Full version of C_TFIN22_66 exam files provided at killexams.com

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Exam Code: C_TFIN22_66 Practice test 2022 by Killexams.com team
SAP Certified Application Associate - Management Accounting (CO) with SAP ERP 6.0 EhP6
SAP Application mock
Killexams : SAP Application mock - BingNews https://killexams.com/pass4sure/exam-detail/C_TFIN22_66 Search results Killexams : SAP Application mock - BingNews https://killexams.com/pass4sure/exam-detail/C_TFIN22_66 https://killexams.com/exam_list/SAP Killexams : Why Continuous Testing Is The Key To Unlocking Your ERP Transformation

Technology leader and co-founder of Opkey — a continuous testing platform redefining test automation for web, mobile and ERP applications.

Many business and technology leaders realize that their digital transformation initiatives can’t be utilized without modernizing their enterprise resource planning (ERP) software. Incorporating new technologies such as artificial intelligence and machine learning is essential to modernizing ERP solutions.

Through a 2019 study of ERP migration and transformation projects, McKinsey revealed that two-thirds of enterprises did not get the ROI they were looking for from their migration project. The common reasons for this dissatisfaction are delays in ERP implementations and misaligned project goals. Intelligent test automation, which powers a continuous testing approach, will help ERP transformation projects run on time and stay within budget.

Continuous testing for ERP applications: Why do you need it?

Next-gen ERPs and digital operations platforms require innovative software to be released rapidly, with minimal business risk. Leading analysts from Gartner, Forrester (paywall) and IDC (registration required) now recognize that software testing in its current form cannot handle the challenges posed by ERP applications. These analysts have concluded that software testing must be aligned with DevOps and AgileOps practices to handle giant ERP transformation projects.

The Agile/DevOps approach is incomplete, inefficient and ineffective without continuous testing. In ERP migration projects where platforms are extended to incorporate new features, functionalities and technologies, continuous testing helps you transparently validate the performance of critical business processes. This significantly reduces the risks associated with a new implementation, along with scheduled software updates. By catching bugs early in the development cycle, continuous testing ensures minimal time and budget overruns while providing advantages in risk reduction.

What are the testing challenges of ERP transformations?

According to a report by Bloor (registration required), more than 80% of migration projects ran over budget in 2007. While I have seen that statistic Strengthen over the years, I know migration projects regularly face issues of running over budget and over time. A 2019 ERP report from Panorama Consulting Group (registration required) shows that 45% of respondents had an average budget overrun of 30%.

Here are some specific testing challenges.

• Unclear Testing Scope: Determining what to test remains a major challenge for QA teams. The business risk grows every time too little testing is done. If you test too much, it wastes the time and resources of your business users.

• Inadequate Test Coverage: There are many moving parts in any ERP migration project. Functional and nonfunctional attributes get added, updated or removed with these migrations. Testing needs to pass various stages, from a unit test to a volume test, and eventually a mock go-live cutover.

• Change Frequency: In a accurate Deloitte CIO survey, almost 45% of respondents reported that managing changes in an ERP project scope is one of the top frustrations in planning their ERP journey (pg. 10).

• Testing Fatigue: ERP projects are long and tedious processes. Using a manual testing methodology for ERP transformations can be inefficient and error-prone. Ask yourself: “Can my business users provide their full effort to testing?”

Continuous testing for ERP applications: How can I make it work?

To incorporate continuous testing for a digital transformation, leaders must utilize automation. Teams should now focus on next-generation automation platforms that allow them to quickly build test cases, automate them and build the infrastructure to run them in a continuous fashion. Let’s review the four pillars of a continuous testing strategy.

• Know your ideal coverage: Here are some questions to ask yourself: “What’s my current test coverage? Am I testing all of our critical processes? If something goes seriously wrong, is it because I didn’t test enough?”

If the test cases you are automating only cover 30% of your core business processes, the automation might not be good enough. Emphasize knowing your ideal coverage and leverage a process mining technology to validate your ideal coverage. Test mining techniques surface your existing test cases, business processes and configurations from your system process log to determine your existing testing baseline.

• Apply continuous test development: Test assets require considerable reworks to keep pace with the frequent ERP changes typical in an accelerated release cycle. This speed cannot be achieved with continuous testing.

• Monitor changes continually: Ask yourself: “What has changed in the most accurate ERP quarterly update? What business processes or test cases are going to be impacted?”

Emphasize the importance of knowing whether you are testing what is needed. Before the updates are pushed to production, use automation tools that provide better change visibility to users by alerting them of processes that will be impacted.

• Test execution at scale: Prepare a scalable infrastructure to run thousands of tests on-demand with every change. Opt for a platform that can run your tests continuously on-premises, in the cloud and on mobile seamlessly.

What do you need from a test automation tool?

Three key capabilities must exist in a test automation tool to support an ERP transformation’s continuous testing paradigm.

• Autonomous Configuration Of Tests: Many changes happen at the configuration level for any ERP transformation. Leaders should leverage an automation tool that can autonomously create relevant data sets for test execution.

• Continual Impact Analysis: In the ERP world, updates are rolled out frequently. QA teams can find it difficult to decide the minimum number of test cases that need to be executed to ensure business continuity in post-application updates. AI-based impact analysis recommends a minimum number of test cases that need to be executed based on highlighted risks, keeping business application disruptions at bay.

• Autonomous Self-Healing Tests: QA teams often struggle to continuously maintain test scripts with each new release. Through leveraging AI-powered self-healing capabilities, changes can be identified automatically and test scripts can be fixed autonomously.

Continuous Test Automation: A Summary

The key to successful AgileOps is releasing updates as early and as often as possible.

With enterprise application vendors like Oracle, Microsoft and SAP rolling out updates on a weekly, monthly or quarterly basis, enterprises need to embrace those updates as early as possible. However, supporting your software testing initiatives will only be achieved with the right continuous testing strategy.


Forbes Technology Council is an invitation-only community for world-class CIOs, CTOs and technology executives. Do I qualify?


Wed, 20 Jul 2022 00:15:00 -0500 Pankaj Goel en text/html https://www.forbes.com/sites/forbestechcouncil/2022/07/20/why-continuous-testing-is-the-key-to-unlocking-your-erp-transformation/
Killexams : Cyber Pop-up, a cybersecurity startup, has its growth accelerated by SAP's Pro Bono for Economic Equity program
Getty Images/iStockphoto

SAP, a business application software company, in partnership with the non-profit PYXERA Global, is supporting racial and social justice through its pro-bono, six-week program focused on helping Black entrepreneurs successfully grow their small business. Cyber Pop-up CEO and founder Dr. Christine Izuakor attests to its success.

The virtual Pro Bono for Economic Equity (PBEE) program utilizes the expertise of SAP professionals to support Black entrepreneurs by helping them grow their businesses in these areas:

  • Streamlining and improving efficiency
  • Transitioning operations or services to virtual
  • Meeting customer needs in the current environment
  • Growing business
  • Building resilience in difficult times

Businesses accepted into the program are assigned a team of two to three SAP professionals who each dedicate 80 hours to the business over the span of the six-week program. The team will, following the businesses application questions, match the needs of the entrepreneur as closely as possible. 

According to the program's website, the team members will represent "various disciplines and backgrounds to provide a multilayered perspective to those businesses selected for participation in the program."

Cyber Pop-up was the first cohort accepted into the PBEE program. The small business was founded by Dr. Christine Izuakor, a 10-year veteran in the cybersecurity industry who shifted from a career in corporate America to pursue entrepreneurship fulltime. Cyber Pop-up aims to provide on-demand access to cybersecurity experts for small to medium businesses that don't have an in-house team to handle cybersecurity issues. According to Izuakor, Cyber Pop-up is planning for launch later this year.

Izuakor said SAP's PBEE program helped her navigate the challenges of being a first-time solo founder by helping her turn knowledge and advice into action.

"[The PBEE program] really stuck out to me because, as a first-time founder, I was getting so much information and so much knowledge of what I needed to do, and that was really important, but as a solo founder with no team, I had no one to help me actually [execute] it," Izuakor told ZDNet.

SAP matched Izuakor with a team of three consultants who had different skill sets but were tailored to the challenges Cyber Pop-up was facing at the time. The team worked with Izuakor to create a business framework, lay out key performance indicators (KPIs), set short- and long-term business goals, create proof-of-product plans, look at growth strategies, and create a technology roadmap, among other things.

Also: Inflation, burnout among biggest challenges small business owners face: Survey

"We came in at a point where, as a solo founder, I had scrappily pulled together the early proof points to show that the business model can work," Izuakor said. "I was doing everything as inexpensively as I could on my own, and we had gotten to a point where we were seeing much more interest and demand than what those manual and basic processes could manage, so the SAP team really came together to help figure out how to both build something that is more robust and scalable for today, but also thinking about the future and where we want to be from a technology standpoint in three years or five years."

According to Izuakor, the SAP team worked quickly, and delivered wireframe mock-ups in just two days.

"A lot of programs don't move as quickly and don't have as much passion and intent that this team we were connected to had. And even just the momentum we started off with was an inspiration to me, and I think pushed me to work with the team even more closely. So by the time we got to the end of the program, I had so many good deliverables, strategies, and insights," she said.

Since launching in just four cities in the US, SAP said the PBEE program has helped more than 55 businesses, including Cyber Pop-up. The program has since expanded globally into the UK, Brazil, and South Africa, and according to the company, will soon be available in Canada. 

Izuakor said that the PBEE program helped her both plan for the product her company is building today and build strategies to secure funding through pitch competitions and fundraising. "The program really helped set a foundation both from a product and growth readiness standpoint, and set a solid foundation for us to build on, and we're still building on that same foundation today," she said.

The application for the PBEE program is open during a specific time window. Interested entrepreneurs can check when applications open and apply here.

Thu, 07 Jul 2022 18:40:00 -0500 en text/html https://www.zdnet.com/article/saps-pro-bono-for-economic-equity-program-helps-support-black-entrepreneurs-in-todays-challenging-economy/
Killexams : MS Supply Chain Management Curriculum and Faculty

Our curriculum is based on a holistic end-to-end view of supply chain management. The curriculum builds on your prior supply chain and business experience. There are no pre-requisites, allowing you to tailor your education to your precise needs.

The flexible structure allows you to set your own pace for program completion which can occur in as little as one year or longer, depending on your needs and schedule. You can select any 10 of the 15 courses in the program which are offered on a 12-month cycle (Fall, Spring, Summer semesters).

We don’t impose a specific set or sequence of classes, but we recommend that students take classes covering all elements of the Supply Chain Management Framework (see image above). We recognize three pillars of SCM as:

  1. Sourcing and Supply Management
  2. Production and Operations Management
  3. Logistics and Customer Service

Supply Chain Management Strategy and Planning connects the three pillars to the overall firm strategy. Lastly, Cross-Functional Enablers connect SCM to other business areas.

In addition to the classes mentioned below, we also offer an on-site option called Digital Supply Chain Management, which covers all areas of our curriculum in a highly interactive one-week executive seminar.

Courses are held online using the Canvas platform which is user-friendly and accessible anywhere you can connect online.

For more information about the courses, please see our course descriptions below.

Supply Chain Management Courses

(Select any 10 of 14 courses to complete the program)

Wed, 08 Sep 2021 02:02:00 -0500 en text/html https://www.business.rutgers.edu/masters-supply-chain-management/curriculum
Killexams : “Good Code Documents Itself” And Other Hilarious Jokes You Shouldn’t Tell Yourself

Code documentation — is there anything more exciting than spending your time writing extensive comments? If I had to guess, your answer is probably somewhere along the lines of “uhm, yes, everything is more exciting than that”. Plus, requesting to document your code is almost like an insult to your well thought out design, this beautiful creation you implemented so carefully that it just has to be obvious what is happening. Writing about it is just redundant, the code is all you need.

As a result, no matter if it’s some open source side project or professional software development, code documentation usually comes in two flavors: absent and useless. The dislike for documenting ones code seems universal among programmers of any field or language, no matter where in the world they are. And it’s understandable, after all, you’re in it for the coding, implementing all the fun stuff. If you wanted to tell stories, you would have chosen a different path in life.

This reluctance has even formed whole new paradigms and philosophies claiming how comments are actually harmful, and anyone trying to weasel their way out of it can now happily rehash all those claims. But, to exaggerate a bit, we’re essentially villainizing information this way. While it is true that comments can be counterproductive, it’s more the fundamental attitude towards them that causes the harm here.

In the end, code documentation is a lot like error handling, we are told early on how it’s important and necessary, but we fail to understand why and instead grow to resent doing it again for that same old teacher, supervisor, or annoying teammate. But just like error handling, we are the ones who can actually benefit the most from it — if done right. But in order to do it right, we need to face some harsh truths and start admitting that there is no such thing as self-documenting code, and maybe we simply don’t understand what we’re actually doing if we can’t manage to write a few words about it.

So let’s burst some bubbles!

Self-Documenting Code Doesn’t Exist

The usual argument against commenting code is that “the code should be written so well that it won’t require any further explanation”, which is actually hard to argue against if we’re talking about what the code does. Well-written code should indeed not require any comments to describe what the objective of a variable or function is.

// bad start:
int a = 4 * OFFSET;
// but don't use a comment to tell what it does:
int a = 4 * OFFSET; // initial foo value
// instead choose a name telling it itself:
int initial_foo = 4 * OFFSET;

Yes, a meaningful variable name makes the comment obsolete, but that’s really more a question of decent coding style than it is about documenting. The problem starts when this easily proven, albeit one-sided view is turned into the universal justification against any type of comments, including the ones that go beyond explaining the what, and focus on the genuine interesting and helpful parts.

The thing is, having self-explanatory names for your variables, methods, classes, functions, modules, etc. doesn’t automatically describe the big picture of the code, nor does is necessarily tell much about the why and in what way parts. However, having a clear and well-written implementation tends to provide the illusion that there’s no need for that either. And yes, after spending hours or days wrapping your head around the issue at hand, of course that code will make perfect sense in the very moment, even more so if you pack it all neatly into a reasonably sized commit or pull request that presents your solution in a condensed and coherent manner.

But how about in a month from now? Or outside the context of that self-contained commit? Or when approaching it with a slightly shifted mindset? How much details will you remember, and how much sense will it all still make then?

Software Is Hard

Of course, one can (and will) argue that “the code is right there, just read it and you’ll know”, and again, if we’re talking about what a specific block of code does, then yes, that attitude is justified. But for anything beyond that, digging through code is an unnecessary waste of time, and is essentially like saying a book doesn’t need an index, just read the whole thing and you’ll eventually find what you’re looking for. Do you really want to mentally parse every path some data could take to find out about its valid ranges, when a single sentence that takes a minutes to write and even less to read could just tell you directly?

And it’s not only about understanding other people’s code, or explaining to other people what you were thinking. How often have you caught yourself wondering what on Earth you were thinking when you revisit old code or fix a bug, or were surprised a git blame revealed your own name? Yet the very next time, it’s all forgotten, and you’ll be convinced once again that everything is oh-so-self-explanatory, and all the details are unmistakably obvious.

Software just isn’t fully and universally self-documenting by itself, no matter how hard you try. And that’s neither your fault, nor me trying to be a bully and question your abilities, but it’s simply about being human, and about underestimating both the full complexity of software and the volatility of our mind. Documentation isn’t about shaming and pointing out shortcomings in your implementation, but about countering the shortcomings of the programming language itself. Even the cleanest code ever written couldn’t explain by itself what you were actually thinking when writing it. Everything might be perfect and still do the wrong thing. Comments aren’t an alternative to writing clean code, but an inherent part of it.

Anatomy Of A Comment

Before we go into further details, let’s have a look at different comment styles first.

/**
 * Javadoc-style documentation comment.
 */
void foo(void) {
    if (bar > 10) {
        /* regular comment */
        ...
    }
}

Regular comments are just that: comments as defined by the language itself. As a rule of thumb, they should be used sparsely as they tend to explaining what the code is doing.

Documentation comments on the other hand are used to describe global variables, functions, and modules (plus their object-oriented counterparts) from the outside point of view. Inside a function body, they basically turn into regular comments and tools will generally ignore them. As a good practice, if there’s something worth telling on the inside of the function, see if it could be worked into the function description itself.

Documentation comments are essentially regular comments with some extra accessories, such as an additional forward slash /// doc comment, exclamation marks //! doc comment or /*! multiline doc comment */, or an additional asterisk as in Javadoc-style comments /** doc comment */. Despite its name, Javadoc as a commenting style is also supported by other languages and tools, and will be used for the examples in here.

Of course, you can also just use regular comments and forget all about those funky tags, but the advantage is that documentation generators such as Doxygen or Sphinx can easily create PDFs, HTML, or man pages straight from the documentation comments, and most modern IDEs have extra support for displaying them, saving you a mental context switch to the genuine implementation — provided there is some useful information available.

But aside from triggering comment post-processors, the format of the comment isn’t important. What matters is what you’re saying.

Redundant Comments Focus On The Wrong Information

So, we have established that we shouldn’t document what the code does, but rather why and in what way it does, But what does that really mean?

A common reason that people loathe things like documenting their functions is that “they just state the obvious” and are therefore redundant. And studying the average doc comment, it’s actually hard to argue against that, especially when it comes to encapsulation in object-oriented languages. The average description for some simple get_temperature() function would probably look something like this:

/**
 * Returns the temperature.
 */
int get_temperature(void) {
    return temperature;
}

That comment does indeed not add much value, it essentially just repeats the function’s name and therefore only tells what it does. That’s not what we want. What we want are the details that the code doesn’t tell us.

It’s easy to think that the whole function is just so simple, there is absolutely nothing useful to comment in the first place. But then again, nothing is ever really simple in software, and if you look close enough, you will find that every function has something worth writing about that isn’t instantly apparent from its name, or even the code of a simple one-liner.

/**
 * Returns the temperature in tenth degrees Celsius
 * in range [0..1000], or -1 in case of an error.
 *
 * The temperature itself is set in the periodically
 * executed read_temperature() function.
 *
 * Make sure to call init_adc() before calling this
 * function here, or you will get undefined data.
 */
int get_temperature(void) {
    return temperature;
}

Turns out this seemingly simple, albeit fictional function had plenty of extra information to write about after all. Not despite being simple, but because of it. None of the information could have been obvious and self-explanatory just from looking at the code, including the additional information about the internal data handling and program flow. Sure, digging deeper into the code would have eventually revealed the same information, but also wasted a lot of time along the way, not to mention the unnecessary mental gymnastics it might take.

Others might say that those are implementation details that have no place in documentation. But why? Why wouldn’t you want to state those implementation-specific details that will ultimately make it easier to understand what’s going on?

Adopting the mindset that every function has something to tell, that there is always at least one detail, side effect, exception, limitation, etc. worth writing about, means that you might have to look at it from different angle to actually find it. To be able to do that, you’ll inevitably have to confront yourself more and more with the hidden details of your code, possibly discovering corner cases that you haven’t even thought of before. As a result, documentation doesn’t only help future readers to understand of the code, it also helps the writer to gain better knowledge about its internal details.

And if you really cannot find any useful information to add, you should probably ask yourself why the code is there in the first place. What’s the justification for having it? And that justification is exactly the information to add then. The previous example could have gone in a different direction:

/**
 * Returns the temperature.
 *
 * This is for testing purpose only and should
 * never be called from a real program.
 */
int get_temperature(void) {
    return temperature;
}

Note that this is still the exact same code as before, which brings us to another problem with “seemingly self-explanatory code that is too simple to comment”: it can be vague and ambiguous, leading to false assumptions and possible bugs. Pointing out these details and eliminating potential ambiguities can be vital in terms of code quality, and it can be argued that this actually makes the documentation an essential part of the code itself.

Again, every function has something to tell that is not immediately obvious without looking further into the code. Naturally, some of those inconspicuous details are more relevant than the other, and not everything a function might have to tell is necessarily interesting. But is there really something like too much information? The list of cognitive biases is long, and just because something is obvious to you in this specific moment, doesn’t meant it is for the next person handling your code — including your future self.

Make Comments Part Of The Code

Now is a good moment to throw in another favorite of “comments are bad” rhetoric: they get outdated when the code changes. Let’s be real though, that’s just a seriously lazy excuse, it’s not like code is usually written with a lot of consideration about ever having to touch it again in the future. Once committed and merged, the code is final and perfect, to remain as-is for all eternity.

The bigger issue with code documentation is that it’s seen as something that exists beside the genuine code, completely decoupled from it. But if we start seeing it as genuine part of the code, a complementing entity and not some dumbed-down summary for anyone incapable of dealing with the real thing, it will become natural to simply adjust it whenever the code changes.

And yes, that includes private methods and static code in C. It’s such a major misconception to claim that they contain irrelevant implementation details that require no documentation, or are anyway not exposed to the “consumers” of the code. Well, at least the latter part might be true if we consider the users of libraries, APIs, and the like, but what about the developers? After all, private functions are usually the place where all the interesting details happen, the number crunching, data juggling, all the little secrets — and with it the parts that usually require the most maintenance.

Scope should have nothing to do with the relevance or existence of information, but this just shows how the general mindset towards code documentation sees it as something that is intended for anyone else but ourselves.

Breaking the Circle

Nobody likes bad documentation, but avoiding documentation altogether cannot be the solution to it. Fixing the dysfunctional relationship between developers and comments is the only way to Strengthen the situation, and seeing them as a fundamental part that co-exists with the code is a good first step.

No doubt, it will take practice and getting used to that way of thinking, but in the long run, it can only benefit the general understanding and quality of the code.

In that spirit, here’s one final, redundant comment:

/* You have reached the end of the article */
Thu, 04 Aug 2022 12:00:00 -0500 Sven Gregori en-US text/html https://hackaday.com/2019/03/05/good-code-documents-itself-and-other-hilarious-jokes-you-shouldnt-tell-yourself/
Killexams : Problems With Flowering Mock Orange (Philadelphus Lewisii)

Jill Kokemuller has been writing since 2010, with work published in the "Daily Gate City." She spent six years working in a private boarding school, where her focus was English, algebra and geometry. Kokemuller is an authorized substitute teacher and holds a Bachelor of Arts in English from the University of Iowa.

Tue, 17 Jul 2018 06:50:00 -0500 en text/html https://homeguides.sfgate.com/problems-flowering-mock-orange-philadelphus-lewisii-57394.html
Killexams : AFRICA CAPTURED BY GIRL-PRESIDENTS

Africa Vision initiative re-orientates students on educational and cultural activities, and to appreciate their immediate surroundings, writes Okello Oculi

Africa Vision 525 Initiative learnt how to provide public speeches on how to fight against corruption and how to Strengthen our country’’. So wrote ‘President Muhammadu Buhari’ of Anglican Girls Grammar School (AGGS) in Abuja. On 19th November, 2021, her speech, during a simulation of an ASSEMBLY of the AFRICAN UNION, had received a rousing acclaim by an audience inside the Cathedral of the Anglican Communion at Life Camp. In attendance were also diplomats from Mali and the Democratic Republic of Congo.

The event was a version of a Pan African annual ritual known as ‘’OAU MOCK SUMMIT’’ widely popular with the campus community at Ahmadu Bello University. NTA Kaduna telecast it. In 1988 it was on the NETWORK Service of the Nigerian Television Authority (NTA).

It was disrupted under Babangida Administration’s strategy of eroding social groups that might criticise the policy of ‘’Structural Adjustment Programme (SAP), which Professor Adebayo Adedeji named as socio-economic and political warfare against African peoples. The Nigerian Medical Association and the Nigerian Law Society were also victims.

Dr. Rilwanu Lukman and Major-General Ike Nwachukwu, as Ministers of Foreign Affairs, gave a one-time limited funds to the OAU MOCK SUMMIT, while their predecessor, Professor Ishaya Audu, had expressed interest in presenting it for Cabinet consideration as a project financed by Nigeria within the United Nations Economic, Scientific, and Cultural Commission (UNESCO). The military coup of 1983 ended this momentum.

Dr. Sam Oyovbaire had sold the project to Professor Ishaya Audu as an initiative to link educational imagination to the country’s dictum that ‘’Africa is the Centrepiece of Nigeria’s Foreign Policy. Prime Minister Abubakar Tafawa Balewa had said as much in his speech at the United Nations to mark Nigeria’s new membership of the world body. Chief Obafemi Awolowo’s party, the Action Group, had stated its opposition to ‘’apartheid’’ in South Africa.

In the academic realm, students at University College Ibadan had vigorously opposed Balewa’s military agreement with the British Government; and France’s genocidal plan to test atomic bombs in Africa’s Sahara Desert, Nigeria’s neighbourhood.

In 1975 Dr. Yusuf Bala Usman and Patrick Wilmot lobbied the Murtala Mohammed/ Obasanjo military government to support the socialist liberation movement in Angola despite opposition by the American government.

What was lacking had been angrily expressed by Dr. Diallo Telli, the first elected Secretary General of the Organisation of African Unity (OAU) in a speech he delivered in 1965 to students at MAKERERE University in Kampala, Uganda. Criticised for limiting his strenuous diplomatic efforts to appeals to Africa’s Heads of State and Foreign Ministers, Telli had hit back by asking what effort students themselves were making in the struggle for a United States of Africa.

Specifically, he hinted at lacking power to intervene into educational syllabuses and cultural activities and train orientation to, and creative measures for, building into Africa’s youth passions for building the unity of a post-colonial Africa. He was also combating very active agents of former colonial powers who preferred a balkanised Africa trapped behind high walls of isolation and powerless ‘’sovereign states’’.

He was also a lone ranger over a vast majority of small-scale farmers, livestock herders, fishermen denied the visibility of the drama of international activities including competition for vital minerals and agricultural resources.

British colonial governments had been careful not to repeat their error of allowing a rich capitalist class to emerge in North America’s colonies who rose up to fight for their political and economic freedom.

In East Africa Britain nurtured a commercial class imported from India, while in West Africa they were imported from Lebanon, Greece and India. The lack of Aliko Dangote’s ‘cement Pan-Africanism’ denied Diallo Telli strong capitalist allies to push politicians towards a united political, administrative and economic space. A business class with a vigorous demand for measures for using schools and colleges to train warriors for building Africa under a one government were not within reach of his elbows.

Colonial schools taught pupils to draw the ‘’Downs’’ on which London City sits; the location of Liverpool and Glasgow on the craggy map of Britain, but not how to draw maps of their village, country or Africa.

In a questionnaire filled by 2021 members of PAN-AFRICA Club at AGGS, delighted responses included: ‘I discovered some African countries’’; ‘’I can now become president of Botswana’’; ‘’I now know about Ethiopia and how to solve her problems’’, to ‘’With my fellow presidents we will rescue Africa’’.

In the simulation ASSEMBLY of the African Union (on 19th November, 2021), diplomats from D.R.Congo were delighted to hear the president of Cote D’Ivoire celebrate their country’s application to join the East African Community. Likewise, Mali’s diplomats were glad to hear their ‘President’ expose the tragic reality of sand dunes burying whole farmlands, water wells and communities around Timbuktu.

Thu, 28 Jul 2022 12:00:00 -0500 en-US text/html https://www.thisdaylive.com/index.php/2022/01/06/africa-captured-by-girl-presidents/
Killexams : Cognitus and Revelation Software Concepts Announce Strategic Partnership to Simplify S/4HANA Projects

Cognitus partners with Revelation Software Concepts, a leader in SAP change management and intelligence software, to fast-track S/4HANA migration for digital transformation.

RSC and Cognitus Partnership

RSC and Cognitus Partnership

MELBOURNE, Australia, July 28, 2022 (GLOBE NEWSWIRE) -- Cognitus, an SAP Gold Partner that sells and implements SAP solutions, announced a new partnership with Revelation Software Concepts (RSC), a leader in SAP change management and intelligence software, to help organizations stay ahead in a nearly digital world.

The collaboration has already solved digital challenges for several clients, including Danbury Mission Technologies, which deployed Rev-Trac Platinum, RSC's automated SAP change management platform, to assist with its successful migration to S/4HANA.

The RSC and Cognitus partnership creates solutions to meet the rising demand for organizations to transform digitally to deliver a first-class customer experience while accelerating innovation. It empowers organizations to create better business outcomes sooner with a fast, risk-reduced migration to S/4HANA, the building block for a digital transformation strategy.

Under the partnership, Cognitus can offer Rev-Trac Platinum to its customers as an add-on to its advanced Gallop product suite and SAP consulting expertise to better provide clients with a predictable transition to S/4HANA and the digital capability required to keep pace with innovation.

Daniel Clark, Global Partner Manager for Rev-Trac, says Cognitus is the perfect partner to work with on digital transformation projects. "Our automated SAP change management and intelligence tools complement Cognitus' S/4HANA packaged solutions, facilitating a successful digital transformation today and helping to prevent issues in the future."

"With a reputation and presence built on the success of its S/4HANA product suite in the U.S. and EMEA, we look forward to our partnership with Cognitus enabling organizations to achieve digital transformation objectives faster and with less effort and risk," he said.

René van de Zanden, VP Sales EMEA at Cognitus, said, "We are delighted to partner with RSC in improving our clients' digital transformation projects."

"Rev-Trac Platinum bolsters our current toolset, enabling us to offer more value-added services," Mr. Steve Brown, Lead SAP Basis Consultant at Cognitus, said. "Its capacity to automate and enforce SAP change management and orchestrate an end-to-end DevOps platform will allow us to simplify and accelerate S/4HANA migrations, which translates to extra value and better business outcomes for our clients."

"RSC's more than 20 years of experience in empowering organizations to deliver rapid low-risk SAP change makes them an ideal partner in helping our clients to transition safely to S/4HANA and avoid unnecessary costs, project delays." - Steve Brown.

About RSC

RSC develops solutions that enable organizations to increase business agility and accelerate transformation in a fast-paced digital economy. For more information, visit www.rev-trac.com or contact fiona.quill@revelationsoftwareconcepts.com

About Cognitus

Cognitus is an SAP Gold Partner that specializes in SAP solutions. It is a world leader in the S/4HANA Movement with its Gallop portfolio focusing on S/4HANA assessments, factory delivered migrations, and guided outcomes for specific business process improvements.

Visit Cognitus at www.cognitus.com or contact sales@cognitusconsulting.com

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Image 1: RSC and Cognitus Partnership

RSC and Cognitus Partnership

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Thu, 28 Jul 2022 05:02:00 -0500 en-US text/html https://www.yahoo.com/now/cognitus-revelation-software-concepts-announce-170000270.html
Killexams : Why inspection & certification for cybersecurity testing is a must for manufacturing businesses
 Sandip Kumar Panda, CEO, Co-founder, InstaSafe
Sandip Kumar Panda, CEO, Co-founder, InstaSafe

One of the biggest cybersecurity threats in the manufacturing industry is supply chain attacks. Manufacturing entities are always interdependent with a lot of suppliers, logistics partners and other supply chain partners for their production.

With so much interdependence, their applications are highly vulnerable to cyber attacks. If one of the third party systems gets breached, it can affect the main manufacturing entity.

To mitigate this, there needs to be proper remote access provisions for third party consultants to secure access ERP applications with enhanced multi factor authentication. There is a bigger scope of cybersecurity testing of this wide spread and inter connected infrastructure of manufacturing organizations.

Today, manufacturing facilities have large production units that run on an automated mechanism, wherein very little human intelligence is required after the software receives directions for operations. It is no debate that in case of a halt in production owing to software malfunction, even for a day, it incurs substantial financial losses alongside downplaying the reputation of a manufacturing plant.

The background of these developments makes it essential for quality-quantity operational units pre-set in the software to have space for zero malfunction. In addition, it also brings forth the necessity to ensure software's smooth running and assurance to the company that the software is at par with the standards it seeks. Certification plays a pivotal role here and guarantees the level of trust a company can put up in the software's work.

Certification of cybersecurity technology is crucial to creating in-depth knowledge of the possible threats in the virtual world. It showcases a code of conduct and ethics for an employer to hire. For an academic learner, it gives an added advantage and better understanding of the university or a course a student would be pursuing or might have followed in the past.

There are primarily two types of programs for certification – professional cybersecurity certifications for individuals working in the cybersecurity field that are looking at enhancing their skills with the latest tools and software. The course is primarily an upskilling certification to upgrade your learnings in the ever-changing cybersecurity landscape. The other program is the academic cybersecurity landscape – curated for students to provide an in-depth understanding of possible threats with which software can be targeted to analyze different aspects of cybersecurity.

In addition to knowledge sharing, certification in information technology courses specifically curated to enhance knowledge in cybersecurity and in-hand experience of dealing with large machines cumulatively also helps an employee become a professional inspection officer.

These individuals play a primary role in the functioning of a manufacturing unit, especially under the crisis inspection checks that help manufacturing units dodge a potential crisis. They also validate the reasoning behind malfunctions and guide the operators to quick functioning and stabilize the workforce management in the production unit.

Integrated technology fosters increased data collection

Integrated production lines using smart sensors and actuators to collect data digitally has driven more flexible production and increased the rapid adoption of new technologies over the past decade.

The desire for increased data collection continues to gain momentum and has spread across processing and packaging operations, with most companies moving toward an IIoT model of manufacturing.

This is beyond automated machine functionality and towards integrated machine communications, adopting digital data exchange.

Assessing a Cloud Service Provider

With manufacturing firms hosting their workloads in a cloud environment, it’s important for CISOs to correctly assess the capabilities of their Cloud Service Providers (CSPs). There are several factors CISOs can use to assess their CSPs, for instance:

  • If the update and patching of systems is carried out regularly
  • Do they have a dedicated team following Checked best practices or standards to detect and remediate breaches
  • Testing their teams’ cybersecurity preparedness on a regular basis with mock intrusions
  • Maintaining a robust information security system

IoT testing imperative to prevent cyberattacks

With the growing implementations of Industrial Internet of Things (IIoT) applications and services, the spectrum of cybersecurity threats has changed with it and requires enhanced security measures and controls to be developed. The threats and types of breaches possible on the internet during the pandemic must not be underestimated.

Breaches happening in the industrial IoT domain would be critical due to specific exposures that are related to machine-to-machine communication and environments, these M2M communication networks are an integral part of connected factories involving high dependency on next generation wireless communication systems (5G, time sensitive networking, etc.) and involving self-automated, self-driven, and self-learning network characteristics.

Though IoT device manufacturers are heavily investing in the development of new solutions, these organizations often lack the security expertise and the technical resources to ensure that high levels of security are built into their products.

(This article is authored by Sandip Kumar Panda, CEO & Co-founder of InstaSafe Technologies)

Fri, 22 Jul 2022 00:29:00 -0500 en text/html https://cio.economictimes.indiatimes.com/news/digital-security/why-inspection-certification-for-cybersecurity-testing-is-a-must-for-manufacturing-businesses/93044153
Killexams : Applications for Ohio controlled public hunting permits will be accepted in July

Applications for Ohio’s controlled public land hunting opportunities will be accepted beginning Friday, July 1, according to the Ohio Department of Natural Resources Division of Wildlife.

These hunts provide special chances for hunters to pursue deer, waterfowl, doves, and more on public lands during the 2022-23 season. The application period is open for all hunters until Sunday, July 31.

Controlled hunts are held on select areas around Ohio and are available through the Division of Wildlife and the Division of Parks and Watercraft. Available hunts for the 2022-23 season include deer, waterfowl, dove, pheasant, squirrel and quail. The Division of Wildlife offers hunts for adults, youth, mobility impaired, and mentors with apprentices. Firearm and archery options are available.

Hunters may apply for controlled hunts by completing the application process online using Ohio's Wildlife Licensing System or via phone by calling 1-800-703-1928. There is $5.50 service fee for the phone option. Each hunt requires payment of a non-refundable $3 application fee. Customers may apply for more than one hunt but can only apply to each hunt once per year.

All applicants are required to possess a valid Ohio hunting license and meet age requirements. Youth hunters must be under 18 at the time of the hunt to participate. Adults must be 18 or older at the time of the application. Those applying for deer hunts will also need a valid deer permit to apply. Find more information at wildohio.gov on the controlled hunt page.

Participants may use a deer management permit during controlled deer hunts. Deer management permits cost $15 and can be used to harvest antlerless deer only. Deer management permits are valid on private land and select public hunting areas until November 27, 2022. They are also valid during authorized controlled hunts between September 10, 2022, and February 5, 2023.

Hunters are randomly drawn from submitted applications. Successful applicants will be notified and provided additional hunt information by Monday, Aug. 8, including a permit, rules, and hunting area map. Each controlled hunt opportunity is unique, and applicants are encouraged to thoroughly review all site-specific information, including rules and requirements, prior to applying. Application statuses can be viewed through Ohio’s Wildlife Licensing System.

This article originally appeared on The Alliance Review: ODNR's controlled public hunting permit applications taken in July

Wed, 29 Jun 2022 11:42:00 -0500 en-US text/html https://sports.yahoo.com/applications-ohio-controlled-public-hunting-062208181.html
Killexams : How to Get Rid of Spider Mites—One of the Most Common Houseplant Pests

spider mites on plant

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Raising plants can be a both rewarding and frustrating experience. One discouraging drawback is when your greenery starts to look a little worse for wear and you can't figure out the cause. If the leaves on your plants begin to look stippled or distorted, it's possible it has fallen victim to mites. "Spider mites are one of the more common—and exceptionally frustrating—pests of plants both indoors and in the garden," says Josh Brown, owner of Predatory Plants. The arachnids aren't visible to the naked eye, reproduce rapidly, and leave a messy web in their wake.

While there are many different varieties of mites, spider mites are the most common. The pest lives in nature and in nursery settings, so you should check your plants for mites before bringing them home from your local gardening center and before moving garden plants indoors during cold weather seasons. "Since mites are so small, they can travel on human clothing or shoes from the outdoors, or they can be brought into your home on plants from the store," says Brown. How easy spider mites are to come by means it's important to be vigilant at protecting your plants from them.

Related: How to Get Rid of Common Houseplant Pests

Why Spider Mites Are So Common

Spider mites are most often a nuisance for houseplants, because the conditions of your home form a very hospitable environment for the pest. "Spider mites thrive in warm, low-humidity conditions found in most homes," says Melinda Myers, host of the Great Courses How to Grow Anything DVD series. She also notes they typically attack stressed pants, which is common for tropical plants growing indoors.

Spider Mites vs. Other Mite Species

If your plant has mites, more often than not it's spider mites. Despite this fact, there are many different varieties of the arachnid to look out for. "Spider mites are the most common, but cyclamen and broad mites are an occasional pest of houseplants—these are tiny and do not form webs like the spider mites," Myers says.

It's also possible that your plant has fallen victim to predator mites, which feed on spider mites. Brown says sometimes a plant will have predator mites if they were used in a greenhouse as a biocontrol. "The most noticeable difference between predatory and common spider mites is that predatory mites can be seen moving with the naked eye, whereas spider mites are only visibly active under a magnifying glass," Brown says.

Signs Your Plant Has Spider Mites

Knowing the signs of a spider mite infestation can help you get ahead of it. "Spider mites have needle-like mouthparts," Meyers says. "They use these to pierce the leaf surface and suck plant juices." According to Brown, this action typically leaves behind stippling on the leaves—or tiny white dots where the sap has been removed from the leaf tissue. "Usually it begins around the large veins of the plants on the tender leaves," Brown says. "In cases of severe infestation, the leaves will curl inward and are often coated in a messy web."

How to Check for an Infestation

If you see signs of a mite infestation and want to know for sure, Myers says to get out a magnifying glass and hold a piece of white paper under a leaf. Next, shake the leaf and watch for the specks to move across the page. "I often feel the grittiness of droppings and their cast exoskeletons," Myers says. "As mites grow, like insects, they cast off their outer skeleton—that is their structure instead of bones like ours."

Related: How to Rid Your Garden of 5 Common Summertime Pests

How to Prevent Spider Mites

Before adding a new plant to your collection, there are a few precautionary measures you should take against mites, as they can easily travel from one plant to another.

Isolate Your Plant

It may seem drastic, but you want to remove any chance that a potentially mite-infested plant could affect the rest of your greenery. Myers says to isolate new purchases from the rest of your houseplants for several weeks and to watch for signs of spider mites and other pests before introducing it to the rest of your collection.

Clean the Leaves

Not only does cleaning the leaves eliminate dust, which allows your plant to access more sunlight, it also removes mites that may already be present. Myers says to use a damp cloth to wipe down smooth leaved plants and a makeup brush for fuzzy leaved plants.

Reduce Plant Stress

Since stressed plants are more susceptible to spider mites, it's important to promote a healthy and habitable environment. Myers says to make sure plants receive sufficient moisture and sunlight to reduce stress.

Increase Humidity

Since spider mites prefer low humidity, one way to keep them at bay is to increase the moistness of your plant area. You can do this by grouping plants together (once you've completed the isolation period). "As one plant transpires—loses moisture through pores in the leaves—the others benefit," Myers says. She also notes that you can set plants on saucers filled with water, making sure the plants are elevated above the water. "As the water evaporates it increases the humidity around the plants," she says.

Related: Should You Mist Your Houseplants in Addition to Watering Them?

How to Get Rid of Spider Mites

All hope isn't lost when you identify a spider mite infestation—there are a few ways to get rid of the arachnids once they've found a home on your plant.

Soap and Water

One way to get mites off your plant is to wipe down the leaves with soapy water. To do so, Brown says to start by mixing a small amount of dish soap with about 1 cup of water. Next, dip a cloth into the solution and fully wet and wipe down the leaves, making sure to also clean the stems and undersides of the leaves. Fully rinse off any soap residue from the plants and soil.

Horticulture Oils

Myers recommends using horticultural oils, which are organic and kill all stages of mites on contact. Mites are similar to insects in that they breathe through the holes in their exoskeleton—the oil coats their bodies and suffocates them, causing them to die off. For application, spray the oil on the upper and lower leaf surfaces and stems of the infected plant. "Since these are contact killers, repeat applications are usually needed since you may miss some of the insects" Myers says.

Spray with Water

A strong blast of water will dislodge many of the mites, but it won't be effective when done only once. "Water showering alone is not effective at removing mites," says Brown. "It can deter them and rinse away some of them, but most mites hide in the crevices or undersides of leaves and will not be affected by showering the plant." Repeat the process weekly to keep the mites from taking over your plant again.

Invite Predators

If you have room and the weather conditions are tolerable, Brown recommends moving your plant outdoors. "Mites have many natural predators, like ladybugs, and they can help clean plants as well," he says.

Tue, 26 Jul 2022 01:32:00 -0500 en-US text/html https://sports.yahoo.com/rid-spider-mites-one-most-133100128.html
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