Month: August 2014

John Pereless – Dodge American Muscle Car!

John Pereless 2015-dodge-challenger-srt-red on road

John Pereless 2015-dodge-challenger-srt-red on road

Men and women discuss the beauty times in the muscle mass automobiles, the mid-60’s, first 70’s as well as the way we won’t ever encounter these kinds of excellent times from the motorhead’s point of view. Properly, most of us highly take issue, most of us feel most of us reside in an amazing period, it’s occurring today! If you like National muscle mass, there has never been this kind of excellent featuring associated with automobiles while today. Think of the crazy 662HP Mustang GT500, or even the sharp Camaro Z28 – a very good observe tool using supercar-like handling and from now on, the latest generation associated with Avoid, the really Opposition Hellcat.

Motivated by it is 1970 precursor, the Hellcat claims to bring away the hooligan with anyone. The actual 6. 3 liter supercharged Hemi forces away no less than 707HP as well as 650 lb-ft associated with torque, making this probably the most potent generation muscle mass vehicle to help time. It’s going to perform 0 to help 60 in just four mere seconds and it also will probably conclude the 1 fourth mile with minimal 11’s on road four tires as well as higher 10’s on pull radials. Which is Ferrari 458 France as well as Nissan GTR rapidly. Also it will eventually strike the 200MPH Ultimate goal associated with territory velocity. In addition to, in all-around $65, 000, it’s not so pricey sometimes.

Even so, this may not be a great all-out speed as well as Avoid has considered daily traveling too. You possibly can pick a 6 velocity guide book or even a great 8 velocity automatic. Also you can get excited as well as cooled off buckskin seating, ac as well as any electric power element ever made. Wireless connection, style command turned on infotainment, nav, anyone label this – they have got this. Basically, the complete inside continues to be enormously improved upon, equally with seems as well as really feel, anything that was usually documented while absent in the past. You additionally obtain a pair of important fobs, some sort of reddish someone to expand the entire probable in the vehicle and also a much more exhaust friendly valet fob, that’ll restrict the revs to help 4000 RPMs, the power to help 500HP (still a lot more than current top-of-the-line 485HP 6. four HEMI V8! ) and may arranged the vehicle with “street” setting, turning it into rather easy to live on using, every day.

Dealing with clever, Avoid as well as SRT technical engineers have worked tough to improve that the vehicle feels around the bends and so they does an attractive excellent employment, as well. The actual Hellcat can be equipped using adaptive damping suspension, big 20” cast lightweight aluminum tires plus the largest brakes bundle Chrysler has ever before suited for the automobiles to date, 15” two-piece Brembo rotors using six-pistons calipers. Your vehicle is going from 0 to help 100MPH as well as to 0 in a very amazing 13 mere seconds. The item feels sharp as well as specific, the prescribing has a good opinions as well as there’s almost no physique rotate. Still, that is still a whopping vehicle plus the laws associated with physics still apply. Admiration which plus the Opposition won’t dissatisfy.

While using the mean seems plus the power to (over) go with anyone, that is just one muscle mass vehicle we’re desirous to discover with showrooms later on this coming year.


John Pereless Software Technologies in Red Bank NJ

Launched in Red Bank in 2010 by John Pereless can be an American privately owned software development company devoted to the analysis, design, implementation and support of cost-effective, custom built programs.
John Pereless’s preferred delivery approach can be an iterative, agile, customer centric software improvement process where business analysts and developers use the customers to gather requirements and an awareness of the current enterprise processes, and to design in addition to deliver a software solution that besides meets the business’s requires, but also is meant to improve business productivity.

Throughout development, a continuous integration process allows customers to test the application regularly mainly because it is being built. On implementation, customer’s staff are trained on use of the new system.

An essential target for software developed by John Pereless is quality. Quality is achieved by means of leveraging agile processes in addition to tools, where customers can do the development process to help define the scope connected with development iterations, tasks in addition to prioritize goals.

Web-based and manual code review processes as well as comprehensive unit tests and integration testing make sure delivered projects meet quality expectations in the customer.

John Pereless offers their customers a 3-month warranty and support period where users may have unlimited phone or electronic mail consultation. Customers can access the online task and difficulty management system to log requests for enhancements (RFEs) or report any defects encountered during the testing or production periods. John Pereless seeks for being the most customer centric of all Red Bank software businesses.

John Pereless’s preferred technological choice should be to deliver cross-platform solutions according to open standards and available source technology that make certain stability, compatibility, and security over the long application lifespan. This enables a decrease in upfront and ongoing licensing costs.

John Pereless partners with a number of local companies to deliver integrated turn key options including hosting, infrastructure, barcode making, mobility and RFID encoding amongst other technologies.

As a cross-platform software vendor, John Pereless can deliver solutions to the Mac platform and include with existing Mac Purposes. The Red Bank software company has experience in developing Patient File Management Systems running about the Mac Platform and developing with medical applications such as Genie.
John Pereless is additionally experienced in embedded gadget development using cross platform technologies to deliver embedded applications that run on low resources devices such as Intel Atom or EQUIP processors. These embedded devices can hook up with external sensors via MAY, USB, ethernet or comparable. An example of embedded development is usually a mining vehicle activity monitoring application for just a local mining company.

Once a project has become delivered, John Pereless works using its customers to promote the actual developed solution or the customer’s business normally on the digital media providing services such as search engine marketing, content writing or marketing via email.

Open Source Technology World By John Pereless

Open source software is just software like others. it is differentiated by its license, patent or terms of use & services, which assures some freedoms, in contrast to a sole ownership. Proprietary software i.e. a privately held property which restricts these rights. Open source software guarantees the right & order to access and modifies the source code, and to use, reuse and redistribute the software, all with free from all costs.

Open source technology can be an often-misused term; too generally, users often think open source is identical with no cost. With the relatively recent climb on the Internet’s influence on creation and development of application, open source has turn into a popular vehicle to attain widespread use and support of some quite popular software titles. In this informative article, we’ll discuss a meaning of open source technology and its relationship with software such as Linux operating system.

In a few cases, there may be an constraint to share enhancement or betterment with the wider community, thus assuring global benefit.

These, meaningfully simple guarantees & have powerful implications such as:

(A) They encourage the software reuse

(B) Triggers innovation, ideology, concept & flexibility

(C)  Ease of integration

(D) Decrease the monopoly in terms of operating and using the features.

(E) No vendor specific or service oriented monopoly means no reason to hide defects and security loopholes.

(F) No single-vendor access means diversity of support and services.

(G) Sometimes competition leads to customer benefit

(H) Lower hurdles in use and making an entry in app world that boosts involvements.

In all, open source software is licensed under some terms and they are:

  1. Software use freely, within the terms of the licence applied [As we discussed above]
  2. Condition on viewing the source code [If a community don’t want to share the code, that’s certain if they wish to do so ]
  3. If you want to improve the source code or you want to add some additional features as per the license, you must share those with the community as well for being published the changes.
  4. Distribute the source code [As per the norms and terms applied in the license].


The Open Source Initiative (OSI) [An organization dedicated to promoting open-source software. The organization was founded in February 1998, by Bruce Perens & Eric S. Raymond, prompted by Netscape] maintains the Open Source Definition (OSD), and is recognised globally as the authority on certifying whether a license is truly open source or not.


Some most commonly used open source Licenses are:

  1. GPL [General Public Licence] version 3, and version 2 is still widely used
  2. GNU Lesser General Public Licence (LGPL)
  3. BSD Licence
  4. Mozilla Public Licence (MPL)
  5. Apache Licence

Open Source Technologies:

Open source technology [OST] can be defined as the application implementation paradigm that permitting the end users & developers to not only access the source code of program, but make changes in that as well. The Unix based Linux OS is a one of the best examples of OSS technology.

The most widely used open source technology and platform these days is: LAMP which is a combination of different sets of open source technological segments. L in LAMP stands for Linux [A server that manages the instructions/requests/responses from remote side queries]. A is for Apache which is again an open source [A licence under which these operates], M for MySQL which is an open source database management System [ODBMS] and P stands for PHP [Hyper text preprocessor – A programming language to write the piece of code or say software].

John Pereless Writes on Open Resource Technologies!

Wide open origin software program is merely software program like other people. it can be differentiated by means of the permit, patent or maybe words of usage & companies, which often guarantees several freedoms, in contrast to a single control. Amazing software program my partner and i. age. a independently used property which often limits these kinds of protection under the law. Wide open origin software program warranties the proper & buy to reach along with modifies the original source rule, and work with, reuse along with redistribute the software program, just about all together with totally free of just about all charges.

Wide open origin technological innovation almost always is an often-misused period; far too generally, customers frequently feel open up origin is usually equivalent without expense. While using the fairly the latest clamber within the Internet’s effect in creation along with advancement associated with application, open up origin features develop into a popular car to realize widespread work with along with assistance associated with several well-accepted software program game titles. Inside this post, we shall talk about a which means associated with open up origin technological innovation and it is partnership together with software program including Linux main system.

Inside a handful of instances, there could be a concern to share with you enhancement or maybe best interests while using bigger local community, thus telling world wide benefit.

These kinds of, meaningfully easy warranties & get effective significance including:
(A) They promote the software program reuse
(B) Activates innovation, ideology, idea & freedom
(C) Simple integration
(D) Lower the monopoly when it comes to working along with while using the characteristics.
(E) Zero vendor specific or maybe support driven monopoly suggests absolutely no cause to hide disorders along with safety loopholes.
(F) Zero single-vendor gain access to suggests multiplicity associated with assistance along with companies.
(G) At times rivalry contributes to customer benefit
(H) Cheaper obstacles utilized along with generating a access with iphone app entire world that will improves involvements.

In all, open up origin software program is usually certified underneath several words and perhaps they are:

1. Application work with widely, in the words on the permit applied [As most of us talked about above]
two. Issue in viewing the original source rule [If a residential district don’t need to write about the rule, that’s a number of in case they wish to do this ]
3. If you need to increase the origin rule or maybe you want to then add additional characteristics according to the permit, you should write about include those with the community at the same time if you are posted the alterations.
4. Disperse the original source rule [As per the norms along with words applied inside the license].

The actual Wide open Supplier Project (OSI) [An group committed to advertising open-source software program. The organization has been founded with February 1998, by means of Bruce Perens & Eric Ohydrates. Raymond, prompted by means of Netscape] retains the Wide open Supplier Meaning (OSD), and is also identified around the world for the reason that power in certifying whether or not a permit is actually open up origin or maybe definitely not.

Some most commonly utilised open up origin Permits are:

a. GPL [General Public Licence] type 3, along with type two is widely used
t. GNU Less Community License (LGPL)
h. BSD License
debbie. Mozilla Public License (MPL)
age. Apache License

Wide open Supplier Technologies:

Wide open origin technological innovation [OST] can be defined as the application execution paradigm that will letting the finish customers & coders not to just gain access to the original source rule associated with program, although help make alterations in this at the same time. The actual Unix dependent Linux OPERATING SYSTEM is a among the best samples of OSS technological innovation.

The actual hottest open up origin technological innovation along with program these days is usually: TABLE LAMP the mix off different pieces associated with open up origin technical segments. T with TABLE LAMP is short for Linux [A server that will manages the instructions/requests/responses through remote side queries]. A new is made for Apache which can be once again a open up origin [A permit underneath which often these kinds of operates], Michael regarding MySQL which can be a open up origin data source administration Technique [ODBMS] along with P is short for PHP [Hyper word preprocessor : A new selection words to publish the section of rule or maybe state software].

John Pereless And Embedded Software Systems

Embedded software is system based software, programmed to control operations under a specific machine or mechanism or devices that are not typically function or thought of as computers i.e. devices those operates on certain fixed sets of operations and deliver some stand by solutions as an outcome. It is typically specialized & embed for the particular hardware that it runs on and has a time as well as memory restrictions. This term embedded is often used in exchange of firmware [a software or program that coded on a memory device], though firmware can also be applied to read only memory i.e. ROM based code on a computer [The first booting of your PC], on top of which the operating system executes, while the embedded software is technically the only software on the device in queue.

A short and stable functional specification is that no or not all operations of embedded software are controlled via a human interaction, but through machine communication mode instead. A machine runs the software through some set of so called predefined buttons and operations in the installed or embedded system.

Product manufacturer installs/fixes embedded software in the available resource or modes of facilities i.e. electronic mechanisms in cars, printers, telephone systems, modems & other wireless devices such as routers, ports etc , robots, appliances, kids toys & further gaming devices , security alarms systems, medical equipments such as a cardiac pacemakers, entertainment media i.e. televisions and set-top boxes, and digital watches etc. The operations performed by these well written programs or software can be very simple, like procedure control, energy control,  lighting controls running on an 8 or 16-bit microprocessor and a few kilobytes. Megabytes of memory or can become way sophisticated in applications such as aviation by airplanes, defense by missiles, and further operation control systems.

How embedded software are different than Application software

Many customers are aware from application software which are developed for accomplishing some tasks within the system or computer processor based systems. They provide specific functional utility in a computer system. There exists a minor yet countable difference that embedded software however is not visible, but not less complicated too. In case of application software, embedded software uses fixed or we can say dedicated hardware and capabilities and they must use the built in or installed memory/processor in operations. Further we can say, they are restricted in using third party procedure call for accomplishment of further system resources in exchanging the functions rapidly as we can see in a computer system which often uses the network resources too in case of requirements. In further explanation, we can say that an embedded system or software is a static available resource that fulfils the unique and predefined functional demand while an application software further adds features and utility to an existing computing system.

In addition, embedded software needs to be included all required drivers at manufacturing or installation/integration time, and these drivers are written for the specific hardware at that point of time.

Memory accessed by these systems is also different i.e. an embedded system or software accesses memory from the available limit through its DMA based USB or SPI or Serial Ports protocol i.e. Direct Memory Access while in computer based application software, memory requirement is adjusted dynamically at run time and there are so many protocols exists for that and the most commonly known mechanism is Swapping of pages at run time while virtual memory need adjusted as per the run time on demand memory needs.

The memory & processing resource requirement vary as per the type of system chose. The programming used to code the program can be C, C++, Java or advanced level application programming depending upon the complexity of the system features as well as its operation.

For more software relevant articles and blogs, please browse Author John Pereless Blog

John Pereless Writes about Software Testing basics

Basics of Software Testing:  Software Testing is the process to make any software or computer program bug free i.e. in Software Testing, the outcome is measured on some set of predefined results for the delivered input versus obtained output. Software Testing is done to test the quality of the developed product. This is a very important branch or we can say segment on software development Life Cycle [SDLC]. In a more comprehensive as well as abbreviated way: It’s a tough fight between check-sums [Attributes set to be tested] as well as confirmation [Desired outcome on those attribute sets].

Let us differentiate these 2 terms i.e. Check-sums & Confirmation:

Check-sums:  It is the process to ensure the product fulfills the conditions desired at the start of the development phase. make sure the product behaves the way we were looking at.

Confirmation:  It is the process to ensure the product fulfills the desired requirements at the end of the development phase i.e. final phase or can say deployment phase. I.e. to make sure the product is built as per customer specifications or requirements.

Now there exists various types of testing but we will discuss the major 2 types those are very important in delivering a product and its final deployment.

(1) Manual Testing (2) Automation Testing

Manual testing: As the name itself pointing that this type of testing includes the testing of the Software manually i.e. without using any system based tool or any automated script for testing. Here tester performs the role of an end-user or a user engaging in a final delivering mode and test the product or software to record any outcome which is not desirable or bug. There are various stages available for manual testing i.e. unit testing, then Integration testing, System testing & User Acceptance testing or UAT.

Testers use built-in test plans, or test cases or test scenarios to test the product or final software to make sure the completeness of testing process. Manual testing also cover exploratory testing i.e. a tester can apply its own skills to extend the testing processes.

Unit Testing

Unit testing is the smallest piece of testing of an individual unit/module or group of related units. It comes under the class of white box. It is often done by the programmer at run time to test that the unit he or she developed/programmed is producing expected outcomes under given input data.

Integration Testing

When a group of small units merged and build a single largest group of similar kind, this starts integration testing and its a wide form of unit testing. In Integration testing a group of components are combined to produce output. Also, the flow of communication between software and hardware is tested here if they have been programmed intentionally in such a way. It may be in both white box and black box testing.

Product Functional Testing

Functional testing is the testing to make sure the specified functionality or feature is behaving as it is built.

System Testing

Here we test the product under different operating environment such as different operating systems, different browsers, different SDKs etc to ensure it’s behaving all equally.

System or Product Stress Testing

This is done to ensure the product behavior in odds test cases to record the system durability or operating. Security product or systems are undergoes here a lot i.e. ATM, embedded Sensors etc checked very carefully in system stress testing.

Performance Testing

It is the testing to ensure the speed and effectiveness i.e. the overall productivity of the system.

Usability Testing

End user feasibility is checked here i.e. how friendly end-user is operating with the system and how easily he can interact with that. This is very complex part for the testing as if something needs to be changed as per end users point of view, all processes needs to be repeated for the new change.

Product Acceptance Testing

It’s often done by the product owner or customer to ensure that the delivered product meets the requirements and as per his SRS delivered . If works as the customer expected before its implementation, this is the time of its approval.

Automation testing:  This type of testing is totally system based i.e. fully automated! Automation testing which is also known as Test automation, is when a tester write code or scripts & uses another built-in software to test the product. This process does automation on a manual process. Automation Testing is used to re-run the test cases that were performed manually, speedy and frequently.

Software Application Automated Testing

On the other hand, except regression testing, automation testing is also applied to test the product from load, performance & stress point of view. It improves the test coverage; improve accuracy, saves time & money in comparison to manual testing hence it has better productivity options associated with.

What should be automated?

It is very hard to automate everything using the Software; but the areas at which user can make interactions such as login form or registration forms etc, any form where big amount of users. can access the product simultaneously should be automated.

Also, all GUI items [front end], connections with databases [DB calls through sql commands], field validation [Name, age, gender etc] etc can be efficiently tested by automating the manual processes.

When we need to automate?

Test Automation should be used by considering the following for the product to be tested:

Large and critical programs or product which has multiple modules needs to be tested automated.

Projects that require testing the same areas frequently.

Requirements are constant and not changing frequently.

Accessing the application for load and performance with many virtual or imaginary users.

Built In Software testing tools

Following are the tools which can be used for Automation testing purpose:

IBM Rational Functional Tester





Visual Studio Test Professional

John Pereless President and CEO  is an author, entrepreneur, CEO and President at Pereless Software!