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#@ # 
#@ # Running dc_shell Version Y-2006.06 for linux -- May 25, 2006
#@ # Date:   Mon Apr  7 22:20:14 2008
#@ # Run by: zhouzm@romeo
#@ 

source /tools2/synopsys/syn_vY-2006.06/admin/setup/.synopsys_dc.setup
#@ #
#@ #
#@ #		".synopsys_dc.setup" Initialization File for
#@ #
#@ #		    Dc_Shell and Design_Analyzer
#@ #
#@ #	The variables in this file define the behavior of many parts
#@ #	of the Synopsys Synthesis Tools.  Upon installation, they should 
#@ #	be reviewed and modified to fit your site's needs.  Each engineer
#@ #	can have a .synopsys file in his/her home directory or current
#@ #	directory to override variable settings in this file.  
#@ #
#@ #  	Each logical grouping of variables is commented as to their 
#@ #	nature and effect on the Synthesis Commands.  Examples of
#@ #	variable groups are the Compile Variable Group, which affects 
#@ #	the designs produced by the COMPILE command, and the Schematic 
#@ #	Variable Group, which affects the output of the create_schematic
#@ #	command.
#@ #
#@ #	You can type "man <group_name>_variables" in dc_shell or 
#@ #	design_analyzer to get help about a group of variables.
#@ #	For instance, to get help about the "system" variable group, 
#@ #	type "help system_variables".  You can also type
#@ #	"man <variable name>", to get help on the that variable's 
#@ #	group.
#@ #
#@ 
#@ # System variables
#@ set sh_command_abbrev_mode       "Anywhere"
#@ set sh_continue_on_error         "true"
#@ set sh_enable_page_mode          "true"
#@ set sh_source_uses_search_path   "true"
#@ set sh_new_variable_message	 "true"
#@ if { [string compare $dc_shell_mode "tcl"] == 0 } {
#@  set sh_enable_line_editing       "true"
#@  set sh_line_editing_mode         "emacs"
#@ }
#@ 
#@ # Suppress new variable messages for the following variables
#@ array set auto_index {}
#@ set auto_oldpath ""
#@ 
#@ # Enable debug output on fatal 
#@ if { $sh_arch == "sparc"   || $sh_arch == "sparcOS5" ||      $sh_arch == "sparc64" || $sh_arch == "hpux10"   ||      $sh_arch == "hp700"   || $sh_arch == "hp32"     ||      $sh_arch == "hp64"    || $sh_arch == "linux" } {
#@    setenv SYNOPSYS_TRACE ""
#@ }
#@ 
#@ #
#@ # Load the procedures which make up part of the user interface.
#@ #
#@ if { [string compare $dc_shell_mode "tcl"] == 0 } {
#@   source $synopsys_root/auxx/syn/.dc_common_procs.tcl
#@   source $synopsys_root/auxx/syn/.dc_procs.tcl
#@   alias list_commands help
#@ }
#@ ##############################################################################
#@ #
#@ #
#@ # FILE:         auxx/syn/.dc_common_procs.tcl
#@ #
#@ # ABSTRACT:     These procedures are part of the PrimeTime and DC
#@ #               user interface.
#@ #               They are loaded by .synopsys_pt.setup and .synopsys_dc.setup.
#@ #
#@ ##############################################################################
#@ #
#@ #
#@ 
#@ 
#@ ##############################################################################
#@ #
#@ #
#@ #  PROCEDURE:   group_variable
#@ #
#@ #  ABSTRACT:    Add a variable to the specified variable group.
#@ #               This command is typically used by the system
#@ #               administrator only.
#@ #
#@ #               Below the proc is the command which creates the command
#@ #               help information and semantic data for the argument.
#@ #
#@ #  RETURNS:     1 if it is successful.
#@ #               error code if the variable does not exist.
#@ #               error code of the variable is already in the group.
#@ #
#@ #  SYNTAX:      group_variable group_name variable_name
#@ #
#@ ##############################################################################
#@ #
#@ 
#@ 
#@ proc group_variable { args } {
#@   global _Variable_Groups
#@ 
#@   parse_proc_arguments -args $args resarr
#@   set group $resarr(group)
#@   set var $resarr(variable_name)
#@ 
#@   if { ![info exists _Variable_Groups($group)] } {
#@    set _Variable_Groups($group) ""
#@   }
#@ 
#@   # Verify that var exists as a global variable
#@ 
#@   set cmd "uplevel #0 \{info exists $var\}"
#@   if { ![eval $cmd] } {
#@     return -code error "Variable '$var' is not defined."
#@   }
#@ 
#@   # Only add it if it's not already there
#@ 
#@   if { [lsearch $_Variable_Groups($group) $var] == -1 } {
#@     lappend _Variable_Groups($group) $var
#@   }
#@ 
#@   return 1
#@ }
#@ 
#@ define_proc_attributes group_variable     -info "Add a variable to a variable group"      -command_group "Builtins" -permanent -dont_abbrev     -define_args { 
#@       {group "Variable group name" group}
#@       {variable_name "Variable name" variable_name}}
#@ 
#@ ##############################################################################
#@ #
#@ #
#@ #  PROCEDURE:   print_variable_group
#@ #
#@ #  ABSTRACT:    Shows variables and their values defined in the given group.
#@ 
#@ #
#@ #               Below the proc is the command which creates the command
#@ #               help information and semantic data for the argument.
#@ #
#@ #  RETURNS:     1 if it is successful.
#@ #               error code of the variable group does not exist.
#@ #
#@ #  SYNTAX:      print_variable_group group_name
#@ #
#@ ##############################################################################
#@ #
#@ 
#@ proc print_variable_group { args } {
#@   global _Variable_Groups
#@ 
#@   parse_proc_arguments -args $args resarr
#@   set group $resarr(group)
#@ 
#@   if { [string compare $group "all"] == 0 } {
#@     set cmd "uplevel #0 \{printvar\}"
#@     return [eval $cmd]
#@   }
#@ 
#@   if { ![info exists _Variable_Groups($group)] } {
#@     return -code error "Variable group '$group' does not exist."
#@   }
#@ 
#@   # Print out each global variable in the list. To be totally bulletproof, 
#@   # test that each variable in the group is still defined.  If not, remove 
#@   # it from the list.
#@  
#@   foreach var [lsort $_Variable_Groups($group)] {
#@     set cmd "uplevel #0 \{info exists $var\}"
#@     if { ![eval $cmd] } {
#@       # Remove it
#@       set n [lsearch $_Variable_Groups($group) $var]
#@       set $_Variable_Groups($group) [lreplace $_Variable_Groups($group) $n $n]
#@     } else {
#@       # Print it.
#@       set cmd "uplevel #0 \{set $var\}"
#@       set val [eval $cmd]
#@       echo [format "%-25s = \"%s\"" $var $val]
#@     }
#@   }
#@ 
#@   return 1
#@ }
#@ 
#@ define_proc_attributes print_variable_group     -info "Print the contents of a variable group"      -command_group "Builtins" -permanent      -define_args {{group "Variable group name" group}}
#@ 
#@ 
#@ 
#@ ##############################################################################
#@ #
#@ #
#@ #  PROCEDURE:   _Variable_Groups_Get_Groups
#@ #
#@ #  ABSTRACT:    Return a list of all variable groups. This command is hidden
#@ #               and is used by Design Vision.
#@ #
#@ #   RETURNS:    Tcl list of all variable groups including group all
#@ #
#@ #  SYNTAX:      _Variable_Groups_Get_Groups
#@ ##############################################################################
#@ #
#@ 
#@ proc _Variable_Groups_Get_Groups { } {
#@    global _Variable_Groups
#@ 
#@    set groups  [array names _Variable_Groups]
#@    append groups " all"
#@    return $groups
#@ }
#@ define_proc_attributes _Variable_Groups_Get_Groups -hidden
#@ 
#@ 
#@ ##############################################################################
#@ #
#@ #
#@ #  PROCEDURE:   _Variable_Groups_Get_Variables_Of_Group
#@ #
#@ #  ABSTRACT:    Return a list of all variables of a variable group.
#@ #               It also works for pseudo group all.
#@ #
#@ #   RETURNS:    Tcl list of all variables of a variable group including
#@ #               pseudo group all
#@ #
#@ #  SYNTAX:      _Variable_Groups_Get_Groups
#@ ##############################################################################
#@ #
#@ 
#@ proc _Variable_Groups_Get_Variables_Of_Group { group } {
#@   global _Variable_Groups
#@ 
#@   if { [string compare $group "all"] == 0 } {
#@     set itr [array startsearch _Variable_Groups]
#@     for {  } { [array anymore _Variable_Groups $itr]} { } {
#@       set index [array nextelement _Variable_Groups $itr]
#@       append vars $_Variable_Groups($index)
#@     }
#@     array donesearch _Variable_Groups $itr
#@     return $vars
#@   }
#@ 
#@   if { ![info exists _Variable_Groups($group)] } {
#@     return -code error "Variable group '$group' does not exist."
#@   }
#@ 
#@   # Test if all variables in the list of variables are still defined.
#@   # Remove not existing variables.
#@   foreach var [lsort $_Variable_Groups($group)] {
#@     set cmd "uplevel #0 \{info exists $var\}"
#@     if { ![eval $cmd] } {
#@       # Remove it
#@       set n [lsearch $_Variable_Groups($group) $var]
#@       set $_Variable_Groups($group) [lreplace $_Variable_Groups($group) $n $n]
#@     }
#@   }
#@   return $_Variable_Groups($group)
#@ }
#@ define_proc_attributes _Variable_Groups_Get_Variables_Of_Group -hidden
#@ 
#@ # -- End source /tools2/synopsys/syn_vY-2006.06/auxx/syn/.dc_common_procs.tcl

#@ ##############################################################################
#@ #
#@ #
#@ # FILE:         auxx/syn/.dc_procs.tcl
#@ #
#@ # ABSTRACT:     These procedures are part of the Design Compiler Tcl 
#@ #               user interface.
#@ #               They are loaded by .synopsys_dc.setup.
#@ #
#@ ##############################################################################
#@ #
#@ #
#@ 
#@ ##############################################################################
#@ #
#@ #
#@ #  PROCEDURE:  read_verilog
#@ #
#@ #  ABSTRACT:   Emulate PT's read_verilog command in DC:
#@ #
#@ #  Usage:      read_verilog         #  Read one or more verilog files 
#@ #                *[-hdl_compiler]       (Use HDL Compiler (ignored))
#@ #                file_names             (Files to read)
#@ #
#@ #  Modified: Bharat 11/17/99. Use uplevel to ensure that the command
#@ #            sees user/hidden variables from the top level. Star 92970.
#@ #
#@ #  Modified: Evan Rosser, 12/5/01. Support -netlist and -rtl flags.
#@ #
#@ ##############################################################################
#@ #
#@ 
#@ proc read_verilog { args } {
#@   parse_proc_arguments -args $args ra
#@ 
#@   set cmd [format {read_file -format verilog %s %s [list %s]}                      [array names ra -rtl]                      [array names ra -netlist]                      $ra(file_names)]
#@   return [uplevel #0 $cmd]
#@ }
#@ 
#@ define_proc_attributes read_verilog     -info " Read one or more verilog files"     -permanent     -define_args {
#@       {file_names "Files to read" file_names list required}
#@    {-netlist "Use structural Verilog netlist reader" "" boolean optional}
#@    {-rtl "Use RTL Verilog compiler (Presto or HDLC)" "" boolean optional}
#@    {-hdl_compiler "Use HDL Compiler (ignored)" "" boolean {hidden optional}}
#@ }
#@ 
#@ ##############################################################################
#@ #
#@ #
#@ #  PROCEDURE:  read_sverilog
#@ #
#@ #  ABSTRACT:   Emulate PT's read_sverilog command in DC:
#@ #
#@ #  Usage:      read_sverilog         #  Read one or more systemverilog files 
#@ #                *[-hdl_compiler]       (Use HDL Compiler (ignored))
#@ #                file_names             (Files to read)
#@ #
#@ #  Modified: Yong Xiao, 01/31/2003: Copied from read_verilog to support 
#@ #            systemverilog input. 
#@ #
#@ ##############################################################################
#@ #
#@ 
#@ proc read_sverilog { args } {
#@   parse_proc_arguments -args $args ra
#@ 
#@   set cmd [format {read_file -format sverilog %s %s [list %s]}                      [array names ra -rtl]                      [array names ra -netlist]                      $ra(file_names)]
#@   return [uplevel #0 $cmd]
#@ }
#@ 
#@ define_proc_attributes read_sverilog     -info " Read one or more systemverilog files"     -permanent     -define_args {
#@       {file_names "Files to read" file_names list required}
#@    {-netlist "Use structural Verilog netlist reader" "" boolean optional}
#@    {-rtl "Use RTL Systemverilog compiler (Presto or HDLC)" "" boolean optional}
#@    {-hdl_compiler "Use HDL Compiler (ignored)" "" boolean {hidden optional}}
#@ }
#@