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loc directory has not compiled for a while. so im commenting this directory out. apologies if it is a mistake

Added a commented out entry for connectivity_stats packet interpreter

fixed bug in treatment of new array geometry.
updated to assume new geometry.
fixed annoyances in plotit.

lots of changes for v2 boxes.

Added deluge to BUILD, commented out by default

deluge will not be compiled for the sink by default

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Added new deluge directory to devel

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I. DATA REPLAY:
We can now simulate receiving data from multiple sensors
from a node if a sensor is configured (using DSE).
For example, if a user configures ADC channel 0 to
connect to an Ammonium sensor using DSE configuration,
then the user can send a query out from the sink, and the
nodes will return data from this "Ammonium sensor".

In order for this to work, the user has to add several
lines to the sim file (see devel/sympathy_devel/include/sympathy_sim_small.sim):
sim-component = "sim/sim_sensor -o LOG_DEBUG_0 -i <sensor-name> -m rnd_byte";

node default {
  ...
  channel = "id=<sensor-name>";
}

There are two types of data that can be returned:
1) If the user does not specify anything additional in the
run file, then the simulated sensor compnent uses a statically
defined counter, and just keeps incrementing this counter for
every sensor request.

2) The user can map an ADC channel to a sensor-device
in the run file by providing an argument to the tinyOS binary:
--map_adc <ADC channel>,<sensor-name>
(See devel/sympathy_devel/include/rr_mote.run for example):
cmd = "devel/multihop/ArsenicDse --log class=usr3,usr1:elog=LOG_DEBUG_0 --map_adc 0,temp --map_adc 1,temp";

This sensor-name corresponds to the sensor-device at:
/dev/sim/group<$SIM_GROUP>/node<Node-ID>/sensors/<sensor-name>

Currently, this sensor-device provides randomly generated data.
However, it will be used for data-reply: separate code
can read in an input file, and push data into this sensor-device
at the appropriate times.

Much of the code to implement the sim-sensor component was
already there, I just added/fixed various issues to make
it work for the general case (other than receiving data from
onboard sensors).

Once it is all working, I'll add documentation as well.


II. BUILD files:
I took the liberty of commenting out a bunch of targets in the
BUILD files that did not seem relevant.
It is frustrating to have to wait through the compilation
of superfluous targets that nobody is using on a regular basis
(especially when each of these targets is re-compiled when the
libraries are changed).

I REALIZE I may have gotten some wrong - and I apologize for that.
Please feel free to overrule my decisions.

Changes for testing ESS over Centroute.
- Added dtn module
- Added interface for send status information from centroute to layer above

change to the build system to use configure more for native platform.
also sets up several flags to tell whether the platform has various
special libraries.

also separates out clean and help from the rest so that those don't
go thru dependency generation.

configure automatically runs if you don't run it first for the
native architecture.

Stuff for connectivity JR tomorrow

Added the scale packet sending and measurement tool for the JR experiment.

fixed errors

Lots of minor fixes to get ready for deployment

Added cyclops devel

Fixes for James Reserve deployment, upgraded Sympathy.

/tmp/cvszKSmob

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removed obsolete stuff from build

msg

Created a new directory for a stable version of sympathy.

Fixes to sympathy's root failure diagnosis.

Added wrapper for surge/mintRoute.

Added a change for dse instrumentation.

1) Added a new component to handle mailing updates. This component
exports a status-device: writing: "device=<path-to-device>:email=<email-address>will result in an email to the email-address every time there is an update
to the provided status-device. This does not work yet because we have not
determined which mail program to use (suggestions?)

2) Added couple extra fields to sympathy-statistics so we can trace
flow of traffic through the network, and hopefully determine where packets
are dropped. This involved adding more instrumentation to TreeDispatch.

3) Fixed a bug with incrementing counters (wasn't handling rollovers
correctly)

4) Fixed a compile error in EmLinkServerM.nc, TimeSynchM.nc

5) Fixed a bug in MultihopM.nc - where the packet type was not getting
set correctly for link packets so DSE was not receiving packets.

Removed herd from the build, for now

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for testing Tom's stuff

minor fixes to get things to build etc

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* checked in some more numerical library code
* added new loclization dir in devel
* BUGFIX: timesync error summing works properly, used properly
* BUGFIX: timehist treats sample clock like int64 not int32!

Added (broken) ability for nodes to periodically return their event buffers

fixed cluster discovery protocol in clustersync to properly assign
cluster nicknames

oops

change to cluster membership struct
lots of changes to state sync to support new broadcast only mode
disabled more junk from ndisc_u.. so it operates very simply.

don't check infra into the build.. it's nonstandard
or, use jeremy's new config capability to make it a config option!

merge ess2 into ess

major cleanup of ess, kiss, ess2, and dse stuff.
created new projects directory for application-specific stuff, etc.
deprecates dsp, tinydiff2, devel/kiss, devel/ess, devel/dse

added dse to build

add ess2 line

Commented out http. I think this was accidentally left uncommented.

upgrades to ndisc and state sync code.
added interface field to neighbors struct. .not yet used

mods to move to single log per source with 1 byte type encoding

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added preprocessor directory

lost snack

added snack

set http to not compile

initial checking of emstar http device info

remove send_dump from default build

ok, more changes to get NesC to work more sanely with header files
this is the absolute last, never again, cross my heart hope to die (literally)
solution to this header problem.

WHenever you want to integrate with EmStar stuff:

in your M file, do "includes EmStar;" at the top, and "#include "EmStar_Strings.h""
inside your implementation block.

If you need to add strings that will be visible to NesC (e.g. device names)
include them from EmTos/tos/system/EmStar_Strings.h

If you need to include other things, add them or include them from
EmTos/tos/system/EmStar.h

But don't put any #define ints or strings into that file!!

little testbed app to send packets and dump out all received packets, with
info for bit-level analysis (location and # of bit errors mainly).

forked off of thanos' devel/lest/controller code.

Added lest to the build

Took mm out of default build; apparently only compiles at MIT?  Got this:

Generating dependencies for obj.i686-linux/.build/devel/mm/stream/medsensor_pkt.o
devel/mm/stream/medsensor_pkt.c:10:29: oscope_msg_type.h: No such file or directory
Failed command: /usr/bin/gcc -M -fPIC -Wall -Werror -g -I. -Iglib/include -Iinclude -DCVSTAG=\"None\" -Idevel/mm/include -Idevel/mm/stream  -I/export/home/eugene/tinyos-1.x/contrib/pcn-mit/include   devel/mm/stream/medsensor_pkt.c

Added a new subdirectory 'mm' for my exploration of emstar modules

make build faster for the release... until the build system is better :(

various changes to make make test work...
just minor things with emruntabs

Changes needed to compile the KISS release

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NimsDspM code now works with the dse module in emstar.

first checkin of my state sync code
patches to ndisc_u, got it working i think ;)

added directory for correlation work.

include kiss so make test doesnt fail

added better support for mote targets
added a 'mote' and 'emstar' platform specifier
to support all motes and all emstar plats respectively

Commented a dir from devel, causing compilation errors...

some changes maked in the first attempt to run KissEss

Added motenic to adaptive-sampling
Made serial-port device a command line option.
Took out legacy code.

Added Nims directory to tos-contrib.
Added general include directory to tos-contrib

integrated the infra build (commented out in checkin)

Made some small fixes to calibration code...

Calibration
----------
Simple calibration works now - based on taking the mean of "good" data-set, and
a data-set that needs to be calibrated.

Sensor-Client
----------
Fixed several corner-casey bugs to do with data-aggregation in the sensor-client.

Sensor-Device
----------
- Took out all time-related references in sensor-device.
- Changed interface slightly - doesn't accept stop or time anymore. Now it
only does sample-related requests, and accepts a count parameter.

Ring-Buffer
----------
- Can specify what the starting-sample should be upon instantiation

accidentally left in directory in devel/BUILD taht shouldn't have been there

Refactored a lot of code - especially in sensor-client around data-aggregation.

add seismic

* put calibration build in its own BUILD file

* added system_libs {m} for calibration; doesn't compile on later redhats
without it

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restored infra stuff and commented out ess build

changes to the make system to support tinyos intergration and emtos.
these changes are currently backwards-compat but at some point the
checked-in defaults will change so that you will need to modify your
directory structure..

Removed ess-specific stuff that was accidentally added

Minor changes

moved build stuff around, updated to match latest changes to ezbvuild
and emrun macros paths

Added commented out ess stuff.

added pthread

first checking, ess emstar app

Added moapsource to the devel BUILD file

work on "uncertainty-based" neighbor discovery scheme..

some changes to emproxy and emview

* fixed a minor bug with zero length data reads in emproxy
* improved error messages for format problems in emproxy
* added colormap support to emview
* added voronoi viz support to emview