Hi I got further and now the processors are moved into camel-core-processor.
Which means we have model, reifier and processors splitted up. There is a little bit to do in the other modules to not depend on camel-base but they can use camel-core-processor instead. Also the processors can be split up into eip (or model) processors and base processors. Then we are closer to also offer a simple camel context that has no route builder, no model, routing engine etc. But for a tiny runtime usecases where its okay to just use camel as a producer or consumer template without routing. On Sat, Oct 24, 2020 at 7:26 PM Claus Ibsen <claus.ib...@gmail.com> wrote: > > Hi > > I got started this weekend on more modularization of core, where we > can move out model and reifier from the engine, so they are separated. > https://issues.apache.org/jira/browse/CAMEL-15740 > > I wanted to do this over the weekend where the activity on the master > branch is lower than week days. > > I have the work done for the core repo, but would possibly need small > tweaks in camel-karaf (for its blueprint xsd generator) and maybe also > in spring-boot. > > With this moduralization we are getting closer to, and would make it > easier in the future to be able to do more build time optimizations > and class unloading / dead code elimination. > > My hope is we get to a point where we can offer a full build time > optimization that takes the DSL and via the model and reifiers build > the runtime processors (routes) and then at *real* runtime we can drop > all the model and reifier all together. > > Having them separated and in their own module / JAR makes this work easier. > > There is still some work as CamelContext has a ModelCamelContext / > Model that we somehow need to find a way to drop in an extreme > optimization. > > > > -- > Claus Ibsen > ----------------- > http://davsclaus.com @davsclaus > Camel in Action 2: https://www.manning.com/ibsen2 -- Claus Ibsen ----------------- http://davsclaus.com @davsclaus Camel in Action 2: https://www.manning.com/ibsen2
