7686729069
Extract protocol-agnostic FenceTimeline from Intel to shared src/drivers/fence.rs — atomic-based fence tracking suitable for Intel, VIRGL, and AMD drivers. Extract protocol-agnostic SyncobjManager from Intel to shared src/drivers/syncobj.rs — syncobj create/destroy/signal/reset/ wait/query and sync_file fd export/import. Wire both into VirtioDriver: - Add FenceTimeline + SyncobjManager fields - Implement all 5 GpuDriver syncobj trait methods (create, destroy, wait, export_fd, import_fd) - Track fence seqnos in virgl_submit_3d (allocate before submit, signal after completion) Intel fence.rs and syncobj.rs converted to thin re-export modules pointing at shared sources — no behavioral change for Intel driver. This gives Mesa VIRGL userspace the standard DRM syncobj API for GPU/compositor synchronization.
201 lines
6.1 KiB
Plaintext
201 lines
6.1 KiB
Plaintext
## config:mac-pre.in
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## common Macintosh prefix for all Makefile.in in the Kerberos V5 tree
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#
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# MPW-style lines for the MakeFile
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# This first part is long enough that NFS:Share doesn't notice the non-ASCII
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# characters in the rest of the file, so it claims that the file is type
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# TEXT, which is what we want. The non-ASCII chars are necessary for MPW
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# Make
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#
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# End of MPW-style lines for MakeFile
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#
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WHAT = mac
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# Directory syntax Ä
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R=
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C=
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S=:
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U=:
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BUILDTOP = :::
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srcdir =
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# FIXME Ä This doesn't translate to MPW yet, srcdir must be same as objdir
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# File in object dir can come from either the current dir or srcdir
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#
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# . Ä . "{srcdir}"
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# Default rule that puts each file into separate segment
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.c.o Ä .c
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{CC} {DepDir}{Default}.c {CFLAGS} -s {Default} -o {TargDir}{Default}.c.o
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CPPFLAGS = -i {SRCTOP}:include -i {BUILDTOP}:include -i {SRCTOP}:include:krb5 -i {BUILDTOP}:include:krb5 -i {CIncludes}
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DEFS = {CPPFLAGS}
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CC = c
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LD = link
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# The funny quoting in the LDFLAGS is to avoid xxx.c.o being mangled by
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# mac-mf.sed into xxx.c.o
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LDFLAGS=-t MPST -c "MPS " -sym on {Libraries}"Runtime."o {CLibraries}"StdClib."o {Libraries}"ToolLibs."o {Libraries}"Interface."o
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CCOPTS =
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LIBS =
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KRB5ROOT= @KRB5ROOT@
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KRB4=@KRB4@
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INSTALL=Duplicate -y
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INSTALL_PROGRAM=Duplicate -y
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INSTALL_DATA=Duplicate -y
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INSTALL_SETUID=Duplicate -y
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KRB5MANROOT = {KRB5ROOT}{S}man
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ADMIN_BINDIR = {KRB5ROOT}{S}admin
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SERVER_BINDIR = {KRB5ROOT}{S}sbin
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CLIENT_BINDIR = {KRB5ROOT}{S}bin
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ADMIN_MANDIR = {KRB5MANROOT}{S}man8
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SERVER_MANDIR = {KRB5MANROOT}{S}man8
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CLIENT_MANDIR = {KRB5MANROOT}{S}man1
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FILE_MANDIR = {KRB5MANROOT}{S}man5
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KRB5_LIBDIR = {KRB5ROOT}{S}lib
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KRB5_INCDIR = {KRB5ROOT}{S}include
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KRB5_INCSUBDIRS = ¶
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{KRB5_INCDIR}{S}krb5 ¶
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{KRB5_INCDIR}{S}asn.1 ¶
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{KRB5_INCDIR}{S}kerberosIV
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RM = Delete -y -i
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CP = Duplicate -y
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MV = mv -f
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CHMOD=chmod
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RANLIB = @RANLIB@
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ARCHIVE = @ARCHIVE@
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ARADD = @ARADD@
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LN = @LN_S@
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AWK = @AWK@
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LEX = @LEX@
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LEXLIB = @LEXLIB@
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YACC = @YACC@
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# FIXME Ä This won't work for srcdir != objdir. But on the Mac, there
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# is no easy way to build a relative or absolute path, because Ä means
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# both the path separator, and the "go up a directory" indicator
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#SRCTOP = {srcdir}{S}{BUILDTOP}
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SRCTOP = {BUILDTOP}
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SUBDIRS = @subdirs@
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TOPLIBD = {BUILDTOP}{S}lib
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OBJEXT = c.o
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LIBEXT = a
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EXEEXT =
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all ÄÄ
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# Generated automatically from Makefile.in by configure
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CFLAGS = {CCOPTS} {DEFS} -i ::des
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##DOSBUILDTOP = ..\..\:
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##DOSLIBNAME=..\crypto.lib
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##DOS!include {BUILDTOP}\config\windows.in
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OBJS= md5.{OBJEXT} md5glue.{OBJEXT} md5crypto.{OBJEXT}
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SRCS= md5.c md5glue.c md5crypto.c
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all ÄÄ {OBJS}
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t_mddriver Ä t_mddriver.c.o md5.c.o
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Link {LDFLAGS} -o t_mddriver t_mddriver.c.o md5.c.o
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t_mddriver.exe Ä
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{CC} {CFLAGS2} -o t_mddriver.exe t_mddriver.c md5.c
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check ÄÄ t_mddriver{EXEEXT}
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{C}t_mddriver{EXEEXT} -x
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clean ÄÄ
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{RM} t_mddriver{EXEEXT} t_mddriver.{OBJEXT}
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# config:post.in
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# put all ÄÄ first just in case no other rules occur here
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#
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all ÄÄ
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check ÄÄ
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clean ÄÄ clean-{WHAT}
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{RM} config.log pre.c.out post.c.out Makefile.c.out
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clean-unix ÄÄ
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if test -n "{OBJS}" ; then {RM} {OBJS}; else Ä ; fi
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clean-windows ÄÄ
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{RM} Å.{OBJEXT}
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{RM} msvc.pdb Å.err
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