installed.

This breaks the simple assertion throughout that the output image height is constant.

Build the hacky p5-GD-old port.

Handle the new funky way the mod_php4 port and its extensions are
built.

Apply a disgusting hack to fix the php4 port with SSL.

Prevent SWIG from pulling in too many languages.

Add the py-m2crypto port.

version of the graphics/p5-GD port. This one works with perl < 5.6,
which we need for the moment. This can go away someday when we migrate
to a newer version of perl.

on the map.  Use a checkbox for control.  Turned at first by default.

Add scale 0 to use the thumbnail (40% reduced) images.  Scale 1 is still the default.

Declutter www by moving the static images into a www/floormap subdirectory.

to port snmpit to other switches.

Remove the old snmpit_doc.txt, which contained virtually no useful
information.

many cows.  The installed version is temp-preorder.php.

finished up (waiting for resolution of the service slice bootstrapping
issue).

* the python mysql client returns a datetime object rather than a string
  sequence - must convert it to string

* PLAB moved the URL to their programmatic API - adjusted on our end.

* PLAB changed format of expiration time in listSlices() RPC from a
  datetime string to seconds since the epoch in UTC.

There is still an outstanding issue that I have mailed plab support about:
The listSlices() RPC is only returning the first entry in the list of slices
we have allocated at PLC (the same call used to grab all slice entries).
This is causing us to fail on renewal for the unlisted slices.

work! The problem is that temp files will be owned by the user, not
the web interface, and so call out to backend to remove the tempfiles
with a new cleanup option.

Rename a couple of really misleading sounding functions and make
sure that linktest does get run for linkdelay nodes.

say these are estimated prices, not to exceed 500 total.

the next time we need it, or until somebody makes this a sitevar.

generally improve the clarity and appearance of the maps.  The scale factor
buttons numbered 1-5 actually correspond to scale factors of 1, 1.5, 2, 2.5,
and 3.

Notice that the floorimages table in the database now has an integer "scale"
column to distinguish the cached zoomed-in images with a suffix "-[1-5].jpg" .

I use jpeg files instead of the png files that were used before.  They look as
good or better, and are a third the size.  Panning around at a given zoom
factor just involves cropping out a different rectangle of the scaled-up
images.

The 0311X064_[1-4]fl.pdf floor map files we got from Michael Kay started
out life in Adobe Illustrator.  Although GhostScript/gv crash while
trying to draw the pdf files, extracting them into PostScript files in
Acrobat on Coke allows GhostScript to render them flawlessly.

I started out using gs to render jpeg files in the shell, and then
found that ImageMagick uses the same GhostScript renderer, and nicely
handles cropping, drawing and annotations, and format conversion as well.

The PostScript rendering gets slow at higher zoom factors.  So I cache the
zoomed floor images, scaled up by rendering the PostScript files at a finer
dot-pitch (density) in GhostScript, and then cropping out the right rectangle
to register them properly.

For readability, and to avoid having the thin lines and bitmap fonts used in
some parts of the PostScript map from falling between the pixel cracks, I
actually render at twice the pixel density and filter down to the final image
with a gaussian -sharpen option to keep it from looking blurry.

ImageMagick is callable from both the shell and as the Image::Magick package
in Perl.  I converted the Perl logic in floormap.in to use Image::Magick
instead of the GD graphics library, resulting in anti-aliased (smoothed)
drawing of the wireless node dots and labels on floor maps for a better
appearance.  Then I added optional scaling and centering arguments which
select the proper cached zoomed-in image, and drive the logic for cropping and
drawing.

I modified the floormap.php3 file to wrap an input form around a set of zoom
control buttons and the floormap image.  The zoom buttons set the scale
argument to the Perl floormap script called on the server.  The floor map
image itself is wrapped in a graphical submit button, so clicking on it
returns the mouse coordinates within the image, which are then sent to the
centering argument of the Perl script.

ops as the user, but that breaks for admin people who have real shells
on boss and no unencrypted key in the .ssh dir. So, switched it to a
root ssh, and a simple proxy on the other side that flips to the user
and invokes the run_linktest stuff.