if {[regexp -- {[0-9a-f]{64}} $hash]} then {
    return $hash
  }

  return ""
}




 
proc getExecCommandPrefix {} {
  return [list exec -success Success -nocarriagereturns --]
}
 
proc combineErrors { error1 error2 } {
  return [appendArgs \n\n $error1 \n $error2 \n]
................................................................................
            \"%fileName%\" -d \"%directory%\"
      }

      set extractCommand(2) [list error "no fallback extract command"]
    } elseif {[file extension $archiveFileName] eq ".exe" && \
        [string match -nocase *Setup*.exe $manifest]} then {
      #
      # HACK: Assume this is an Inno Setup package and process
      #       it using one of the appropriate tools, which are
      #       currently limited to "innounp" or "innoextract".



      #
      set listCommand(1) [getExecCommandPrefix]

      if {[lindex $listCommand(1) 0] ne "error"} then {
        lappend listCommand(1) $innounp -v \
            [file nativename $archiveFileName]
      }
................................................................................

      set extractCommand(2) [list error "no fallback extract command"]
    }

    if {[catch {
      set data [eval $listCommand(1)]
    } error1] == 0 || [catch {

      #


      # NOTE: The "innoextract" tool does not use the curly
      #       braces around the "{app}" directory name.
      #
      set data [string map [list \
          app\\ [appendArgs {{app}} \\] tmp\\ [appendArgs {{tmp}} \\]] \
          [eval $listCommand(2)]]

    } error2] == 0} then {
      #
      # HACK: The Inno Setup unpacking tool requires some extra
      #       parsing logic to handle the output.
      #
      set containedFileNames [list]

................................................................................
              set extractCommandMap [list \
                  %fileName% [file nativename $manifestFileName] \
                  %directory% [file nativename $extractDirectory]]

              set data [eval \
                  [string map $extractCommandMap $extractCommand(1)]]
            } error1] == 0 || [catch {

              #
              # NOTE: The "innoextract" tool does not use the curly
              #       braces around the "{app}" directory name.
              #



              set extractCommandMap [list \
                  %fileName% [file nativename [string map [list \


















                  [appendArgs {{app}} \\] app\\ [appendArgs {{tmp}} \





                  \\] tmp\\] $manifestFileName]] %directory% [file \
                  nativename $extractDirectory]]


              set data [eval \
                  [string map $extractCommandMap $extractCommand(2)]]
            } error2] == 0} then {
              if {[string length $hashes($manifestFileName)] == 64} then {
                set hash [getSha3Sum $extractFileName]
              } else {

  if {[regexp -- {[0-9a-f]{64}} $hash]} then {
    return $hash
  }

  return ""
}
 
proc getInnoSetupRootMap {} {
  return [list app\\ [appendArgs {{app}} \\] tmp\\ [appendArgs {{tmp}} \\]]
}
 
proc getExecCommandPrefix {} {
  return [list exec -success Success -nocarriagereturns --]
}
 
proc combineErrors { error1 error2 } {
  return [appendArgs \n\n $error1 \n $error2 \n]
................................................................................
            \"%fileName%\" -d \"%directory%\"
      }

      set extractCommand(2) [list error "no fallback extract command"]
    } elseif {[file extension $archiveFileName] eq ".exe" && \
        [string match -nocase *Setup*.exe $manifest]} then {
      #
      # HACK: There is some special handling needed for dealing with
      #       setup packages, which are currently always created with
      #       the Inno Setup tool.  The two tools that can be used to
      #       verify the contents of these packages are "innounp" and
      #       "innoextract".  Since this archive file name looks like
      #       one that contains a setup package, assume that it is.
      #
      set listCommand(1) [getExecCommandPrefix]

      if {[lindex $listCommand(1) 0] ne "error"} then {
        lappend listCommand(1) $innounp -v \
            [file nativename $archiveFileName]
      }
................................................................................

      set extractCommand(2) [list error "no fallback extract command"]
    }

    if {[catch {
      set data [eval $listCommand(1)]
    } error1] == 0 || [catch {
      set data [eval $listCommand(2)]

      if {$isSetup} then {
        #
        # HACK: The "innoextract" tool does not use the curly
        #       braces around the "{app}"-style directory names.
        #
        set data [string map [getInnoSetupRootMap] $data]


      }
    } error2] == 0} then {
      #
      # HACK: The Inno Setup unpacking tool requires some extra
      #       parsing logic to handle the output.
      #
      set containedFileNames [list]

................................................................................
              set extractCommandMap [list \
                  %fileName% [file nativename $manifestFileName] \
                  %directory% [file nativename $extractDirectory]]

              set data [eval \
                  [string map $extractCommandMap $extractCommand(1)]]
            } error1] == 0 || [catch {
              if {$isSetup} then {
                #
                # HACK: The "innoextract" tool does not use the curly
                #       braces around the "{app}"-style directory names.
                #
                set altManifestFileName [string map [getInnoSetupRootMap] \
                    $manifestFileName]

                set extractCommandMap [list \
                    %fileName% [file nativename $altManifestFileName] \
                    %directory% [file nativename $extractDirectory]]

                #
                # HACK: The "innoextract" tool uses the full manifest
                #       file name when writing the extracted file, so
                #       adjust the extracted file name to match it;
                #       however, first verify that the path type of
                #       the manifest file name is relative.
                #
                if {[file pathtype $altManifestFileName] eq "relative"} then {
                  set extractFileName [file normalize [file join \
                      $extractDirectory $altManifestFileName]]

                  catch {
                    file attributes $extractFileName -readonly false
                    file delete $extractFileName
                  }
                } else {
                  error [appendArgs \
                      "path type for manifest file name \"" \
                      $altManifestFileName "\" is not relative"]
                }
              } else {
                set extractCommandMap [list \
                    %fileName% [file nativename $manifestFileName] \
                    %directory% [file nativename $extractDirectory]]
              }

              set data [eval \
                  [string map $extractCommandMap $extractCommand(2)]]
            } error2] == 0} then {
              if {[string length $hashes($manifestFileName)] == 64} then {
                set hash [getSha3Sum $extractFileName]
              } else {