Thanks Mr Ian. Glad to see the video after a very long time. I hope future sessions will come frequently. Thank you for taking your time and sharing the knowledge.
Hi, I have a generic question regarding Ports: is it correct to say that, a SWC contains multiple Atomic SWCs, and each of the Atomic SWC has at least one type of Port (R, P, RP, and maybe even Delegation)? And, from a different perspective, we may say that a SWC has a total amount of Ports equal to the sum of all Ports that each contained Atomic SWC has? Tnks
"SWC contains multiple Atomic SWCs": A composition has no behavior (or runnables) of its own, it only exists as a way to aggregate Atomic SWCs (with behavior and runnables). A composition could theoretically contain zero Atomic SWCs, however this would serve no purpose, other than as a placeholder for an aggregation of Atomic SWCs that will be defined in the future.
"we may say that a SWC has a total amount of Ports equal to the sum of all Ports that each contained Atomic SWC has": No. It is common for some ports on Atomic SWCs to only be used for communication within a composition. In fact, at the system level, AUTOSAR Classic Platform defines constraint 3031, where it is explained that "[a] Complete System Description does not have ports on the outermost composition".
Thank you for your question! We don't have a formal 'course' that wraps all of our episodes into a larger syllabus. Our main aim is to tackle different topics relevant to vehicle E/E system design and development, at different levels, and in particular, we are trying to answer requests from our viewers. If you merely want to find all of our episodes, then we list them all on the Vector website, here: www.vector.com/int/en/know-how/engineering-the-jigsaw/ If you want to access detailed technical training, then the Vector Academy provides this for a number of topic areas that we cover in our episodes: academy.vector.com/de/en/
That "Let's go find out!" was thoroughly amusing.
Thanks Mr Ian. Glad to see the video after a very long time. I hope future sessions will come frequently. Thank you for taking your time and sharing the knowledge.
Glad you enjoyed it!
You are explaining complex idea in a simple way but in really clear logic. enjoying your presentation as enjoying a dance performance.
Thanks Lain, well done
Thanks!
Simply and clearly!
Hi, I have a generic question regarding Ports: is it correct to say that, a SWC contains multiple Atomic SWCs, and each of the Atomic SWC has at least one type of Port (R, P, RP, and maybe even Delegation)? And, from a different perspective, we may say that a SWC has a total amount of Ports equal to the sum of all Ports that each contained Atomic SWC has? Tnks
"SWC contains multiple Atomic SWCs":
A composition has no behavior (or runnables) of its own, it only exists as a way to aggregate Atomic SWCs (with behavior and runnables). A composition could theoretically contain zero Atomic SWCs, however this would serve no purpose, other than as a placeholder for an aggregation of Atomic SWCs that will be defined in the future.
"we may say that a SWC has a total amount of Ports equal to the sum of all Ports that each contained Atomic SWC has":
No. It is common for some ports on Atomic SWCs to only be used for communication within a composition. In fact, at the system level, AUTOSAR Classic Platform defines constraint 3031, where it is explained that "[a] Complete System Description does not have ports on the outermost composition".
course available on udemy?
Thank you for your question! We don't have a formal 'course' that wraps all of our episodes into a larger syllabus. Our main aim is to tackle different topics relevant to vehicle E/E system design and development, at different levels, and in particular, we are trying to answer requests from our viewers. If you merely want to find all of our episodes, then we list them all on the Vector website, here: www.vector.com/int/en/know-how/engineering-the-jigsaw/
If you want to access detailed technical training, then the Vector Academy provides this for a number of topic areas that we cover in our episodes: academy.vector.com/de/en/