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10. Yunus/Prophet Jonah

10. Yunus/Prophet Jonah

I/We begin by the Blessed Name of Allah

The Immensely Merciful to all, The Infinitely Compassionate to everyone.

10:01
Alif. Lam. Ra’.
These are the Messages of the Book of Wisdom - The Qur’an.

10:02
Is it so strange for the people that WE revealed to a person who is one of them –
Muhammad ibn Abdallah - with a command:
‘Warn the people, but also give the good news to those who believe –
that they will have the reward of their good deeds and dealings with their Rabb -The Lord?’
But the disbelievers allege:
‘This is certainly a clear deception.’

10:03
Surely, your Rabb - The Lord is Allah – The One and Only God,
WHO created the celestial realm and the terrestrial world in six days/time spans,
then settled over The Throne of Almightiness, directing all affairs.
No one can intercede with HIM on behalf of anyone except after HIS permission.
This is Allah, your Rabb - The Lord!
So submit to HIM in awe, reverence, and worship!
Will you not then reflect?

10:04
To HIM is your return – all of you together:
Indeed, Allah’s Promise is true that you all are to be brought back to HIM.
It is HE WHO initiated the process of creation in the first instance, and
then HE will repeat it in another dimension of existence,
so that HE may reward - in all fairness - those who believe and practice righteousness.
Whereas those who disbelieve and die as disbelievers – for them will be a drink of boiling
dirty fluid,
and a grievous punishment for they had been willfully disbelieving.

10:05
It...

کارڈز میں بیعِ صرف کی شرعی وفقہی حیثیت اور اس کی عملی تطبیق

Digital Cards in banking and non banking sector have been widely used and legally accepted in the world today.  They are not only safe and secure for business transactions but also easy to use. This new phenomena has raised many questions for Muslim jurists and Islamic legal scholars as whether or not their transactions are sharīʿah compliant. This paper attempts to study this new phenomenon and analyze the juristic literature in order to explain the Islamic legal status of the utilization of these cards.

A Product-Line Model-Driven Engineering Approach for Mobile Applications Generation and Performance Testing

Mobile application development is emerging as one of the focused areas in the software industry due to the exponential growth of mobile users and applications. The mobile market is highly competitive and the applications developed need to work under strict performance constraints to meet the expectations of end users. A significant challenge faced by the industry is developing multiple native variants of mobile applications to support different mobile operating systems, varying mobile devices, and varying application functional requirements. The mobile devices typically have limited memory, battery power, and processing speed, which makes performance testing of these applications very important. The current industrial practice is manual development and testing of several native variants for a mobile application. Any potential change has to be applied and tested across variants manually, which is neither efficient nor scalable. In this thesis, the problem of developing various native variants of a mobile application is considered as a ‘software product-line engineering’ problem. The thesis proposes a novel product-line model-driven engineering approach for mobile applications that addresses the key challenges of generating of feature-based native mobile application variants for multiple platforms. Specifically, the approach deals with three types of variations in mobile applications: variation due to operating systems and their versions, software, and hardware capabilities of mobile devices, and functionalities offered by the mobile applications. The models developed are used to generate mobile variants automatically. Due to the variation in mobile devices, the overall performance of generated variants may significantly vary across platforms. Once the native variants are generated, performance testing of mobile applications across various platforms is also of key importance to ensure that the variants are performing within acceptable limits. For this purpose, an automated model-based performance testing approach is proposed that specifically focuses on the evaluation of mobile device processing, memory, and battery consumption for native application variants. The proposed approach is supported by an automated MOPPET tool and is applied to two industrial case studies. The tool is used to generate the application variants and test their performance. The results of applying the approach to case studies show that the proposed approach is applicable to industrial mobile applications and have the potential to significantly reduce the development and testing efforts. A questionnaire-based survey is conducted to evaluate the usefulness of the proposed approach. The analysis of the survey summarizes that the presented approach addresses the challenges of generating and performance testing of mobile application variants.
Asian Research Index Whatsapp Chanel
Asian Research Index Whatsapp Chanel

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