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function data=read_file_doc(file_name)
fd=mopen(file_name); //open file
txt=mgetl(fd,-1); //read all lines
err=mclose(fd);
//items to read (respect this order )
// items_to_read=["\name","\smalldescription","\palette","\description","\dialogbox","\example1","\example2","\example3","\seealso"];
items_to_read=["\name","\smalldescription","\module","\description","\callingsequences","\example1","\example2","\example3","\seealso"];
lign_of_items=0*ones(1,size(items_to_read,2));
nb_items=size(items_to_read,'*')
//definition de la structure de donnee
for i=1:size(txt,'*')
for j=1:nb_items
if ~isempty(strindex(txt(i),items_to_read(j))) then
lign_of_items(j)=i;
end
end
end
//to use if the ordre is not respected
[temp,order]=gsort(lign_of_items,'g','i');
//extract data by items
data_by_items=cell(nb_items,1);
for j=1:nb_items-1
data_by_items(j).entries=txt(lign_of_items(order(j))+1:lign_of_items(order(j+1))-1);
end
data_by_items(nb_items).entries=txt(lign_of_items(order(nb_items))+1:$);
data_by_items2=data_by_items;
data_by_items2(order)=data_by_items;
data.name=stripblanks(strcat(data_by_items2(1).entries),%t);
data.smalldescription=strcat(data_by_items2(2).entries);
data.palette=stripblanks(strcat(data_by_items2(3).entries),%t);
data.seealso=data_by_items2(9).entries;
data.description=data_by_items2(4).entries;
data.dialogbox=data_by_items2(5).entries;
data.example1=data_by_items2(6).entries;
data.example2=data_by_items2(7).entries;
data.example3=data_by_items2(8).entries;
data.to_replace=cell(5,1);
data.to_replace=data_by_items2(4:8);
endfunction
function data=change_keyword(data)
for d=1:size(data.to_replace,1)
to_replace=data.to_replace(d).entries;
//add <par> </par> for each non empty lign
for i=1:size(to_replace,'*')
if ~isempty(to_replace(i)) then
to_replace(i)='<para> '+to_replace(i)+' </para>';
end
end
//replace \bold{} by <emphasis role="bold">Step Time</emphasis>
for i=1:size(to_replace,'*')
ind_bold=strindex(to_replace(i),"\bold")
ind_acc1=strindex(to_replace(i),"{")
ind_acc2=strindex(to_replace(i),"}")
n=0
ind_bold_acc=[]
for j=ind_bold
n=n+1;
for k=ind_acc1
if k==j+5 then
ind_bold_acc($+1)=ind_acc2(n);
continue
end
end
end
sizestr=length(to_replace(i))
if ~isempty(ind_bold) then
new_str=[];
ind_ini=1;
for j=1:size(ind_bold,2)
new_str=new_str+part(to_replace(i),ind_ini:ind_bold(j)-1);
new_str=new_str+"<emphasis role='"bold'">";
new_str=new_str+part(to_replace(i),ind_bold(j)+6:ind_bold_acc(j)-1);
new_str=new_str+"</emphasis>";
ind_ini=ind_bold_acc(j)+1;
end
to_replace(i)=new_str+part(to_replace(i),ind_bold_acc($)+1:sizestr);
end
end
//replace \image by xml code
for i=1:size(to_replace,'*')
ind_image=strindex(to_replace(i),"\image")
ind_acc=strindex(to_replace(i),"}")
if ~isempty(ind_image) then
name=stripblanks(part(to_replace(i),ind_image+7:ind_acc-1));
to_replace(i) = "<inlinemediaobject> <imageobject> <imagedata fileref='""+name+"'" align='"center'"/> </imageobject> </inlinemediaobject>"
end
end
data.to_replace(d).entries=to_replace;
end
data.description=data.to_replace(1).entries
data.dialogbox=data.to_replace(2).entries;
data.example1=data.to_replace(3).entries;
data.example2=data.to_replace(4).entries;
data.example3=data.to_replace(5).entries;
//data.seealso=data.to_replace(6).entries;
endfunction
function write_xml(data)
fd = mopen(data.name+'.xml','w+');
//write entete
entete=['<?xml version='"1.0'" encoding='"UTF-8'"?>'
'<refentry xmlns='"http://docbook.org/ns/docbook'" xmlns:xlink='"http://www.w3.org/1999/xlink'" xmlns:svg='"http://www.w3.org/2000/svg'" xmlns:mml='"http://www.w3.org/1998/Math/MathML'" xmlns:db='"http://docbook.org/ns/docbook'" version='"5.0-subset Scilab'" xml:id='""+data.name+"'"> ']
mputl(entete,fd);
towrite= ['<refnamediv>'
' <refname>'+data.name+'</refname>'
' <refpurpose>'+data.smalldescription+'</refpurpose> '
'</refnamediv>']
mputl(towrite,fd);
towrite=['<refsection>'
' <title>Block Screenshot</title>'
' <para>'
' <inlinemediaobject>'
' <imageobject>'
' <imagedata fileref='"../../images/gif/'+data.name'+'.gif'" align='"center'" valign='"middle'"/>'
' </imageobject>'
' </inlinemediaobject>'
' </para>'
'</refsection>'
]
mputl(towrite,fd);
linkend=[]
linkend_name=[];
linkend_data=cell(7,1);
n=1;
if ~isempty(data.palette) then
linkend($+1)='Palette_'+data.name;
linkend_name($+1)='Palette';
linkend_data(n).entries=data.palette
n=n+1
end
if ~isempty(data.description) then
linkend($+1)='Description_'+data.name;
linkend_name($+1)='Description';
linkend_data(n).entries=data.description
n=n+1
end
if ~isempty(data.dialogbox) then
linkend($+1)='Dialogbox_'+data.name;
linkend_name($+1)='Dialog box';
linkend_data(n).entries=data.dialogbox;
n=n+1
end
if ~isempty(data.example1) then
linkend($+1)='Example1_'+data.name;
linkend_name($+1)='Example 1';
linkend_data(n).entries=data.example1;
n=n+1
end
if ~isempty(data.example2) then
linkend($+1)='Example2_'+data.name;
linkend_name($+1)='Example 2';
linkend_data(n).entries=data.example2;
n=n+1
end
if ~isempty(data.example3) then
linkend($+1)='Example3_'+data.name;
linkend_name($+1)='Example 3';
linkend_data(n).entries=data.example3;
n=n+1
end
if ~isempty(data.seealso) then
linkend($+1)='Seealso_'+data.name;
linkend_name($+1)='See Also';
linkend_data(n).entries=data.seealso;
n=n+1
end
towrite=[
'<refsection id='"Contents_'+data.name+''">'
' <title>Contents</title>'
' <itemizedlist>'
' <listitem>'
' <para>'
' <link linkend='"'+data.name'+''">'+data.smalldescription+'</link>'
' </para>'
' </listitem>'
' <listitem>'
' <itemizedlist>'
]
mputl(towrite,fd)
for i=1:size(linkend,1)
towrite=[
' <listitem>'
' <para>'
' <xref linkend='"'+linkend(i)+''">'+linkend_name(i)+'</xref>'
' </para>'
' </listitem>'
]
mputl(towrite,fd)
end
towrite=[
' </itemizedlist>'
' </listitem>'
' </itemizedlist>'
'</refsection> '
]
mputl(towrite,fd)
for i=1:size(linkend,1)-1
towrite=[
'<refsection id='"'+linkend(i)+''">'
' <title>'+linkend_name(i)+'</title>'
// ' <itemizedlist>'
// ' <listitem>'
//' <para>'
linkend_data(i).entries
//' </para>'
//' </listitem>'
//' </itemizedlist>'
'</refsection>'
]
mputl(towrite,fd)
end
//specific for see_also
towrite=[
'<refsection id='"'+linkend($)+''">'
' <title>'+linkend_name(size(linkend,1))+'</title>'
]
mputl(towrite,fd)
for j=1:size(linkend_data(size(linkend,1)).entries,'*')
towrite=[
' <para>'
' <link linkend='"'+linkend_data(size(linkend,1)).entries(j)+''">'+linkend_data(size(linkend,1)).entries(j)+'</link>'
' </para>'
]
mputl(towrite,fd)
end
towrite=[
'</refsection>'
]
mputl(towrite,fd)
towrite='</refentry>'
mputl(towrite,fd)
mclose(fd);
endfunction
function create_xml(filename)
disp('Creation du fichier xml associé à '+filename)
data=read_file_doc(filename);
data=change_keyword(data);
write_xml(data);
endfunction
function create_all()
files=findfiles('./','*.tst')
for i=1:length(length(files))
if strindex(files(i),'~') ==[]
create_xml(files(i))
end
end
endfunction
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