Allow KORE_SOURCE and KORE_FLAVOR to come from the environment,
overriding any configured kore_source or kore_flavor configuration
setting from the build.conf for the application.
I wanted an easier way of switching between Kore trees while hacking
on some of my apps, this is it.
kodev is creating x509s and writing out the dh parameters if they
do not exist in the application each time. This is annoying if
you explictly specified NOTLS=1 in the kore_flavor build options.
So just tell kodev to not do this if NOTLS=1 is present.
Now you can create a pyko application skeleton using kodev:
$ kodev create -p myapp
Not sure if this functionality will remain in kodev, but for now i'm undecided.
Before kodev always picked up the kore headers installed on the system.
This presented some annoying problems as the system headers may not
match the headers used by the kore_source you're actually building
against.
This will look at the kore.pid file in the current directory
and send a SIGHUP signal to it. It's mostly a handy shortcut
since you could of course do a kill -HUP `cat kore.pid` easily.
Having the create, build, run tools baked into the kore binary
made things harder then they had to be for multiple projects with
each different build flavors.
So move away this functionality into a new "kodev" (name may change)
binary that is installed next to kore.
The new build tools will automatically pick up the correct flavors
the kore binary it points to is installed with. Or for single builds
what flavors where enabled.
The new tool also will honor looking into PREFIX for the kore binary
when doing a `kodev run`.
Additionally add a new command "info" that shows some basic info
about your project and how it will be built. For example it will
show you the flavors of the kore binary installed on the system
or the flavors you configured for a single binary build.
Obligitory, hacking on a plane comment.
These functions are created by the cli tool when building
and follow the naming format: asset_serve_<name>_<ext>().
Those serving functions can be used directly in handlers and
callthrough to a http_serveable() function that uses the SHA1
of the asset as its ETag and automatically checks for if-none-match.
- Change pools to use mmap() for allocating regions.
- Change kore_malloc() to use pools for commonly sized objects.
(split into multiple of 2 buckets, starting at 8 bytes up to 8192).
- Rename kore_mem_free() to kore_free().
The preallocated pools will hold up to 128K of elements per block size.
In case a larger object is to be allocated kore_malloc() will use
malloc() instead.
Producing single binaries can now be done with building with
"kore build". To get started edit your build.conf and add the
following directives:
single_binary = yes
kore_source = /path/to/kore
optionally you can add kore_flavor to instruct how kore should
be built:
kore_flavor = NOTLS=1
When doing this your build.conf must also include the correct
linking options as the linking is now done fully by kore build.
The binary produced will include your configuration and takes
over a few of kore its command line flags (such as -f, -n or -r).
Joris Vink
Marcin Szczepaniak
Yvan Sraka
Tobias Kortkamp
Corbin Hughes