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Non-proprietary code base (ASN.1) #29
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I use the following primary criteria in a quick search for ASN.1 compiler and runtime software:
I was able to identify only one potentially viable candidate but have not tried to test and evaluate it.
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Thanks for looking into this, Hamid. Is there an established benchmark we need to hit for java runtime? If not, how do we establish a benchmark? (I assume, perhaps erroneously, that the rest of the criteria you describe are either subjective - e.g., code quality - or a yes/no determination - e.g., code compiles correctly.) |
There is no externally established benchmark that I know of specifically designed for ASN.1 but there is an internal benchmark that we established as part of the SE MI ODE ASN.1 tool selection. Using that benchmark, we could compare the performance of any prospective ASN.1 library to four commercial ASN.1 libraries, including OSS. The code quality metrics do not need to be subjective either. We could run the source code through a static analysis tool such as Sonarqube or even more sophisticated commercial tools which perform much deeper analysis. Booz Allen development team has access to CAST AIP (http://www.castsoftware.com/products/code-analysis-tools) which assesses the quality of the software against the following Health Factors more thoroughly and deeply than SonarQube: The following are Health Factors analyzed by CAST AIP |
Closing this topic now, as the team has a plan forward for an open source ASN1 compiler |
Whats the forward plan for asn.1 support? Looking something to improve on this subject? Regards |
Hey @onders86, we are moving towards using the open source asn1c compiler by Lev Walkin. |
It is our intent to phase out any proprietary elements of the ODE code base so it is entirely non-proprietary. This will enhance user experience (one open code base - no pieces sitting behind a closed code repo that need to be integrated) and replicability (anyone can use the software regardless of their ability to purchase a particular license). The main obstacle right now is the ASN.1 encoder/compiler. I'd like to start a dialog about options for replacing the current proprietary solution with an open source one, while retaining the performance and modularity of the software. Is there existing code that can be modified to meet our needs? Does something need to be developed from scratch? Please discuss!
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