Aakash Jee Modules Pdf
Niobe Hennigan
if those two modules are referencing each other and no other modules are referencing them or they are not referencing other modules, then the order is correct. But, if any other modules are referencing these modules OR these modules are referencing other modules, then the order might need to be adjusted. Typically, you will use lists more frequently (in modules) than subsets and/or LISS (line item subsets), so a good rule of thumb would be to have the lists first, then subsets, and then LISS.
Remember, Anaplan is based on the DAG (Directed Acyclic Graph) meaning only line items are updated when needed or put another way, only the line items impacted are updated (not all of them). With that said, the article is attempting to get you to think of the entire calculation process of a cell update, the journey of the calculation from one module to the next, and how that entire calculation chain can perform at its peak.
I think that when a query is executed, Anaplan must scan all of the cube's dimensions to find the needed data. The order in which the dimensions are scanned can significantly impact the query's performance. If the dimensions are not in a logical order, it can be difficult for users to find the data that they need. This can make the cube less user-friendly.
your statement "If the dimensions are not in the correct order, Anaplan may not be able to find all of the data that is needed for the query. This can lead to inaccurate results." is incorrect. Dimensional order has nothing to do with the accuracy of the data, it affects the performance of the model.
Thank you for your answer, but I think I didn't make my point clear. I understand that when line items formulas have multiple line items referred from multiple modules, keeping the modules in same order make it easier to index, that make it faster. Now my question is
'Anaplan says keep lists first, then subsets, and then line item subsets' , I want to understand how keeping subsets after lists contributes to performance and same for Line Item Subsets, I could have two modules where dimensions are in same order but Subsets occur before list.
I do appreciate your response, though it's not what I am asking for, but can you please quote any reference for the below highlighted part in your answer which I believe is incorrect. If you agree with me, kindly remove that part so that it does not lead to any confusion for other users.
"Anaplan says keep lists first, then subsets, and then line item subsets' , I want to understand how keeping subsets after lists contributes to performance and same for Line Item Subsets, I could have two modules where dimensions are in same order but Subsets occur before list."
That is order they are listed when creating a new module and you can't change that.
Yes, thanks a lot, that answers my question and I do think we should update that article as well to indicate what you just explained, the part which I highlighted where it asks to keep subsets after list seems to be a bit misleading. This would ensure people don't spend time on trying to optimize something that is not actually required.
"Remember, Anaplan is based on the DAG (Directed Acyclic Graph) meaning only line items are updated when needed or put another way, only the line items impacted are updated (not all of them). With that said, the article is attempting to get you to think of the entire calculation process of a cell update, the journey of the calculation from one module to the next, and how that entire calculation chain can perform at its peak."
I was wondering how to use AM2634 HSM and MCRC modules to calculate SHA-256 and CRC32 values. There is not much talking about HSM in Technical Reference Manual and neither I could find related APPs and examples from Resource Explorer. Generally speaking, any recommendations of using TI APIs to efficiently calculate SHA256 / CRC32 for AM2634 device?
The HSM related documentation is part of Security Advanced Documentation which is the second link.
You will receive the requested information once you fill the form and you are granted the access.
For HS-FS device, the TIFS-MCU Firmware will be default firmware delivered as apart of MCU_PLUS_SDK and it cannot be modified by the user.
For HS-SE device, the TIFS-MCU Firmware will be delivered as an extension to MCU_PLUS_SDK release for the HSMRt development by the user.
I only have interests in HSM hardware cryptography function for computing SHA-256 or SHA512. I assume TIFS_MCU firmware provides APIs to do SHA-256 calculation, correct? My application will be running on Core0 R5F and to be able to use HSM hardware cryptography, what I need to do is just utilize API functions from TIFS package? Is there a separate booting process for core M4F which HSM module is located at?
Access to Hardware Cryptography is closed by default for both the device types. TIFS-MCU firmware for HS-FS and HS-SE opens the firewall during its initialization for the user to access the Hardware Cryptography directly. As a part of MCU_PLUS_SDK, the DTHE and PKA drivers will be available in 8.4.1 release of MCU_PLUS_SDK.
Yes, the software build is for the TIFS-MCU (HSMRt) which will be executed on HSM M4. The release caters to HS-SE devices, so you will need to convert your device to HS-SE device using the otp_keywriter tool.
HS-FS firmware will be delivered by TI in encrypted format and source code will not be shared with the customers. Hence, the access to source code or M4F(HSM) core in case of HS-FS is not supported by TI. The TIFS-MCU package is only valid for HS-SE devices.
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And also currently I am working on a project where we are trying to make every functionality as generic that can be exported as modules to be shared by other projects. I think we could have done a much better job if we could have exported our core module (which maintains states) as a framework. Some of the functionalities as libraries and some functionalities as modules.
Library : In the simplest of terms library is just a collections of functionality. Someone is saving you a lot of development time by exporting as library, the most common functionality you might use in your application. Generally functionalities in a library are standalone. By standalone I mean, there are no dependencies between two functions (generally, just a good practice)
Framework : Framework is a fully fledged running application. We just add our functionality as required to that application. It handles a lot of the complexities involved in an application such as data management, concurrency etc.
Module : Module is somewhere between library and framework. Unlike libraries functionalities are not standalone. And unlike framework we can control how the code is executed and provide some implementation details too.
Next two paragraphs are my views, feel free to chose your own poison. I think a good practice while designing a module is to have abstraction of both functionality and the data model. The functionality and the data must belong to one and only one object. Most of the time we have various data models and corresponding functionalities in a single module. However its better to have one data model and its related functionalities into to a single module.
If we have various data models create a package that can encapsulate the idea behind those models and have a single module for each of the data models and operating functions. I hope you get the point.
If you understand what each of those are, you quickly realise they are there just to make your life easier. We still need to write some code to get the functionaries we desire. While frameworks often encapsulate most constructs we would be using during application development, its still a good idea to learn the core language and understand how the libraries, frameworks are implemented, to have a greater control over our code.
When you have different systems that needs to interchange information, the most generic way to achieve this is through api. We are achieving loose coupling here. The context of different system is really wide here as long as the signed contract is respected.
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A training module should be a complete segment. However, it interacts with the other training modules within the course to ensure that learners get a full picture of everything you want them to absorb throughout the course.
Before you start creating the learning modules for your elearning course, make sure you have clearly defined the objectives you want your online training modules to accomplish. Know what you want employees to learn as they work through the course.
Ideally, you want to be specific about your learning objective goals. Using SMART goals (goals that are specific, measurable, achievable, relevant, and timely) can make it easier to clearly lay out what you want employees to accomplish through the training course. For example, the goal of an onboarding course might be to ensure that employees can perform a specific task or that they are prepared to step into their roles within a predetermined amount of time. Lay out clear metrics by which you will measure employee learning.
There are several potential formats for each module of your online course. Training programs should include a variety of learning styles and solutions so that you can speak to all the learners across your organization. Your training content may include:
Take a look at what multimedia options are available for your elearning content, including what content formats are supported by your LMS. You may want to consider reviewing instructional design options or tutorials to make sure that you select the ideal style for your specific online training course.
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