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# RUN XSCHEM

Assuming `xschem` is installed in one of the `${PATH}` search paths just execute:

    user:~$ xschem

the xschem window should appear. If `xschem` is not in the search path then specify its full pathname.

if a filename is given that file will be loaded on startup:

    user:~$ xschem .../xschem_library/examples/0_examples_top.sch

### XSCHEM COMMAND LINE OPTIONS

xschem accepts short (-h) or long (--help) options:

    usage: xschem [options] [schematic | symbol ]
    Options:
      -h  --help           Print this help.
      -b  --detach         Detach Xschem from console (no output and no input from console)
      -n  --netlist        Do a netlist of the given schematic cell.
      -v  --version        Print version information and exit.
      -V  --vhdl           Set netlist type to VHDL.
      -S  --simulate       Run a simulation of the current schematc file
                           (spice/Verilog/VHDL, depending on the netlist
                           type chosen).
      -w  --verilog        Set netlist type to Verilog.
      --preinit <tcl_cmd>  Execute specified tcl instructions before any other action,
                           and before loading xschemrc.
      --tcl <tcl_script>   Execute specified tcl instructions before any other action,
                           this can be used to change xschemrc variables.
      --command <tcl_cmd>  Execute specified tcl commands after completing startup.
      --diff <file>        Show differences with given file.
      --script <file>      Execute specified tcl file as a command script (perhaps with xschem  commands).
      --tcp_port <number>  Listen to specified tcp port for client connections. (number >=1024).
      -i  --no_rcload      Do not load any xschemrc file.
      -o <file>            Set output path for netlist.
      --netlist_path <file>
      -N <file>            Set name (only name, not path) of top level netlist file.
      --netlist_filename <file>
      -t  --tedax          Set netlist type to tEDAx.
      -s  --spice          Set netlist type to SPICE.
      -y  --symbol         Set netlist type to SYMBOL (used when drawing symbols)
      -x  --no_x           Don't use X (only command mode).
      -z  --rainbow        Use a raibow-looking layer color table.
      -W  --waves          Show simulation waveforms.
      -f  --flat_netlist   Set flat netlist (for spice format only).
      -r  --no_readline    Start without the tclreadline package ( this is
                           necessary if stdin and stdout are to be redirected
                           for example to /dev/null).
      -c  --color_ps       Set color postscript.
      --plotfile <file>    Use <file> as output for plot (png, svg, ps).
      --rcfile <file>      Use <file> as a rc file for startup instead of the
                           default xschemrc.
      -p  --postscript
          --pdf            Export pdf schematic.
          --png            Export png schematic.
          --svg            Export svg schematic.
      -q  --quit           Quit after doing things (no interactive mode).
      -l <file>
      --log <file>         Set a log file.
      -d <n>
      --debug <n>          Set debug level:  1,  2,  3,..  C program debug.
                                           -1, -2, -3...  TCL frontend debug.

    xschem: interactive schematic capture program

    Example:   xschem counter.sch
    the schematic file `counter.sch' will be loaded.

### CREATING A NEW SCHEMATIC

To create a new schematic run xschem and give a non existent filename:
`xschem aaa.sch`

You can save the schematic by pressing `'<ctrl shift>s'` or by using the menu `File - Save As`:

If no filename change is needed you can just use `File - Save`. Now a new empty schematic file is created. You can use this `test.sch` for testing while reading the manual. After exiting XSCHEM you can load directly this schematic with the following commands, they are all equivalent.

    xschem /home/schippes/x/test.sch
    # or ...
    xschem ${HOME}/schippes/x/test

you can load `test.sch` when xschem is running by using the load command `'<ctrl>o'` key or by menu `Open` command. Use the file selector dialog to locate the schematic and load it in. When loading a new file XSCHEM asks to save the currently loaded schematic if it has been modified.