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Here are the lexical rules underlying the style sheet language:
alphabet
,alphabets
,are
,case
,documentation
,end
,exceptions
,first
,in
,insensitive
,is
,keywords
,operators
,optional
,second
,sensitive
,sequences
,style
Comment
,Comment_strong
,Encoding
,Error
,Index1
,Index2
,Index3
,Index4
,Invisible
,Keyword
,Keyword_strong
,Label
,Label_strong
,Plain
,String
,Symbol
,Tag1
,Tag2
,Tag3
,Tag4
C-char
,C-string
---
,\Alpha
,\Beta
,\Chi
,\Delta
,\Downarrow
,\Epsilon
,\Eta
,\Gamma
,\Im
,\Iota
,\Kappa
,\Lambda
,\Leftarrow
,\Leftrightarrow
,\Mu
,\Nu
,\Omega
,\Omicron
,\Phi
,\Pi
,\Psi
,\Re
,\Rho
,\Rightarrow
,\Sigma
,\Tau
,\Theta
,\Uparrow
,\Upsilon
,\Xi
,\Zeta
,\aleph
,\alpha
,\angle
,\approx
,\beta
,\bullet
,\cap
,\carriagereturn
,\cdot
,\chi
,\circ
,\clubsuit
,\cong
,\copyright
,\cup
,\delta
,\diamondsuit
,\div
,\downarrow
,\emptyset
,\epsilon
,\equiv
,\eta
,\exists
,\florin
,\forall
,\gamma
,\geq
,\heartsuit
,\in
,\infty
,\int
,\iota
,\kappa
,\lambda
,\langle
,\lceil
,\ldots
,\leftarrow
,\leftrightarrow
,\leq
,\lfloor
,\mu
,\nabla
,\neq
,\not
,\not\in
,\not\subset
,\nu
,\omega
,\omicron
,\oplus
,\otimes
,\partial
,\perp
,\phi
,\pi
,\pm
,\prime
,\prod
,\propto
,\psi
,\radicalex
,\rangle
,\rceil
,\register
,\rfloor
,\rho
,\rightarrow
,\sigma
,\sim
,\spadesuit
,\subset
,\subseteq
,\suchthat
,\sum
,\supset
,\supseteq
,\surd
,\tau
,\theta
,\therefore
,\times
,\trademark
,\uparrow
,\upsilon
,\varUpsilon
,\varcopyright
,\vardiamondsuit
,\varphi
,\varpi
,\varregister
,\varsigma
,\vartheta
,\vartrademark
,\vee
,\wedge
,\wp
,\xi
,\zeta
It is a good idea to print the style sheet ‘symbols.ssh’ to see them:
a2ps symbols.ssh
C
escaping mechanism is used.
C
escaping mechanism is used. Regexps can be
split in several parts, a‘ la C strings (i.e., ‘/part 1/ /part
2/’).
Next: Style Sheet Header, Up: Style Sheets Implementation [Contents][Index]