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go1.18-race-1.18.1-150000.1.14.1 RPM for aarch64

From OpenSuSE Leap 15.4 for aarch64

Name: go1.18-race Distribution: SUSE Linux Enterprise 15
Version: 1.18.1 Vendor: SUSE LLC <https://www.suse.com/>
Release: 150000.1.14.1 Build date: Wed May 4 13:23:23 2022
Group: Development/Languages/Other Build host: ibs-arm-3
Size: 465896 Source RPM: go1.18-1.18.1-150000.1.14.1.src.rpm
Packager: https://www.suse.com/
Url: https://compiler-rt.llvm.org/
Summary: Go runtime race detector
Go runtime race detector libraries. Install this package if you wish to use the
-race option, in order to detect race conditions present in your Go programs.

Provides

Requires

License

BSD-3-Clause

Changelog

* Mon May 02 2022 mliska@suse.cz
  - Remove remaining use of gold linker when bootstrapping with
    gccgo. The binutils-gold package will be removed in the future.
    * History: go1.8.3 2017-06-18 added conditional if gccgo defined
      BuildRequires: binutils-gold for arches other than s390x
    * No information available why binutils-gold was used initially
    * Unrelated to upstream recent hardcoded gold dependency for ARM
* Tue Apr 12 2022 jkowalczyk@suse.com
  - go1.18.1 (released 2022-04-12) includes security fixes to the
    crypto/elliptic, crypto/x509, and encoding/pem packages, as well
    as bug fixes to the compiler, linker, runtime, the go command,
    vet, and the bytes, crypto/x509, and go/types packages.
    Refs boo#1193742 go1.18 release tracking
    CVE-2022-24675 CVE-2022-28327 CVE-2022-27536
    * boo#1198423 go#51853 CVE-2022-24675
    * go#52037 encoding/pem: stack overflow
      boo#1198424 go#52075 CVE-2022-28327
    * go#52077 crypto/elliptic: generic P-256 panic when scalar has too many leading zeroes
    * boo#1198427 go#51759 CVE-2022-27536
    * go#51763 crypto/x509: Certificate.Verify crash on macOS with Go 1.18
    * go#52140 cmd/go: go work use -r panics when given a directory that does not exist
    * go#52119 go/types, cmd/compile: type set overlapping implementation for interface types might be not correct
    * go#52032 go/types: spurious diagnostics for untyped shift operands with GoVersion < go1.13
    * go#52007 go/types, types2: scope is unset on receivers of instantiated methods
    * go#51874 cmd/go: Segfault on ppc64le during Go 1.18 build on Alpine Linux
    * go#51855 cmd/compile: internal compiler error: panic: runtime error: index out of range [0] with length 0
    * go#51852 crypto/x509: reject SHA-1 signatures in Verify
    * go#51847 cmd/compile: cannot import "package" (type parameter bound more than once)
    * go#51846 cmd/compile: internal compiler error: walkExpr: switch 1 unknown op RECOVER
    * go#51796 bytes: Trim returns empty slice instead of nil in 1.18
    * go#51767 cmd/go: "go test" seems to now require git due to -buildvcs
    * go#51764 cmd/go: go work use panics when given a file
    * go#51741 cmd/cgo: pointer to incomplete C type is mangled when passed through interface type and generic type assert
    * go#51737 plugin: tls handshake panic: unreachable method called. linker bug?
    * go#51727 cmd/vet, go/types: go vet crash when using self-recursive anonymous types in constraints
    * go#51697 runtime: some tests fails on Windows with CGO_ENABLED=0
    * go#51669 cmd/compile: irgen uses wrong dict param to generate code for getting dict type
    * go#51665 go/types, types2: gopls crash in recordTypeAndValue
* Thu Apr 07 2022 jkowalczyk@suse.com
  - Template gcc-go.patch to substitute gcc_go_version and eliminate
    multiple similar patches each with hardcoded gcc go binary name.
    gcc-go.patch inserts gcc-go binary name e.g. go-8 to compensate
    for current lack of gcc-go update-alternatives usage.
    * add gcc-go.patch
    * drop gcc6-go.patch
    * drop gcc7-go.patch
* Thu Apr 07 2022 jkowalczyk@suse.com
  - For SLE-12 set gcc_go_version to 8 to bootstrap using gcc8-go.
    gcc6-go and gcc7-go no longer successfully bootstrap go1.17 or
    go1.18 on SLE-12 aarch64 ppc64le or s390x.
    * gcc6-go fails with errors e.g. libnoder.a(_go_.o):(.toc+0x0):
      undefined reference to `__go_pimt__I4_DiagFrN4_boolee3
* Sat Mar 19 2022 jkowalczyk@suse.com
  - Add %define go_label as a configurable Go toolchain directory
    * go_label can be used to package multiple Go toolchains with
      the same go_api
    * go_label should be defined as go_api with an optional suffix
      e.g. %{go_api} or %{go_api}-foo
    * Default go_label = go_api makes no changes to package layout
* Tue Mar 15 2022 jkowalczyk@suse.com
  - go1.18 (released 2022-03-15) is a major release of Go.
    go1.18.x minor releases will be provided through February 2023.
    https://github.com/golang/go/wiki/Go-Release-Cycle
    Go 1.18 is a significant release, including changes to the
    language, implementation of the toolchain, runtime, and
    libraries. Go 1.18 arrives seven months after Go 1.17. As always,
    the release maintains the Go 1 promise of compatibility. We
    expect almost all Go programs to continue to compile and run as
    before.
    Refs boo#1193742 go1.18 release tracking
    * See release notes https://golang.org/doc/go1.18. Excerpts
      relevant to OBS environment and for SUSE/openSUSE follow:
    * Go 1.18 includes an implementation of generic features as
      described by the Type Parameters Proposal. This includes major
      but fully backward-compatible changes to the language.
    * The Go 1.18 compiler now correctly reports declared but not
      used errors for variables that are set inside a function
      literal but are never used. Before Go 1.18, the compiler did
      not report an error in such cases. This fixes long-outstanding
      compiler issue go#8560.
    * The Go 1.18 compiler now reports an overflow when passing a
      rune constant expression such as '1' << 32 as an argument to
      the predeclared functions print and println, consistent with
      the behavior of user-defined functions. Before Go 1.18, the
      compiler did not report an error in such cases but silently
      accepted such constant arguments if they fit into an
      int64. Since go vet always pointed out this error, the number
      of affected programs is likely very small.
    * AMD64: Go 1.18 introduces the new GOAMD64 environment variable,
      which selects at compile time a minimum target version of the
      AMD64 architecture. Allowed values are v1, v2, v3, or v4. Each
      higher level requires, and takes advantage of, additional
      processor features. A detailed description can be found
      here. The GOAMD64 environment variable defaults to v1.
    * RISC-V: The 64-bit RISC-V architecture on Linux (the
      linux/riscv64 port) now supports the c-archive and c-shared
      build modes.
    * Linux: Go 1.18 requires Linux kernel version 2.6.32 or later.
    * Fuzzing: Go 1.18 includes an implementation of fuzzing as
      described by the fuzzing proposal. See the fuzzing landing page
      to get started. Please be aware that fuzzing can consume a lot
      of memory and may impact your machine’s performance while it
      runs.
    * go get: go get no longer builds or installs packages in
      module-aware mode. go get is now dedicated to adjusting
      dependencies in go.mod. Effectively, the -d flag is always
      enabled. To install the latest version of an executable outside
      the context of the current module, use go install
      example.com/cmd@latest. Any version query may be used instead
      of latest. This form of go install was added in Go 1.16, so
      projects supporting older versions may need to provide install
      instructions for both go install and go get. go get now reports
      an error when used outside a module, since there is no go.mod
      file to update. In GOPATH mode (with GO111MODULE=off), go get
      still builds and installs packages, as before.
    * Automatic go.mod and go.sum updates: The go mod graph, go mod
      vendor, go mod verify, and go mod why subcommands no longer
      automatically update the go.mod and go.sum files. (Those files
      can be updated explicitly using go get, go mod tidy, or go mod
      download.)
    * go version: The go command now embeds version control
      information in binaries. It includes the currently checked-out
      revision, commit time, and a flag indicating whether edited or
      untracked files are present. Version control information is
      embedded if the go command is invoked in a directory within a
      Git, Mercurial, Fossil, or Bazaar repository, and the main
      package and its containing main module are in the same
      repository. This information may be omitted using the flag
    - buildvcs=false. Additionally, the go command embeds
      information about the build, including build and tool tags (set
      with -tags), compiler, assembler, and linker flags (like
    - gcflags), whether cgo was enabled, and if it was, the values
      of the cgo environment variables (like CGO_CFLAGS). Both VCS
      and build information may be read together with module
      information using go version -m file or
      runtime/debug.ReadBuildInfo (for the currently running binary)
      or the new debug/buildinfo package. The underlying data format
      of the embedded build information can change with new go
      releases, so an older version of go may not handle the build
      information produced with a newer version of go. To read the
      version information from a binary built with go 1.18, use the
      go version command and the debug/buildinfo package from go
      1.18+.
    * go mod download: If the main module's go.mod file specifies go
      1.17 or higher, go mod download without arguments now downloads
      source code for only the modules explicitly required in the
      main module's go.mod file. (In a go 1.17 or higher module, that
      set already includes all dependencies needed to build the
      packages and tests in the main module.) To also download source
      code for transitive dependencies, use go mod download all.
    * go mod vendor: The go mod vendor subcommand now supports a -o
      flag to set the output directory. (Other go commands still read
      from the vendor directory at the module root when loading
      packages with -mod=vendor, so the main use for this flag is for
      third-party tools that need to collect package source code.)
    * go mod tidy: The go mod tidy command now retains additional
      checksums in the go.sum file for modules whose source code is
      needed to verify that each imported package is provided by only
      one module in the build list. Because this condition is rare
      and failure to apply it results in a build error, this change
      is not conditioned on the go version in the main module's
      go.mod file.
    * go work: The go command now supports a "Workspace" mode. If a
      go.work file is found in the working directory or a parent
      directory, or one is specified using the GOWORK environment
      variable, it will put the go command into workspace mode. In
      workspace mode, the go.work file will be used to determine the
      set of main modules used as the roots for module resolution,
      instead of using the normally-found go.mod file to specify the
      single main module. For more information see the go work
      documentation.
    * go build -asan: The go build command and related commands now
      support an -asan flag that enables interoperation with C (or
      C++) code compiled with the address sanitizer (C compiler
      option -fsanitize=address).
    * //go:build lines: Go 1.17 introduced //go:build lines as a more
      readable way to write build constraints, instead of // +build
      lines. As of Go 1.17, gofmt adds //go:build lines to match
      existing +build lines and keeps them in sync, while go vet
      diagnoses when they are out of sync. Since the release of Go
      1.18 marks the end of support for Go 1.16, all supported
      versions of Go now understand //go:build lines. In Go 1.18, go
      fix now removes the now-obsolete // +build lines in modules
      declaring go 1.17 or later in their go.mod files. For more
      information, see https://go.dev/design/draft-gobuild.
    * go vet: The vet tool is updated to support generic code. In
      most cases, it reports an error in generic code whenever it
      would report an error in the equivalent non-generic code after
      substituting for type parameters with a type from their type
      set.
    * go vet: The cmd/vet checkers copylock, printf, sortslice,
      testinggoroutine, and tests have all had moderate precision
      improvements to handle additional code patterns. This may lead
      to newly reported errors in existing packages.
    * Runtime: The garbage collector now includes non-heap sources of
      garbage collector work (e.g., stack scanning) when determining
      how frequently to run. As a result, garbage collector overhead
      is more predictable when these sources are significant. For
      most applications these changes will be negligible; however,
      some Go applications may now use less memory and spend more
      time on garbage collection, or vice versa, than before. The
      intended workaround is to tweak GOGC where necessary. The
      runtime now returns memory to the operating system more
      efficiently and has been tuned to work more aggressively as a
      result.
    * Compiler: Go 1.17 implemented a new way of passing function
      arguments and results using registers instead of the stack on
      64-bit x86 architecture on selected operating systems. Go 1.18
      expands the supported platforms to include 64-bit ARM
      (GOARCH=arm64), big- and little-endian 64-bit PowerPC
      (GOARCH=ppc64, ppc64le), as well as 64-bit x86 architecture
      (GOARCH=amd64) on all operating systems. On 64-bit ARM and
      64-bit PowerPC systems, benchmarking shows typical performance
      improvements of 10% or more. As mentioned in the Go 1.17
      release notes, this change does not affect the functionality of
      any safe Go code and is designed to have no impact on most
      assembly code. See the Go 1.17 release notes for more details.
    * Compiler: The compiler now can inline functions that contain
      range loops or labeled for loops.
    * Compiler: The new -asan compiler option supports the new go
      command -asan option.
    * Compiler: Because the compiler's type checker was replaced in
      its entirety to support generics, some error messages now may
      use different wording than before. In some cases, pre-Go 1.18
      error messages provided more detail or were phrased in a more
      helpful way. We intend to address these cases in Go
      1.19. Because of changes in the compiler related to supporting
      generics, the Go 1.18 compile speed can be roughly 15% slower
      than the Go 1.17 compile speed. The execution time of the
      compiled code is not affected. We intend to improve the speed
      of the compiler in Go 1.19.
    * Linker: The linker emits far fewer relocations. As a result,
      most codebases will link faster, require less memory to link,
      and generate smaller binaries. Tools that process Go binaries
      should use Go 1.18's debug/gosym package to transparently
      handle both old and new binaries.
    * Linker: The new -asan linker option supports the new go command
    - asan option.
    * Bootstrap: When building a Go release from source and
      GOROOT_BOOTSTRAP is not set, previous versions of Go looked for
      a Go 1.4 or later bootstrap toolchain in the directory
      $HOME/go1.4 (%HOMEDRIVE%%HOMEPATH%\go1.4 on Windows). Go now
      looks first for $HOME/go1.17 or $HOME/sdk/go1.17 before falling
      back to $HOME/go1.4. We intend for Go 1.19 to require Go 1.17
      or later for bootstrap, and this change should make the
      transition smoother. For more details, see go#44505.
    * The new debug/buildinfo package provides access to module
      versions, version control information, and build flags embedded
      in executable files built by the go command. The same
      information is also available via runtime/debug.ReadBuildInfo
      for the currently running binary and via go version -m on the
      command line.
    * The new net/netip package defines a new IP address type,
      Addr. Compared to the existing net.IP type, the netip.Addr type
      takes less memory, is immutable, and is comparable so it
      supports == and can be used as a map key.
    * TLS 1.0 and 1.1 disabled by default client-side: If
      Config.MinVersion is not set, it now defaults to TLS 1.2 for
      client connections. Any safely up-to-date server is expected to
      support TLS 1.2, and browsers have required it since 2020. TLS
      1.0 and 1.1 are still supported by setting Config.MinVersion to
      VersionTLS10. The server-side default is unchanged at TLS
      1.0. The default can be temporarily reverted to TLS 1.0 by
      setting the GODEBUG=tls10default=1 environment variable. This
      option will be removed in Go 1.19.
    * Rejecting SHA-1 certificates: crypto/x509 will now reject
      certificates signed with the SHA-1 hash function. This doesn't
      apply to self-signed root certificates. Practical attacks
      against SHA-1 have been demonstrated since 2017 and publicly
      trusted Certificate Authorities have not issued SHA-1
      certificates since 2015. This can be temporarily reverted by
      setting the GODEBUG=x509sha1=1 environment variable. This
      option will be removed in Go 1.19.
    * crypto/elliptic The P224, P384, and P521 curve implementations
      are now all backed by code generated by the addchain and
      fiat-crypto projects, the latter of which is based on a
      formally-verified model of the arithmetic operations. They now
      use safer complete formulas and internal APIs. P-224 and P-384
      are now approximately four times faster. All specific curve
      implementations are now constant-time. Operating on invalid
      curve points (those for which the IsOnCurve method returns
      false, and which are never returned by Unmarshal or a Curve
      method operating on a valid point) has always been undefined
      behavior, can lead to key recovery attacks, and is now
      unsupported by the new backend. If an invalid point is supplied
      to a P224, P384, or P521 method, that method will now return a
      random point. The behavior might change to an explicit panic in
      a future release.
    * crypto/tls: The new Conn.NetConn method allows access to the
      underlying net.Conn.
    * crypto/x509: Certificate.Verify now uses platform APIs to
      verify certificate validity on macOS and iOS when it is called
      with a nil VerifyOpts.Roots or when using the root pool
      returned from SystemCertPool. SystemCertPool is now available
      on Windows.
    * crypto/x509: CertPool.Subjects is deprecated. On Windows,
      macOS, and iOS the CertPool returned by SystemCertPool will
      return a pool which does not include system roots in the slice
      returned by Subjects, as a static list can't appropriately
      represent the platform policies and might not be available at
      all from the platform APIs.
    * crypto/x509: Support for signing certificates using signature
      algorithms that depend on the MD5 and SHA-1 hashes (MD5WithRSA,
      SHA1WithRSA, and ECDSAWithSHA1) may be removed in Go 1.19.
    * net/http: When looking up a domain name containing non-ASCII
      characters, the Unicode-to-ASCII conversion is now done in
      accordance with Nontransitional Processing as defined in the
      Unicode IDNA Compatibility Processing standard (UTS #46). The
      interpretation of four distinct runes are changed: ß, ς,
      zero-width joiner U+200D, and zero-width non-joiner
      U+200C. Nontransitional Processing is consistent with most
      applications and web browsers.
    * os/user: User.GroupIds now uses a Go native implementation when
      cgo is not available.
    * runtime/debug: The BuildInfo struct has two new fields,
      containing additional information about how the binary was
      built: GoVersion holds the version of Go used to build the
      binary. Settings is a slice of BuildSettings structs holding
      key/value pairs describing the build.
    * runtime/pprof: The CPU profiler now uses per-thread timers on
      Linux. This increases the maximum CPU usage that a profile can
      observe, and reduces some forms of bias.
    * syscall: The new function SyscallN has been introduced for
      Windows, allowing for calls with arbitrary number of arguments.
      As a result, Syscall, Syscall6, Syscall9, Syscall12, Syscall15,
      and Syscall18 are deprecated in favor of SyscallN.
* Wed Mar 09 2022 dmueller@suse.com
  - add dont-force-gold-on-arm64.patch (bsc#1183043)
  - drop binutils-gold dependency
* Fri Feb 18 2022 jkowalczyk@suse.com
  - Add .bin assembler pattern table file and test data to packaging.
    * Error manifests building some Go applications as:
      src/crypto/elliptic/p256_asm.go:24:12:
      pattern p256_asm_table.bin: no matching files found
    * A Quick Guide to Go's Assembler https://go.dev/doc/asm
    * New assembler pattern file added to packaging with mode 644:
      src/crypto/elliptic/p256_asm_table.bin
    * Existing test data files added to packaging with mode 644:
      src/compress/bzip2/testdata/pass-random2.bin
      src/compress/bzip2/testdata/pass-random1.bin
      src/debug/dwarf/testdata/line-gcc-win.bin
* Thu Feb 17 2022 jkowalczyk@suse.com
  - go1.18rc1 (released 2022-02-16) is a release candidate version of
    go1.18 cut from the master branch at the revision tagged
    go1.18rc1.
    Refs boo#1193742 go1.18 release tracking
* Mon Jan 31 2022 jkowalczyk@suse.com
  - go1.18beta2 (released 2022-01-31) is a beta version of go1.18 cut
    from the master branch at the revision tagged go1.18beta2.
    Refs boo#1193742 go1.18 release tracking
* Tue Dec 14 2021 jkowalczyk@suse.com
  - go1.18beta1 (released 2021-12-14) is a beta version of go1.18 cut
    from the master branch at the revision tagged go1.18beta1.
    Refs boo#1193742 go1.18 release tracking

Files

/usr/share/go/1.18/src/runtime/race/race_linux_arm64.syso


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