--- fltk-2.0.x-alpha-r8800/src/fltk_theme.cxx	2011-09-25 21:57:40.368955597 +0200

+++ fltk-2.0.x-alpha-r8800/src/fltk_theme.cxx	2011-09-25 21:56:47.044860650 +0200

@@ -115 +115 @@

-        sprintf(buffer, "frame0%d", i+1);

+        std::sprintf(buffer, "frame0%d", i+1);

@@ -117 +117 @@

-        sprintf(buffer, "frame%d",  i);

+        std::sprintf(buffer, "frame%d",  i);

@@ -326 +326 @@

-      if(strcmp(pattern, "return") == 0)

+      if(std::strcmp(pattern, "return") == 0)

--- fltk-2.0.x-alpha-r8800/src/addarc.cxx	2011-03-03 10:20:46.000000000 +0100

+++ fltk-2.0.x-alpha-r8800/src/addarc.cxx	2011-09-25 22:05:28.807213632 +0200

@@ -36,6 +36,10 @@

 #include <fltk/math.h>

 using namespace fltk;

+#if USE_CAIRO

+extern void fl_set_cairo_ctm();

+#endif

+

 /*!

   Add a series of points to the current path on the arc of an

   ellipse. The ellipse in inscribed in the l,t,w,h rectangle, and the

@@ -48,7 +52,6 @@

 {

 #if USE_CAIRO

   cairo_save(cr);

-  extern void fl_set_cairo_ctm();

   fl_set_cairo_ctm();

   float x = l+w/2;

   float y = t+h/2;