/usr/bin/tragesym is in geda-utils 1:1.6.2-3.
This file is owned by root:root, with mode 0o755.
The actual contents of the file can be viewed below.
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# coding: iso8859-1
############################################################################
# tragesym - create gEDA symbols out of structured textfiles
# begin : 2001-10-20
# copyright : (C) 2001,2002,2003,2004,2006,2007, 2008 by Werner Hoch
# email : werner.ho@gmx.de
############################################################################
# #
# This program is free software; you can redistribute it and/or modify #
# it under the terms of the GNU General Public License as published by #
# the Free Software Foundation; either version 2 of the License, or #
# (at your option) any later version. #
# #
############################################################################
# FEATURES:
# - create pins and their elements
# - sort pins alphabetical
# - swap words of the pinlabels
# - negation lines if label is in "_","\" is for escape
# - rotate top and bottom pinlabels if wished
# - if the symbol's width specified is 0, then tragesym calculates the
# symbol width based on the greater number of pins at the top or at the
# bottom of the symbol
import getopt, os.path, re, string, sys
##################### GLOBALS ############################################
VERSION="0.0.15"
CHARHIGH=26
preset_options = {"wordswap":"yes",
"rotate_labels":"no",
"sort_labels":"yes",
"generate_pinseq":"yes",
"sym_width":"1400",
"pinwidthvertikal":"400",
"pinwidthvertical":"400",
"pinwidthhorizontal":"400"}
official_attr = ["version", "name", "device", "refdes", "footprint", "numslots",
"slot", "slotdef","description", "comment", "author",
"documentation","value","dist-license", "use-license"]
single_attr_warning = ["device", "footprint", "author", "documentation",
"description", "numslots","dist-license", "use-license"]
single_attr = ["slot"]
multiple_attr = ["slotdef", "comment"]
stylelist = ["line","dot","clk","dotclk","spacer","none"]
poslist = ["l","r","t","b",""]
typelist = ["in","out","io","oc","oe","pas","tp","tri","clk","pwr"]
translate_pintype = {"i/o":"io", "i":"in", "o":"out", "p":"pas"}
P_NR, P_SEQ, P_TYPE, P_STYLE, P_POS, P_NET, P_LABEL = 0,1,2,3,4,5,6
re_section_header = re.compile("^\s*\[(?P<name>.+)]\s*$")
################################## CLASSES ###############################
class Pin:
'''Encapsulation for all data related to a pin.'''
def __init__(self, element):
element.extend(('', '', '', '', '', '', ''))
self.nr = element[P_NR].strip()
self.seq = element[P_SEQ].strip()
pintype = element[P_TYPE].lower().strip()
self.type = translate_pintype.get(pintype, pintype)
self.style = element[P_STYLE].lower().strip()
self.pos = element[P_POS].lower().strip()
self.net = element[P_NET].strip()
self.label = element[P_LABEL].strip()
def __str__(self):
str = "Pin object (nr:" + self.nr + " seq:" + self.seq + " type:" + self.type
str += " style:" + self.style + " pos:" + self.pos + " net:" + self.net
str += " label:" + self.label + ")"
return str
def __cmp__(self, other):
"""
Comparison function for the pin.
* The sorting rule is to place the nets first.
* The pin position is the second sorting key
* The pin label is the third sorting key
"""
if not isinstance(other, Pin):
return NotImplemented
ret = cmp(self.net, other.net)
if ret != 0:
return ret
ret = cmp(other.pos, self.pos)
if ret != 0:
return ret
return cmp(splitspecial(parselabel(self.label)),
splitspecial(parselabel(other.label)))
def check(self):
if self.style=="spacer":
if self.pos == "":
print "Error: there must be a position with a spacer.\n"
sys.exit()
if self.pos not in poslist:
print "Error: position is not allowed: \n", self
sys.exit()
return
if self.style != "none":
if self.seq.isdigit():
string.atoi(self.seq)
else:
print "pinseq needs to be a number: \n", self
sys.exit()
if self.type not in typelist:
print "Pintype not allowed: \n", self
sys.exit()
if self.style not in stylelist:
print "Style is not allowed: \n", self
sys.exit()
if self.pos not in poslist:
print "Position is not allowed: \n", self
sys.exit()
if self.pos == "" and self.net == "":
print "There must be either position or a netlabel: \n", self
sys.exit()
################################# FUNCTIONS ##############################
def usage():
'''Print a usage message.'''
print "tragesym version " + VERSION
print "(C) 2001,2002,2003,2004,2006,2007 by Werner Hoch <werner.ho@gmx.de>"
print "Usage is: ", sys.argv[0] ,"<infile> <outfile>"
def parselabel(str):
'''returns a stripped label without overbar markers "\_"'''
slash, neg= 0, 0
textout=""
for letter in str:
if letter == '\\' and slash == 0:
slash=1
elif slash == 1 and letter == '_':
if neg == 0:
neg = 1
else:
neg = 0
slash = 0
else:
textout=textout+letter
slash = 0
if slash == 1 or neg == 1:
print '''unbalanced overbars or escapesequence: ''', str
print '''the overbar starts and ends with "\_" example: \"\_enable\_'''
print '''to write a "\" use "\\"'''
sys.exit()
return textout
## round *unsigned* integer x to closest r
def round_closest(x,r):
return x-(x+r/2)%r+r/2
## returns the words in reverse order
def swapwords(str):
list=string.split(str," ")
back=list[0]
for i in list[1:]:
back=i+" "+back
return back
## split a string at the first tab or equal char
def split_tab_equal(str,n=1):
list_tab=string.split(str,'\t',n)
list_equal=string.split(str,'=',n)
if len(list_tab[0]) < len(list_equal[0]):
return list_tab
else:
return list_equal
## returns 2 dicts: (options, attr) and 2 arrays: (devices, pins)
def readsrc(filename):
geda_attr={}
options={}
pins=[]
f = open(filename,"r")
content= f.readlines()
section=""
linenr=0
for lineraw in content:
line = lineraw.rstrip()
linenr=linenr+1
if len(line) == 0:
continue
match = re_section_header.match(line)
if match: # find a section
section=match.group('name')
continue
elif section=="" or line[0]=="#" \
or len(string.strip(line)) == 0: # comment, empty line or no section
continue
if section=="options":
element=split_tab_equal(line,1)
if len(element) > 1:
options[string.strip(element[0])]=string.strip(element[1])
elif section=="geda_attr":
element=split_tab_equal(line,1)
if len(element) < 2 or len(element[1].strip()) == 0:
print 'Warning: Empty attribute "%s" in the geda_attr section' % element[0]
print ' The incomplete attribute will be dropped'
else:
nr=1
while geda_attr.has_key((element[0],nr)):
nr=nr+1
geda_attr[(string.strip(element[0]),nr)]=string.strip(element[1])
elif section=="pins":
element=string.split(line,"\t")
if len(element) > 2:
pins.append(Pin(element))
else:
print linenr, ": illegal section name: ", section
sys.exit()
return options, geda_attr, pins
def splitspecial(str):
"""
makes a list out of a string:
"3abc345x?" --> ["",3,"abc",345,"x?"]
"""
isletter=1
list=[]
current = ""
for letter in str:
if letter not in string.digits:
if isletter == 1:
current += letter
else:
list.append(int(current))
current = letter
isletter=1
else:
if isletter == 0:
current += letter
else:
list.append(current)
current = letter
isletter=0
if isletter == 0:
list.append(int(current))
else:
list.append(current)
return list
def writesym(filename,options,attr,pins):
o_symwidth=string.atoi(options["sym_width"])
o_hdist=string.atoi(options["pinwidthhorizontal"])
# If pinwidthvertikal was defined, use it, else use pinwidthvertical
# This keeps compatibility with older versions, while fixing the spell
# bug
if options["pinwidthvertikal"] != preset_options["pinwidthvertikal"]:
o_vdist=string.atoi(options["pinwidthvertikal"])
else:
o_vdist=string.atoi(options["pinwidthvertical"])
o_wordswap=options["wordswap"]
o_rotate=options["rotate_labels"]
o_sort=options["sort_labels"]
pinlength = 300
### Count the number of pins in each side
numpleft=0
numpright=0
numpbottom=0
numptop = 0
for pin in pins:
if pin.pos == "l": # left pin
numpleft=numpleft+1
elif pin.pos == "r": #right pin
numpright=numpright+1
elif pin.pos == "b": #right pin
numpbottom=numpbottom+1
elif pin.pos == "t": #right pin
numptop=numptop+1
# Calculate the position of the pins in the left and right side.
plefty, prighty = 0, 0
if numpleft > numpright:
plefty=plefty+(numpleft-1)*o_vdist
prighty = plefty
else :
prighty=prighty+(numpright-1)*o_vdist
plefty = prighty
# Calculate the bottom left of the box
bottomleftx, bottomlefty = pinlength + 100, 100
if numpbottom > 0:
bottomlefty += pinlength
# Calculate the minimum symwidth and increase it if necessary
calculated_top_symwidth=(numptop-1)*o_hdist+2*o_hdist
calculated_bottom_symwidth=(numpbottom-1)*o_hdist+2*o_hdist
calculated_symwidth = max(calculated_bottom_symwidth,
calculated_top_symwidth)
if (numptop + numpbottom > 0):
print "Note: use sym_width to adjust symbol width if texts overlap."
if o_symwidth == 0:
o_symwidth = calculated_symwidth
# Calculate the symbol's high
if numpleft < numpright:
high=(numpright+1)*o_vdist
else:
high=(numpleft+1)*o_vdist
topy = bottomlefty + high
# Calculate the position of several items.
prightx, prighty= bottomleftx + pinlength + o_symwidth, prighty + bottomlefty + o_vdist
pleftx, plefty= bottomleftx - pinlength, plefty + bottomlefty + o_vdist
ptopx, ptopy= bottomleftx + o_hdist, bottomlefty + high + pinlength
pbottomx, pbottomy = bottomleftx + o_hdist, bottomlefty - pinlength
# Lets add some pad if sym_width was defined
ptopx = ptopx + (o_symwidth - calculated_top_symwidth) / 2
pbottomx = pbottomx + (o_symwidth - calculated_bottom_symwidth) / 2
ptopx = round_closest(ptopx, 100)
pbottomx = round_closest(pbottomx, 100)
f = open(filename, "w")
### Draw the symbol version
if attr.has_key(("version",1)):
value=attr[("version",1)]
if re.match("[0-9]{8}$", value):
f.write("v " + value + " 1\n")
elif re.match("[0-9]{8} 1$", value):
f.write("v " + value + "\n")
else:
print "error: version string format invalid: [%s]" % value
sys.exit()
else:
print "error: version attribut missing"
sys.exit()
if o_sort == "yes":
pins.sort()
for pin in pins:
if pin.style == "none": #
continue
if pin.style=="spacer":
if o_sort == "yes":
print "Warning: spacers are not supported when sorting labels"
continue
elif pin.pos == "l": #left pin
plefty=plefty - o_vdist #where to draw the _next_ pin
elif pin.pos == "r": #right pin
prighty=prighty - o_vdist
elif pin.pos == "b": # bottom pin
pbottomx=pbottomx + o_hdist
elif pin.pos == "t": # top pin
ptopx=ptopx + o_hdist
continue
### decide which pindirection to use
## TODO: put all constants into a dictionary
if pin.pos == "l": #left pin
basex, basey= pleftx, plefty #where to draw this pin
xf, yf= 1, 0 # orientation factors
pint=(200,50,6,0) # dx, dy, alignment, angle
pinl=(350,0,0,0) # """"
pina=(350,0,2,0) # """"
pinq=(200,-50,8,0) # """"
swap=0 # swap words in label ?
plefty=plefty - o_vdist #where to draw the _next_ pin
elif pin.pos == "r": #right pin
basex, basey = prightx, prighty
xf, yf= -1, 0
pint=(-200,50,0,0)
pinl=(-350,0,6,0)
pina=(-350,0,8,0)
pinq=(-200,-50,2,0)
swap=1
prighty=prighty - o_vdist
elif pin.pos == "b": # bottom pin
basex, basey=pbottomx, pbottomy
xf, yf= 0, 1
if o_rotate == "yes": # bottom pin with 90° text
pint=(-50,200,6,90)
pinl=(0,350,0,90)
pina=(0,350,2,90)
pinq=(50,200,8,90)
else:
pint=(50,200,2,0)
pinl=(0,350,3,0)
pina=(0,500,3,0)
pinq=(-50,200,8,0)
swap=0
pbottomx=pbottomx + o_hdist
elif pin.pos == "t": # top pin
basex, basey=ptopx, ptopy
xf, yf= 0, -1
if o_rotate == "yes": # with 90° text
pint=(-50,-200,0,90)
pinl=(0,-350,6,90)
pina=(0,-350,8,90)
pinq=(50,-200,2,90)
swap=1
else:
pint=(50,-200,0,0)
pinl=(0,-350,5,0)
pina=(0,-500,5,0)
pinq=(-50,-200,6,0)
swap=0
ptopx=ptopx + o_hdist
### draw the pin
if (pin.style=="dot" or #short pin and dot?
pin.style=="dotclk"):
x=basex + xf*200
y=basey + yf*200
else:
x=basex + xf*300
y=basey + yf*300
f.write("P %i"%basex+" %i"%basey+" %i"%x + " %i"%y+ " 1 0 0\n")
f.write("{\n")
### draw pinnumber
pintx, pinty, pinta, pintr=pint
x=basex+pintx
y=basey+pinty
f.write("T %i"%x+" %i"%y+" 5 8 1 1 %i"%pintr+" %i 1\n"%pinta)
f.write("pinnumber="+pin.nr+"\n")
### draw pinseq
pintx, pinty, pinta, pintr=pinq
x=basex+pintx
y=basey+pinty
f.write("T %i"%x+" %i"%y+" 5 8 0 1 %i"%pintr+" %i 1\n"%pinta)
f.write("pinseq="+pin.seq+"\n")
### draw pinlabel and pintype
pinlx, pinly, pinla, pinlr=pinl
pinax, pinay, pinaa, pinar=pina
if (pin.style=="clk" or #move label if clocksign
pin.style=="dotclk"):
pinlx=pinlx + xf*75
pinly=pinly + yf*75
pinax=pinax + xf*75
pinay=pinay + yf*75
pinlx=pinlx + basex
pinly=pinly + basey
pinax=pinax + basex
pinay=pinay + basey
if o_wordswap=="yes" and swap==1:
label=swapwords(pin.label)
else:
label=pin.label
f.write("T %i"%pinlx+" %i"%pinly+" 9 8 1 1 %i"%pinlr+" %i 1\n"%pinla)
f.write("pinlabel="+label+"\n")
f.write("T %i"%pinax+" %i"%pinay+" 5 8 0 1 %i"%pinar+" %i 1\n"%pinaa)
f.write("pintype="+pin.type+"\n")
f.write("}\n")
### draw the negation bubble
if (pin.style=="dot" or pin.style=="dotclk"):
x=basex + xf*250
y=basey + yf*250
f.write("V %i"%x+" %i"%y +" 50 6 0 0 0 -1 -1 0 -1 -1 -1 -1 -1\n")
### draw the clocksign
if (pin.style=="clk" or
pin.style=="dotclk"):
x1=basex+ xf*400
y1=basey+ yf*400
x2=x1- xf*100 +yf*75
y2=y1- yf*100 +xf*75
x3=x1- xf*100 -yf*75
y3=y1- yf*100 -xf*75
f.write("L %i"%x1+" %i"%y1+" %i"%x2+" %i"%y2 + " 3 0 0 0 -1 -1\n")
f.write("L %i"%x1+" %i"%y1+" %i"%x3+" %i"%y3 + " 3 0 0 0 -1 -1\n")
### draw a box
f.write("B %i"%bottomleftx+" %i"%bottomlefty+" %i"%o_symwidth+" %i"%high+
" 3 0 0 0 -1 -1 0 -1 -1 -1 -1 -1\n")
### draw the attributes
urefx, urefy = bottomleftx+o_symwidth, bottomlefty + high + 100
# Center name if we have top pins
if numptop > 0:
namex, namey = (bottomleftx + o_symwidth) / 2, (bottomlefty + high) / 2 + 100
else:
namex, namey = bottomleftx, bottomlefty+high+100
textx = namex
texty = namey + 200
if numptop > 0:
texty += 100
## special attribute format
if attr.has_key(("refdes",1)):
f.write("T %i"% urefx +" %i"% urefy +" 8 10 1 1 0 6 1\n")
f.write("refdes=" + attr[("refdes",1)] + "\n")
else:
print "Warning: refdes attribut missing"
if attr.has_key(("name",1)):
f.write("T %i" %namex + " %i"% namey + " 9 10 1 0 0 0 1\n")
f.write(attr[("name",1)] + "\n")
else:
print "Warning: name attribut missing"
## attributes with same format and warnings
for a in single_attr_warning:
if attr.has_key((a,1)):
f.write("T %i" %textx + " %i"% texty + " 5 10 0 0 0 0 1\n")
f.write(a + "=" + attr[(a,1)] + "\n")
texty=texty+200
else:
print "Warning: " + a + " attribut missing"
## attributes without warning
for a in single_attr:
if attr.has_key((a,1)):
f.write("T %i" %textx + " %i"% texty + " 5 10 0 0 0 0 1\n")
f.write(a + "=" + attr[(a,1)] + "\n")
texty=texty+200
## attributes with more than one equal name
for a in multiple_attr:
i = 1
while attr.has_key((a,i)):
f.write("T %i" %textx + " %i"% texty + " 5 10 0 0 0 0 1\n")
f.write(a + "=" + attr[(a,i)] + "\n")
texty=texty+200
i = i + 1
## unknown attributes
for (name, number),value in attr.items():
if name not in official_attr:
f.write("T %i" %textx + " %i"% texty + " 5 10 0 0 0 0 1\n")
f.write(name + "=" + value + "\n")
texty=texty+200
print 'Warning: The attribute "%s=%s" is not official' %(name, value)
nets={}
for pin in pins:
if pin.style == "none":
if not nets.has_key(pin.net):
nets[pin.net] = pin.nr
else:
nets[pin.net] = nets[pin.net] + ","+ pin.nr
for key,value in nets.items():
f.write("T %i" %textx + " %i"% texty + " 5 10 0 0 0 0 1\n")
f.write("net=" + key + ":" + value + "\n")
texty=texty+200
return 0
def mergeoptions(source_opt,pre_opt):
ret=pre_opt
for item in source_opt.keys():
if ret.has_key(item):
ret[item]=source_opt[item]
else:
print "This option is not allowed:", item
sys.exit()
return ret
def generate_pinseq(pins):
seq=1
for nr in xrange(len(pins)):
if pins[nr].style not in ["none","spacer"]:
pins[nr].seq = "%i"%seq
seq = seq + 1
return pins
###################### MAIN #################################################
## parse command line options
try:
opts, args = getopt.getopt(sys.argv[1:], "h", ["help"])
except:
usage()
sys.exit()
## handle command line options
for o, a in opts:
if o in ("-h", "--help"):
usage()
sys.exit()
## get files
if len(args) != 2:
usage()
sys.exit()
file_in=args[0]
file_out=args[1]
if not os.path.exists(file_in):
print "Input file " + file_in + " not found."
sys.exit()
## read sourcefile
opts,attr,pins=readsrc(file_in)
options=mergeoptions(opts,preset_options)
if options["generate_pinseq"] == "yes":
pins=generate_pinseq(pins)
for pin in pins:
pin.check()
writesym(file_out,options,attr,pins)
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