Changes

= Modules[https::documentation=//github.com/luigiScarso/context-npp This] is a notepad++ plugin for ConTeXt. Original work by Jason Yu, current developer Luigi Scarso.

Modules as name come from <code>modules</code> switch in <br/><code>texexec --pdf --modules ''module name''</code><br/>or<br/><code>texmfstart texexec --pdf --modules ''module name''</code><br/>which The plugin is a way to make pdf of documentation and code of ''module name'' . * first, see ''Inside_ConTeXt'' in available here: [http://sandbox.contextgarden.net/Inside_ConTeXt]; * also, see ''CONTEXT System Macros'' at [httpFile://tex.aanhet.net/context/systNpp-genfor-doc.pdf]* [[User:Luigi.scarso/modulesConTeXt.pdfzip]] 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 Manual under SRA3 papers labels here http://wiki.contextgarden.netdoc/Image:SRA3.jpg <!npp--[[Image:SRA3.jpg]] --> *I have download preprint of EUROTEX 2005 [http://www.gutenberg.eu.org/EuroTeX2005/] It's very interesting.<br/> *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 [http://contextgarden.net/index.php?title=Colors]) ----*Is Indesign CS2 better than ConTeXt ?---- =Cool links=*http://pdfeditmanual.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.  *http://pybrary.net/pyPdf/  *http://www.boddie.org.uk/david/Projects/Python/pdftools/.  *http://wiki.contextgarden.net/HTML_and_ConTeXt = Luatex examples =Examples from <tt>Vyatcheslav Yatskovsky <yatskovsky at gmail.com> </tt> *Say you needed to prepare about twenty test papers with 10 questions per a paper, that is, 200 questions. Examples: "1. convert Dec 36 into Hex", "2. convert Bin 10010101 into Dec", etc. The wording pdf of every question should remain the same, only figures have to be changed through papers. Instead of inventing those numbers, you can write simple Lua scripts to generate random values withing given range just inside the document:<pre>% random decimal numberConvert\ctxlua{n=math.random(30,60); tex.print(n);}\low{10}into Bin. % random binary numberConvert\startluacodefor c = 1, 16 don = math.random(0,1)tex.sprint(n)end\stopluacode\low{2} into Hex. % a pair of random hexadecimalsPerform logical AND, OR and XOR under the following pair of hexadecimal numbers:\startluacoden = math.random(10,255)m = math.random(10,255)tex.print(string.format("%X, %X", n, m))\stopluacode % random wordEncode your full name as \startluacodea = {'null-terminated', 'dollar-terminated', 'Pascal shortstring'}tex.print( string.format('%s string.', a[math.random(1,3)]) );\stopluacode</pre> = Luatex hosts python =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.<br/>'''WARNING: these modifications break security and portability''' <br/>'''WARNING: these are not examples of proprer context mkiv code''' <br/><pre>% engine=luatex\def\TestA#1{%\directlua0{%require('python')re = python.import("re")pattern = re.compile(".*(TeX).*")match = pattern.match("#1")if matchthen 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 matchthen 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('testGarchive.lua')}}  \starttext \TestD \stoptext  </pre> =Future ConTeXt Users=[[Future_ConTeXt_Users]]