...attempt to build it based on the monadic iterator primitives.
Only problem is: need to find out relation between nodes
after the fact. In the real usage situation, this
is not a problem, since we have a state object
there, which can track the relation as it is established
there was the possibility for the random offset added in this test
to add up to a whole frame, which would cause the
re-quantisation to wrap to the next fame (and thus the
CHECK in line 110 to fail.
basically I've changed my mind to prefer an
infinite JobPlanningSequence, which is just
evaluated partially. This removes the need to
embody the logic of planning chunk generation,
which really is a different concern.
This is very much WIP. Gone out a bit on a limb here in introducing a new
term LPI just to make it possible to explain the idea of interfaces and
plugins. Not sure if it really works though. The real test is, of course,
if it makes sense to someone reading this; or is just a load of jibberish!
The ping-pong continues: this is, yet again, another attempt
to tighten up the text on 'professionalism'.
As ever, corrections, suggestions, etc most welcome.
DispatcherInterface_test now passes the compiler,
meaning that the interfaces are completely defined,
all the generated types are OK and all operations are
at least stubbed.
Replacing all those stubs will be the next step
decision: the base for any deadline calculations
is the expected real time corresponding to the grid origin.
This value is contained in the Timings record.
this clarifies the relation of TimeAnchor and Timings,
the latter act as a general spec and abstracted grid,
while the latter actually performs the conversion and
deadline checking
isn't actually *being subject to* a wider goal
or an inner demand -- isn't that exactly the core
of the distinction between "professionality"
as opposed to an attitude of someone "just doing his job"?
Rationale: this is the *support* Library.
The real "Lumiera-Library" does not exist yet.
liblumiera.so will be the *interface* every external
module / plug-in uses to get Lumiera functionality.
Especially the work on Library dependency clean-up
made outright clear, that this interface library
needs to be a separate piece of software, which is
carefully crafted, and more-or-less depends on the
whole application.
No problem if changes/questions are done to this section. As this section is
so important, the reviewer may correct, add or even reject the corrections
here.
We'll get there, iteratively.
Some obvious typos were corrected. Other material improved.
The section on Git was considerably improved.
An entirely new section on Git was added, but which contains some previous
material on git.
The reason for adding a new section on Git was I though it better to have one
single place where someone new to Git and Lumiera could read a simple
recipe-type explanation on how to retrieve source code, make changes and then
push the changes. All information necessary including Git, links, etc should be
on this page, no following liknks. In fact there is no real _new_ information
here that isn't to be found somewhere else. The point being that _all_
information necessary to ge someone up and going is located on one page.
For this reason, I added information on the mailing list and IRC; again, all
essential information in how to contribute to Lumiera, the title ang goal of
this page.
There might be stuff missing here, so please add, but do not make this page too
long. That tends to scare people, in fact, someone might just like to shorten my
contributions here, that would be good!
TODO: Backend, needs just a little more, not much, e.g.:
Area where low-level memory, hardware i/o, etc occur => here
is where real gain in efficiency through modern algorithms can occur,
thus, achieving another goal of Lumiera: efficient & runs on all kinds
of hardware!
this is the entry point into the section holding the various
design documents -- we try to separatte conceptual/design
from the actual technical documentation
the buildsystem will now pick up and link
all test cases according to the layer, e.g.
backend tests will automatically be linked
against the backend + library solely.
