Escape all "<"s that are not part of an HTML tag

Mirror image of
https://gitlab.com/graphviz/graphviz.gitlab.io/-/merge_requests/114/

diff --git a/doc/info/attrs.html b/doc/info/attrs.html
index 7a9a40756ab331d3da1de941596847039a63dd06..2b54c4d0ff183005a52d25ebb274c46a131b55a3 100644 (file)
--- a/doc/info/attrs.html
+++ b/doc/info/attrs.html
@@ -817,7 +817,7 @@ of the layout programs.
 
 <DT><A NAME=d:epsilon HREF=#a:epsilon><STRONG>epsilon</STRONG></A>
 <DD>  Terminating condition. If the length squared of all energy gradients are
-  < <B>epsilon</B>, the algorithm stops.
+  &lt; <B>epsilon</B>, the algorithm stops.
 
 <DT><A NAME=d:esep HREF=#a:esep><STRONG>esep</STRONG></A>
 <DD>  Margin used around polygons for purposes of spline edge routing.
@@ -1332,7 +1332,7 @@ of the layout programs.
   neato uses stress majorization. If <B>mode</B> is <TT>"KK"</TT>,
   neato uses a version of the gradient descent method. The only advantage
   to the latter technique is that it is sometimes appreciably faster for
-  small (number of nodes < 100) graphs. A significant disadvantage is that
+  small (number of nodes &lt; 100) graphs. A significant disadvantage is that
   it may cycle. If <B>mode</B> is <TT>"sgd"</TT>, neato uses a version of the
   stochastic gradient descent method. The advantage of sgd is faster and more
   reliable convergence than both the previous methods, while the disadvantage

diff --git a/doc/infosrc/attrs b/doc/infosrc/attrs
index 78695d75a5ede866c95ec21ce9ae5ef42463a7ef..9d46c566113d463c7c6ce54473b3d297818b19c7 100644 (file)
--- a/doc/infosrc/attrs
+++ b/doc/infosrc/attrs
@@ -312,7 +312,7 @@ This is used only if the edge has a <A HREF=#d:URL>URL</A>
 or <A HREF=#d:edgeURL>edgeURL</A> attribute.
 :epsilon:G:double:.0001 * # nodes(mode == KK)/.0001(mode == major)/.01(mode == sgd);  neato
 Terminating condition. If the length squared of all energy gradients are
-< <B>epsilon</B>, the algorithm stops.
+&lt; <B>epsilon</B>, the algorithm stops.
 :esep:G:addDouble/addPoint:+3; notdot
 Margin used around polygons for purposes of spline edge routing.
 The interpretation is the same as given for <A HREF=#d:sep>sep</A>.
@@ -771,7 +771,7 @@ Technique for optimizing the layout. For neato, if <B>mode</B> is <TT>"major"</T
 neato uses stress majorization. If <B>mode</B> is <TT>"KK"</TT>,
 neato uses a version of the gradient descent method. The only advantage
 to the latter technique is that it is sometimes appreciably faster for
-small (number of nodes < 100) graphs. A significant disadvantage is that
+small (number of nodes &lt; 100) graphs. A significant disadvantage is that
 it may cycle. If <B>mode</B> is <TT>"sgd"</TT>, neato uses a version of the
 stochastic gradient descent method. The advantage of sgd is faster and more
 reliable convergence than both the previous methods, while the disadvantage

diff --git a/doc/todo.html b/doc/todo.html
index 4f46b9d0f55844d3e7c1389490541f367cbeab3f..9e507849df5f1a2c8c5f976c7a4a6f72e352ea28 100755 (executable)
--- a/doc/todo.html
+++ b/doc/todo.html
@@ -44,7 +44,7 @@ Simplified mincross algorithm based on sifting, supporting clusters.
 Implement swim lanes (nodes sharing x coordinate), possibly based on sifting.
 <li>
 Complete support for aspect ratios in dot. We currently have a simple algorithm, but it doesn't work with many other features.
-Support aspect ratios < 1.
+Support aspect ratios &lt; 1.
 <li>
 Allow maximum width contraints during layout.
 <li>

diff --git a/doc/winbuild.html b/doc/winbuild.html
index 4e66ac141ee2bdcc7bcea3e96329adfb43f43793..dee97bd5f4514137d93c0c3ed30eca03478e35e7 100644 (file)
--- a/doc/winbuild.html
+++ b/doc/winbuild.html
@@ -163,7 +163,7 @@ or the development source package <TT>graphviz-working.tar.gz</TT>.
 <LI>
 Unwrap the package:<BR>
 You can use, for example,<BR><BR>
-<TT>gunzip < graphviz-working.tar.gz | tar xf -</TT><BR>
+<TT>gunzip &lt; graphviz-working.tar.gz | tar xf -</TT><BR>
 Let <TT>$ROOT</TT> be the directory in which you stored the Graphviz source.
 <LI>
 Configure the package for your system:<BR><BR>
@@ -268,7 +268,7 @@ Download the Windows source package from:
 <LI>
 Unwrap the package:<BR>
 If you have Unix tools available, you can use
-<TT>gunzip < graphviz-win.tgz | tar xf -</TT><BR>
+<TT>gunzip &lt; graphviz-win.tgz | tar xf -</TT><BR>
 If not, double click on the file and WinZip should start up and let you
 store all of the files into a directory.<BR>
 Let <TT>$ROOT</TT> be the directory in which you stored the Graphviz source.