#programmin community

[lostlibrariangirl]

06.06.2023 - Tuesday Hello everyone! I am running to finish my TypeScript course (I am loving it, TypeScript is so “smooth”), as I must complete it in order to do the Angular course. I will start in the tech architecture team in July, that is why I am doing my best with the courses. Furthermore, I will keep working with Java, but I will also deal more with Spring for Back-end (I already studied it before, but need to remember), and Angular for Front-end. Keep studying you all, and stay hydrated!

[cyberstudious]

An Introduction to Cybersecurity

I created this post for the Studyblr Masterpost Jam, check out the tag for more cool masterposts from folks in the studyblr community!

What is cybersecurity?

Cybersecurity is all about securing technology and processes - making sure that the software, hardware, and networks that run the world do exactly what they need to do and can't be abused by bad actors.

The CIA triad is a concept used to explain the three goals of cybersecurity. The pieces are:

Confidentiality: ensuring that information is kept secret, so it can only be viewed by the people who are allowed to do so. This involves encrypting data, requiring authentication before viewing data, and more.

Integrity: ensuring that information is trustworthy and cannot be tampered with. For example, this involves making sure that no one changes the contents of the file you're trying to download or intercepts your text messages.

Availability: ensuring that the services you need are there when you need them. Blocking every single person from accessing a piece of valuable information would be secure, but completely unusable, so we have to think about availability. This can also mean blocking DDoS attacks or fixing flaws in software that cause crashes or service issues.

What are some specializations within cybersecurity? What do cybersecurity professionals do?

incident response

digital forensics (often combined with incident response in the acronym DFIR)

reverse engineering

cryptography

governance/compliance/risk management

penetration testing/ethical hacking

vulnerability research/bug bounty

threat intelligence

cloud security

industrial/IoT security, often called Operational Technology (OT)

security engineering/writing code for cybersecurity tools (this is what I do!)

and more!

Where do cybersecurity professionals work?

I view the industry in three big chunks: vendors, everyday companies (for lack of a better term), and government. It's more complicated than that, but it helps.

Vendors make and sell security tools or services to other companies. Some examples are Crowdstrike, Cisco, Microsoft, Palo Alto, EY, etc. Vendors can be giant multinational corporations or small startups. Security tools can include software and hardware, while services can include consulting, technical support, or incident response or digital forensics services. Some companies are Managed Security Service Providers (MSSPs), which means that they serve as the security team for many other (often small) businesses.

Everyday companies include everyone from giant companies like Coca-Cola to the mom and pop shop down the street. Every company is a tech company now, and someone has to be in charge of securing things. Some businesses will have their own internal security teams that respond to incidents. Many companies buy tools provided by vendors like the ones above, and someone has to manage them. Small companies with small tech departments might dump all cybersecurity responsibilities on the IT team (or outsource things to a MSSP), or larger ones may have a dedicated security staff.

Government cybersecurity work can involve a lot of things, from securing the local water supply to working for the big three letter agencies. In the U.S. at least, there are also a lot of government contractors, who are their own individual companies but the vast majority of what they do is for the government. MITRE is one example, and the federal research labs and some university-affiliated labs are an extension of this. Government work and military contractor work are where geopolitics and ethics come into play most clearly, so just… be mindful.

What do academics in cybersecurity research?

A wide variety of things! You can get a good idea by browsing the papers from the ACM's Computer and Communications Security Conference. Some of the big research areas that I'm aware of are:

cryptography & post-quantum cryptography

machine learning model security & alignment

formal proofs of a program & programming language security

security & privacy

security of network protocols

vulnerability research & developing new attack vectors

Cybersecurity seems niche at first, but it actually covers a huge range of topics all across technology and policy. It's vital to running the world today, and I'm obviously biased but I think it's a fascinating topic to learn about. I'll be posting a new cybersecurity masterpost each day this week as a part of the #StudyblrMasterpostJam, so keep an eye out for tomorrow's post! In the meantime, check out the tag and see what other folks are posting about :D

[hitech-pcba]

What Is IC Programming?

sales12@hitechpcb.com 

Integrated circuit (IC) programming is a type of computer programming in which software is created through code and then added to the IC. This normally is done by using a computer as a bridge for IC programming, because the computer can upload software into the IC. This is most commonly used for microcontrollers to control a certain device, but it also may be used for the main computer itself. There are many actions that can be coded through IC programming, and it comes down to what is being controlled.

Definition of IC(Integrated Circuit) Programmin

This is the process of loading a computer program into an IC circuit to run its function. In other words, it is a process of converting computer-encoded code into an IC that will utilize the serial communication protocol available in the device to achieve its goals. For the most part, it is considered the heart of the most important modern electronic circuits.

With IC programming, it all starts with software. Someone builds software made to control a device, and the software has to be added to the controller. If the program is not transferred, then there usually is no way for the controller to command the device to do anything, because it will not have the proper coding or procedures to exercise control. The programming normally is built with classic logic, and there tends to be many “if/then” statements.

After the IC programming is complete, the software must be added to the circuit. A separate microcontroller can sometimes be made to facilitate this task, but this is most commonly done through a computer. The computer, which also is commonly used to code the software, links with the IC and uploads the programming. This is true even if the circuit is within the computer itself.

Why do ICs need to be programmed?

From the available data, the need for IC(integrated circuit) programming is caused by the introduction of oversized circuits. Large circuits are a burden on designers and manufacturers, and to solve this problem, compact and tiny circuits that maintain the intended function need to be introduced. To meet this compact idea, the designers came up with the idea of an integrated circuit.

After integrated circuits were introduced, designers should ensure that they could communicate with other components, either as outputs or as inputs, which gave rise to integrated programming circuits as we see them today.

Nearly all instances of IC programming are done for microcontrollers, because microcontrollers typically are useless without their IC having software and instructions. Microcontrollers can conform to most instructions, are mobile and can be easily installed in most systems, so this tends to make the process easier. At the same time, computer circuits also can have new programming added to their IC, which improves the functions of the computer but typically is harder because other programming already is on most circuits.

IC programming can create a large array of commands and instructions, and there are many programming languages that can be used for this. There usually is no limit to what the programming itself can command, but there is a limit to what the device can do. For example, if the IC programming is for a stepper motor — a motor that moves according to programmed steps — then the programming cannot command the motor to watch over computer documents for user edits, because the device is incapable of this command.

IC programming is the process of transferring a computer program into an integrated computer circuit. Hitech Circuits offers IC programming service to meet the increasing customer requests from electronics industry. Besides programming service, we also provide service for IC marking, taping & reeling, dry packing, and customized package… etc. to fulfill your demands.

To sum up, IC programming is programming and loading the code into the integrated circuit, which can be achieved by offline programming and online programming. It is done following the procedure and using the special tools discussed in this article.

If you need more information on IC programming and functional testing, please contact the Hitech Circuits team. They are known for their super service and turnaround.

IC chip programming steps and method

1. Connect the programmer cable first,install the corresponding IC socket into the writer socket, and turn on the computer and the programmer.

2. Run the programming software: Double-click the “GANG-08″with the mouse (different programming sockets correspond to different burning software).

3. Choose the IC brand. After the program startup screen appears, click the “Device”menu to call up the IC brand selection table. Then select the brand corresponding to the IC to be burned, and then click “OK”.

4. Select the IC Part No: The IC Part No produced by the company, click “Run”after selecting the IC Part No l. If you want to select a jumper for the programming socket at this time, follow the computer’s prompt to jumper and jumper the line, Then click “OK”. If there is no jumper on the programming socket, it will enter the programming interface directly.

5. Load the software to be burned: Click the menu “File”, select “Load File To Programmer Buffer”, then select the software click “Open”, then select “00”, and click OK.

6. Check the software checksum (Buffer Checksum): After the software is loaded, a four-digit checksum will appear after the Buffer Checksum. This code should correspond to the “Electronic Design Document Notice” checksumto indicate the need to burn The recorded software is correct. If it is incorrect, it should be reported to the relevant department immediately for resolution.

7. Programming software: Click the “Program” button to load the IC into the IC socket, and then press the burning button on the burning socket. An “OK” will be displayed if the programming is successful, and the red “Error” will be displayed if the programming fails. The OK indicator light of each programming socket corresponds to the IC with the program. If it is on, it indicates that the IC programming is successful.

8. Make a mark, put a sticker on the IC that burned OK. If the burn failed, put it on another socket and program it again. Put it in the defective box if the IC is damaged, and make a mark.

IC chip programming Service

1.  IC Programm

Support different IC types such as memory flash IC, MCU IC, CPLD&FPGA

 Support different packages such as DIP, SOIC, TSOP, PGA… etc.

 Provide different programming facilities:

a. Universal IC Programmer  ProgMaster-U4/ ProgMaster-U8

b. Automatic IC Programming System DP2000

2.  IC Marking

Support dot/number/character mark

Support variety marking colors

3. Taping & Reeling

4. Dry Packing

Support IC Types

1、Flash Series

eMMC: Toshiba, SanDisk, INAND, Kingston,Samsung,Hynix ENAND,Micron

NAND: Toshiba, Samsung, Hynix,Macronix,Micron, Spansion

MCP: By request

SD& Micro card: Toshiba, SanDisk, Samsung

SPI Flash (25 & 45 Type): Macronix, Micron,Spansion,Winbond EON,ISSI,ESMT, AMIC

EEPROM (24,93,95 Type): ST, On, Holtek, ACE, Atmel

Parallel Nor Flash (29,39, 49 Type): Macronix, Micron, Spansion, Winbond,SST

2. MCU Series

8bit, 8051 based, 16 bit, 32bit, M0 Nuvoton, ST, NXP, M0+Freescale, M3-ST

M4ST, TI, Freescal

3. CPLD& FPGA Series

Lattice,Altera

[jeremymartin789]

Exploring Online Fantasy Games: A Comprehensive Guide

Lotus ID Login fantasy games have surged in popularity, offering immersive and engaging experiences to players around the globe. These games span a range of genres, from sports simulations to epic role-playing adventures, providing unique opportunities for strategic thinking, teamwork, and creativity. This article delves into the world of online fantasy games, exploring their types, benefits, and the appeal they hold for diverse audiences.

Types of Online Fantasy Games

Fantasy Sports Platforms

Description: Fantasy sports games allow players to create virtual teams composed of real athletes from various sports, such as football, cricket, basketball, and more. Players earn points based on the real-life performance of their selected athletes.

Popular Platforms: DraftKings, FanDuel, Dream11

Benefits: Enhances sports knowledge, promotes strategic thinking, and offers competitive social interaction.

Massively Multiplayer Online Role-Playing Games (MMORPGs)

Description: MMORPGs are vast virtual worlds where players create characters and embark on quests, battling monsters and interacting with other players in real-time.

Popular Games: World of Warcraft, Final Fantasy XIV, The Elder Scrolls Online

Benefits: Encourages teamwork, enhances problem-solving skills, and fosters a sense of community and adventure.

Fantasy Strategy Games

Description: These games require players to develop and execute strategies to achieve objectives, often involving resource management, tactical combat, and long-term planning.

Popular Games: League of Legends, Dota 2, Clash of Clans

Benefits: Develops critical thinking and decision-making skills, promotes strategic planning, and offers both competitive and cooperative gameplay experiences.

Fantasy Adventure and Role-Playing Games

Description: These games focus on storytelling, character development, and exploration, allowing players to immerse themselves in rich narratives and expansive worlds.

Popular Games: The Witcher 3: Wild Hunt, Skyrim, Diablo III

Benefits: Enhances narrative comprehension and empathy, promotes exploration and creativity, and provides a sense of achievement through character progression.

Fantasy Card and Board Games

Description: Digital versions of card and board games that involve strategic deck building and competitive matches.

Popular Games: Hearthstone, Magic: The Gathering Arena, Gwent

Benefits: Encourages strategic thinking and foresight, enhances memory and concentration, and provides social interaction and competition.

Benefits of Online Fantasy Games

Cognitive Development

Strategic Thinking and Problem-Solving: Players must plan, strategize, and solve complex problems, which enhances their cognitive abilities.

Memory and Concentration: Games with detailed environments and intricate plots help improve memory and focus.

Social Interaction

Multiplayer Collaboration: Games designed for multiplayer experiences foster teamwork and cooperation.

Building Friendships: Online gaming communities offer platforms for making new friends and interacting with like-minded individuals.

Stress Relief and Mental Health

Escapism and Relaxation: Games provide a break from daily stressors and offer a form of entertainment that can be relaxing and enjoyable.

Mental Stimulation: Engaging with challenging games keeps the mind active and stimulated, which can be beneficial for mental health.

Creativity and Innovation

Creative Expression: Games like "Minecraft" and "The Sims" allow players to express their creativity through building and designing.

Learning and Education: Educational games and simulations provide valuable learning experiences in a fun and interactive way.

Economic Opportunities

E-Sports and Streaming: Professional gaming and streaming have become viable career paths, offering substantial income through competitions and viewer donations.

Game Development: Interest in gaming can inspire careers in game development, design, and programming.

Popular Platforms for Online Fantasy Games

PC and Console Platforms

Examples: Steam, PlayStation Network, Xbox Live

Advantages: High-quality graphics, immersive gameplay, extensive game libraries, and robust online communities.

Mobile Platforms

Examples: iOS App Store, Google Play Store

Advantages: Portability, accessibility, free-to-play options, and regular updates.

Web-Based Platforms

Examples: Browser games, social media games

Advantages: Easy access, low system requirements, and integration with social networks.

Dedicated Gaming Services

Examples: Blizzard Battle.net, Epic Games Store, Origin

Advantages: Exclusive content, integrated social features, game management tools, and regular promotions.

Conclusion

Online fantasy games offer a vast array of benefits, from cognitive and social development to stress relief and creative expression. Their appeal lies in their ability to provide engaging and immersive experiences tailored to a wide range of interests and skill levels. Whether you are a casual gamer seeking relaxation or a competitive player looking for a challenge, the world of online fantasy games has something to offer everyone.

As the gaming industry continues to grow and evolve, online fantasy games will likely expand their influence, offering new opportunities for learning, connection, and entertainment. Embrace the world of online fantasy games and discover the countless ways they can enrich your life, providing endless hours of enjoyment and personal growth.

[amy-hitechpcb]

IC Programming

IC Programming service - Hitech Circuits Co., Limited

What Is IC Programming?

Integrated circuit (IC) programming is a type of computer programming in which software is created through code and then added to the IC. This normally is done by using a computer as a bridge for IC programming, because the computer can upload software into the IC. This is most commonly used for microcontrollers to control a certain device, but it also may be used for the main computer itself. There are many actions that can be coded through IC programming, and it comes down to what is being controlled.

Definition of IC(Integrated Circuit) Programmin

This is the process of loading a computer program into an IC circuit to run its function. In other words, it is a process of converting computer-encoded code into an IC that will utilize the serial communication protocol available in the device to achieve its goals. For the most part, it is considered the heart of the most important modern electronic circuits.

With IC programming, it all starts with software. Someone builds software made to control a device, and the software has to be added to the controller. If the program is not transferred, then there usually is no way for the controller to command the device to do anything, because it will not have the proper coding or procedures to exercise control. The programming normally is built with classic logic, and there tends to be many “if/then” statements.

After the IC programming is complete, the software must be added to the circuit. A separate microcontroller can sometimes be made to facilitate this task, but this is most commonly done through a computer. The computer, which also is commonly used to code the software, links with the IC and uploads the programming. This is true even if the circuit is within the computer itself.

Why do ICs need to be programmed?

From the available data, the need for IC(integrated circuit) programming is caused by the introduction of oversized circuits. Large circuits are a burden on designers and manufacturers, and to solve this problem, compact and tiny circuits that maintain the intended function need to be introduced. To meet this compact idea, the designers came up with the idea of an integrated circuit.

After integrated circuits were introduced, designers should ensure that they could communicate with other components, either as outputs or as inputs, which gave rise to integrated programming circuits as we see them today.

Nearly all instances of IC programming are done for microcontrollers, because microcontrollers typically are useless without their IC having software and instructions. Microcontrollers can conform to most instructions, are mobile and can be easily installed in most systems, so this tends to make the process easier. At the same time, computer circuits also can have new programming added to their IC, which improves the functions of the computer but typically is harder because other programming already is on most circuits.

IC programming can create a large array of commands and instructions, and there are many programming languages that can be used for this. There usually is no limit to what the programming itself can command, but there is a limit to what the device can do. For example, if the IC programming is for a stepper motor — a motor that moves according to programmed steps — then the programming cannot command the motor to watch over computer documents for user edits, because the device is incapable of this command.

IC programming is the process of transferring a computer program into an integrated computer circuit. Hitech Circuits offers IC programming service to meet the increasing customer requests from electronics industry. Besides programming service, we also provide service for IC marking, taping & reeling, dry packing, and customized package… etc. to fulfill your demands.

To sum up, IC programming is programming and loading the code into the integrated circuit, which can be achieved by offline programming and online programming. It is done following the procedure and using the special tools discussed in this article.

If you need more information on IC programming and functional testing, please contact the Hitech Circuits team. They are known for their super service and turnaround.

IC chip programming steps and method

1. Connect the programmer cable first,install the corresponding IC socket into the writer socket, and turn on the computer and the programmer.

2. Run the programming software: Double-click the “GANG-08″with the mouse (different programming sockets correspond to different burning software).

3. Choose the IC brand. After the program startup screen appears, click the “Device”menu to call up the IC brand selection table. Then select the brand corresponding to the IC to be burned, and then click “OK”.

4. Select the IC Part No: The IC Part No produced by the company, click “Run”after selecting the IC Part No l. If you want to select a jumper for the programming socket at this time, follow the computer’s prompt to jumper and jumper the line, Then click “OK”. If there is no jumper on the programming socket, it will enter the programming interface directly.

5. Load the software to be burned: Click the menu “File”, select “Load File To Programmer Buffer”, then select the software click “Open”, then select “00”, and click OK.

6. Check the software checksum (Buffer Checksum): After the software is loaded, a four-digit checksum will appear after the Buffer Checksum. This code should correspond to the “Electronic Design Document Notice” checksumto indicate the need to burn The recorded software is correct. If it is incorrect, it should be reported to the relevant department immediately for resolution.

7. Programming software: Click the “Program” button to load the IC into the IC socket, and then press the burning button on the burning socket. An “OK” will be displayed if the programming is successful, and the red “Error” will be displayed if the programming fails. The OK indicator light of each programming socket corresponds to the IC with the program. If it is on, it indicates that the IC programming is successful.

8. Make a mark, put a sticker on the IC that burned OK. If the burn failed, put it on another socket and program it again. Put it in the defective box if the IC is damaged, and make a mark.

IC chip programming Service

1.  IC Programm

Support different IC types such as memory flash IC, MCU IC, CPLD&FPGA

 Support different packages such as DIP, SOIC, TSOP, PGA… etc.

 Provide different programming facilities:

a. Universal IC Programmer  ProgMaster-U4/ ProgMaster-U8

b. Automatic IC Programming System DP2000

2.  IC Marking

Support dot/number/character mark

Support variety marking colors

3. Taping & Reeling

4. Dry Packing

Support IC Types

1、Flash Series

eMMC: Toshiba, SanDisk, INAND, Kingston,Samsung,Hynix ENAND,Micron

NAND: Toshiba, Samsung, Hynix,Macronix,Micron, Spansion

MCP: By request

SD& Micro card: Toshiba, SanDisk, Samsung

SPI Flash (25 & 45 Type): Macronix, Micron,Spansion,Winbond EON,ISSI,ESMT, AMIC

EEPROM (24,93,95 Type): ST, On, Holtek, ACE, Atmel

Parallel Nor Flash (29,39, 49 Type): Macronix, Micron, Spansion, Winbond,SST

2. MCU Series

8bit, 8051 based, 16 bit, 32bit, M0 Nuvoton, ST, NXP, M0+Freescale, M3-ST

M4ST, TI, Freescal

3. CPLD& FPGA Series

Lattice,Altera

[chaospikes]

Oh I do have thoughts about this alright.

Starting with the magic writing system I do believe that the writing system is a way to communicate to the spirits so they can do their stuff on the bodies, the fact that there seems to be different magic writing systems depending on the magic system is really interesting though. In my case I theorize that there isn't one strict way to communicate with the spirits and that magic depends on the closeness of the language to that of the spirits.

Let me explain, my brain has been rotted with programming and software engineering this past year and a half (thanks college) and I have learned that in a lot of cases, the speed and efficiency of a programmin language is also related to how close it is to machine language. The lower level a programming language is the closer it is to machine language but also the harder it is to fully use.

Assembly language for examaple are languages that are really close to the machine code with one abstraction level separating it from the machine code, then we have some higher level languages like C++ that albeit still lower level than others and incredibly powerful (and volatile) it won't be nearly as efficient or fast as assembly.

What I'm trying to say is that if the spirits are the machine, then the magic systems are the programming languages so I would liken elven magic which is way more efficient and exact but also way harder to a lower level programming language like assembly while gnomish magic to something higher level that's still really powerful but not nearly as powerful as assembly. That's also why I believe that elven magic can be way more volatile if you fuck up.

So how do this relate to tattoos and written magic? I think that written magic just follow that same philosophy, while elven magic is way more abstract and harder to understand, gnomish magic is more digestible for people and so I think that tattoos are just a set of instructions given to the spirits on how to handle the body. We can see how the elves tattoos are all abstract shapes while Izutsumi curse tattoos were readable characters.

(sorry, example from wikipedia) but regardless of how unexperienced you are at programming you can see how despite how these two codes do the same, the second one is infinitely more legible and less abstract. I think this to me explains how they can also put decorations to better disguise the tattoos because I would liken those decorations to either comments in a code or just lines of code that literally do nothing.

Idk whether to think the purpose of the tattoos is to separate the body from the soul, or to allow for transformation to happen but I believe that every part of the tattoo is an instruction made to allow the spirit to better merge the two souls together and that in a way, each tattoo will differ from person to person like how you can pay two programmers to make the same program and they will both come up with different codese (unless they stole it from the same place). I also think that tattoos NEED to be greatly customized from individual to individual as each body has its own quirks and things that make them different and each soul also has its own quirks.

And yeah, now that I have made the full programming magic connection, let me tell you that personally not all parts of the tattoo are needed for its user to transform, some parts might be safety measures like how in programming you need to take out your own trash to avoid memory leaks even if the program technically still works just fine. So yeah, I think that a lot of the tattoo might also be things to make the transformation safer.

All transformations are still somewhat taxxing on the body but imagine doing a transformation that's not only really taxxing but with tattoos that are written like ass. Of course some bodies are naturally better suited for transformations, like I imagine the closer the physique to the original animal, the less taxxing the transformation and beyond that I do imagine the sheer amount of calories that these must consume would be really hard on the body too. I think that a bear transformation is really taxxing not only because bears are really strong but also because of the sheer physique neede on top of the food you need to consume as a bear too to keep your body going.

TATTOOS ARE THERE TO MAKE THE TRANSFORMATION AS PAINLESS AND SMOOTH AS POSSIBLE!!!!

Also on the position and placement of tattoos, perhaps the tattoo just tells the spirit what it must do on that part of the body, that explains why tattoos tends to have such uh... organic? placement.

I also really want to believe that depending on the experience of the tattoo artist they might make you better or worse tattoos imao, like I can really imagine a tattoo artist giving you several long ahh tattoos with instructions that could be done in one line ✨programming war crimes in the dunmesh universe✨

But yeah, these are just disorganized ramblings that might only make sense to gblgkblgblglbg

On beastkin tattoos and drawn/written magic

Tried figuring stuff out because I was making a tattooed beastkin oc. Take it or leave it, just a bunch of observations and theorizing. There is a focus on how the tattoos look but I also try to figure out the underlying principles of how they work.

Table of contents:

observations & important details

Stuff that beastkin tattoos look like

Theories

Non-beastkin tattoos

I called the components lines and dents in the pic above, but it’d be more accurate to call them characters I think, or even symbols. At the time I wasn’t sure if it was a specific "alphabet" used for these tattoos and if they represented anything more than lines to the people using it so I called them like dents in a line or teeth in a toothwheels or inner layers in locks, but since I made the connection to magic circles I think they do. It’s the same structure as with magic circles, lines connecting characters and favoring circle structures. All magic iirc comes from calling upon spirits, so it’s interesting to wonder what written magic does exactly, if it communicates with the spirits or simply compels them.

Observations & important details

The picture at the start summarizes my observations and the recurring patterns, but I’ll also do a rundown and add more. The fundamental structure of the tattoos seem to be lines forming big simple patterns, and then small characters that sprout from a side of those lines. Although, not all lines have characters/dents, and some characters have two lines one on both sides like on Lycion’s forearms. On Lycion’s legs, there are also lines with two rows of characters on either sides, so yeah the line & dents are the fundamental structure but it’s flexible on how it’s put into practice.

Oh yeah, also notable that when doing less intricate doodles like on her blog or Daydream Hours, she often omits details so we can’t be sure on the smaller drawings wether there are dents/characters on some lines or not, we have to assume if they’re implied or if there aren’t any. For example on Lycion’s reference all the lines on his forearms have dents, but if you look at the other beastkins it’s honestly debatable wether there are dents on the lines around their forearms and lower legs, also see Otta’s tattoos on her reference…

One of the more important and puzzling details is that beastkin tattoos look very different depending on the soul type, from werebear to wererat etc etc. BUT we also see with Lycion and that random werewolf, that there is room for difference even within the tattoos for the same soul type… Of course, if we don’t assume that those differences aren’t because the type of canine soul are different, since Lycion does mention he doesn’t know which canine type his was so there’s room for variety there apparently. But I doubt that’d change much within the same genus and whatnot, but still, then we have the question… Weretigers’ tattoos look like tiger stripes, and werebears have lines that seem to emphasize a bear’s chest fur? Those two types have a lot of wavy lines that make them look rather different from werewolf and wererat tattoos. Different soul types certainly seem to require different tattoos, but to what degree is the choice of how and where the lines are placed artistic, and to what degree is it efficient if not necessary? What’s the logic of where they need to be, going from one soul type to the next? The weretiger and werebear one seem to have fitting patterns for their animal, but werewolf and wererat have much more artifical patterns.

One of the recurring patterns with similar placements are all the lines forming circles around wrists, forearms, lower legs and ankles… Positions do seem to be important especially with the recurring placings. Maybe the lines are in the places that are expected to change the most: legs and ankles & wrists with new inhuman different joints, strong muscled shoulders for tigers, strong core for bears, etc. A tiger’s eye, with all the tattoos around them…? More lines = an easier stronger more efficient transformation? With the differences in tattoos for same soul types I don’t know how much precision in the pattern themselves are important tbh, though I imagine the characters/dents are the crux of the magic and precision there is the most important. Feet and hands tend to be untouched though, Lycion is the exception to this with tattoos on his hands and fingers. Circles seem overall important imo, lines are almost always curved, or go straight around a limb to reach its other end and form circles that way, werewolf torso tattoos, etc etc.

In Lycion’s ref the tattoo ink is a brownish red, but we don’t see if that’s the norm- is what I would have said before the new Daydream Hour came out with some tattooed elves portraits where they’re a vivid red. Fleki’s tattoos are covered in her main colored reference(and in the mangas all tattoos are black ofc including Lycion’s, while on her blog and Daydream Hours the color is inconsistent and often black too), Otta’s are black though they also seem at least partly non-magical? The snake/rope pattern doesn’t look consistent with magical tattoos in general imo. Pictures of these tattoos are compiled at the end of the post btw.

It’s also important to remember, because of the pic below, we can never truly be sure of what’s necessary for the tattoo to work and what’s just artificial flourish, though with Lycion I feel like it’s implied that there’s nothing in his tattoos trying to hide in the meaning. It’s also interesting to note that magical tattoos can have random patterns added without it interfering with the tattoo’s purpose. Is it the placement that make them harmless, or that they mean nothing in tattoo magic so it’s like an extra useless line of code that doesn’t get processed? Or is it that once your tattoo is done the meaning of it is sealed, and even if you were to fully cover it up in a solid black square of ink it wouldn’t do a thing? No clue, but it’s all very curious.

Other stuff they look like

A buddy pointed out that one of the recurring patterns looks a lot like DNA strands. Maybe the "dents" signify the different base pairs?? Probably verifiably untrue since that’d mean there would only be a few different type of dents, and also if they’re doing DNA sequencing that would be crazy, but doesn’t that just make you wonder… 👀 Tattoos are like a conduit for magic (mana? Which is also a sort of life force) so I do rlly like the idea that beastkin tattoos specialize in and target the DNA in the some way.

We never see the tattoos from up super close, but especially with Lycion’s the "dents"/characters remind me of norse runes a bit. Mostly because of the structure of straight lines and the simplicity of each character as far as I can tell. Runes being used in magic isn’t a new concept so I wouldn’t be surprised if Kui intentionally incorporated them into art/writing-based magic. Culturally it doesn’t fit well in with the elves as much, but a few of them do have old norse names. (And magic tattoos seem to be a very elven thing)

And another buddy also pointed out that with the characters being connected with a line it was reminiscent of the devanagari script. The elves have a good amount of indian coding, with names and some characters having bindis etc etc, so if intentional it’d be quite an interesting detail.

(Source for second one. I couldn’t find handwritten examples where there’s a clear line between characters much)

Oh- and if we continue the train of thought of indian coding, are reminiscent of henna! The brownish red color is especially on point.

Lastly and very much least, drawing lines that separate and denote body parts always remind me of the guidelines for butchers that people often point to and even draw on the animal when cutting. Since this is the cooking manga I wanted to put this in.

Oh yeah! I should mention that some of the tattoos, especially with the wererats and the lines going down the torsos, also remind me of dissection/vivisection scars/lines.

Theories

Magical tattoos are like a conduit for magic, is what is said. In case of beastkin tattoos, that makes me think it’s not that the tattoos are what keeps the extra soul bound to the body but that they’re what allows the human to freely shift between human and beastkin form, unlike Izutsumi who can’t because she doesn’t have tattoos. So thus the souls are merged with or without the tattoos, but the tattoos help control and reign back the extra soul and its influence both on the body and on the mind. Sort of like a seal. The soul is bound by and not bound in the tattoos. Filtering the animal soul out and not in. Close but not exactly the same theory is that the tattoos are what keep the souls separate, and if there weren’t tattoos the souls would just mix. So then the tattoos are less about control and more about separation itself.

But it depends a lot on the angle you look at it with. Like while some think the soul is within the tattoo, I think the soul is within the body but the tattoos help ‘circuit’ and control it. My friend is convinced that it’s the first and theorizes a lot around that, but I plan to mostly talk about my own take here bc I don’t find the arguments compelling personally. (Do prove me wrong if you can /gen)

We know from Lycion explaining the different beastkins that what animal you can merge with is dependent on size and stature, the build of the body, but the line where a body becomes incompatible with an animal is rather blurry. Nimble bodies become werewolves and beefier ones become werebears, and the only prospect for halflings are rats. We do also know that Izutsumi and assumedly a panther bonded just fine. Obviously, a rat and a halfling still aren’t anywhere the same size, so again the line or hard limit is blurry. My take is that this is because the bodies have to shift between human and beastkin, the transformation has to not strain the body too much. If you try to transform a square into a circle, the muscles and skeleton might really struggle to adapt if not even just mess up. Lycion talks about the physical (and mental strains) in the pics below. Beastkins that don’t have tattoos and are permanently fused like Izutsumi might have more of a wriggle room since they don’t have to transform to and back regularly? But yeah if the animal and human bodies aren’t compatible enough maybe the body would collapse, or just be incredibly painful, who knows. It’s a bit terrifying to imagine what the failed soul bindings and shiftings must have been like when developing all this know how of the magic and what does and doesn’t work. Besides height, general size and body type, the amount of fat of a person might matter, like maybe for werebears. Healing and resurrection magic does take fat away from the body so maybe transformations would be a necessary cost on top of the mana? Or just be needed to form muscles, fur, etc? But yes from the examples we saw I feel like maybe werebears need fat, weretigers need musculature, wererats need to be on the nimble side, and then werewolves have loose requirements? More like ideals than requirements, I really doubt a fat wererat is impossible for example.

My main theory is that the tattoos are more about the transformation than binding the soul to the body, right. For example places that have a lot of tattoos and lines circling around limbs are ankles and lower legs, which with animal leg structures would get changed a lot during the transformation, bones and all. So the artistic parts are more about the tattoo artist’s will and about what parts of the animals are important or require more change while shifting, rather than it being a depiction of the soul’s essence or something like that. As support I think the pictures below referring to the physical strain of being a beastkin are relevant.

With this sort of tattoo magic, it’s a gut reaction to think that maybe there’s a special magical ink used. I doubt it, I feel like if the type of ink was a big component of how the magic works Kui would have mentioned it. There are some tattoos that are black like Otta’s iirc, but all the others are generally red so that could be support to that theory. The patterns evidently do matter a lot, so I don’t think it’s implausible that the patterns on their own are enough to fulfill their purpose. There’s also how "[the tattoos] are like a conduit", so I don’t think the tattoos cost or give mana but rather they, well, conduit the mana that’s in the body to be as efficient as possible or to fulfill certain specific tasks, like transforming, / lifting the wall between you and the animal soul bound to you.

Sigh how the hell does tattoo magic even work. "The tattoos are like a circuit" SURE but the symbols have to still mean something right… But then how does adding random patterns to camouflage the tattoos come into play without affecting the meaning, and if there’s an artistic or varying aspect to it and tattoos differ from one individual to the other for the same purpose then maybe it just isn’t a strict magic at all? I do find it fun that we don’t really know the underlying principles of the magic so it’s hard to even know how it activates and whatnot. Going back to tattoos being able to have extra patterns tattooed on top of it without it affecting the performance of the tattoo... But yes I do lean towards the explanation that as long as the extra patterns don’t mean anything they don’t interfere. But like if you just drew a line over the character/symbols/dents would it register that and stop working, or no? The limits are all so blurry… Here’s to hoping the world guide book 2 has info on it!! Readying myself to either get full face slapped or to have "I told you so" bragging rights.

Theoretically, it should be possible to bind two human souls together, or a monster soul. Izutsumi and Lycion’s souls are called feline and canid monsters iirc, but that’s like calling a panther a monster, I wonder if an actual monster from a dungeon’s soul would be more unstable to bind and to shift into… Monsters can leave dungeons, but I wonder about The Demon’s influence on them, like how he’s able to manipulate at will Kensuke, maybe it’s as long as a monster is in a dungeon? That could potentially be sooo bad for the monster beastkin. Wild speculation though, and I imagine being a human-human beastkin would be super extra mega taboo, I wonder if it’s ever even been tried according to elven records. This is the section that was important for my dunmeshi oc lol, evidently I think tattoo magic is very interesting so I want to explore the limits of it with ocs, a tattoo artist trying more and more ambitious projects and soul like a lovecraftian protagonist learning about what should be left unknown, and a dude who really wants to be More Than Human and divine almost with identity issues that decides to take on like 6 different souls. If you’re interested here’s the dude, still a huge wip tho.

I think it’s important to remember that tattoos are used for different magic and effects too, not limited to beastkins.

Other non-beastkin tattoos

I know that I didn’t point out every detail and difference ever, like in that magical tattoos extra with the halfbody person those assumedly aren’t beastkin tattoos even if I included it in the main pic, and how the bust in that same picture has a line of characters around the neck without any line connecting them much like in the pictures below.

Which speaking of this is a good place to talk about different cultures having different systems or characters for magic? The torso of that guy in the upper right corner for example has very different patterns than what I’d have expected with the beastkin tattoo examples. And of course, Izutsumi’s tattoo…

Izutsumi’s tattoos support that the characters/symbols are the most meaningful and important part. Also goes against the assumption that the elven written magic system is because the symbols communicate with the spirits better, since well, they seem to understand japanese just fine. Maizuru’s written magic is said to be akin to gnomic magic, and she reminds me of irl onmyodo a lot. Like many other types of magic, different regions, people and cultures find different ways to practice their version of it.

And here with Otta, what I said earlier about her tattoo being ink and her tattoos not really seeming magical imo, maybe except the ones around her forearms.

[dailytechnologynotes]

Coding has become essential in today's digital age, with applications far beyond software development. Coding is the backbone of many industries, from healthcare to entertainment. Whether you're considering a career change, want to enhance your skill set, or have a passion for learning, deciding to start coding is an investment in your future. This article will provide a comprehensive guide to mastering the basics of various programming languages, including C++, C#, Ruby, Swift, Java, HTML, CSS, JavaScript, PHP, and Python. Why Learning Code? 1. Increasing Job Opportunities: With the digital transformation of industries, there is a growing demand for skilled programmers in various fields, including web development, software engineering, data science, artificial intelligence, and more. 2. Problem-Solving Skills: Coding teaches you how to approach complex problems, break them into manageable parts, and create effective solutions. This logical thinking and problem-solving ability are beneficial in coding, daily life, and various professions. 3. Creativity and Innovation: Learning to code allows you to create and innovate. From building apps to automating tasks, you can bring your ideas to life and even create something never made before. 4. Understand the Digital World: As we increasingly rely on technology in our everyday lives, understanding how software and applications work can make you a more informed user and consumer. 5. Potential to Freelance or Start Your Own Business: With coding skills, you can freelance and work from anywhere in the world or even start your own tech company. Individuals with coding skills founded many successful startups. 6. Improve Collaboration and Communication: Coding is often a team effort. Working on coding projects with others can improve your teamwork and communication skills. 7. Personal Satisfaction: Finally, a sense of accomplishment comes from coding. It's like solving a complex puzzle and seeing your solution work in real time. A Brief Introduction to Programming Languages Let's start with a brief overview of some popular programming languages. HTML (Hypertext Markup Language) is used to create web pages. It's the skeleton that gives every webpage structure. My First Web Page Welcome to My Web Page Hello, world! This is my first web page. I am learning HTML. CSS (Cascading Style Sheets) is a style sheet language used for describing the look and formatting of a document written in HTML. CSS is the skin that gives the webpage its appearance. body background-color: lightblue; h1 color: navy; text-align: center; p font-family: verdana; font-size: 20px; JavaScript has interpreted programming language that powers the web. It adds interactivity to your website and can be used both on the client and server sides, allowing you to make your website more interactive and dynamic. document.addEventListener('DOMContentLoaded', (event) => let p = document.querySelector('p'); p.textContent = 'Hello, JavaScript changed this text!'; ); PHP (Hypertext Preprocessor) is a widely-used open-source scripting language especially suited to web development. It mainly focuses on server-side scripting, providing dynamic content from a web server to a client. Python is an interpreted programming language known for its clear syntax and readability. It is often used for web and internet development, scientific computing, data analysis, artificial intelligence, and more. def greet(name): print("Hello, " + name + "!") greet("World") C++ is developed as an extension of the C programming language; C++ is a general-purpose, object-oriented programming language. It offers a blend of high-level and low-level programming capabilities, making it a versatile choice for various types of software development. Due to its speed and efficiency, C++ is commonly used in game development, real-time systems, high-performance computing, and embedded systems.

int main() std::cout

[robogenius]

Things To Keep In Mind Before Choosing An Online Computer Programming Classes

In today’s modern world, we are surrounded by eye-catching technologies. The concept of ‘smart’ technology is on the boom. Every day, the technology we are enjoying today is making our life easy be it AI, IoT, or smart gadgets. If we talk about technology the future is bright, but are our children prepared enough for a tech-driven future?

Though this question has triggered your nerves and it is also possible that you might be searching for a coding or computer programming class for your children. If yes, then stop your hunt for a coding class, take a deep breath and ask yourselves. Is it the right time to send to your children out for a class? A simple ‘No’ might sound right if you think about the health and safety of your child. Currently, the world is dealing with a situation of Health Emergency, it is not safe to let your children roam outside for extra curriculum activities. Then, what to do now?

Well, we have a simple solution to your problem. Enrol your child in an online coding program. Sounds good? But, before choosing an online class for your children there are a few things which you should keep in mind:

Age Group: Though most of the online classes are not age-restricted it is better to pre-check the age group of that class. Children learn better when they study with other children of similar age group.

Schedule: As most of the school activities are happening online. Do check the timings of online coding classes with your child school’s schedule. It should not jumble with the usual daily routine of your child.

Live Classes: That’s the main thing one should keenly check with the institutions. Are they providing live-mentor led classes or simply entertaining the children with tutorial videos. If only tutorials videos, we recommend you to not look for these kinds of online learning programs. When a child learns live through experts, it opens a window of two-way communication between the learner and the mentor. This allows children to clear the doubt that they will have while learning.

Syllabus: Each institution follows its curriculum. Some offer only one language while others might have many computer programming languages in their learning program. Just have a look at their syllabus. Is the language or the computer technology they are teaching, up to the current trend or not?  Also, some programming language is used to build websites while others are better used to develop games or software. Make sure that the programming class you are choosing for your child fits better in your child’s interest.

Learning Resources: Last but not least, is the institution providing good and quality learning resources that help your child to have a good command over computer languages?

When you tally all the above-mentioned pointers with the list of institutions you’ve made. You will get your answer which coding academy or institute could play the best role in making your child’s future and career bright.r

[lostlibrariangirl]

22 April, 2023 - Monday

My professional life is about to change... again 😶

Wish you all a great week! Please, keep studying, working, training, discovering, living🌞

[beatmyaudio]

No More Parties In LA Song Lyrics – Kanye West

No More Parties In LA Song Lyrics

No More Parties In LA Song Lyrics From Popular Hollywood Artist Kanye West from The Life Of Pablo Album.

This song is sung by singer ” Kanye West ” in Year .

Lyrics of No More Parties In LA :

La di da di da, da I like this flavor La di da di da, la Let me tell you I’m out here from a very far away place All for a chance to be a star Nowhere seems to be too far No more parties in LA Please, baby, no more parties in LA, uh No more parties in LA Please, baby, no more parties in LA, uh No more (Los Angeles) Please (shake that body, party that bod-) Please (shake that body, party that body) Please (shake that body, party that body) Hey baby you forgot your Ray Bans And my sheets still orange from your spray tan It was more than soft porn for the K-man She remember my Sprinter, said “I was in the grape van” Uhm, well cutie, I like your bougie booty Come Erykah Badu me, well, let’s make a movie Hell, you know my repertoire is like a wrestler I show you the ropes, connect the dots A country girl that love Hollywood Mama used to cook red beans and rice Now it’s Denny’s, 4 in the morning, spoil your appetite Liquor pouring and niggas swarming your section with erection Smoke in every direction, middle finger pedestrians R&B singers and lesbians, rappers and managers Music and iPhone cameras This shit unanimous for you, it’s damaging for you, one thing That pussy should only be holding exclusive rights to me, I mean He flew you in this motherfucker on first class Even went out his way so you could check in an extra bag Now you wanna divide the yam like it equate the math? That shit don’t add up, you’re making them mad as fuck She said she came out here to find an A-list rapper I said baby, spin that round and say the alphabet backwards You’re dealing with malpractice, don’t kill a good nigga’s confidence Just cause he a nerd and you don’t know what a condom is The head still good though, the head still good though Ladies say “Nam Myoho Renge Kyo” Make a nigga say big words and act lyrical Make me get spiritual Make me believe in miracles, Buddhist monks and Cap’n Crunch cereal Lord have mercy, thou will not hurt me Five buddies all herded up on a Thursday Bottle service, head service, I came in first place The opportunity, the proper top of breast and booty cheek The pop community, I mean these bitches come with union fee And I want two of these, moving units through consumer streets Then my shoe released, she was kicking in gratuity And yeah G, I was all for it She said K Lamar, you kind of dumb to be a poet I’mma put you on game for the lames that don’t know they’re a rookie Instagram is the best way to promote some pussy Scary Scary No more parties in LA Please, baby, no more parties in LA Friday night tryna make it into the city Breakneck speeds, passenger seat something pretty Thinking back to how I got here in the first place Second class bitches wouldn’t let me on first base A backpack nigga with luxury taste buds And the Louis Vuitton store, got all of my pay stubs Got pussy from beats I did for niggas more famous When did I become A list? I wasn’t even on a list Strippers get invited to where they only get hired When I get on my Steve Jobs, somebody gon’ get fired I was uninspired since Lauryn Hill retired And 3 Stacks, man, you preach it to the choir Any rumor you heard about me was true and legendary I done got Lewinsky and paid secretaries For all my niggas with babies by bitches That use their kids as meal tickets Not knowing the disconnect from the father The next generation will be the real victims I can’t fault ’em really I remember Amber told my boy no matter what happens she ain’t going back to Philly Back to our regularly scheduled programmin’ Of weak content of slow jammin’ But don’t worry, this one’s so jammin’ You know it, L..A.., it’s so jammin’ I be thinkin’ every day Mulholland Drive, need to put up some god damn barricades I be paranoid every time The pressure, the problem ain’t I be drivin’ The problem is I be textin’ My psychiatrist got kids that I inspired First song they played for me was ’bout their friend that just died Textin’ and drivin’ down Mulholland Drive That’s why I’d rather take the 405 I be worried ’bout my daughter, I be worried ’bout Kim But Saint is baby Ye, I ain’t worried ’bout him I had my life threatened by best friends who had selfish intents What I’m supposed to do? Ride around with a bulletproof car and some tints? Every agent I know know I hate agents I’m too black, I’m too vocal, I’m too flagrant Something smellin’ like shit, that’s the new fragrance It’s just me, I do it my way, bitch Some days I’m in my Yeezys, some days I’m in my Vans If I knew y’all made plans I wouldn’t have popped the Xans I know some fans who thought I wouldn’t rap like this again But the writer’s block is over, emcees cancel your plans I’m 38 years old, a 8 year old with rich nigga problems Tell my wife that I hate the Rolls so I ain’t never drive it It took 6 months to take the Maybach all matted out And my assistant crashed as soon as they backed it out God damn, got a bald fade, I might slam Pink fur, got Nori dressing like Cam, thank God for me Whole family gettin’ money, thank God for E! I love rockin’ jewelry, a whole neck full Bitches say he funny and disrespectful I feel like Pablo when I’m workin’ on my shoes I feel like Pablo when I see me on the news I feel like Pablo when I’m workin’ on my house Tell ’em party’s in here, we don’t need to go out We need the turbo thots, high speed, turbo thots Drop-dro-dro-dro-drop it like Robocop She brace herself and hold my stomach, good dick’ll do that She keep pushin’ me back, good dick’ll do that She push me back when the dick go too deep This good dick’ll put your ass to sleep Get money, money, money, money Big, big money, money, money, money And as far as real friends, tell my cousins I love ’em Even the one that stole the laptop, you dirty motherfucker I just keep on lovin’ you, baby And there’s no one else I know who can take your place Please, no more parties in LA Please, baby, no more parties in LA, uh No more parties in LA Please, baby, no more parties in LA, uh No more parties in LA Please, baby, no more parties in LA, uh No more (Los Angeles) I’m out here from a very far away place All for a chance to be a star Nowhere seems to be too far SWISH

No More Parties In LA Song Lyrics

Youtube Channel Link

Lyrics, English, Hollywood, Kanye West, No More Parties In LA, The Life Of Pablo from WordPress https://ift.tt/2ZnjVPC via IFTTT

[reddyash]

Software Developers in a USA IT Firm.

Software Developers in a USA IT Firm.

Job Description:

Urgently required software developers. Excellent Communication is a must, Client handling skills. HTML, CSS and Java Scripting knowledge. Experience/Fresher both can apply. Night shifts, work from home jobs.°°salary no bar for the best candidates.

Industry: IT-Software, Software Services

Functional Area: IT Software – Application Programming , Maintenance

Role Category:Programmin…

[usajobsite]

Software Engineer - NPI - Singapore

Softwar. Enginee. . NP. . 1900079. . Genera. Descriptio. A. . Softwar. Enginee. i. th. Produc. Enginee. team. yo. wil. participat. i. th. design. implementation. deploymen. o. Personalizatio. Tool. an. firs. Personalizatio. Deliver. o. productio. machine. . wee. i. th. lif. o. . Developmen. Enginee. Yo. wil. involv. i. estimation. implementation. validation. maintenance. an. integratio. o. industria. personalizatio. software. Yo. wil. delive. qualit. product. followin. qualit. rule. (deploymen. an. documentation). Yo. wil. analys. R&. document. an. deliveries. Yo. wil. collaborat. wit. R&D. Produc. Engineers. Product/Progra. Manage. amongs. others. Yo. wil. provid. leve. . suppor. t. production. technica. consultant. an. development. centres. T. succee. a. thi. job. yo. mus. hav. excellen. knowledg. i. programmin. language. lik. Java. XML. Python. C/. /C#. Visua. Basi. I. woul. b. preferre. i. yo. hav. knowledg. i. Smar. Card. an. relate. standards. Experienc. i. MySQL. AS. o. equivalen. we. scriptin. languag. i. . plus. Yo. mus. b. fluen. i. English. W. woul. lik. someon. t. joi. ou. tea. wh. i. motivate. b. technica. topics. rigorous. pragmatic. . team-playe. i. . divers. environment. . stron. communicator. abl. t. propos. solutions. proactiv. an. innovative. Yo. mus. hav. . Bachelor. Degre. i. Electrica. . Electronic. . Compute. Engineerin. . Compute. Science. W. ar. lookin. fo. someon. wit. a. leas. . yea. o. experienc. a. Softwar. Engineer. Yo. mus. b. abl. t. wor. autonomously. ha. hig. respec. o. qualit. an. abl. t. mee. tigh. deadlines. Primar. Locatio. SG-Singapor. Wor. Location. Singapor. 1. Aye. Raja. Crescen. Singapor. 13994. Jo. Researc. &amp. Developmen. Schedul. Full-tim. Employe. Statu. Regula. Jo. Typ. Standar. Jo. Postin. Ap. 17. 2019. 8525. AM Software-Engineer---NPI---Singapore from Job Portal https://www.jobisite.com/ext/613367-Software-Engineer---NPI---Singapore