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function [scs_m,cpr,needcompile,ok]=do_eval(scs_m,cpr)
// This function (re)-evaluates blocks in the scicos data structure scs_m
// Copyright INRIA
ok=%t
//Evaluate context
if size(scs_m(1))<5 then scs_m(1)(5)=[] ,end //compatibility
ierr=execstr(scs_m(1)(5),'errcatch')
if ierr<>0 then
message(['Incorrect context definition,';
see message in Scilab window'])
ok=%f
return
end
needcompile1=max(2,needcompile)
mprt=funcprot()
funcprot(0)
getvalue=setvalue;
deff('[x,y,ok,gc]=edit_curv(x,y,job,tit,gc)','ok=%t')
deff('[ok,tt,dep_ut]=genfunc1(tt,ni,no,nci,nco,nx,nz,nrp,type_)',..
'dep_ut=model(12);ok=%t')
funcprot(mprt)
nx=size(scs_m)
for k=2:nx
o=scs_m(k)
if o(1)=='Block' then
model=o(3)
if model(1)=='super'|model(1)=='csuper' then
sblock=model(8)
[sblock,w,needcompile2,ok]=do_eval(sblock,list())
needcompile1=max(needcompile1,needcompile2)
if ok then
scs_m(k)(3)(8)=sblock
end
else
model=o(3)
execstr('o='+o(5)+'(''set'',o)')
needcompile1=max(needcompile1,needcompile) // for scifunc_block
model_n=o(3)
if or(model(10)<>model_n(10))|.. // type 'c','d','z','l'
or(model(12)<>model_n(12)) then
needcompile1=4
end
scs_m(k)=o
end
end
end
needcompile=needcompile1
if needcompile==4 then cpr=list(),end
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