Convert prefix directives to new syntax.

[cworth.org] / src / glucose / i965 / first_look.mdwn

diff --git a/src/glucose/i965/first_look.mdwn b/src/glucose/i965/first_look.mdwn
index c1c54ab0fc2fc87d389ca60d7daf90be93bbf5e9..6aeac4ccfc5af9dae8ea30f017256174fcd21aa7 100644 (file)
--- a/src/glucose/i965/first_look.mdwn
+++ b/src/glucose/i965/first_look.mdwn
@@ -1,6 +1,6 @@
-[[meta title="A first look at Glucose on the i965"]]
+[[!meta title="A first look at Glucose on the i965"]]

 
 

-[[tag xorg exa performance i965]]
+[[!tag xorg exa performance i965]]

 
 As readers of my blog know, I've been working on improving the Intel
 965 driver within the [EXA](http://cworth.org/tag/exa/) acceleration
 
 As readers of my blog know, I've been working on improving the Intel
 965 driver within the [EXA](http://cworth.org/tag/exa/) acceleration


@@ -22,18 +22,20 @@ instructions](http://www.freedesktop.org/wiki/Software/Glucose).
 I've followed those instructions and run a benchmark comparing Glucose
 and EXA. The benchmark I chose is the expedite application that comes
 with evas, (thanks to the people that kindly pointed out this newer
 I've followed those instructions and run a benchmark comparing Glucose
 and EXA. The benchmark I chose is the expedite application that comes
 with evas, (thanks to the people that kindly pointed out this newer

-benchmark to me after m recent
+benchmark to me after my recent

 [explorations](http://cworth.org/exa/i965/render_bench/) with the
 [explorations](http://cworth.org/exa/i965/render_bench/) with the

-older render_bench). To get expedite you'll need the e17/libs/evas and
+older evas benchmarks). To get expedite you'll need the e17/libs/evas and

 e17/apps/expedite modules from [enlightenment
 CVS](http://enlightenment.org/p.php?p=download/cvs&l=en).
 
 Expedite is a nice benchmark in that it separates things like image
 e17/apps/expedite modules from [enlightenment
 CVS](http://enlightenment.org/p.php?p=download/cvs&l=en).
 
 Expedite is a nice benchmark in that it separates things like image

-blending and text rendering into separate tests, (unlike
-render_bench). It's also nice that evas includes many backends which
-can be interesting for comparison, (though I won't be looking at
-anything but its XRender-based backends here---and it looks like evas'
-cairo and OpenGL backends are not currently functional).
+blending and text rendering into separate tests, (unlike the older
+evas benchmark). It's also nice that evas includes many backends which
+can be interesting for comparison. But I won't be looking at anything
+but its XRender-based backends here---and it looks like evas' cairo
+and OpenGL backends are not currently functional. They are disabled by
+default, and when I enabled them I ran into compilation problems, (I
+suspect neglect and bit rot).

 
 So here are the results I got for three acceleration architectures:
 
 
 So here are the results I got for three acceleration architectures:
 


@@ -48,7 +50,7 @@ So here are the results I got for three acceleration architectures:
 The results are all normalized to the performance of our baseline,
 XAA. And larger numbers are better.
 
 The results are all normalized to the performance of our baseline,
 XAA. And larger numbers are better.
 

-[[img expedite.png]]
+[[!img expedite.png]]

 
 The [raw
 data](http://cworth.org/glucose/i965/first_look/expedite.data) is also
 
 The [raw
 data](http://cworth.org/glucose/i965/first_look/expedite.data) is also