On Mar 22, 6:30 pm, Paul McGuire <[EMAIL PROTECTED]> wrote:
> Oof, I see that you have multiple "Layer" entries, with different
> qualifying labels. Since the dicts use "Layer" as the key, you only
> get the last "Layer" value, with qualifier "PRBOUNDARY", and lose the
> "Layer" for "METAL2". To fix this, you'll have to move the optional
> alias term to the key, and merge "Layer" and "PRBOUNDARY" into a
> single key, perhaps "Layer/PRBOUNDARY" or "Layer(PRBOUNDARY)" - a
> parse action should take care of this for you. Unfortnately, these
> forms will not allow you to use object attribute form
> (md.Layer.lineStyle), you will have to use dict access form
> (md["Layer(PRBOUNDARY)"].lineStyle), since these keys have characters
> that are not valid attribute name characters.
>
> Or you could add one more level of Dict nesting to your grammar, to
> permit access like "md.Layer.PRBOUNDARY.lineStyle".
>
> -- Paul
OK - We'll I got as far as you did but I did it a bit differently..
Then I merged some of your data with my data. But Now I am at the
point of adding another level of the dict and am struggling.. Here is
what I have..
# parse actions
LPAR = Literal("(")
RPAR = Literal(")")
LBRACE = Literal("{")
RBRACE = Literal("}")
EQUAL = Literal("=")
# This will get the values all figured out..
# "metal2" 1 6.05E-05 30
cvtInt = lambda toks: int(toks[0])
cvtReal = lambda toks: float(toks[0])
integer = Combine(Optional(oneOf("+ -")) + Word(nums))\
.setParseAction( cvtInt )
real = Combine(Optional(oneOf("+ -")) + Word(nums) + "." +
Optional(Word(nums)) +
Optional(oneOf("e E")+Optional(oneOf("+ -"))
+Word(nums)))\
.setParseAction( cvtReal )
atfstr = quotedString.setParseAction(removeQuotes)
atflist = Group( LPAR.suppress() +
delimitedList(real, ",") +
RPAR.suppress() )
atfvalues = ( real | integer | atfstr | atflist )
# Now this should work out a single line inside a section
# maskName = "metal2"
# isDefaultLayer = 1
# visible = 1
# fatTblSpacing = (0.21,0.24,0.6,
# 0.6,0.6,0.6)
# minArea = 0.144
atfkeys = Word(alphanums)
attrDict = dictOf( atfkeys , EQUAL.suppress() + atfvalues)
# Now we need to take care of the "Metal2" { one or more
attrDict }
# "METAL2" {
# layerNumber = 36
# maskName = "metal2"
# isDefaultLayer = 1
# visible = 1
# fatTblSpacing =
(0.21,0.24,0.6,
#
0.24,0.24,0.6,
#
0.6,0.6,0.6)
# minArea = 0.144
# }
attrType = dictOf(atfstr, LBRACE.suppress() + attrDict +
RBRACE.suppress())
# Lastly we need to get the ones without attributes (Technology)
attrType2 = LBRACE.suppress() + attrDict + RBRACE.suppress()
mainDict = dictOf(atfkeys, attrType2 | attrType )
md = mainDict.parseString(test1)
But I too am only getting the last layer. I thought if broke out the
"alias" area and then built on that I'd be set but I did something
wrong.
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