User:Luigi.scarso
Contents
Modules::documentation
Modules as name come from modules switch in
texexec --pdf --modules module name
or
texmfstart texexec --pdf --modules module name
which is
a way to make pdf of documentation and code of module name .
- first, see Inside_ConTeXt in [1];
- also, see CONTEXT System Macros at [2]
- User:Luigi.scarso/modules.pdf for a comprensive set of pdf
-- Maybe you are searching for Modules, ie extensions to ConTeXt's core functions.--
Other stuffs
- AutoSize: see supp-fun.tex. Some stuff here: http://wiki.contextgarden.net/User:Luigi.scarso/autosize
- Two SRA3 papers labels here http://wiki.contextgarden.net/Image:SRA3.jpg
- I have download preprint of EUROTEX 2005 [3] It's very interesting.
- For EUROTEX 2006, see slides here:http://www.matexhu.org/eurotex2006/lectures/
- For EUROTEX 2007, see some slides here: http://www.logosrl.it/context/EuroTeX2007/
- Also very interesting are colors (here [4])
- Is Indesign CS2 better than ConTeXt ?
Cool links
- http://pdfedit.petricek.net/ pdfeditor
- http://www.mail-archive.com/poppler@lists.freedesktop.org/msg00334.html There is a Ruby binding, Ruby/Poppler, in Ruby-GNOME2 project.
- http://podofo.sourceforge.net/ PDF parsing library
- http://www.fauskes.net/ pgf and so.
Luatex hosts python
Following [5] I was able, in a linux box, to modify luatex-snapshot-20070820.tar.bz2 so that luatex --luaonly can host python. Of course \directlua0{....} also works.
WARNING: these modifications break security and portability
% engine=luatex
\def\TestA#1{%
\directlua0{%
require('python')
re = python.import("re")
pattern = re.compile(".*(TeX).*")
match = pattern.match("#1")
if match
then
print( 'match.group(1)===>',match.group(1))
else
print ('#1 no match')
end
}}
\def\TestB#1{%
\directlua1{%
require('python')
re = python.import("re")
pattern = re.compile(".*(TeX).*")
match = pattern.match("#1")
if match
then
print( 'match.group(1)===>',match.group(1))
else
print ('#1 no match')
end
}}
\def\TestC{%
\directlua0{%
require('python')
python.execute('n=1')
n=python.eval('n')
print("PYTHON:"..n)
%% --[[ --]]
python.execute('s="XYZ"')
s=python.eval('s')
print("PYTHON:"..s,",lenght="..\letterhash s)
%% --[[ --]]
python.execute('d={"Boo":1}')
python.execute('d["FOO"]=2')
d=python.eval('d')
print("PYTHON:",d)
print("PYTHON:",d.Boo,d["Boo"],d.FOO,d["FOO"])
%% --[[ --]]
python.execute('a=[1,3,2,5,9]')
a=python.eval('a')
print("PYTHON:",a)
print("PYTHON:",a[0],a[1])
python.execute('a.append("X")')
python.execute('a.sort()')
a=python.eval('a')
print("PYTHON:",a)
print("PYTHON:",a[0],a[1])
%% --[[ --]]
a=python.eval('[0,3,8,2,-1]')
print("PYTHON:",a[3])
print("PYTHON:",a,type(a))
%%
}}
%%-- testD.lua
%% require('python')
%% print("BEGIN PYTHON")
%% pycode=[[
%% class Test(object):
%% def __init__(self):
%% self.a=[0,3,81,2,-1]
%% self.b=self.a[:]
%% self.a.sort()
%%
%% def get(self):
%% return self.a,self.b
%% ]]
%% python.execute(pycode)
%% python.execute("t=Test()")
%% print(python.eval("t.get()"))
%% t=python.eval("Test()")
%% print(t.get())
%% print(t.get()[0])
%% print(t.get()[0][0])
%% print(TeX)
%% print("END PYTHON")
\def\TestD#1{%
\directlua0{%
TeX='#1'
dofile('testD.lua')}%
}
Following [http://labix.org/lunatic-python] I was able, in a linux box, to modify luatex-snapshot-20070820.tar.bz2 so that <tt>luatex --luaonly</tt> can host python. Of course <tt>\directlua0{....}</tt> also works.
'''WARNING: these modifications break security and portability'''
<pre>% engine=luatex
\def\TestA#1{%
\directlua0{%
require('python')
re = python.import("re")
pattern = re.compile(".*(TeX).*")
match = pattern.match("#1")
if match
then
print( 'match.group(1)===>',match.group(1))
else
print ('#1 no match')
end
}}
\def\TestB#1{%
\directlua1{%
require('python')
re = python.import("re")
pattern = re.compile(".*(TeX).*")
match = pattern.match("#1")
if match
then
print( 'match.group(1)===>',match.group(1))
else
print ('#1 no match')
end
}}
\def\TestC{%
\directlua0{%
require('python')
python.execute('n=1')
n=python.eval('n')
print("PYTHON:"..n)
%% --[[ --]]
python.execute('s="XYZ"')
s=python.eval('s')
print("PYTHON:"..s,",lenght="..\letterhash s)
%% --[[ --]]
python.execute('d={"Boo":1}')
python.execute('d["FOO"]=2')
d=python.eval('d')
print("PYTHON:",d)
print("PYTHON:",d.Boo,d["Boo"],d.FOO,d["FOO"])
%% --[[ --]]
python.execute('a=[1,3,2,5,9]')
a=python.eval('a')
print("PYTHON:",a)
print("PYTHON:",a[0],a[1])
python.execute('a.append("X")')
python.execute('a.sort()')
a=python.eval('a')
print("PYTHON:",a)
print("PYTHON:",a[0],a[1])
%% --[[ --]]
a=python.eval('[0,3,8,2,-1]')
print("PYTHON:",a[3])
print("PYTHON:",a,type(a))
%%
}}
%%-- testD.lua
%% require('python')
%% print("BEGIN PYTHON")
%% pycode=[[
%% class Test(object):
%% def __init__(self):
%% self.a=[0,3,81,2,-1]
%% self.b=self.a[:]
%% self.a.sort()
%%
%% def get(self):
%% return self.a,self.b
%% ]]
%% python.execute(pycode)
%% python.execute("t=Test()")
%% print(python.eval("t.get()"))
%% t=python.eval("Test()")
%% print(t.get())
%% print(t.get()[0])
%% print(t.get()[0][0])
%% print(TeX)
%% print("END PYTHON")
\def\TestD#1{%
\directlua0{%
TeX='#1'
dofile('testD.lua')}%
}
%% -- testG.lua
%% require('python')
%% tex.print("\\ruledvbox{testG}\\blank")
%% tex.print("\\ruledvbox{BEGIN PYTHON}\\blank")
%% pyg = python.globals()
%% pycode=[[
%% class Test(object):
%% def __init__(self,tex):
%% self.tex=tex
%%
%% def getbboxpage(self):
%% return self.tex['hsize'],self.tex['vsize']
%%
%% ]]
%% python.execute(pycode)
%% --
%% pyg.tex = tex
%% python.execute("test=Test(tex)")
%% test=python.eval("test")
%% bboxpage = test.getbboxpage()
%% tex.print(tostring(bboxpage))
%% tex.print("\\blank\\ruledvbox{END PYTHON}")
\def\TestG{\directlua0{dofile('testG.lua')}}
\starttext
\TestD
\stoptext
