to emphasize idempotence

comes at the cost of O(n) Blocks() method.

so there's one less name to think about

A nice invariant for bitswap sessions:

        Senders and receivers can trust that messages do not contain
        duplicate blocks or duplicate keys. Backing the message with a
        map enforces this invariant.

        This comes at the cost of O(n) getters.

implementation will be patched to ensure bitswap messages cannot contain
duplicate blocks or keys

@whyrusleeping noticed this a couple days ago

potential long-term fix: prevent duplicate entries in the wantlist by
using a map/set and iterating over this data structure on export

Revert "perf(mux) use RWMutex"

perf(mux) use RWMutex

ipfs tour

Improve tests

License: MIT
Signed-off-by: Christian Couder <chriscool@tuxfamily.org>

License: MIT
Signed-off-by: Christian Couder <chriscool@tuxfamily.org>

- if equinox says there is a new update, but the version number IS NOT
larger, we interpret that as no update (you may have gotten a newer
version by building it yourself).

- Also export ErrNoUpdateAvailable so clients don't also need to
import the equinox library to check the error.

cc @cryptix comments?

ContextCloserify

- less floating variables

convert DAGService to an interface

Fix logs + msgio error

License: MIT
Signed-off-by: Christian Couder <chriscool@tuxfamily.org>

Use Sharness as our shell test framework, version 3

You can use it like this to launch all the
test scripts in order:

$ cd test
$ make
 rm -r test-results
 *** t0010-basic-commands.sh ***
 ok 1 - current dir is writable
 ok 2 - ipfs version succeeds
 ok 3 - ipfs version output looks good
 ok 4 - ipfs help succeeds
 ok 5 - ipfs help output looks good
 # passed all 5 test(s)
 1..5
 ./test-aggregate-results.sh
 fixed   0
 success 5
 failed  0
 broken  0
 total   5

Or you can just run one test like this:

$ make t0010-basic-commands.sh
 *** t0010-basic-commands.sh ***
 ok 1 - current dir is writable
 ok 2 - ipfs version succeeds
 ok 3 - ipfs version output looks good
 ok 4 - ipfs help succeeds
 ok 5 - ipfs help output looks good
 # passed all 5 test(s)
 1..5

This script aggregates test results using Sharness.

This way we can easily reuse the checks in
test-sharness-config.sh.

This checks a little bit the installation and some
basic commands.

You can run it like that:

$ cd test
$ ./t0010-basic-commands.sh
 ok 1 - current dir is writable
 ok 2 - ipfs version succeeds
 ok 3 - ipfs version output looks good
 ok 4 - ipfs help succeeds
 ok 5 - ipfs help output looks good
 # passed all 5 test(s)
 1..5

Our test framework is based on Sharness.
So the first thing to do is to source it.

redux: refactor(dht/pb) move proto to pb package