unregisterised validation failures
The most recent completed run of validate-x86_64-linux-unreg on Circle CI (https://circleci.com/gh/ghc/ghc/7733) shows 13 unexpected failures and 1 unexpected pass.
- *Summary**
Unexpected passes:
concurrent/T13615/T13615.run T13615 [unexpected] (ghci)
Unexpected failures:
codeGen/should_compile/T9329.run T9329 [exit code non-0] (normal)
codeGen/should_run/cgrun018.run cgrun018 [exit code non-0] (normal)
codeGen/should_run/cgrun018.run cgrun018 [exit code non-0] (g1)
codeGen/should_run/cgrun069.run cgrun069 [exit code non-0] (normal)
codeGen/should_run/cgrun069.run cgrun069 [exit code non-0] (g1)
codeGen/should_run/T9577.run T9577 [bad stdout] (normal)
concurrent/should_run/T3429.run T3429 [bad exit code] (debug_numa)
driver/T14075/T14075.run T14075 [bad stderr] (normal)
rts/T7040_ghci.run T7040_ghci [bad stderr] (ghci)
rts/T14702.run T14702 [bad exit code] (threaded1)
rts/nursery-chunks1.run nursery-chunks1 [bad stderr] (threaded1)
rts/numa001.run numa001 [bad exit code] (debug_numa)
../../libraries/base/tests/T11760.run T11760 [bad exit code] (normal)All failures but T7040_ghci happen in the debug validation job too (see #15466 (closed)). recomp007 doesn't fail here and T7040_ghci "replaces" it. I'm therefore only including the details for T7040_ghci here, as you can find out everything about the other faiilures in #15466 (closed).
- *T7040_ghci**
Actual stderr output differs from expected:
--- /dev/null 2018-08-01 14:20:42.758797000 +0000
+++ ./rts/T7040_ghci.run/T7040_ghci.run.stderr.normalised 2018-08-02 04:15:35.594990695 +0000
@@ -0,0 +1,4 @@
+
+T7040_ghci:6:30:
+ Not in scope: ‘Main.main’
+ No module named ‘Main’ is imported.
*** unexpected failure for T7040_ghci(ghci)I suspect this is one of those cases where ghci can't load the module because of unboxed sums and what not, I havent' checked yet, but we were seeing that type of error.
Trac metadata
| Trac field | Value |
|---|---|
| Version | 8.5 |
| Type | Bug |
| TypeOfFailure | OtherFailure |
| Priority | normal |
| Resolution | Unresolved |
| Component | Compiler |
| Test case | |
| Differential revisions | |
| BlockedBy | |
| Related | |
| Blocking | |
| CC | bgamari |
| Operating system | |
| Architecture |
Activity
mentioned in issue #15466 (closed)
added Tbug Trac import labels
The failures that are in common with #15466 (closed) are in fact due to the fact that the debug validation job was building unregisterised GHCs. That will be fixed with D5037. All but one of the failures from #15466 (closed) would likely be due to the unregisterised nature of the GHC under test, so I'm reproducing the details for them here, below, since this is where they really belong.
- *T9329**
Compile failed (exit code 1) errors were: /tmp/ghc78722_0/ghc_4.hc: In function ‘bar’: /tmp/ghc78722_0/ghc_4.hc:18:12: error: error: ‘c6_info’ undeclared (first use in this function) *Sp = (W_)&c6_info; ^ /tmp/ghc78722_0/ghc_4.hc:18:12: error: note: each undeclared identifier is reported only once for each function it appears in `gcc' failed in phase `C Compiler'. (Exit code: 1) *** unexpected failure for T9329(normal)- *cgrun018**
Compile failed (exit code 1) errors were: [1 of 1] Compiling Main ( cgrun018.hs, cgrun018.o ) ghc-stage2: panic! (the 'impossible' happened) (GHC version 8.7.20180731 for x86_64-unknown-linux): pprStatics: float F32 F32 F32 F32 F32 F32 F32 F32 F32 F32 F32 Call stack: CallStack (from HasCallStack): callStackDoc, called at compiler/utils/Outputable.hs:1164:37 in ghc:Outputable pprPanic, called at compiler/cmm/PprC.hs:521:5 in ghc:PprC Please report this as a GHC bug: http://www.haskell.org/ghc/reportabug *** unexpected failure for cgrun018(normal) --- Compile failed (exit code 1) errors were: [1 of 1] Compiling Main ( cgrun018.hs, cgrun018.o ) ghc-stage2: panic! (the 'impossible' happened) (GHC version 8.7.20180731 for x86_64-unknown-linux): pprStatics: float F32 F32 F32 F32 F32 F32 F32 F32 F32 F32 F32 Call stack: CallStack (from HasCallStack): callStackDoc, called at compiler/utils/Outputable.hs:1164:37 in ghc:Outputable pprPanic, called at compiler/cmm/PprC.hs:521:5 in ghc:PprC Please report this as a GHC bug: http://www.haskell.org/ghc/reportabug *** unexpected failure for cgrun018(g1)- *cgrun069**
Compile failed (exit code 1) errors were: /tmp/ghc83995_0/ghc_4.hc:5:12: error: error: conflicting types for ‘memsetErr’ const char memsetErr[] = "Memset Error - align: %d size: %d\012"; ^ In file included from /tmp/ghc83995_0/ghc_4.hc:3:0: error: /tmp/ghc83995_0/ghc_4.hc:4:6: error: note: previous declaration of ‘memsetErr’ was here ERW_(memsetErr); ^ /home/ghc/project/includes/Stg.h:242:46: error: note: in definition of macro ‘ERW_’ #define ERW_(X) extern StgWordArray (X) ^ /tmp/ghc83995_0/ghc_4.hc:8:12: error: error: conflicting types for ‘memcpyErr’ const char memcpyErr[] = "Memcpy Error - align: %d size: %d\012"; ^ In file included from /tmp/ghc83995_0/ghc_4.hc:3:0: error: /tmp/ghc83995_0/ghc_4.hc:7:6: error: note: previous declaration of ‘memcpyErr’ was here ERW_(memcpyErr); ^ /home/ghc/project/includes/Stg.h:242:46: error: note: in definition of macro ‘ERW_’ #define ERW_(X) extern StgWordArray (X) ^ /tmp/ghc83995_0/ghc_4.hc:11:12: error: error: conflicting types for ‘memmoveErr’ const char memmoveErr[] = "Memmove Error Occured\012"; ^ In file included from /tmp/ghc83995_0/ghc_4.hc:3:0: error: /tmp/ghc83995_0/ghc_4.hc:10:6: error: note: previous declaration of ‘memmoveErr’ was here ERW_(memmoveErr); ^ /home/ghc/project/includes/Stg.h:242:46: error: note: in definition of macro ‘ERW_’ #define ERW_(X) extern StgWordArray (X) ^ `gcc' failed in phase `C Compiler'. (Exit code: 1) *** unexpected failure for cgrun069(normal) --- Compile failed (exit code 1) errors were: /tmp/ghc84416_0/ghc_4.hc:5:12: error: error: conflicting types for ‘memsetErr’ const char memsetErr[] = "Memset Error - align: %d size: %d\012"; ^ In file included from /tmp/ghc84416_0/ghc_4.hc:3:0: error: /tmp/ghc84416_0/ghc_4.hc:4:6: error: note: previous declaration of ‘memsetErr’ was here ERW_(memsetErr); ^ /home/ghc/project/includes/Stg.h:242:46: error: note: in definition of macro ‘ERW_’ #define ERW_(X) extern StgWordArray (X) ^ /tmp/ghc84416_0/ghc_4.hc:8:12: error: error: conflicting types for ‘memcpyErr’ const char memcpyErr[] = "Memcpy Error - align: %d size: %d\012"; ^ In file included from /tmp/ghc84416_0/ghc_4.hc:3:0: error: /tmp/ghc84416_0/ghc_4.hc:7:6: error: note: previous declaration of ‘memcpyErr’ was here ERW_(memcpyErr); ^ /home/ghc/project/includes/Stg.h:242:46: error: note: in definition of macro ‘ERW_’ #define ERW_(X) extern StgWordArray (X) ^ /tmp/ghc84416_0/ghc_4.hc:11:12: error: error: conflicting types for ‘memmoveErr’ const char memmoveErr[] = "Memmove Error Occured\012"; ^ In file included from /tmp/ghc84416_0/ghc_4.hc:3:0: error: /tmp/ghc84416_0/ghc_4.hc:10:6: error: note: previous declaration of ‘memmoveErr’ was here ERW_(memmoveErr); ^ /home/ghc/project/includes/Stg.h:242:46: error: note: in definition of macro ‘ERW_’ #define ERW_(X) extern StgWordArray (X) ^ `gcc' failed in phase `C Compiler'. (Exit code: 1) *** unexpected failure for cgrun069(g1)- *T9577**
--- ./codeGen/should_run/T9577.run/T9577.stdout.normalised 2018-08-02 03:38:39.932680724 +0000 +++ ./codeGen/should_run/T9577.run/T9577.run.stdout.normalised 2018-08-02 03:38:39.932680724 +0000 @@ -1 +1 @@ -True +False *** unexpected failure for T9577(normal)- *T3429**
Wrong exit code for T3429(debug_numa)(expected 0 , actual 1 ) Stderr ( T3429 ): T3429: unknown RTS option: -N2 T3429: T3429: Usage: <prog> <args> [+RTS <rtsopts> | -RTS <args>] ... --RTS <args> T3429: T3429: +RTS Indicates run time system options follow T3429: -RTS Indicates program arguments follow T3429: --RTS Indicates that ALL subsequent arguments will be given to the T3429: program (including any of these RTS flags) T3429: T3429: The following run time system options are available: T3429: T3429: -? Prints this message and exits; the program is not executed T3429: --info Print information about the RTS used by this program T3429: T3429: -K<size> Sets the maximum stack size (default: 80% of the heap) T3429: Egs: -K32k -K512k -K8M T3429: -ki<size> Sets the initial thread stack size (default 1k) Egs: -ki4k -ki2m T3429: -kc<size> Sets the stack chunk size (default 32k) T3429: -kb<size> Sets the stack chunk buffer size (default 1k) T3429: T3429: -A<size> Sets the minimum allocation area size (default 1m) Egs: -A20m -A10k T3429: -AL<size> Sets the amount of large-object memory that can be allocated T3429: before a GC is triggered (default: the value of -A) T3429: -n<size> Allocation area chunk size (0 = disabled, default: 0) T3429: -O<size> Sets the minimum size of the old generation (default 1M) T3429: -M<size> Sets the maximum heap size (default unlimited) Egs: -M256k -M1G T3429: -H<size> Sets the minimum heap size (default 0M) Egs: -H24m -H1G T3429: -xb<addr> Sets the address from which a suitable start for the heap memory T3429: will be searched from. This is useful if the default address T3429: clashes with some third-party library. T3429: -m<n> Minimum % of heap which must be available (default 3%) T3429: -G<n> Number of generations (default: 2) T3429: -c<n> Use in-place compaction instead of copying in the oldest generation T3429: when live data is at least <n>% of the maximum heap size set with T3429: -M (default: 30%) T3429: -c Use in-place compaction for all oldest generation collections T3429: (the default is to use copying) T3429: -w Use mark-region for the oldest generation (experimental) T3429: -I<sec> Perform full GC after <sec> idle time (default: 0.3, 0 == off) T3429: T3429: -T Collect GC statistics (useful for in-program statistics access) T3429: -t[<file>] One-line GC statistics (if <file> omitted, uses stderr) T3429: -s[<file>] Summary GC statistics (if <file> omitted, uses stderr) T3429: -S[<file>] Detailed GC statistics (if <file> omitted, uses stderr) T3429: T3429: T3429: -Z Don't squeeze out update frames on stack overflow T3429: -B Sound the bell at the start of each garbage collection T3429: T3429: -hT Produce a heap profile grouped by closure type T3429: -l[flags] Log events in binary format to the file <program>.eventlog T3429: -v[flags] Log events to stderr T3429: where [flags] can contain: T3429: s scheduler events T3429: g GC and heap events T3429: p par spark events (sampled) T3429: f par spark events (full detail) T3429: u user events (emitted from Haskell code) T3429: a all event classes above T3429: t add time stamps (only useful with -v) T3429: -x disable an event class, for any flag above T3429: the initial enabled event classes are 'sgpu' T3429: T3429: -h Heap residency profile (output file <program>.hp) T3429: -i<sec> Time between heap profile samples (seconds, default: 0.1) T3429: T3429: -r<file> Produce ticky-ticky statistics (with -rstderr for stderr) T3429: T3429: -C<secs> Context-switch interval in seconds. T3429: 0 or no argument means switch as often as possible. T3429: Default: 0.02 sec. T3429: -V<secs> Master tick interval in seconds (0 == disable timer). T3429: This sets the resolution for -C and the heap profile timer -i, T3429: and is the frequency of time profile samples. T3429: Default: 0.01 sec. T3429: T3429: -Ds DEBUG: scheduler T3429: -Di DEBUG: interpreter T3429: -Dw DEBUG: weak T3429: -DG DEBUG: gccafs T3429: -Dg DEBUG: gc T3429: -Db DEBUG: block T3429: -DS DEBUG: sanity T3429: -Dt DEBUG: stable T3429: -Dp DEBUG: prof T3429: -Da DEBUG: apply T3429: -Dl DEBUG: linker T3429: -Dm DEBUG: stm T3429: -Dz DEBUG: stack squeezing T3429: -Dc DEBUG: program coverage T3429: -Dr DEBUG: sparks T3429: -DC DEBUG: compact T3429: T3429: NOTE: DEBUG events are sent to stderr by default; add -l to create a T3429: binary event log file instead. T3429: T3429: --install-signal-handlers=<yes|no> T3429: Install signal handlers (default: yes) T3429: -e<n> Maximum number of outstanding local sparks (default: 4096) T3429: -xm Base address to mmap memory in the GHCi linker T3429: (hex; must be <80000000) T3429: -xq The allocation limit given to a thread after it receives T3429: an AllocationLimitExceeded exception. (default: 100k) T3429: T3429: -Mgrace=<n> T3429: The amount of allocation after the program receives a T3429: HeapOverflow exception before the exception is thrown again, if T3429: the program is still exceeding the heap limit. T3429: T3429: RTS options may also be specified using the GHCRTS environment variable. T3429: T3429: Other RTS options may be available for programs compiled a different way. T3429: The GHC User's Guide has full details. T3429: *** unexpected failure for T3429(debug_numa)- *T13615**
*** unexpected pass for T13615(ghci)- *T14075**
Actual stderr output differs from expected: --- ./driver/T14075/T14075.run/T14075.stderr.normalised 2018-08-02 03:40:01.063504007 +0000 +++ ./driver/T14075/T14075.run/T14075.run.stderr.normalised 2018-08-02 03:40:01.063504007 +0000 @@ -1,3 +1,4 @@ +ghc: setNumCapabilities: not supported on this platform F.hs:1:1: instance O.O F.F -- Defined at F.hs-boot:6:10 *** unexpected failure for T14075(normal)- *recomp007**
Actual stderr output differs from expected: --- /dev/null 2018-08-01 14:11:13.420752000 +0000 +++ ./driver/recomp007/recomp007.run/recomp007.run.stderr.normalised 2018-08-02 03:40:46.313078664 +0000 @@ -0,0 +1,122 @@ +WARNING: file compiler/utils/ListSetOps.hs, line 58 + [] + [Distribution.Backpack, Distribution.Backpack.FullUnitId, + Distribution.Backpack.ModuleShape, + Distribution.Backpack.PreModuleShape, + Distribution.Backpack.ReadyComponent, + Distribution.CabalSpecVersion, Distribution.Compat.Graph, + Distribution.Compat.Semigroup, Distribution.Compiler, + Distribution.License, Distribution.ModuleName, + Distribution.Parsec.Common, Distribution.SPDX.License, + Distribution.SPDX.LicenseExceptionId, + Distribution.SPDX.LicenseExpression, Distribution.SPDX.LicenseId, + Distribution.SPDX.LicenseReference, + Distribution.Simple.BuildTarget, Distribution.Simple.Compiler, + Distribution.Simple.Doctest, Distribution.Simple.Flag, + Distribution.Simple.Haddock, Distribution.Simple.InstallDirs, + Distribution.Simple.PackageIndex, Distribution.Simple.Program.Find, + Distribution.Simple.Program.GHC, Distribution.Simple.Program.Types, + Distribution.Simple.Setup, Distribution.System, + Distribution.Types.AbiDependency, Distribution.Types.AbiHash, + Distribution.Types.Benchmark, + Distribution.Types.BenchmarkInterface, + Distribution.Types.BenchmarkType, Distribution.Types.BuildInfo, + Distribution.Types.BuildType, Distribution.Types.ComponentId, + Distribution.Types.ComponentLocalBuildInfo, + Distribution.Types.ComponentName, + Distribution.Types.ComponentRequestedSpec, + Distribution.Types.CondTree, Distribution.Types.Condition, + Distribution.Types.Dependency, Distribution.Types.ExeDependency, + Distribution.Types.Executable, Distribution.Types.ExecutableScope, + Distribution.Types.ExposedModule, Distribution.Types.ForeignLib, + Distribution.Types.ForeignLibOption, + Distribution.Types.ForeignLibType, + Distribution.Types.GenericPackageDescription, + Distribution.Types.IncludeRenaming, + Distribution.Types.InstalledPackageInfo, + Distribution.Types.LegacyExeDependency, Distribution.Types.Library, + Distribution.Types.LocalBuildInfo, Distribution.Types.Mixin, + Distribution.Types.Module, Distribution.Types.ModuleReexport, + Distribution.Types.ModuleRenaming, + Distribution.Types.MungedPackageId, + Distribution.Types.MungedPackageName, + Distribution.Types.PackageDescription, + Distribution.Types.PackageId, Distribution.Types.PackageName, + Distribution.Types.PkgconfigDependency, + Distribution.Types.PkgconfigName, + Distribution.Types.SetupBuildInfo, Distribution.Types.SourceRepo, + Distribution.Types.TargetInfo, Distribution.Types.TestSuite, + Distribution.Types.TestSuiteInterface, Distribution.Types.TestType, + Distribution.Types.UnitId, Distribution.Types.UnqualComponentName, + Distribution.Types.Version, Distribution.Types.VersionRange, + Distribution.Utils.ShortText, Distribution.Verbosity, + Language.Haskell.Extension, Control.Applicative, Data.Complex, + Data.Functor.Compose, Data.Functor.Const, Data.Functor.Identity, + Data.Functor.Product, Data.Functor.Sum, Data.Monoid, + Data.Semigroup, Data.Semigroup.Internal, Data.Version, Data.Void, + GHC.Exts, GHC.Generics, GHC.IO.Exception, Data.Graph, + Data.IntMap.Internal, Data.IntSet.Internal, Data.Map.Internal, + Data.Sequence.Internal, Data.Set.Internal, Data.Tree, + Text.PrettyPrint.Annotated.HughesPJ, Text.PrettyPrint.HughesPJ, + Data.Text, Data.Text.Lazy] +WARNING: file compiler/utils/ListSetOps.hs, line 58 + [Distribution.Backpack, Distribution.Backpack.FullUnitId, + Distribution.Backpack.ModuleShape, + Distribution.Backpack.PreModuleShape, + Distribution.Backpack.ReadyComponent, + Distribution.CabalSpecVersion, Distribution.Compat.Graph, + Distribution.Compat.Semigroup, Distribution.Compiler, + Distribution.License, Distribution.ModuleName, + Distribution.Parsec.Common, Distribution.SPDX.License, + Distribution.SPDX.LicenseExceptionId, + Distribution.SPDX.LicenseExpression, Distribution.SPDX.LicenseId, + Distribution.SPDX.LicenseReference, + Distribution.Simple.BuildTarget, Distribution.Simple.Compiler, + Distribution.Simple.Doctest, Distribution.Simple.Flag, + Distribution.Simple.Haddock, Distribution.Simple.InstallDirs, + Distribution.Simple.PackageIndex, Distribution.Simple.Program.Find, + Distribution.Simple.Program.GHC, Distribution.Simple.Program.Types, + Distribution.Simple.Setup, Distribution.System, + Distribution.Types.AbiDependency, Distribution.Types.AbiHash, + Distribution.Types.Benchmark, + Distribution.Types.BenchmarkInterface, + Distribution.Types.BenchmarkType, Distribution.Types.BuildInfo, + Distribution.Types.BuildType, Distribution.Types.ComponentId, + Distribution.Types.ComponentLocalBuildInfo, + Distribution.Types.ComponentName, + Distribution.Types.ComponentRequestedSpec, + Distribution.Types.CondTree, Distribution.Types.Condition, + Distribution.Types.Dependency, Distribution.Types.ExeDependency, + Distribution.Types.Executable, Distribution.Types.ExecutableScope, + Distribution.Types.ExposedModule, Distribution.Types.ForeignLib, + Distribution.Types.ForeignLibOption, + Distribution.Types.ForeignLibType, + Distribution.Types.GenericPackageDescription, + Distribution.Types.IncludeRenaming, + Distribution.Types.InstalledPackageInfo, + Distribution.Types.LegacyExeDependency, Distribution.Types.Library, + Distribution.Types.LocalBuildInfo, Distribution.Types.Mixin, + Distribution.Types.Module, Distribution.Types.ModuleReexport, + Distribution.Types.ModuleRenaming, + Distribution.Types.MungedPackageId, + Distribution.Types.MungedPackageName, + Distribution.Types.PackageDescription, + Distribution.Types.PackageId, Distribution.Types.PackageName, + Distribution.Types.PkgconfigDependency, + Distribution.Types.PkgconfigName, + Distribution.Types.SetupBuildInfo, Distribution.Types.SourceRepo, + Distribution.Types.TargetInfo, Distribution.Types.TestSuite, + Distribution.Types.TestSuiteInterface, Distribution.Types.TestType, + Distribution.Types.UnitId, Distribution.Types.UnqualComponentName, + Distribution.Types.Version, Distribution.Types.VersionRange, + Distribution.Utils.ShortText, Distribution.Verbosity, + Language.Haskell.Extension, Control.Applicative, Data.Complex, + Data.Functor.Compose, Data.Functor.Const, Data.Functor.Identity, + Data.Functor.Product, Data.Functor.Sum, Data.Monoid, + Data.Semigroup, Data.Semigroup.Internal, Data.Version, Data.Void, + GHC.Exts, GHC.Generics, GHC.IO.Exception, Data.Graph, + Data.IntMap.Internal, Data.IntSet.Internal, Data.Map.Internal, + Data.Sequence.Internal, Data.Set.Internal, Data.Tree, + Text.PrettyPrint.Annotated.HughesPJ, Text.PrettyPrint.HughesPJ, + Data.Text, Data.Text.Lazy] + [] *** unexpected failure for recomp007(normal)- *T14702**
Wrong exit code for T14702(threaded1)(expected 0 , actual 1 ) Stderr ( T14702 ): T14702: unknown RTS option: -N8 T14702: T14702: Usage: <prog> <args> [+RTS <rtsopts> | -RTS <args>] ... --RTS <args> T14702: T14702: +RTS Indicates run time system options follow T14702: -RTS Indicates program arguments follow T14702: --RTS Indicates that ALL subsequent arguments will be given to the T14702: program (including any of these RTS flags) T14702: T14702: The following run time system options are available: T14702: T14702: -? Prints this message and exits; the program is not executed T14702: --info Print information about the RTS used by this program T14702: T14702: -K<size> Sets the maximum stack size (default: 80% of the heap) T14702: Egs: -K32k -K512k -K8M T14702: -ki<size> Sets the initial thread stack size (default 1k) Egs: -ki4k -ki2m T14702: -kc<size> Sets the stack chunk size (default 32k) T14702: -kb<size> Sets the stack chunk buffer size (default 1k) T14702: T14702: -A<size> Sets the minimum allocation area size (default 1m) Egs: -A20m -A10k T14702: -AL<size> Sets the amount of large-object memory that can be allocated T14702: before a GC is triggered (default: the value of -A) T14702: -n<size> Allocation area chunk size (0 = disabled, default: 0) T14702: -O<size> Sets the minimum size of the old generation (default 1M) T14702: -M<size> Sets the maximum heap size (default unlimited) Egs: -M256k -M1G T14702: -H<size> Sets the minimum heap size (default 0M) Egs: -H24m -H1G T14702: -xb<addr> Sets the address from which a suitable start for the heap memory T14702: will be searched from. This is useful if the default address T14702: clashes with some third-party library. T14702: -m<n> Minimum % of heap which must be available (default 3%) T14702: -G<n> Number of generations (default: 2) T14702: -c<n> Use in-place compaction instead of copying in the oldest generation T14702: when live data is at least <n>% of the maximum heap size set with T14702: -M (default: 30%) T14702: -c Use in-place compaction for all oldest generation collections T14702: (the default is to use copying) T14702: -w Use mark-region for the oldest generation (experimental) T14702: -I<sec> Perform full GC after <sec> idle time (default: 0.3, 0 == off) T14702: T14702: -T Collect GC statistics (useful for in-program statistics access) T14702: -t[<file>] One-line GC statistics (if <file> omitted, uses stderr) T14702: -s[<file>] Summary GC statistics (if <file> omitted, uses stderr) T14702: -S[<file>] Detailed GC statistics (if <file> omitted, uses stderr) T14702: T14702: T14702: -Z Don't squeeze out update frames on stack overflow T14702: -B Sound the bell at the start of each garbage collection T14702: T14702: -hT Produce a heap profile grouped by closure type T14702: -l[flags] Log events in binary format to the file <program>.eventlog T14702: -v[flags] Log events to stderr T14702: where [flags] can contain: T14702: s scheduler events T14702: g GC and heap events T14702: p par spark events (sampled) T14702: f par spark events (full detail) T14702: u user events (emitted from Haskell code) T14702: a all event classes above T14702: t add time stamps (only useful with -v) T14702: -x disable an event class, for any flag above T14702: the initial enabled event classes are 'sgpu' T14702: T14702: -h Heap residency profile (output file <program>.hp) T14702: -i<sec> Time between heap profile samples (seconds, default: 0.1) T14702: T14702: -r<file> Produce ticky-ticky statistics (with -rstderr for stderr) T14702: T14702: -C<secs> Context-switch interval in seconds. T14702: 0 or no argument means switch as often as possible. T14702: Default: 0.02 sec. T14702: -V<secs> Master tick interval in seconds (0 == disable timer). T14702: This sets the resolution for -C and the heap profile timer -i, T14702: and is the frequency of time profile samples. T14702: Default: 0.01 sec. T14702: T14702: -Ds DEBUG: scheduler T14702: -Di DEBUG: interpreter T14702: -Dw DEBUG: weak T14702: -DG DEBUG: gccafs T14702: -Dg DEBUG: gc T14702: -Db DEBUG: block T14702: -DS DEBUG: sanity T14702: -Dt DEBUG: stable T14702: -Dp DEBUG: prof T14702: -Da DEBUG: apply T14702: -Dl DEBUG: linker T14702: -Dm DEBUG: stm T14702: -Dz DEBUG: stack squeezing T14702: -Dc DEBUG: program coverage T14702: -Dr DEBUG: sparks T14702: -DC DEBUG: compact T14702: T14702: NOTE: DEBUG events are sent to stderr by default; add -l to create a T14702: binary event log file instead. T14702: T14702: --install-signal-handlers=<yes|no> T14702: Install signal handlers (default: yes) T14702: -e<n> Maximum number of outstanding local sparks (default: 4096) T14702: -xm Base address to mmap memory in the GHCi linker T14702: (hex; must be <80000000) T14702: -xq The allocation limit given to a thread after it receives T14702: an AllocationLimitExceeded exception. (default: 100k) T14702: T14702: -Mgrace=<n> T14702: The amount of allocation after the program receives a T14702: HeapOverflow exception before the exception is thrown again, if T14702: the program is still exceeding the heap limit. T14702: T14702: RTS options may also be specified using the GHCRTS environment variable. T14702: T14702: Other RTS options may be available for programs compiled a different way. T14702: The GHC User's Guide has full details. T14702: *** unexpected failure for T14702(threaded1)- *nursery-chunks1**
Actual stderr output differs from expected: --- /dev/null 2018-08-01 14:11:13.420752000 +0000 +++ ./rts/nursery-chunks1.run/nursery-chunks1.run.stderr.normalised 2018-08-02 03:45:18.786560729 +0000 @@ -0,0 +1,3 @@ +nursery-chunks1: setNumCapabilities: not supported on this platform +nursery-chunks1: setNumCapabilities: not supported on this platform +nursery-chunks1: setNumCapabilities: not supported on this platform *** unexpected failure for nursery-chunks1(threaded1)- *numa001**
Wrong exit code for numa001(debug_numa)(expected 0 , actual 1 ) Stderr ( numa001 ): numa001: unknown RTS option: -N2 numa001: numa001: Usage: <prog> <args> [+RTS <rtsopts> | -RTS <args>] ... --RTS <args> numa001: numa001: +RTS Indicates run time system options follow numa001: -RTS Indicates program arguments follow numa001: --RTS Indicates that ALL subsequent arguments will be given to the numa001: program (including any of these RTS flags) numa001: numa001: The following run time system options are available: numa001: numa001: -? Prints this message and exits; the program is not executed numa001: --info Print information about the RTS used by this program numa001: numa001: -K<size> Sets the maximum stack size (default: 80% of the heap) numa001: Egs: -K32k -K512k -K8M numa001: -ki<size> Sets the initial thread stack size (default 1k) Egs: -ki4k -ki2m numa001: -kc<size> Sets the stack chunk size (default 32k) numa001: -kb<size> Sets the stack chunk buffer size (default 1k) numa001: numa001: -A<size> Sets the minimum allocation area size (default 1m) Egs: -A20m -A10k numa001: -AL<size> Sets the amount of large-object memory that can be allocated numa001: before a GC is triggered (default: the value of -A) numa001: -n<size> Allocation area chunk size (0 = disabled, default: 0) numa001: -O<size> Sets the minimum size of the old generation (default 1M) numa001: -M<size> Sets the maximum heap size (default unlimited) Egs: -M256k -M1G numa001: -H<size> Sets the minimum heap size (default 0M) Egs: -H24m -H1G numa001: -xb<addr> Sets the address from which a suitable start for the heap memory numa001: will be searched from. This is useful if the default address numa001: clashes with some third-party library. numa001: -m<n> Minimum % of heap which must be available (default 3%) numa001: -G<n> Number of generations (default: 2) numa001: -c<n> Use in-place compaction instead of copying in the oldest generation numa001: when live data is at least <n>% of the maximum heap size set with numa001: -M (default: 30%) numa001: -c Use in-place compaction for all oldest generation collections numa001: (the default is to use copying) numa001: -w Use mark-region for the oldest generation (experimental) numa001: -I<sec> Perform full GC after <sec> idle time (default: 0.3, 0 == off) numa001: numa001: -T Collect GC statistics (useful for in-program statistics access) numa001: -t[<file>] One-line GC statistics (if <file> omitted, uses stderr) numa001: -s[<file>] Summary GC statistics (if <file> omitted, uses stderr) numa001: -S[<file>] Detailed GC statistics (if <file> omitted, uses stderr) numa001: numa001: numa001: -Z Don't squeeze out update frames on stack overflow numa001: -B Sound the bell at the start of each garbage collection numa001: numa001: -hT Produce a heap profile grouped by closure type numa001: -l[flags] Log events in binary format to the file <program>.eventlog numa001: -v[flags] Log events to stderr numa001: where [flags] can contain: numa001: s scheduler events numa001: g GC and heap events numa001: p par spark events (sampled) numa001: f par spark events (full detail) numa001: u user events (emitted from Haskell code) numa001: a all event classes above numa001: t add time stamps (only useful with -v) numa001: -x disable an event class, for any flag above numa001: the initial enabled event classes are 'sgpu' numa001: numa001: -h Heap residency profile (output file <program>.hp) numa001: -i<sec> Time between heap profile samples (seconds, default: 0.1) numa001: numa001: -r<file> Produce ticky-ticky statistics (with -rstderr for stderr) numa001: numa001: -C<secs> Context-switch interval in seconds. numa001: 0 or no argument means switch as often as possible. numa001: Default: 0.02 sec. numa001: -V<secs> Master tick interval in seconds (0 == disable timer). numa001: This sets the resolution for -C and the heap profile timer -i, numa001: and is the frequency of time profile samples. numa001: Default: 0.01 sec. numa001: numa001: -Ds DEBUG: scheduler numa001: -Di DEBUG: interpreter numa001: -Dw DEBUG: weak numa001: -DG DEBUG: gccafs numa001: -Dg DEBUG: gc numa001: -Db DEBUG: block numa001: -DS DEBUG: sanity numa001: -Dt DEBUG: stable numa001: -Dp DEBUG: prof numa001: -Da DEBUG: apply numa001: -Dl DEBUG: linker numa001: -Dm DEBUG: stm numa001: -Dz DEBUG: stack squeezing numa001: -Dc DEBUG: program coverage numa001: -Dr DEBUG: sparks numa001: -DC DEBUG: compact numa001: numa001: NOTE: DEBUG events are sent to stderr by default; add -l to create a numa001: binary event log file instead. numa001: numa001: --install-signal-handlers=<yes|no> numa001: Install signal handlers (default: yes) numa001: -e<n> Maximum number of outstanding local sparks (default: 4096) numa001: -xm Base address to mmap memory in the GHCi linker numa001: (hex; must be <80000000) numa001: -xq The allocation limit given to a thread after it receives numa001: an AllocationLimitExceeded exception. (default: 100k) numa001: numa001: -Mgrace=<n> numa001: The amount of allocation after the program receives a numa001: HeapOverflow exception before the exception is thrown again, if numa001: the program is still exceeding the heap limit. numa001: numa001: RTS options may also be specified using the GHCRTS environment variable. numa001: numa001: Other RTS options may be available for programs compiled a different way. numa001: The GHC User's Guide has full details. numa001: *** unexpected failure for numa001(debug_numa)- *T11760**
Wrong exit code for T11760(normal)(expected 0 , actual 1 ) Stderr ( T11760 ): T11760: unknown RTS option: -N2 T11760: T11760: Usage: <prog> <args> [+RTS <rtsopts> | -RTS <args>] ... --RTS <args> T11760: T11760: +RTS Indicates run time system options follow T11760: -RTS Indicates program arguments follow T11760: --RTS Indicates that ALL subsequent arguments will be given to the T11760: program (including any of these RTS flags) T11760: T11760: The following run time system options are available: T11760: T11760: -? Prints this message and exits; the program is not executed T11760: --info Print information about the RTS used by this program T11760: T11760: -K<size> Sets the maximum stack size (default: 80% of the heap) T11760: Egs: -K32k -K512k -K8M T11760: -ki<size> Sets the initial thread stack size (default 1k) Egs: -ki4k -ki2m T11760: -kc<size> Sets the stack chunk size (default 32k) T11760: -kb<size> Sets the stack chunk buffer size (default 1k) T11760: T11760: -A<size> Sets the minimum allocation area size (default 1m) Egs: -A20m -A10k T11760: -AL<size> Sets the amount of large-object memory that can be allocated T11760: before a GC is triggered (default: the value of -A) T11760: -n<size> Allocation area chunk size (0 = disabled, default: 0) T11760: -O<size> Sets the minimum size of the old generation (default 1M) T11760: -M<size> Sets the maximum heap size (default unlimited) Egs: -M256k -M1G T11760: -H<size> Sets the minimum heap size (default 0M) Egs: -H24m -H1G T11760: -xb<addr> Sets the address from which a suitable start for the heap memory T11760: will be searched from. This is useful if the default address T11760: clashes with some third-party library. T11760: -m<n> Minimum % of heap which must be available (default 3%) T11760: -G<n> Number of generations (default: 2) T11760: -c<n> Use in-place compaction instead of copying in the oldest generation T11760: when live data is at least <n>% of the maximum heap size set with T11760: -M (default: 30%) T11760: -c Use in-place compaction for all oldest generation collections T11760: (the default is to use copying) T11760: -w Use mark-region for the oldest generation (experimental) T11760: -I<sec> Perform full GC after <sec> idle time (default: 0.3, 0 == off) T11760: T11760: -T Collect GC statistics (useful for in-program statistics access) T11760: -t[<file>] One-line GC statistics (if <file> omitted, uses stderr) T11760: -s[<file>] Summary GC statistics (if <file> omitted, uses stderr) T11760: -S[<file>] Detailed GC statistics (if <file> omitted, uses stderr) T11760: T11760: T11760: -Z Don't squeeze out update frames on stack overflow T11760: -B Sound the bell at the start of each garbage collection T11760: T11760: -hT Produce a heap profile grouped by closure type T11760: -h Heap residency profile (output file <program>.hp) T11760: -i<sec> Time between heap profile samples (seconds, default: 0.1) T11760: T11760: -C<secs> Context-switch interval in seconds. T11760: 0 or no argument means switch as often as possible. T11760: Default: 0.02 sec. T11760: -V<secs> Master tick interval in seconds (0 == disable timer). T11760: This sets the resolution for -C and the heap profile timer -i, T11760: and is the frequency of time profile samples. T11760: Default: 0.01 sec. T11760: T11760: --install-signal-handlers=<yes|no> T11760: Install signal handlers (default: yes) T11760: -e<n> Maximum number of outstanding local sparks (default: 4096) T11760: -xm Base address to mmap memory in the GHCi linker T11760: (hex; must be <80000000) T11760: -xq The allocation limit given to a thread after it receives T11760: an AllocationLimitExceeded exception. (default: 100k) T11760: T11760: -Mgrace=<n> T11760: The amount of allocation after the program receives a T11760: HeapOverflow exception before the exception is thrown again, if T11760: the program is still exceeding the heap limit. T11760: T11760: RTS options may also be specified using the GHCRTS environment variable. T11760: T11760: Other RTS options may be available for programs compiled a different way. T11760: The GHC User's Guide has full details. T11760: *** unexpected failure for T11760(normal)mentioned in commit 4b302202
mentioned in issue #16085
More unreg validate failures at: https://gitlab.haskell.org/mpickering/ghc/pipelines/675
I just experienced the same
T1288_ghcifailure from ticket:15467#comment:166736. Can that be marked as broken, please?Trac metadata
Trac field Value Related - → #16085 
I have marked T1288_ghci as broken in !186 (closed).
In my opinion we should mark the particularly fragile tests as broken in the unregisterised way. Not only will this help identify the tests which the unregisterised backend struggles with (which may help identify how it can be fixed) it also brings us closer to removing the
allow_failuretag from the unregisterised CI job.mentioned in commit dc6fd390
mentioned in commit 461c447d
added broken test label
mentioned in issue #16227 (closed)
added Pnormal label
mentioned in merge request !3419 (closed)
mentioned in commit 75819b0d
mentioned in commit 4216261b
mentioned in commit 94f87049
mentioned in commit f7590a5b
mentioned in commit b8f32f6b
mentioned in commit 2636794d
mentioned in commit 4e088f69
mentioned in commit e447bd2c
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