maxima/maxima-5.30.0-texinfo-5.patch

commit 79bae2da8dc19bbd3355112bb9abb64c4c48ecb2
Author: Julien Puydt <julien.puydt@laposte.net>
Date:   Fri May 17 19:39:48 2013 +0200

    Patch fixing the compilation with texinfo 5

diff --git a/Bugs.texi b/Bugs.texi
index 0d1bf5e..3032459 100644
--- a/Bugs.texi
+++ b/Bugs.texi
@@ -17,7 +17,7 @@ answer, but are marked as known bugs.
 
 @code{run_testsuite} takes the following optional keyword arguments
 
-@table @var
+@table  @code
 @item display_all
 Display all tests.  Normally, the tests are not displayed, unless the test
 fails.  (Defaults to @code{false}).
diff --git a/Integration.texi b/Integration.texi
index a5443b5..09b39a7 100644
--- a/Integration.texi
+++ b/Integration.texi
@@ -1000,7 +1000,7 @@ achieved.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
@@ -1092,7 +1092,7 @@ operator, a Maxima lambda expression, or a general Maxima expression.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
@@ -1200,7 +1200,7 @@ One of the limits of integration must be infinity.  If not, then
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
@@ -1297,7 +1297,7 @@ operator, a Maxima lambda expression, or a general Maxima expression.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
@@ -1414,7 +1414,7 @@ operator, a Maxima lambda expression, or a general Maxima expression.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsabs
 Desired absolute error of approximation.  Default is 1d-10.
 @item limit
@@ -1551,7 +1551,7 @@ operator, a Maxima lambda expression, or a general Maxima expression.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
@@ -1684,7 +1684,7 @@ operator, a Maxima lambda expression, or a general Maxima expression.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
@@ -1788,7 +1788,7 @@ the integrand is singular or discontinous.
 The keyword arguments are optional and may be specified in any order.
 They all take the form @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item epsrel
 Desired relative error of approximation.  Default is 1d-8.
 @item epsabs
diff --git a/Numerical.texi b/Numerical.texi
index 6ce826a..a788ac6 100644
--- a/Numerical.texi
+++ b/Numerical.texi
@@ -422,7 +422,7 @@ The accuracy of @code{find_root} is governed by @code{abserr} and
 @code{find_root}.  These keyword arguments take the form
 @code{key=val}.  The keyword arguments are
 
-@table @var
+@table @code
 @item abserr
 Desired absolute error of function value at root.  Default is
 @code{find_root_abs}.
diff --git a/category-macros.texi b/category-macros.texi
index f8984ae..c7cf8ab 100644
--- a/category-macros.texi
+++ b/category-macros.texi
@@ -25,32 +25,38 @@
 
 @c Macros for cross references
 
-@macro mref {nodename}
 @ifhtml
+@macro mref {nodename}
 @code{@ref{\nodename\}}
+@end macro
 @end ifhtml
 @ifnothtml
+@macro mref {nodename}
 @code{\nodename\}
-@end ifnothtml
 @end macro
+@end ifnothtml
 
-@macro mxref {nodename, text}
 @ifhtml
+@macro mxref {nodename, text}
 @code{@ref{\nodename\, \text\}}
+@end macro
 @end ifhtml
 @ifnothtml
+@macro mxref {nodename, text}
 @code{\text\}
-@end ifnothtml
 @end macro
+@end ifnothtml
 
-@macro mrefdot {nodename}
 @ifhtml
+@macro mrefdot {nodename}
 @code{@ref{\nodename\}}.
+@end macro
 @end ifhtml
 @ifnothtml
+@macro mrefdot {nodename}
 @code{\nodename\}.
-@end ifnothtml
 @end macro
+@end ifnothtml
 
 @macro mxrefdot {nodename, text}
 @ifhtml
@@ -61,30 +67,36 @@
 @end ifnothtml
 @end macro
 
-@macro mrefcomma {nodename}
 @ifhtml
+@macro mrefcomma {nodename}
 @code{@ref{\nodename\}},
+@end macro
 @end ifhtml
 @ifnothtml
+@macro mrefcomma {nodename}
 @code{\nodename\},
-@end ifnothtml
 @end macro
+@end ifnothtml
 
-@macro mxrefcomma {nodename, text}
 @ifhtml
+@macro mxrefcomma {nodename, text}
 @code{@ref{\nodename\, \text\}},
+@end macro
 @end ifhtml
 @ifnothtml
+@macro mxrefcomma {nodename, text}
 @code{\text\},
-@end ifnothtml
 @end macro
+@end ifnothtml
 
-@macro mrefparen {nodename}
 @ifhtml
+@macro mrefparen {nodename}
 @code{@ref{\nodename\}})
+@end macro
 @end ifhtml
 @ifnothtml
+@macro mrefparen {nodename}
 @code{\nodename\})
-@end ifnothtml
 @end macro
+@end ifnothtml
 
diff --git a/lapack.texi b/lapack.texi
index 01ddeeb..8702ade 100644
--- a/lapack.texi
+++ b/lapack.texi
@@ -417,7 +417,7 @@ specifed by optional keyword arguments: The keyword arguments are
 optional and may be specified in any order.  They all take the form
 @code{key=val}.  The keyword arguments are:
 
-@table @var
+@table @code
 @item C
 The matrix @var{C} that should be added.  The default is @code{false},
 which means no matrix is added.
diff --git a/zeilberger.texi b/zeilberger.texi
index 7caf72b..ad36fb6 100644
--- a/zeilberger.texi
+++ b/zeilberger.texi
@@ -21,7 +21,7 @@ summation.
 @category{Sums and products} @category{Share packages} @category{Package zeilberger}
 @closecatbox
 
-@subsubsection The indefinite summation problem
+@subsection The indefinite summation problem
 
 @code{zeilberger} implements Gosper's algorithm for indefinite hypergeometric summation.
 Given a hypergeometric term @math{F_k} in @math{k} we want to find its hypergeometric
@@ -34,7 +34,7 @@ $$F_k = f_{k+1} - f_k.$$
 @math{F_k = f_(k+1) - f_k}.
 @end ifnottex
 
-@subsubsection The definite summation problem
+@subsection The definite summation problem
 
 @code{zeilberger} implements Zeilberger's algorithm for definite hypergeometric summation.
 Given a proper hypergeometric term (in @math{n} and @math{k})