v rdNR} [gid] lvl4{v rdNS} [gid] lvl5{v rdNT} [gid] lvl6{v rdNU} [gid] lvl7{v rdNV} [gid] lvl8{v rdNW} [gid] lvl9{v rdNX} [gid] lvl10{v rdNY} [gid] lvl11{v rdNZ} [gid] lvl12{v rdO0} [gid] lvl13{v rdO1} [gid] lvl14{v rdO2} [gid] lvl15{v rdO3} [gid] lvl16{v rdO4} [gid] lvl17{v rdO5} [gid] lvl18{v rdO6} [gid] lvl19{v rdO7} [gid] lvl20{v rdO8} [gid] a{v rdO9} [gid] lvl21{v rdOa} [gid] a1{v rdOb} [gid] lvl22{v rdOc} [gid] a2{v rdOd} [gid] lvl23{v rdOe} [gid] a3{v rdOf} [gid] lvl24{v rdOg} [gid] a4{v rdOh} [gid] lvl25{v rdOi} [gid] lvl26{v rdOj} [gid] lvl27{v rdOk} [gid] lvl28{v rdOl} [gid] lvl29{v rdOm} [gid] lvl30{v rdOn} [gid] lvl31{v rdOo} [gid] lvl32{v rdOp} [gid] lvl33{v rdOq} [gid] lvl34{v rdOr} [gid] lvl35{v rdOs} [gid] lvl36{v rdOt} [gid] lvl37{v rdOu} [gid] lvl38{v rdOv} [gid] lvl39{v rdOw} [gid] lvl40{v rdOx} [gid] lvl41{v rdOy} [gid] lvl42{v rdOz} [gid] lvl43{v rdOA} [gid] lvl44{v rdOB} [gid] lvl45{v rdOC} [gid] lvl46{v rdOD} [gid] lvl47{v rdOE} [gid] lvl48{v rdOF} [gid] lvl49{v rdOG} [gid] lvl50{v rdOH} [gid] lvl51{v rdOI} [gid] a5{v rdOJ} [gid] a6{v rdOK} [gid] a7{v rdOL} [gid] a8{v rdOM} [gid] $dIsIFunction{v rdON} [gid] $dValue{v rdOO} [gid] $dPoly{v rdOP} [gid] $dRead{v rdOQ} [gid] lvl52{v rdOR} [gid] $dPoly1{v rdOS} [gid] $dRead1{v rdOT} [gid] $dIsIFunction1{v rdOU} [gid] $dValue1{v rdOV} [gid] $dPoly2{v rdOW} [gid] $dRead2{v rdOX} [gid] $dPoly3{v rdOY} [gid] lvl53{v rdOZ} [gid] $dShow{v rdP0} [gid] $dPoly4{v rdP1} [gid] lvl54{v rdP2} [gid] $dIsIFunction2{v rdP3} [gid] $dValue2{v rdP4} [gid] $dPoly5{v rdP5} [gid] $dRead3{v rdP6} [gid] lvl55{v rdP7} [gid] $dPoly6{v rdP8} [gid] $dRead4{v rdP9} [gid] lvl56{v rdPa} [gid] $dShow1{v rdPb} [gid] $dIsIFunction3{v rdPc} [gid] $dValue3{v rdPd} [gid] $dPoly7{v rdPe} [gid] $dRead5{v rdPf} [gid] $dPoly8{v rdPg} [gid] lvl57{v rdPh} [gid] $dShow2{v rdPi} [gid] $dRead6{v rdPj} [gid] $dRead7{v rdPk} [gid] ww{v senD} [lid] w{v senE} [lid] sat_senF{v} [lid] lvl58{v senH} [lid] lvl59{v senI} [lid] lvl60{v senJ} [lid] lvl61{v senK} [lid] lvl62{v senL} [lid] a9{v senM} [lid] lvl63{v senN} [lid] lvl64{v senO} [lid] lvl65{v senP} [lid] lvl66{v senQ} [lid] a10{v senR} [lid] lvl67{v senS} [lid] lvl68{v senT} [lid] lvl69{v senU} [lid] lvl70{v senV} [lid] a11{v senW} [lid] lvl71{v senX} [lid] lvl72{v senY} [lid] lvl73{v senZ} [lid] lvl74{v seo0} [lid] a12{v seo1} [lid] lvl75{v seo2} [lid] lvl76{v seo3} [lid] lvl77{v seo4} [lid] lvl78{v seo5} [lid] a13{v seo6} [lid] lvl79{v seo7} [lid] lvl80{v seo8} [lid] lvl81{v seo9} [lid] lvl82{v seoa} [lid] a14{v seob} [lid] lvl83{v seoc} [lid] lvl84{v seod} [lid] lvl85{v seoe} [lid] lvl86{v seof} [lid] a15{v seog} [lid] lvl87{v seoh} [lid] k{v sesN} [lid] w2{v sesO} [lid] sat_set1{v} [lid] sat_setx{v} [lid] sat_seu3{v} [lid] sat_seuz{v} [lid] sat_sev3{v} [lid] sat_sevz{v} [lid] sat_sew3{v} [lid] Please report this as a GHC bug: http://www.haskell.org/ghc/reportabug }}} -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/9228> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #9331: Release Cabal 1.22 before GHC 7.10 release
by GHC 31 Jul '15

31 Jul '15

#9331: Release Cabal 1.22 before GHC 7.10 release -------------------------------------+------------------------------------- Reporter: ezyang | Owner: Type: task | Status: new Priority: normal | Milestone: 7.10.1 Component: Package system | Version: 7.9 Keywords: | Differential Revisions: Operating System: Unknown/Multiple | Architecture: Type of failure: None/Unknown | Unknown/Multiple Test Case: | Difficulty: Unknown Blocking: | Blocked By: | Related Tickets: -------------------------------------+------------------------------------- Just a tracking bug so we don't forget. -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/9331> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #8488: Annotations should not distinguish type and value
by GHC 31 Jul '15

31 Jul '15

#8488: Annotations should not distinguish type and value ------------------------------------+------------------------------------- Reporter: simonpj | Owner: Type: bug | Status: new Priority: normal | Milestone: Component: Compiler | Version: 7.6.3 Keywords: | Operating System: Unknown/Multiple Architecture: Unknown/Multiple | Type of failure: None/Unknown Difficulty: Unknown | Test Case: Blocked By: | Blocking: Related Tickets: | ------------------------------------+------------------------------------- In `HsDecls` we have {{{ data AnnDecl name = HsAnnotation (AnnProvenance name) (Located (HsExpr name)) data AnnProvenance name = ValueAnnProvenance name | TypeAnnProvenance name | ModuleAnnProvenance }}} And there's now a similar 3-way distinction in Template Haskell `Syntax`: {{{ data AnnTarget = ModuleAnnotation | TypeAnnotation Name | ValueAnnotation Name }}} But there's really no need to distinguish between `TypeAnnProvenance` and `ValueAnnProvenance` (and similarly in the TH vesrion) because the namespace on the `Name` makes that distinction. So the current story is redundant, and hence has silly case where you have a `ValueAnnProvenance` on a type constructor. Better to collapse the two. I'm making this a ticket so that people can comment. I hope that Gergely may be able to do it as part of his TH/annotation work. -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/8488> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #8387: View patterns + pattern bindings: finnicky about scoping
by GHC 31 Jul '15

31 Jul '15

#8387: View patterns + pattern bindings: finnicky about scoping ----------------------------+---------------------------------------------- Reporter: | Owner: tinctorius | Status: new Type: bug | Milestone: Priority: normal | Version: 7.6.3 Component: Compiler | Operating System: Unknown/Multiple Keywords: | Type of failure: GHC rejects valid program Architecture: | Test Case: Unknown/Multiple | Blocking: Difficulty: Unknown | Blocked By: | Related Tickets: | ----------------------------+---------------------------------------------- Assume `{-# LANGUAGE ViewPatterns #-}`. This works: {{{ (id -> ()) = () }}} This also works: {{{ di :: a -> a di = \x -> x where (di -> ()) = () }}} But none of the following work: {{{ (di -> ()) = () -- Not in scope: di di :: a -> a di = \x -> x }}} {{{ di :: a -> a di = \x -> x (di -> ()) = () -- Not in scope: di }}} {{{ (di -> ()) = () -- Not in scope: di where di :: a -> a di = \x -> x }}} This looks like a bug to me. Is it? And is this in any way related to #4061? -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/8387> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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[GHC] #10098: Refactor wild card renaming
by GHC 31 Jul '15

31 Jul '15

#10098: Refactor wild card renaming -------------------------------------+------------------------------------- Reporter: | Owner: thomasw thoughtpolice | Status: new Type: bug | Milestone: 7.12.1 Priority: normal | Version: 7.11 Component: Compiler | Operating System: Unknown/Multiple Keywords: | Type of failure: None/Unknown Architecture: | Blocked By: Unknown/Multiple | Related Tickets: #9922 Test Case: | Blocking: | Differential Revisions: Phab:D613 | -------------------------------------+------------------------------------- Imported from #9922, comment #5: --------------------- Austin: let's merge this to 7.10.1. Thomas: I'm not very happy with the way that wild-card error reporting is done. I think we discussed this before, but left it on one side until it was all working. Which it now is. What I suggest is this: Things I dislike: * I dislike the `checkParitalTypeSignature` and `checkNoPartialType` stuff in `RdrHsSyn`. The only checks that belong in `RdrHsSym` are ones that prevent you building a syntax tree at all. All other checks are best done later, when good error reporting is easier, and you can recover from errors. * I particularly hate the `RnTypes.extractWildcards` stuff. It's like a whole extra renaming pass over the type, changing `HsWildCardTy` to `HsNamedWildCardTy` with an `Exact` `RdrName` in it. Yuk! Here is a possible plan: * Remove all the checking from `RdrHsSyn`, unless we can't build a syntax tree without it. * Collapse `HsWildcardTy` and `HsNamedWildcardTy` into one, with a boolean (or a `Named`/`Anonymous` flag) to distinguish. * Provide a specialised version of `rnLHsType`, perhpas `rnLHsTypeWithWildCards`, that does the inital pass to find the named wildcards and bring them into scope. This version is called in the places where you can have a type with wildcards, namely * `TypeSig` * `ExprWithTySig` * `rnHsBndrSig` * `rnLHsTypeWithWildCards` can work like this: 1. Collect all the named wildcards, and bring them into scope. This is a simple, ''pure'' function. 2. Call `rnLHsType`. When `rnLHsType` finds an anonymous wildcard, just make up a fresh name, rather than looking it up. 3. Collect all the wildcards (named or anonymous) to get a `[Name]`; again a pure function 4. Return the renamed type and the wildcard names That makes three passes, but each is simple. In fact (1) and (4) could perhaps be the same function, with a boolean flag to say which wildcards to return. * All this means that when `rnLHsType` is called directly (not via `rnLHsTypeWithWildCards`) on a type like `_ -> Int`, it will succeed, generateing a fresh name for the `_`. That's fine. In `tc_hs_type` we will find it is not in scope, so we can say "Unexpected wildcard in type", and the enclosing location information will nail down the details. * There are, I think, three places where `HsWithBndrs` is used: `HsDecls.HsTyPats`, `HsDecls.RuleBndr`, `HsPat.SigPatIn`. In the latter two I think that wildcards should be legal; in the first not so. (Do you have tests for all three?) So the caller of `rnHsBndrSig` should check for empty wildcards in the cases where there shouldn't be any. I this this is just in type/data family patterns. I have not throught throught the extra-constraints wild card, but I think a similar plan should work. Does this make sense? Might you do it? (To HEAD, of course.) Thanks Simon -- Ticket URL: <http://ghc.haskell.org/trac/ghc/ticket/10098> GHC <http://www.haskell.org/ghc/> The Glasgow Haskell Compiler

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