Recodais in the Application Development Tools Industry

Recoda

recoda

Hackers, and .Hack fans, the wait may soon be over. The PlayStation-exclusive .Hack games may - - be coming to the Nintendo Switch. MAY There's an official ESRB Rating that labels the game as T for Teen. It has the following descriptors for the given rating: Alcohol References, Fantasy Violence, Mild Blood, Mild Language, and Suggestive Themes. Also, here is the official ESRB rating summary, going into further detail about it getting the T rating: "This is a collection of four role-playing games in which players assume the role of a participant in a fictional game called The World. From a third-person perspective, players explore towns and dungeons, interact with characters, and battle various enemies (e.g., monsters, human rivals, robots). Characters use swords, scythes, magic attacks, and guns to defeat enemies in melee combat. One cutscene depicts words written in blood on a hospital wall. Some female characters wear outfits that expose large amounts of cleavage; cutscenes also depict male characters ogling women's breasts and buttocks. Characters make several references to alcohol in the dialogue (e.g., “...[H]urry up with the booze”; “...in order to fog their minds with drink”; "...the legendary drunkard"; “Liquor! More liquor!”). The words “b*tch” and “a*s” appear in the game." this is accurate, then this would be only the 2nd time that a Bandai Namco game has leaked in this manner and then gotten an official announcement. The first was . IF Ni No Kuni II: Revenant Kingdom Regarding .Hack//G.U. Last Recode, this is what I found out about the remaster. .hack//G.U. Last Recode is a top-quality remaster assortment of the G.U. set of three. It includes the three titles .hack//G.U. Vol. 1//Rebirth, Vol. 2//Reminisce, and Vol. 3//Redemption. It likewise incorporates a recently added fourth title, Vol. 4//Reconnection, which happens barely a year after the events of Vol. 3//Redemption. The HD remaster highlights upgraded illustrations, improved ongoing interaction, a refreshed UI, and new modes. The first .hack//G.U. set of three was released for the PlayStation 2 with Vol. 1//Rebirth in May 2006, Vol. 2//Reminisce in September 2006, and Vol. 3//Redemption in January 2007. The tale of the set of three happens seven years after the occasions of .hack, the first and original of the sight and sound establishment, Project .hack. It is revolved around another adaptation of the anecdotal MMORPG called "The World." What do you think?  Are you excited for this potential announcement? Let me know in and on social media! Community

.Hack//G.U Last Recode Rated for Nintendo Switch: Is it Coming Soon?

Hello friends, today I wanted to look back at a project I had to do as a student, and I struggled a LOT at the time, and found the project very boring. Basically, I had to develop ls, with the -l -r -R and -a options, and with only malloc, free, write, stat, ctime, time, getpwuid, getgrgid, readdir, opendir and closedir. As always, I wanted to challenge myself again to rewrite some C. At first, I told myself that it would be an easy 2 hours project as an old C developer, but holy ***, it didn’t. It took me around 5 hours to write a code I’m not proud of, with the not-allowed use of sprintf that saved me time. It still need a lot of testing, memory leak finding, and refactoring (it always need :) ). _Contribute to c_ls development by creating an account on GitHub._github.com Poilon/c_ls But yeah, it’s a great basic project. I would suggest anyone that want to learn C development, to learn basic algorithmic and memory handling to try this one. There is 3things at least you will learn. 1. Handling memory Rewriting code in a language without garbage collector can be a pain in the ass. It’s hard to keep track of ALL allocated memory to free it after. But after a while, it’s really pleasant to do so. You can really go in fond of performance, and allocate just the minimum memory to your needs for the best algorithm. GDB is a wonderful tool that will help anyone debugging C code, but it’s slow to debug C in general, so the best way to have a C program working is to really think a lot before coding. 2. Data structures In C, with just the basic functions given, you don’t have great strings/arrays/hashes/linked-list functions. It’s wild. I started to do all my data structuration with simple string parsing, and then sorting was a pain, so I worked on a linked-list data structure. Pretty straightforward, but add-delete-sort are basic but great to start algorithmics. It’s good to understand what is behind a sort in Ruby for example. You have a better idea of what is performance and what are the different sort you could use. You will need to parse strings, transform a string to a integer, transform an integer to a binary strings etc. A lot of manipulation that leads to a LOT of bugs, that will reduce over time of refactoring. It’s important to have a big picture in C development, and not rush to the result, because you will not have any result but “Game over, your code has , try again” segfault This part is really important for the -R (recursive) option, as if you just print as you see, it’ll be impossible to apply the algorithm to the folder inside the folders :) 3. What is ls, and what are access rights in Unix Everyone one that had use an unix terminal in their lives know what ls is, and what it’s used for. But ls has many many options to format data and use it for your scripts. for example, the most known ls -l will give you a string that look like total 40-rw-r — r — 1 poilon staff 41 22 jul 13:55 Makefile-rwxr-xr-x 1 poilon staff 14248 22 jul 13:58 c_ls and while coding it, you’ll have a better idea of how it works. The read-write-execute rights, the number of links, the owners: user and group etc. It’ll for sure be useful for the people that just had a bootcamp in development and don’t use a unix-based system every day. This project gave me a real satisfaction when I had a ls -alRr working. I took it as a speedrun of a game, and I had the ls -alRr working in 5h and 12m. Now I’m really tired ! That was really entertaining and pleasant to redo some C, and I’m sure it made me a better developer anyway ! Hope you liked the read, tell me what you think and if you want me to do maybe a streamed/youtube version of this kind of challenge, or any other format.

Speedrunning code, the 3 things I re-learnt while recoding a basic ls in C

VEATIC: Familiarity and Enjoyment Ratings & References

VEATIC: পরিচিতি এবং উপভোগ রেটিং এবং রেফারেন্স

VEATIC: Vertrautheits- und Genussbewertungen und Referenzen

VEATIC: Calificaciones y referencias de familiaridad y disfrute

VEATIC : Notes et références de familiarité et de plaisir

VEATIC: परिचितता और आनंद रेटिंग और संदर्भ

VEATIC: 親しみやすさと楽しさの評価と参考文献

VEATIC: 친숙함과 즐거움 평가 및 참고자료

VEATIC: classificações e referências de familiaridade e prazer

VEATIC: рейтинги знакомства и удовольствия, а также ссылки

VEATIC: Aşinalık ve Eğlence Derecelendirmeler ve Referanslar

VEATIC: Đánh giá và tham khảo về sự quen thuộc và thích thú

VEATIC：熟悉度和享受度评级及参考

VEATIC: Video-based Emotion and Affect Tracking in Context Dataset: Abstract and Intro

VEATIC: ভিডিও-ভিত্তিক আবেগ এবং প্রসঙ্গ ডেটাসেটে ট্র্যাকিংকে প্রভাবিত করে: বিমূর্ত এবং ভূমিকা

VEATIC: Videobasiertes Emotions- und Affekt-Tracking im Kontextdatensatz: Zusammenfassung und Einführung

VEATIC: Seguimiento de emociones y afectos basado en videos en un conjunto de datos contextual: resumen e introducción

VEATIC : Suivi vidéo des émotions et des effets dans un ensemble de données contextuelles : résumé et introduction

VEATIC: संदर्भ डेटासेट में वीडियो-आधारित भावना और प्रभाव ट्रैकिंग: सार और परिचय

VEATIC: コンテキストデータセットにおけるビデオベースの感情と感情の追跡: 概要と概要

VEATIC: 상황 데이터 세트의 비디오 기반 감정 및 영향 추적: 요약 및 소개

VEATIC: Rastreamento de emoção e afeto baseado em vídeo em conjunto de dados de contexto: resumo e introdução

VEATIC: Отслеживание эмоций и аффектов на основе видео в наборе контекстных данных: Аннотация и введение

VEATIC: Bağlam Veri Kümesinde Video Tabanlı Duygu ve Duygu Takibi: Özet ve Giriş

VEATIC: Theo dõi cảm xúc và tác động dựa trên video trong Bộ dữ liệu ngữ cảnh: Tóm tắt và giới thiệu

VEATIC：基于视频的情境数据集中的情感和影响跟踪：摘要和简介

This paper is under CC 4.0 license. available on arxiv Authors: (1) Prajwal Niraula, Department of Earth, Atmospheric and Planetary Sciences; (2) Julien de Wit, Department of Earth, Atmospheric and Planetary Sciences; (3) Benjamin V. Rackham, Department of Earth, Atmospheric and Planetary Sciences; (4) Elsa Ducrot, Astrobiology Research Unit, University of Li`ege; (5) Artem Burdanov, Department of Earth, Atmospheric and Planetary Sciences; (6) Ian J. M. Crossfield, Kansas University Department of Physics and Astronomy; (7) Valerie Van Grootel´, Space Sciences, Technologies and Astrophysics Research (STAR) Institute, University of Li`ege; (8) Catriona Murray, 5Cavendish Laboratory; (9) Lionel J. Garcia, Astrobiology Research Unit, University of Li`ege; (10) Roi Alonso, Instituto de Astrof´ısica de Canarias & Dpto. de Astrof´ısica, Universidad de La Laguna; (11) Corey Beard, Department of Physics & Astronomy, The University of California; (12) Yilen Gomez Maqueo Chew, Instituto de Astronom´ıa, Universidad Nacional Aut´onoma de M´exico, Ciudad Universitaria; (13) Laetitia Delrez, Astrobiology Research Unit, University of Li`ege, Space Sciences, Technologies and Astrophysics Research (STAR) Institute, University of Li`ege & 0Observatoire de lUniversit´e de Gen`eve; (14) Brice-Olivier Demory, University of Bern, Center for Space and Habitability; (15) Benjamin J. Fulton, NASA Exoplanet Science Institute/Caltech-IPAC; (16) Michael Gillon, Astrobiology Research Unit, University of Li`ege; (17) Maximilian N. Gunther, Department of Physics, and Kavli Institute for Astrophysics and Space Research, Massachusetts Institute of Technology; (18) Andrew W. Howard, California Institute of Technology; (19) Howard Issacson, Department of Astronomy, University of California Berkeley; (20) Emmanuel Jehin, Space Sciences, Technologies and Astrophysics Research (STAR) Institute, University of Li`ege; (21) Peter P. Pedersen, Cavendish Laboratory; (22) Francisco J. Pozuelos, Astrobiology Research Unit, University of Li`ege & Space Sciences, Technologies and Astrophysics Research (STAR) Institute, University of Li`ege; (23) Didier Queloz, Cavendish Laboratory; (24) Rafael Rebolo-Lopez, Instituto de Astrof´ısica de Canarias & Dpto. de Astrof´ısica, Universidad de La Laguna'; (25) Sairam Lalitha, School of Physics & Astronomy, University of Birmingham; (26) Daniel Sebastian, Astrobiology Research Unit, University of Li`ege (27) Samantha Thompson, Cavendish Laboratory; (28) Amaury H.M.J. Triaud, School of Physics & Astronomy, University of Birmingham. Table of Links Abstract & Introduction Observation Analysis and Validation Future Prospects & References 3. ANALYSIS AND VALIDATION 3.1. Stellar Host Characterization 3.1.1. Semi-empirical Stellar Parameters We constructed the spectral energy distribution (SED) of EPIC 249631677 using photometric magnitudes from Gaia (GBP and GRP ; Gaia Collaboration et al. 2018) and the AllWISE source catalog (J, H, Ks, W1, W2, and W3; Cutri et al. 2013). The corresponding fluxes for these magnitudes are tabulated on VizieR (Ochsenbein et al. 2000) and shown in Figure 5 and Table 1. The parallax of EPIC 249631677 is π = 17.61 ± 0.09 mas, which yields a distance of 56.8 ± 0.3 pc (Gaia Collaboration et al. 2018; Stassun & Torres 2018). We then derived the stellar luminosity L∗ by integrating over the SED, which yielded L∗ = 0.0041 ± 0.0001L . Two independent methods were applied to obtain stellar mass. First, we used the empirical M∗−MKs relation (applying the metallicity obtained in Section 3.1.2) from Mann et al. (2019) to obtain M∗ = 0.1721 ± 0.0044M . We also applied stellar evolution modeling, using the models presented in Fernandes et al. (2019), using as a constraint the luminosity inferred above and the metallicity derived in Sect. 3.1.2). We considered the stellar age to be >1 Gyr in the absence of signs of youth, such as presence of prominent flares (Ilin et al. 2019, see Section 3.1.3). We obtained with this method M∗ = 0.176 ± 0.004 M . This uncertainty reflects the error propagation on the stellar luminosity and metallicity, but also the uncertainty associated with the input physics of the stellar models. We combined these two mass estimates as in Van Grootel et al. (2018) to obtain M∗ = 0.174±0.004M as our best estimate for the stellar mass of EPIC 249631677. Given its proximity, we expect minimal extinction (Av) for the target; the SED fitting analysis described in Section 3.2.1 similarly constrains it to be 0.02 at 3σ confidence and we adopt that upper limit here. Finally, we note that given its luminosity, mass, and Gaia colors this star is likely to be fully convective (Jao et al. 2018; Rabus et al. 2019). Due to the absence of a strong constraint on the stellar density from the transits, we further obtained stellar radius, surface gravity, effective temperature and density from our evolutionary models. Table 1 summarizes the results from this analysis, along with other properties of the star. Our values are consistent with those listed in the TESS Input Catalog (Stassun et al. 2019), and we adopt them for the remainder of this analysis. 3.1.2. Reconaissance Spectroscopy To confirm EPIC 249631677’s stellar properties and better characterize the system, we acquired an optical spectrum using Keck/HIRES (Vogt et al. 1994) on UT 30 May 2020. The observation took place in 0.6 00 effective seeing and using the C2 decker without the HIRES iodine gas cell, giving an effective resolution of λ/∆λ ≈ 55, 000 from 3600 ˚A to 7990 ˚A. We exposed for 1800 s and obtained SNR of roughly 23 per pixel. Data reduction followed the standard approach of the California Planet Search consortium (Howard et al. 2010). We used our Keck/HIRES radial velocity and Gaia DR2 data to estimate the 3D galactic (UV W) space velocity using the online kinematics calculator[2] of Rodriguez (2016). Following Chubak et al. (2012), our Keck/HIRES spectrum gives a barycentric radial velocity of 6.25±0.17 km s−1 . With the Gaia-derived coordinates, proper motion, and distance listed in Table 1, we find (U, V, W) values of (−17.02, −9.06, +33.66) km s−1 , indicating a likely membership in the Milky Way’s thin disk (Bensby et al. 2014). Using the SpecMatch-Empirical algorithm (Yee et al. 2017), we derive from our HIRES spectrum stellar parameters of Teff = 3195 ± 70 K, R∗ = 0.23 ± 0.10R , and [Fe/H]= −0.24 ± 0.09, consistent with the values tabulated in Table 1. The three best-matching stars in the SpecMatch-Empirical template library are GJ 15B, GJ 447, and GJ 725B, which have spectral types of M3.5V, M4V, and M3.5V, respectively. Given the close match between the spectra of these stars and our target (see Fig. 4), we therefore classify EPIC 249631677 as an M dwarf with subclass 3.5±0.5. We see no evidence of emission line cores at Hα, consistent with our determination that our target is not a young star. We see no evidence of spectral broadening compared to these three stars (which all have v sin i < 2.5 km s−1 ; Reiners et al. 2012), so we set an upper limit on EPIC 249631677’s projected rotational velocity of < 5 km s−1 , comparable to the spectral resolution of HIRES. 3.1.3. Stellar Variability The long-term variations apparent in the everest light curve (Figure 1) are not evident in light curves from other reduction pipelines (e.g., K2SFF). These variations likely arise from systematics and are not reliable for estimating the stellar rotation period (Esselstein et al. 2018). Similarly, no flares are apparent either in the K2 or SPECULOOS data. Flare rates peak for ∼M3.5 stars in TESS data (G¨unther et al. 2020). However, given the long integration time of 29.4 minutes as well as a need for data processing which corrects for the saw-tooth pattern, flare signals, unless very prominent, are expected to be difficult to detect in K2 long cadence data. 3.2. Vetting In order to produce a transit depth on the level of 0.2% in the light curve of the primary target, a background eclipsing binary producing eclipses with depths of 25% to 50% would have to be 5.25 to 6.0 mag fainter than the target, respectively. Qualitatively, the odds of EPIC 249631677 hosting a planet are higher than the odds of such magnitude contrast eclipsing binary being present within the SPECULOOS aperture, given occurrence rates of M-dwarf planets (Dressing & Charbonneau 2013; Mulders et al. 2015; Hardegree-Ullman et al. 2019). A stringent quantitative constraint can be placed using the ingress/egress duration (T12/T34) compared to the total transit duration (T14) (Seager & Mall´enOrnelas 2003, Equation 21). Such a test yields an upper limit on the relative radius of the transiting body. By assuming equal effective surface temperatures, the lower magnitude limit ∆m (corresponding to a flux difference ∆F) for a blended binary mimicking a signal of depth δ is given by: Using the posterior for the transit fit (See Section 3.3), we find for EPIC 249631677 that such a background object can be fainter at most by 1.73 mag at the 3σ level. Fortunately, EPIC 249631677 has a significant proper motion, ∼140 mas yr−1 , which allows us to investigate the presence of background sources at its current sky position. We looked at archival imaging of EPIC 246331677 going back to 1953[3] . A POSS I plate from 1953 is the publicly available oldest image of EPIC 249631677, and it does not show any background source at the current position of the target as shown in Figure 6. The plate is sensitive to objects at least 3.5 magnitudes fainter than the target. Similarly, the Hubble Guide Star Catalogue (GSC), with a limiting magnitude of 20 (Lasker et al. 1990), does not show any background source. While POSS II would go the deepest in terms of limiting magnitude (20.8, Reid et al. 1991), the star has moved appreciably closer to its current location, precluding a definitive measurement from this image. Overall, using archival images we can rule out the possibility of the transit signal originating from background star at a high level of confidence. 3.2.1. Binarity of the Host Star Despite the lack of background sources, the host star could produce a false-positive transit signal if it were a grazing eclipsing binary or a hierarchical eclipsing binary. We investigated the evidence for host star binarity using the isochrones software package (Morton 2015), which performs isochrone fitting in the context of the MESA (Paxton et al. 2011, 2013, 2015) Isochrones and Stellar Tracks database (Dotter 2016; Choi et al. 2016). Single-star and binary evolutionary models are available within isochrones, and the inference is performed via the nested sampling algorithm MULTINEST (Feroz et al. 2009) (as implemented in the PyMultiNest software package (Buchner et al. 2014)), which allows for direct comparisons of the Bayesian evidence ln Z. We tested both single-star and binary models using the priors on photometric magnitudes and stellar distance described in Section 3.1.1. The inferred properties from the single-star model fit are consistent with those given in Table 1 at the 2σ level. The ln Z for the single-star model is −213.86±0.04, whereas the ln Z for the binary model is −229.6 ± 0.2. According to Kass & Raftery (1995), the corresponding Bayes factor of 16 indicates “decisive” evidence in favor of the single-star model. We also examined our Keck/HIRES spectrum for secondary lines that would indicate the presence of another star following the approach of Kolbl et al. (2015). We found no evidence of additional lines down to the method’s standard sensitivity limit of ∆V = 5 mag for ∆v > 10 km s−1 , consistent with EPIC 249631677 being a single, isolated star. We therefore conclude that the available data strongly support EPIC 246331677 being a single star. 3.2.2. Photometric Tests We performed a series of tests on the photometric data to rule out false-positive scenarios. First, we performed an even-odd test on the target using K2 photometry. The even and odd transits are consistent with one another in transit depth to within 1σ. We also looked for secondary eclipses in the phase-folded light curve and found none to be present. Note that since we observe consistent signals in both the K2 and SPECULOOS data sets, we can rule out the signal originating from systematics. The transit depth in SPECULOOS observations with I+z filter, which is redder than Kepler bandpass, are consistent to K2 transit depths within 1σ level, keeping up with the expectation of the achromatic nature of planetary transit. Furthermore, a massive companion, such as a faint white dwarf, can be ruled out using the ellipsoidal variation, which puts a 3σ upper limit on the mass of any companions at the given orbital period of the transit signal as ∼100 MJup (Morris 1985; Niraula et al. 2018). From the transit fit, we can rule out a grazing eclipse originating from a larger transiting object (i.e. ≥ 2R⊕) at >3σ confidence. Together, these tests rule out the object at 3.14 days being a massive companion. 3.3. Transit Fitting We used the refined estimates of the host properties together with a joint analysis of the K2 and SPECULOOS light curves to derive the planetary properties. In order to calculate the transit model, we used batman (Kreidberg 2015). We simultaneously model both the K2 observation as well as the ground-based observations with 21 parameters in a Monte Carlo Markov Chain (MCMC) framework using the emcee package (ForemanMackey et al. 2013). We use a Gaussian prior on the scaled semi-major axis of the orbit a/R∗ of N (25.72, 0.27), derived using Eq. 30 from Winn (2010) along with the stellar density of 32.6 ± 1.0 g cm−3 (see Section 3.1.1) and orbital period of 3.1443 days from the TLS search. As for the limb darkening, we use the non-informative q1, q2 parameterization of the quadratic limb-darkening law as suggested by Kipping (2013). We fixed the eccentricity to 0, given that the expected time of circularization is 50 Myr (assuming a quality factor Qp ∼ 500, Goldreich & Soter 1966; Patra et al. 2017), which is at least an order of magnitude smaller than the estimated age of the system. For K2 data, we supersample the transits by a factor of 15 in batman to take into account the effect of non-negligible integration time. As for the ground-based data, we use second-order polynomials to detrend against the observables airmass and FWHM. We ran the MCMC for 50,000 steps with 150 walkers performing a combined fit of K2 and SPECULOOS — (1) This work. (2) Huber et al. (2016). (3) Stassun et al. (2019). (4) Cutri et al. (2003). (5) Gaia Collaboration et al. (2018). (6) Cutri et al. (2013). (7) This work, evolutionary model analysis. (8) This work, Keck/HIRES analysis. (9) This work, SED analysis. References data, and use the last half of the run to build the parameter posteriors. We assessed the convergence of walkers using the suggested autocorrelation test for emcee. The resulting median values from the fit with 1σ deviation are reported in Table 2, while the best-fit transit models are shown in Figure 2 and Figure 3. [2] http://kinematics.bdnyc.org/query [3] http://stdatu.stsci.edu/cgi-bin/dss form

π Earth: a 3.14-day Earth-sized Planet from K2's Kitchen Served Warm: Analysis and Validation

Software Repositories and Machine Learning Research in Cyber Security: Abstract & Introduction 

Just two years ago, manual note-taking was the way to go – and the mere idea of having your notes appear automatically after meetings seemed like science fiction. Then, everything changed with the rise and democratization of large language models (LLMs) and generative AI, leading to a proliferation of new consumer platforms and bots that can take notes, generate action items, produce custom summaries and more, to help users keep track of every meeting. As we enter 2024, the market for note-taking apps is vibrant and filled with options. You may have heard of Big Tech companies like Google and Microsoft providing these services as part of their suite. As a speech-to-text provider powering numerous virtual meeting apps, we can vouch there are many other exciting alternatives out there that are worth exploring. We have personally tested and compared a bunch of them for you, and here are the results! Dive in and discover the most innovative and useful AI note-taking apps to take your productivity to the next level. Types of note-taking apps for online meetings The number and variety of note-taking apps available may seem overwhelming at first. We put together some criteria to help you filter them out based on your needs and preferences: Recording vs. pure notes Do you want a tool that or just ? Some users prefer to have a one-stop-shop platform that records their meetings and aggregates them all in one place. Others are happy with simply receiving notes at the end of each call. records your meetings provides notes Pay attention to how the recording occurs: is it a that joins the meeting or an ? Or would you prefer to upload the meetings there manually? From our experience, extensions are generally best for async communication, i.e. when you record a demo for your colleagues or clients, while bots are optimal for transcribing meetings with several participants. Note that some bots join by default, whereas others require an explicit opt-in. Think of a preferred user experience you want for the note-taking app and its recording tools. bot extension Type of notes Once your meetings are transcribed, the AI does its magic behind the scenes to automatically generate the notes for you. The types and sophistication of such LLM-based notes vary a lot. Features range from and generated based on pre-set contextual templates to in response to your prompts. summaries action items GPT-like interfaces that produce insights The easiest question to start with is: how long and detailed do I want my notes to be? Do I prefer to have templates for my summaries and action items, or do I want to have more control and prompt myself, or both? Complimentary AI-powered features Together with the note-taking functionality comes the ability to your notes. Good can be vital for quickly finding information within your notes and/or video recordings. is another great feature that visually breaks down who spoke in a meeting and for how long. Some providers allow you to edit the notes manually or automatically, taking out repetitions or silences from the transcript by default. store, organize, and categorize semantic search Speaker separation Integration with other apps Check if the note-taking app integrates well with other tools and applications you use, such as or . Compatibility with your go-to meeting platform is an absolute must. Luckily, most providers are, by default, compatible with Zoom, Google Meets, and Microsoft Teams. calendar apps, task management tools, productivity suites Pricing Consider the pricing structure of the app, whether it's a one-time purchase, subscription-based, or freemium, where your feature set or storage history is limited. Evaluate if the features provided justify the cost, given your monthly volume of meetings and how extensive your usage will be. Supported languages Language support is not something to be taken for granted just yet. We generally recommend testing several apps to see firsthand if they can accurately detect your language (and accent) and support , i.e. the ability to transcribe meetings where speakers switch between multiple languages. This applies to English, too – while it’s supported by all providers today, the quality of notes is not always the same. code-switching Use case Last but not least, you’ll notice that some apps are designed and optimized for specific verticals and use cases, like sales, healthcare, web conferencing, and so on. Best AI note-taking apps to try in 2024 Without further ado, here comes our selection of AI note-taking apps. This is not an exhaustive list – and there’s no order of preferences to it! Just an overview of the projects we tested that exemplify the main categories of note-taking platforms that exist today. #1: One-stop-shop apps In this category, you’ll find some examples of apps perfect for users who look for a single HQ to aggregate all their meeting recordings and notes. Fireflies One of the earliest players in the space, provides an all-in-one solution with a Chrome extension, a bot, and more input options. Fireflies join all the authorized calendar events and send recaps to users of your choice. The meetings are recorded via a bot, with downloadable transcripts, audio, and video available afterward. Past meetings are stored on the platforms and can be accessed via an interactive dashboard. Fireflies Key features and transcripts, including messages that participants may share in the chat. Speaker-based timestamped function allows you to turn specific phrases of the transcript into downloadable soundbites. ‘Soundbites’ are powered by several versions of GPT, free and paid. That means you can play around with prompts if you wish to make customized summaries. Note that the conversational ‘AskFred’ feature is behind a paywall. ‘AI super summaries’ , including sentiment analysis and key info from the meetings like dates, metrics, and action items. Smart insights Languages Fireflies officially supports 60+ different languages. Pricing 7-day free trial, then $18 and $29 per pro and business accounts, with a 40% discount if billed annually. More info . here Why we love it 🖤 Fireflies delivers a highly versatile and robust user experience with a rich spectrum of features. Their platform stands out for a super complete UI dashboard — like a spaceship’s control panel! – and tools, including numerous integrations and an API. It’s also the only platform on our list allowing you to pick a GPT model you want for the summaries, with the unique soundbites feature being a great tool for video editing. For users in search of in-depth info about the meeting, Fireflies could be very valuable – just be prepared, it takes some getting used to. Claap On a mission to provide a single video platform to aggregate all meetings of your organization, offers a versatile platform to record meetings, get AI-powered insights, and share your meeting history with the rest of the team. Claap Key features Be it async or real-time, you can with a Chrome extension and let others comment on it later with video annotation, comment threads, and polls. record your screen and webcam are generated based on contextual templates of your choice (e.g., executive summary, meeting minutes, user research, sales discovery, etc.). You can also see who spoke in the meeting and for how long. AI summaries enables users to collect all your meetings in one place, group them by categories and/or teams, and search through the entire collection. Video wiki Languages 100 languages supported. Pricing Freemium model, with the free tier allowing 10 videos per user of 10 minutes each. AI-powered summaries are available under the third tier at $30/month. Yearly discount of -20 % on all plans. Learn more . here Why we love it 🖤 Claap is a great one-stop-shop tool for people who want to collaborate around meetings – everything you record can be easily accessed by others via a shared workspace. We personally love their UI – it’s intuitive to navigate and use. Their Chrome extension is a good alternative to having a bot join a meeting, enabling you to record meetings asynchronously in a Loom-like way. Other apps to try in this category , a versatile AI Workmate for meetings. Carv #2: Note-taking-first apps This selection is for users who are less concerned with recording and are mostly interested in compact yet exhaustive summaries and bullet-point notes. Supernormal is a core player in the space specializing primarily in note-taking. Meetings with Google Meet are recorded with the help of a Chrome extension, with a bot reserved for Zoom and Microsoft Teams. The notes appear right after the meeting window is closed and are all accessible via a centralized dashboard. Supernormal Key features that are editable with a single click and can be customized, i.e. you can add new thematic sections to the notes and break your library of notes into categories. Meetings notes stored in a dedicated tab can be ticked off as you accomplish them and assigned to other team members. Interactive tasks allow you to tap into each bullet to break down further a specific topic identified in a transcript. Expanded bullets Languages 22, including various English and Spanish dialects. Pricing Freemium: 10 meetings/month for free with the Starter plan – you need to upgrade if you want your meetings recorded, not just transcribed. The Pro plan unlocks access to advanced sharing controls, a full library of note templates, and Zapier integrations at $10/month (- 44% for annual subs). Bonus: you don’t need to put in your credit card details when signing up! More info . here Why we love it 🖤 Supernormal is a highly specialized meeting-recoding tool suitable for individuals and teams alike, integrating beautifully with your existing apps. Its user is easy to find and informative. Their notes are generated on the fly and, at least in our case, appeared just a few seconds after the meeting – probably the fastest we’ve seen! We loved their editing interface, too, and found their automatic action items to be the most accurate. documentation Circleback operates similarly to Supernormal but only with bots. It can join any Google Meet, Microsoft Teams, Zoom, or WebEx meeting based on your calendar events (that a bot will join by default) or a link. The meeting notes are sent directly to your mailbox and stored in the user dashboard within minutes. Circleback Key features Editable that break the transcript down into topics. meeting summaries The summaries are turned automatically into , which you can tick off later as you complete the task. Key figures in all notes are highlighted in bold, making locating the key info points nice and easy to spot. action items , which provides contextualized answers to questions about your meetings in the form of an AI chat. Meeting assistant Pricing 14-day free trial, after $25.00/month. More details . here Why we love it 🖤 Circleback is among the few players on this list that do not provide video recordings. Instead, they put all their focus and expertise on note-taking – and their default prompts do a superb job, the overall quality of notes is among the finest we’ve seen! This makes Circleback a great option for someone looking to consume high-quality skimmable notes without further need to interact with the app. Great bonus: your notes can be viewed directly from an email – this is not the case for most other apps, which tend to incentivize users to enter the app to view the transcript and/or notes. #3: Apps for sales notes and CRM automation Here, we enter the territory of apps that are optimized for sales teams for note-taking, summaries, and an incredibly valuable CRM enrichment function, powered by AI. Modjo Beyond generating notes, positions itself as a ‘conversational platform’ optimized for salespeople in particular. The platform does note-taking in a similar way to other platforms while also automating the recording of key data from customer and prospect calls in your CRM, like Salesforce. That’s why the first step to setting it up is connecting your business tools to their hub. Modjo Key features that break the call transcript into sales-relevant subtopics, like next steps, pains identified, customer insights, and observations. AI notes , which automatically synchronizes all your notes in your business tools. You’ll benefit from an optimized note-taking interface and templates that facilitate the transmission of information in asynchronous mode. Livenotes A wide variety of including Salesforce, Aircall, Hubspot, Slack, and Gmail. business integrations, Pricing Cannot tell – one has to request a custom quote on their pricing page. Why we love it 🖤 Modjo is among the leaders when it comes to call-to-CRM enrichment. Catering to a specific customer vertical, they’re able to provide a highly specialized experience for customer-facing users in their niche. Spoke Like Modjo, is designed first and foremost for sales teams. It records the video meetings and generates notes based on pre-set templates based on the most used sales frameworks like BANT, which you can modify. In fact, their interface is so customizable that you can ask questions about the notes before, during, and after the meeting. The notes are then synced with the CRM of your choice and complimentary apps like Slack. Spoke Key features in video format, which highlights and lets you skip directly to sections that address the key discussion points of the conversation. Meeting recordings break down the transcript into a Q&A-styled report, which you can modify and interact with via a GPT-like interface by asking specific questions about the meeting. Meeting notes feature, allowing you to add a list of recurrent names and terms to help the tool transcribe them accurately, e.g. company names, jargon, etc. Custom vocabulary Languages 29+ supported languages. Pricing Freemium model, with features like custom meeting templates and workplace collaboration behind the paywall of $24/month. More info . here Why we love it 🖤 Spoke is probably the most customizable tool in the selection, super hands-on, providing highly granular insights into your sales and user research calls. Their ultra-modifiable UI makes it especially suitable for users who like to be in control and want to have the option to ‘dig into’ the transcript rabbit hole. You'll find a nice library of educational resources inside the app's Spoke Academy to help you get the hang of it. Other apps to try in this category , , , and . Gong Praiz PiperAI Cockpit #4 Webinars and online conferences Finally, we wanted to give a shoutout to platforms that specialize in online meetings and events with a lot of participants. Livestorm is an EU-based unified meetings and webinar platform, offering all must-have features for hosting dynamic mult-stakeholder discussions in sectors like healthcare, finance, and tech. It is equally suited for external events, such as webinars or online courses, and internal ones, like product demos, employee onboarding, and so on. Livestorm Key features , meaning that every call window can be customized with nice features like file sharing and custom room design - and can be recorded of course, with an exportable transcript option. You can also determine who has speaking permissions for each event. Custom room experience allowing you to send unlimited customized reminders and follow-up emails to all event participants using plain text or custom HTML. Email cadences, with platforms like HubSpot, Salesforce, and others. CRM integrations Why we love it 🖤 Livestorm is a browser-based app that conveniently aggregates all the functions that someone who organizes and runs multistakeholder meetings would need and enjoy. Technically, it’s not a note-taking app per se, but rather an even hosting platform with the notes and recordings available as a bonus. Languages Currently available in 24 languages. Pricing Free plan with up to 20 minutes/session and 30 live attendees. Then, a Pro plan at 79€/month if billed annually, with up to 100 attendees allowed. More . here Conclusion Finding the AI meeting companion that’s truly right for you may take a few trials and errors. Our goal was to present you with some alternatives, outline their features, and suggest who these platforms may be more suited for. Having tried all of the above, our verdict is that you can expect more exciting experiments and innovation in upcoming years when it comes to AI-powered summaries, action items, and other types of notes. And these breakthroughs will not be attributed to the platform builders alone –  the end users will have a key role to play in turning these tools into real game-changers for productivity. Today, we’re witnessign a real customization trend of note-taking tools, which gives users an unprecedented degree of agency to find the perfect combination of techniques to organize their meeting routine in a way that suits them individually and as a team. As AI continues to augment our collective and individual capabilities, it’s important for all users to assume an active role in adopting and optimizing these tools to make the most of them. If you’re curious to learn how to make great summarization prompts for online meetings, check out this . Taking this one step further, for those of you who like to DIY, you may want to try our open-source code to build your own . actionable guide recording and transcription bot for Google Meet About Gladia Powered by generative AI, provides a speech-to-text and audio intelligence API that turns any audio into text in near real time with exceptional accuracy. Gladia

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Let's learn about via these 84 free stories. They are ordered by most time reading created on HackerNoon. Visit the to find the most read stories about any technology. Nintendo Switch /Learn Repo 1. ACNH Island Transfer Tool: Communication Error How you can fix the Communication Error from the ACNH Island Transfer Tool when the solution on the official Nintendo forums just aren't working for you. 2. The 5 Best Ace Attorney Cases from the Original Trilogy The Phoenix Wright: Ace Attorney trilogy has no bad cases. But that doesn't mean that some aren't better than others. Here are the 5 best Ace Attorney cases. 3. That time I used my Credit Card to pay off Tom Nook Animal Crossing Bells can take a long, boring time to earn. So what happens if you want to buy some using real money? We bit the bullet and gave it a shot. 4. Omori on Nintendo Switch SERIOUSLY Needs a Trigger Warning Omori is a game that can trigger anxiety, I know that firsthand. 5. 5 Nintendo Switch Mario Games That Your Kids Are Sure to Love Here are 5 Nintendo Switch Mario games that your children are sure to enjoy: Mario Kart 8 Deluxe, Super Smash Bros. Ultimate., and Super Mario Oddysey. 6. Mawile in Pokémon Sword: How to Find it and Catch it Mawile in Pokémon Sword can be found in the wild area, dens, and the Crown Tundra. You will need fire and ground type Pokemon as well as high-level items 7. 5 Nintendo Switch Games Coming Soon in 2021/2022 There are great games on the horizon, but these Nintendo Switch games coming soon are what I'm excited for. 8. The Best Golf Games on Nintendo Switch: Mario Golf & More From Mario Golf to the PGA Tour, check out the best golf titles on Nintendo Switch now! 9. How to Use PKHex On Switch to Mod Pokemon Scarlet & Violet Here's how to use PKHex on the Nintendo Switch to edit what Pokemon are in your party. 10. Sumire: Life Lessons and Introspection in Two Hours 2021's Sumire is an incredible story that is illustrated with an incredible art style and soundtrack and is only enhanced by its short length adding context. 11. Ninja Gaiden: Master Collection Arrives for All Platforms on June 10 KOEI TECMO America announced that Team Ninja will present the Ninja Gaiden: Master Collection for major platform release on current and next-gen consoles. 12. Disney Dreamlight Valley Launches Early Access in September, New Gameplay Trailer Released Gameloft and Nintendo revealed some new footage of the upcoming life-sim adventure game, Disney Dreamlight Valley, which hits Nintendo Switch in September. 13. The Top Yikes of Pokémon Scarlet and Violet Poor performance and lazy pokemon design in Pokemon Scarlet and Violet are among the top complaints from diehard fans of the franchise. 14. 5 Best Mystery Games on the Nintendo Switch With so many great games on the console, it's hard to choose the best mystery games on the Nintendo Switch. However, that's exactly what we did with this list. 15. Everything You Must Know About Nintendo's Marketing Strategy Let's look at Nintendo marketing strategy from prototyping to production staging and how it has evolved over time to innovate its segmentation & positioning. 16. The Wild at Heart Game Review (Nintendo Switch) Despite the minor drawbacks and sometimes tedious puzzles, The Wild at Heart is the perfect game to escape reality and relax on a cold winter evening. 17. One Day in Paldea: A Review of Pokemon Scarlet and Violet Despite some persistent graphical glitches, the new Pokemon Scarlet and Violet successfully expand on the open world concept brought in by Legends: Arceus. 18. The Legend of Zelda: Breath of the Wild Sequel Set for 2022 Launch Nintendo has officially revealed The Legend of Zelda: Breath of the Wild with a new reveal teaser at the Nintendo Direct event for E3 2021. 19. 7 Best Nintendo Consoles Based on Games 7 Best Nintendo Consoles Based on Games include the Nintendo Switch, SNES, Wii, Nintendo DS, Nintendo 64, Nintendo GameCube, and Nintendo Entertainment System. 20. 10 Best Wii Series Games Ranked by Sales The best Wii series games have sold copies numbering in the tens of millions, creating an entire subgenre that no other franchise could easily replicate. 21. How To Review A Game Bryan Applegate, a nominee for several Noonies awards explains how he reviewed Darksiders III for HackerNoon and his thoughts on THQ Nordic's game in general. 22. The GPD Win 3: A New Alternative for the Nintendo Switch The new Windows running handheld looks like a mixture of a Nintendo Switch and Dell's UFO console, but its foldable 5.5-inch 720p screen. 23. All Animal Crossing Games Ranked by Sales Data Unsurprisingly, Animal Crossing: New Horizons on the Switch is the highest-selling game in the Animal Crossing franchise, with 40 million copies sold. 24. Crash Bandicoot 4 Set for Next-Gen Console Release Activision has confirmed that Crash Bandicoot 4 will receive a next-gen console release, including a free upgrade for owners in the same console family. 25. 3 Highly-Anticipated Games That Have Been Delayed to 2023 Games being delayed is understandable. You don't want to ship out a mess, however, it's still disappointing. These are 3 games that have been pushed to 2023. 26. Will the Next New Pokémon Game be a Diamond and Pearl Remake? Fans have speculated that the next new Pokemon game could be a Pokemon Diamond and Pearl remake, based on historical trends in the company's release cycle. 27. Not the Nintendo Switch Pro We Were Looking For, But it's Something The Nintendo Switch console is getting an update. Nintendo has officially unveiled the Nintendo Switch OLED Model due out in early October. 28. Star Wars: Knights of the Old Republic II: The Sith Lords Set for June Launch on Nintendo Switch Aspyr Media and Lucasfilm Games confirmed that Star Wars: Knights of the Old Republic II: The Sith Lords will launch on Nintendo Switch later this June. 29. Should the Next Nintendo Console Be a New Nintendo Switch? This article explores Nintendo's past console releases to try and determine what its next gaming console will be. 30. Multiple Online Retailers Restock Nintendo Switch: Mario Red & Blue Edition Just in time for Nintendo Day, you can purchase the new Nintendo Switch: Mario Red & Blue Edition console at multiple online retailers. 31. From Dominance to Competition: A Story of Nintendo's Journey in the Gaming Industry For much of the 20th century, Nintendo dominated the playing card market in Japan the same way it would dominate the video game industry decades later. 32. Nintendo Files Lawsuit and Wins Injunction Against Switch Mod & Pirate Game Seller In 2018, Nintendo filed a lawsuit against a California man accused of selling pirated Nintendo games, modding devices, and modding services. 33. Lego Star Wars: The Skywalker Saga Review There are few things in this galaxy as iconic as Lego and Star Wars. In one way or another, both influenced our childhood and now impact our kids and millions of adults around the world. Two separate universes, Lego and Star Wars, have provided us with some of the most amazing toys and experiences. 34. 5 Predictions for the 2021 Nintendo Direct The E3 2021 Nintendo direct could be a big one; it is likely the company could reveal potential new games while showcasing anticipated games such as BOTW2. 35. Monster Hunter Stories 2: Egg Guide The best traits to look for in egg hunting are shiny, stinky, and heavy eggs. These traits will probably lead to eggs that contain desirable monstie genes. 36. Dreepy in Pokémon Sword and Shield: How to Find, Catch, and Evolve You can find Dreepy in Pokémon Sword and Shield in the Lake of Outrage, dens and max raid battles. Extra care needs to be taken with capturing and evolving. 37. 10 Best Handheld Game Consoles Ranked by Sales Since the 80's there have been great handheld consoles, but which is the best one? Here are the 10 best handheld consoles ranked by sales. 38. 9 Cheap Switch Games on Sale for Kids and Adults The Switch is a cheap console with expensive games. This article lists some cheap games for kids and adults, and where to keep track of switch games on sale. 39. The Professor Layton Games in Chronological Order This article has covered the Professor Layton Games in chronological order, starting with Professor Layton and the Last Spectre. 40. The Best Mario Games for Switch Owners Check out the best Mario games for Switch owners! We go over mainline, multiplayer, 2D, sports, and RPG games in the Mario universe. 41. 10 Best Animal Crossing Island Ideas for When You’re Stuck Some unique Animal Crossing island ideas include space & ocean, mountain, mythical, desert, coastal, meadow, kawaii, maze & mini-games, archipelago, and more. 42. The 5 Best Indie Games on the Nintendo Switch Indie games are better than ever, and the Nintendo Switch is a great home for them. Here are the best switch indie games available now, from Celeste to Hades. 43. Is Monster Hunter Rise Better or Worse than Capcom’s Previous Installments? Monster Hunter Rise has achieved great success, but some complain it lacks content and difficulty compared to the rest of the series. 44. 5 Best 2-Player Nintendo Switch Games for Couch Coop and PVP Sessions The Nintendo Switch has an abundance of co-op games, so it might be difficult to choose a good one. To help out, here are the best 2 player switch games. 45. Mario Kart 9: Possible Release Date and Everything We Know So Far Mario Kart 9 is reportedly in development. Here is everything you need to know to get excited for Nintendo's next kooky kart racer. 46. Monster Hunter Stories 2 Review (Nintendo Switch): Smaller Scale, Greater Story While Monster Hunter Stories 2 isn't the perfect RPG, it's a fun experience with a story unique to the series. Just be careful of performance issues... 47. Baldur's Gate: Dark Alliance 2 Set for Multi-Platform Release This Summer Interplay Entertainment has revealed that Baldur's Gate: Dark Alliance 2 is set to receive a remastered re-release for all the major consoles later this summer. 48. What are the Best Indie Games on Switch? Nintendo is one of the biggest video game publishers in the world. In this Slogging thread, the team at Hackernoon discuss the best indie games on Switch. 49. 10 Best Zelda Games of All Time Ranked by Sales Check out the top 10 best Zelda games throughout the franchise, ranked by their sales. 50. 10 Best Couch Co-op Games to Play With a Non-Gamer There are plenty of video games to share with non-gamers on a multitude of systems. Some familiar like Mario Party, or surprising like Until Dawn. 51. All The Pokémon Games in Chronological Order This article has outlined the Pokémon games in Chronological order. The main series of games can be chronologically ordered, starting with Red and Green 52. Smash Bros. News: Tekken Character Announced as DLC In exciting Smash Bros news, Kazuya from Tekken has been announced as the next DLC character. Here's what you need to know about Tekken's bad boy. 53. 6 Best KOTOR Cheats Every Sith Lord Should Use on Nintendo Switch Kotor cheats on Nintendo Switch make revisiting the best Star Wars video game of all time EVEN better. Learn how to unlock and utilize all the best cheats here. 54. 10 Best Mario Party Games Ranked by Sales Mario Party is, without a doubt, one of the most infamous franchises that people still love. The series is known for shattering friendships with its random turns and causing a great mix of frustration and entertainment in its minigames. Newer games have taken a turn from their counterparts, but with the release of Mario Party Superstars, it seems like these Mario-based board games are finally returning to form. As such, this article will take a look at the 10 best Mario Party games based on copies sold to see how the franchise has changed over the years — and how that change has influenced its success. 55. 5 Best Nintendo Switch Indie Games Showcased in Indie World Great games are on the horizon, especially great Nintendo Switch indie games. Here are some titles to look out for in 2021. 56. All Wario Land Games Ranked by Sales Though Wario might be a bitter rival to Mario, the greedy glutton hasn’t managed to share the vast number of games his counterpart stars in. Even so, he managed to make a name for himself through quite a few unique platforming titles. While a new Wario Land hasn’t been made in over a decade, many fans are still very much in love with the series for one reason or another. It’s interesting to note how far that love runs, which is why this article will take a look at all Wario Land games ranked by the number of copies they sold. 57. Is a New Nintendo Switch Model Coming in 2021? A New Nintendo Switch Model is possible in 2021, although Nintendo's unpredictability means nothing is certain. 58. 7 Best Video Games for Kids that Adults Will Love Too There are many great video games for kids out there, but in this article, we will look into some of the best titles for children that you will love too. 59. Animal Crossing: New Horizons Update - Everything You Need to Know The Animal Crossing update has released. Here's how to access all its new content and everything else you need to know about it. 60. Bayonetta 3 Release Date and New Features (Switch Exclusive) The newest trailer for Bayonetta 3 just released, bringing with it a whole slew of information and secrets for keen eyes to find. 61. 6 Best Luigi Games Ranked by Sales Though the Year of Luigi is long gone, Mario’s younger brother still boasts quite a bit of popularity. Since the early 2000s, he’s gone from a recolor for player 2 to his own person with his own personality, fears, and gameplay elements. Even after his time has passed, new games starring Luigi — and only Luigi — have been making the rounds on Nintendo’s modern consoles. Looking back on the green plumber’s history makes for some interesting finds, which is why this article will take a look at all Luigi games ranked by copies sold. 62. Tony Hawk Nintendo Switch: Pro Skater 1+2 Arriving June A Tony Hawk Nintendo Switch port is on its way, so here's everything you need to know about the Tony Hawk Pro Skater 1+2 coming on the Switch. 63. 5 Best Cloud Games Currently Available on Nintendo Switch Today, I'm gonna cover something that most people are not excited by: Cloud Gaming on Nintendo Switch. 64. Top 10 List of Nintendo Consoles Ranked by Sales Nintendo's most sold console is the Nintendo DS, but how do the other Nintendo consoles rank? 65. The OLED Nintendo Switch: Is it Worth It? In this slogging post, our gaming writers discuss the new OLED Nintendo Switch, whether it is worth the money and if its upgrades merit a purchase. 66. 5 Best Controllers for PC Gaming With so many options available, you might ask yourself, which controllers are the best for PC gaming? Here are the top 5 best controllers for your PC. 67. 10 Best Nintendo Switch Games of All time Ranked by Sales Mario Kart 8, Animal Crossing, and Super Smash Bros. are among the best-selling Nintendo Switch games of all time. 68. Octopath Traveler 2 Switch Review: An Improvement Over the Previous Game Octopath Traveler 2 maintains the high-quality aspects of the previous game while fixing any setbacks it had. Overall, it's a must-play for JRPG fans. 69. 10 Best Metroid Games of All Time Ranked by Sales With how much each game has influenced the series, it’s interesting to note which Metroid games are considered to be the best in terms of sales and popularity. 70. Nintendo Switch Reaches Over 84 Million Units Sold Nintendo released its end of the fiscal year results for investors this month. The Nintendo Switch and games boasted some pretty staggering sales figures. 71. 8 Best Cozy Games to Play When the World is Falling Apart The idea behind cozy games is the combination of appealing colors and atmospheric music. This article lists some of the best cozy games of recent years. 72. The Nintendo Switch Is a Great Console That's Nearing Its 5th Year. Is it Still Worth the Money? This year will mark the five-year milestone for the Nintendo Switch, the hybrid gaming console we’ve all come to love and admire. While much of the Nintendo experience has undergone some upgrades throughout the years - pro gamers and avid fans of Nintendo are considering whether or not it’s still worth the hype in 2022. 73. Is the Switch Pro Really Nintendo's Next Console? A look into the latest valid information regarding the Nintendo Switch Pro. 74. Is the Nintendo Switch Worth It? - An Honest Review Many still without a Switch might be asking themselves, is the Nintendo Switch worth it? Let's review the state of the Nintendo Switch in 2023. 75. Cruis’n Blast Review (Nintendo Switch): Is this Arcade Racing Game Worth Taking Home? Cruis'n Blast doesn't provide a flawless racing experience, but it's still a fun game that manages to act as the definitive arcade racing title at home. 76. Nerds Talking About Fire Emblem: Three Houses 2019's Fire Emblem: Three Houses's branching storylines makes it hard for everyone to have experienced the same thing. Here, we all weigh in our experiences 77. Mario Party Superstars: Why a Return to Form is the Best Thing for the Series Mario Party Superstars brings back old boards and gameplay from the first games of the series. It's not entirely new, but that's honestly a good thing. 78. Definitive Waluigi Meme List to Remind Us What Smash Bros. Ultimate is Missing The funniest memes revolving around Waluigi's Super Smash Bros. Ultimate snub that will ease your pain. 79. Will Pokémon Legends: Arceus Live Up to the Hype? Pokémon Legends looks to be the open world makeover Pokémon fans have craved. However, mixed signals from recent trailers leave me more skeptical than hopeful. 80. 25 Best Fire Emblem Three Houses Memes Fire Emblem Three Houses meme culture has continued to grow far beyond the release of the game. Here are 25 of the best Fire Emblem Three Houses memes. 81. The Ninth Generation Console War: Who is Winning? Who has the best games? The best controllers? Features? I break down the 9th generation of consoles to figure out, objectively, which is the BEST. 82. 11 Underrated Nintendo Switch Games Everyone Should Try These 11 games on Nintendo Switch deserve much more attention than they are getting. Get on board the hype train for these genuinely special video games. 83. .Hack//G.U Last Recode Rated for Nintendo Switch: Is it Coming Soon? We now know that .Hack//G.U. Last Recode COULD potentially be coming to the Nintendo Switch in the near future thanks to a leak from a very familiar place. 84. 5 Best Platformers on the Nintendo Switch The Nintendo Switch is home to a lot of good games from different genres, including the platform genre. Here are the 5 best platformers the Switch has to offer. Thank you for checking out the 84 most read stories about Nintendo Switch on HackerNoon. to find the most read stories about any technology. Visit the /Learn Repo

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THE TRANSFORMATION OF THE LIBIDO. A POSSIBLE SOURCE OF PRIMITIVE HUMAN DISCOVERIES

USA v. Google LLC Court Filing, retrieved on January 24, 2023 is part of . You can jump to any part in this filing . This is part 22 of 44. HackerNoon’s Legal PDF Series here IV. GOOGLE’S SCHEME TO DOMINATE THE AD TECH STACK D. Google Responds to the Threat of Header Bidding by Further Excluding Rivals and Reinforcing Its Dominance 1. The Industry Attempts to Rebel Against Google’s Exclusionary Practices 163. By 2015, Google’s publisher customers and ad exchange competitors had grown so frustrated with Google that they attempted to implement a form of open, real-time competition with Google’s ad exchange that evaded Google’s exclusionary restrictions. This innovative technology was called header bidding. 164. Header bidding worked as follows: publishers inserted certain computer code into the “header” section of the HTML code of a web page. This code triggered a real-time auction among ad exchanges before the publisher’s web page called the publisher ad server. [18] The highest bid from the header bidding auction was then sent to the publisher’s ad server. Because of the way Google configured DFP, the winning bid from the header bidding auction was then sent to Google’s ad exchange to see if it could beat that price. Critically, through dynamic allocation, Google’s ad exchange always received this “last look” advantage, essentially a right to buy any impression as long as it had at least one advertiser willing to match the competing bid price from the header bidding auction. 165. As originally designed, header bidding had limitations that stemmed from Google’s restrictions on how publishers could sell their inventory through Google’s publisher ad server. For example, publishers had to configure thousands of entries into the publisher ad server and recode their pages to implement a workaround to enable header bidding. Web pages also ran somewhat more slowly because publishers had to run multiple auctions sequentially: the header bidder auctions first, and then Google’s ad exchange auction, which always ran last. Despite these limitations, for the first time, Google’s ad exchange was forced to compete, at least in some fashion, against real-time bids from rival ad exchanges rather than against static, historical average prices from those ad exchanges. In assessing the impact of header bidding, a 2016 Google internal presentation noted “header bidding and header wrappers are BETTER than [Google’s platforms] for buyers and sellers.” Google explained that competition between AdX and buyers using header bidding increased publisher revenues by 30 to 40%, and provided additional transparency to advertisers. In essence, header bidding allowed publishers, advertisers, and Google’s rivals an opportunity to at least partially circumvent Google’s restrictions against real-time competition. Market participants had demonstrated their preference for improved choice, flexibility, and competition, even if it came at the cost of burdensome computer workarounds and slower load times for end users. 166. In practice, header bidding dramatically improved the competitiveness of rival ad exchanges. Header bidding provided a real opportunity for rival ad exchanges to see and compete for more publisher inventory, and potentially gain scale to compete effectively with Google. By allowing a publisher to call multiple ad exchanges in real time—effectively multihoming at the ad exchange level—header bidding vastly increased the amount of inventory rival ad exchanges could offer their advertisers. In turn, advertisers had the opportunity to see and bid on more inventory—potentially through lower-cost channels than Google’s ad tech tools— increasing their chances of winning inventory. By improving the ability of advertisers and publishers to connect, these rival ad exchanges were able to clear more transactions, increase revenues for publishers, and improve the quality of matches. In turn, header bidding had the potential to attract more advertisers and publishers to these rival ad exchanges by increasing the incremental value they could offer. 167. Due to this increased competitiveness, non-Google affiliated buyers began to buy more advertising inventory through third-party ad exchanges using header bidding. Google’s internal analysis showed a deceleration in spend by non-Google advertiser buying tools on AdX as “header bidding removed AdX inventory exclusivity . . . [and] buyers shift[ed] spend as other inventory sources delivered equal/better value.” A large buyer explicitly indicated to Google that they were “shifting spend over to HB partners” because they were “seeing better performance.” 168. More transactions flowing through rival ad exchanges made it easier for those ad exchanges to offset the massive cost of processing billions of ad requests each day; ad exchanges are only compensated for requests that result in a won transaction. These new transactions also provided ad exchanges with additional data on the universe of publisher inventory, user targeting data, and the competitive landscape. 169. Building on the success of early client-side header bidding, several companies invested to develop new innovative free or low-cost tools (called “wrappers”) that enabled “server-side” header bidding. This new form of header bidding allowed the header of a web page to call a single server, which then sent calls to multiple ad exchanges, each of which returned a bid to the server, which in turn passed on the winning bid to the web page. Server-side header bidding turbocharged the scale benefits of header bidding by decreasing integration costs and improved the internet user experience by reducing latency introduced by header bidding. 170. Internally, Google recognized that header bidding substantially benefited every market participant except one: Google. For that reason, Google refused to participate and instead chose to stifle any competitor that dared employ header bidding. As one Google employee explained, “[Header bidding] gives many publishers better yield, so it’s a no-brainer for a publisher to adopt it.” A late 2015 internal discussion somberly noted that Google “[did] not have incredibly robust arguments to discourage header bidding” and conceded that header bidding offered the competition Google had publicly preached but privately precluded: With AdX we’ve always advocated the more competition a pub has being considered with real time price competition the better the yield. Our competition is using this same argument for why header bidding makes sense. If they can submit a near real time price into DFP the[] competition with AdX is improved. As another Google employee observed, “[Google’s ad server] has historically made it difficult for [ad exchanges] to compete on a level playing field with AdX.” 171. Google viewed header bidding—and particularly server-side header bidding—as a direct and, in the words of a 2016 internal strategy paper, “existential threat” to the market power Google had amassed. Internal Google documents confirm that Google understood header bidding to be a direct response by its customers and competitors to counteract Google’s increasing dominance and its “unwillingness to open our systems to the types of transactions, policies and innovations that buyers and sellers wish to transact.” Header bidding was an attempt to “circumvent dynamic allocation,” one Google employee noted in late 2015. Another employee recognized that “[p]ublishers felt locked-in by dynamic allocation in [Google’s ad server] which only gave [Google’s ad exchange the] ability to compete, so HB was born.” Another described header bidding as a “world of true, multi-sourced [real-time bidding]” without Google as the “authoritarian intermediary.” 172. Beyond breaking the restrictions Google had put in place, header bidding also represented a pervasive threat to Google’s market power stemming from its unique and substantial advertiser demand. If header bidding could bring together a critical mass of nonGoogle advertising demand into a single real-time auction (e.g., a server-side header bidding auction), it might be able to undermine the power Google wielded through its Google Ads’ advertising demand, thereby weakening the need for publishers to use Google’s publisher ad server and ad exchange in the first place. 173. While header bidding was an important step toward more competition among ad exchanges, it could not displace Google’s dominance overnight. Google had hard-coded into the ad selection rules of its publisher ad server several advantages for its own ad exchange that would prevent rival ad exchanges from competing. Absent toppling Google’s monopoly position in the publisher ad server market, header bidding could offer publishers and advertisers only incremental gains. Thus, in the wake of header bidding, Google implemented still further measures to limit the growth of both header bidding and the rival ad exchanges deploying this technology. [18] Because early versions of the header code were run on the device of the user, or client, they were referred to as “client-side” header bidding. [19] “SSPs” refers to non-Google ad exchanges. Continue Reading . Here About HackerNoon Legal PDF Series: We bring you the most important technical and insightful public domain court case filings. This court case 1:23-cv-00108 retrieved on September 8, 2023, from is part of the public domain. The court-created documents are works of the federal government, and under copyright law, are automatically placed in the public domain and may be shared without legal restriction. justice.gov

Header Bidding was AdTech's Attempt to Rebel Against Google’s Monopoly, but with Mixed Results

Header Bidding fue el intento de AdTech de rebelarse contra el monopolio de Google, pero con resultados mixtos

Le Header Bidding était une tentative d'AdTech de se rebeller contre le monopole de Google, mais avec des résultats mitigés

हेडर बिडिंग Google के एकाधिकार के ख़िलाफ़ विद्रोह करने का AdTech का प्रयास था, लेकिन मिश्रित परिणामों के साथ

ヘッダー入札は Google の独占に反抗する AdTech の試みでしたが、結果はまちまちでした

Header Bidding foi uma tentativa da AdTech de se rebelar contra o monopólio do Google, mas com resultados mistos

Đặt giá thầu dựa vào tiêu đề là nỗ lực của AdTech nhằm chống lại sự độc quyền của Google, nhưng có nhiều kết quả khác nhau

标头竞价是 AdTech 反抗 Google 垄断的尝试，但结果好坏参半

Dedicated to Amazon.com

Have you ever spent days an application only to find a tiny issue that would’ve taken minutes to fix if caught earlier? As coders, we’ve all been there. debugging is a technique focused on finding bugs as early as possible in the development process. By moving testing activities “left” - earlier in the lifecycle - we can detect issues when they’re easiest and least expensive to fix. Shift-left testing In this guide, I’ll show you what shift-left testing means in practice and how you can implement it for your team. You’ll see how a little extra effort upfront saves a ton of headaches down the road. What Is Shift Left Testing? I'm always looking for ways to improve our process and catch bugs earlier in the projects I build. One approach that has really helped is shift left testing. Shift-left testing means starting your testing activities earlier in the development lifecycle. Basically, you move testing left on the timeline. Instead of waiting until the end of a sprint to test, you start testing individual components as developers complete them. Why Shift Left? The Benefits of Early Bug Detection As a Coder, I'm always looking for ways to improve the testing process and catch bugs as early as possible. That's why I'm such a big fan of Shift Left testing. So why else shift left? Here are a few key reasons: Finding issues earlier leads to higher-quality end products with fewer defects. Improved quality. Catching bugs sooner mitigates the risk of major issues causing delays further down the line. Reduced risk. Early testing promotes more collaboration between testers and developers. We can provide feedback right away, so problems get addressed faster. Better collaboration. Shifting left means testing happens concurrently with development, so issues are detected and reported quickly. Developers get test results in real-time. Faster feedback. Fewer bugs making it into later testing phases means less time spent fixing and re-testing the same things. Less rework. As you can see, shifting testing left offers some serious benefits. While it may require more upfront planning, the long-term rewards of quality, risk reduction, and efficiency make it worth the effort. In my experience, integrating testing right from the start results in a better end product and a smoother development process overall. Who wouldn't want that? Shift Left in Action: An Example We Can All Relate To For me, the best way to understand shift left is through an example we can all relate to - cooking a meal! When I first started learning to cook, I would follow a recipe step-by-step, only tasting the food at the very end. More often than not, I’d realize I added too much salt or spice and would have to start all over. Over time, I learned the value of “shifting left” and tasting as I cooked. Maybe the sauce needed more garlic, or the rice was bland. By identifying issues early, I could make adjustments and avoid ruining the whole dish. The end result? A tasty meal that I felt confident serving to friends and family. The same principles apply to software testing. When we shift testing left, we identify bugs and problems earlier. Instead of waiting until the final testing stages, we build in frequent reviews, demos, and testing throughout the development cycle. We taste the “sauce” to check that features are implemented correctly. We try the “rice” to ensure the UI and experience meet expectations. By shifting left, we reduce wasted effort, decrease costs, and deliver a higher-quality end product. Of course, there are challenges to shift left testing. It requires collaboration between teams and an agile mindset focused on incremental improvement over perfection. But the benefits to , , and make overcoming these obstacles worthwhile. moral productivity customer satisfaction How to Implement Shift Left Testing: A Step-by-Step Guide Shift left testing is a game-changer for development teams. Steps to Implement Shift Left Testing Step 1: Start testing early Instead of waiting until the end of a sprint to test the finished product, I start testing individual components as soon as developers finish building them. This could be a single-user story, a new API endpoint, or a component of the UI. The key is to test in small chunks, not the fully integrated system. Step 2: Automate as much as possible Automated tests are essential for shift left testing. I focus on writing unit tests, API tests, and simple UI tests that can run quickly after each code commit. This allows the team to catch issues early when they're easiest to fix. Manual testing still has its place, but automating the repetitive stuff means I can spend more time on complex scenarios. Step 3: Provide fast feedback The whole point of shift left testing is to . As soon as an automated test fails or I find an issue during manual testing, I report it right away. Bugs found within a day of being introduced can often be fixed in under an hour. If we wait a week or two, it might take several days to fix the same issue! get feedback from developers as quickly as possible Step 4: Collaborate closely with developers Shift-left testing works best when testers and developers work together closely. Regularly pair with the developers to review user stories and discuss testing strategies before coding even begins. This helps ensure you will build testability and quality into the software from the very start. As issues come up, you can work together to troubleshoot and determine the best solutions. By following these steps, shift left testing has become second nature for your team. Shift Left Techniques There are a few useful techniques for implementing shift left testing: Developers write and execute automated tests to validate small units of code. Testers can review and provide feedback on unit tests. Unit testing: Developers write tests before writing code. The tests drive the design and implementation. Test-driven development (TDD): Teams specify software behaviors as test cases, then implement code to pass those tests. Testers help define expected behaviors. Behavior-driven development (BDD): : Testers and developers work together in close collaboration to execute tests, discuss results, and make changes. Pair testing Automating regression tests allows testers to focus manual testing on new functionality. Automated tests can be executed earlier and more frequently. Test automation: Shifting testing left has many benefits and leads to higher quality, more collaborative development. How to Convince Management to Support Shift Left Testing Convincing management to support Shift Left testing can be challenging, but it's worth the effort. As a tester, I've seen firsthand how it improves quality and saves time. Here are a few arguments I've used to win over executives: Shift Left testing finds bugs earlier, reducing rework. When issues surface late in development, it often requires revisiting old code and wasted effort. Detecting problems sooner means simpler fixes and less wasted time. The earlier a bug is found, the cheaper it is to fix. Studies show the cost to fix a defect found during requirements or design is a fraction of the cost of fixing that same bug after release. Shift Left testing reduces expensive late-cycle fixes. It lowers costs. When testing starts earlier, issues are resolved faster. This smooths the path for new features and accelerates release cycles. Teams can ship quality code at a quicker pace. It speeds up delivery. By uncovering more defects pre-release, we reduce unpleasant surprises for our customers after launch. Shift Left testing leads to higher quality products and happier users. It improves customer satisfaction. For testers, finding and reporting issues sooner leads to greater job satisfaction and motivation. Developers also appreciate the opportunity to resolve problems when code is fresh in their minds. Morale remains high when quality is built in from the start. It boosts team morale. To summarize, Shift Left testing saves time and money, speeds up delivery, improves customer happiness, and boosts team spirit. While it may require an upfront investment, the long-term benefits to quality, productivity, and employee motivation make it worthwhile. I encourage you and the leadership team to consider how we can adopt this approach and start reaping the rewards. Common Myths and Misconceptions About Shift Left Testing As someone who has worked in software testing for a few years now, I’ve heard a lot of myths about shift left testing that simply aren’t true. Here are a few of the most common ones I’ve come across: “Shift left testing requires specialized skills.” This isn’t the case at all. While shift left testing does require some training on agile methods and tools, the actual testing activities are similar to traditional testing. You don’t need highly technical skills to get started. With some practice, anyone on a software team can pick it up. “Shift left testing takes too much time.” On the contrary, shift left testing saves time in the long run. Finding and fixing bugs earlier is much more efficient than waiting until the final testing stages. Although it may require more upfront planning, the time savings further down the line more than makeup for it. “Bugs found during shift left testing aren’t important.” All bugs matter when it comes to software quality. Shift left testing aims to detect bugs as early as possible, regardless of severity. Minor issues detected early on could point to bigger problems that emerge later. It’s best to address any and all bugs, no matter how small they seem. “Shift left testing requires major changes to process.” While shift left testing does involve some adjustments to workflow, the changes are relatively minor. Things like increased collaboration, short feedback loops, and a focus on incremental development are easy to implement. Shift left testing complements agile methods many teams already use. The key takeaway is that shift-left testing debunks many of the myths about software testing. With an open mind and willingness to adapt, any team can reap the benefits of this approach. The small changes required to get started will pay off in a big way. FAQs: Answers to Your Most Pressing Shift Left Testing Questions Here are some of the most common questions along with answers. 1. What exactly is shift left testing? This could mean starting unit testing when developers are still writing the code, doing integration testing as soon as components are ready to connect, and doing UX testing with low-fidelity prototypes. The earlier you find problems, the cheaper and easier they are to fix. Shift-left testing means starting your testing activities earlier in the development process, rather than waiting until the end. The main goal is to detect bugs and issues as early as possible. 2. What are the benefits of shift left testing? Some of the biggest benefits of shift left testing are: Catching bugs early. Finding defects in requirements, design, and development stages is much more cost-effective than finding them in production. Improving quality. By testing early and often, you can improve the overall quality of the product. Reducing rework. Detecting issues early minimizes the amount of redesign and recoding needed. Faster feedback. Getting feedback from tests and users early in the process allows teams to make adjustments quickly. Less wasted effort. Building the right product from the beginning avoids wasting time building the wrong features or fixing problems later on. 3. What types of testing are considered "shift left"? Some examples of testing techniques that shift left include: - tests individual units of source code as developers are writing it. Unit testing - tests application interfaces as backend components are being built. API testing - gets feedback from users on low-fidelity prototypes before development starts. Prototype/UX testing - reviews and validates requirements with stakeholders early on. Requirements analysis Risk-based testing - focuses testing efforts on the riskiest parts of an application first. - uses models of the system to generate test cases, even before the system has been built. FreeCodeCamp  did a very cool Model-based testing 4. How do I get my team on board with shift left testing? Some tips for adopting a shift left testing approach: Educate your team on the benefits of early testing. Explain how it leads to higher quality, lower costs, and less rework. Start small by shifting left on one project or product first. Get some wins to build support for the approach. Align incentives and KPIs to support early testing. For example, reward developers for implementing unit tests or UX designers for getting prototype feedback. Makeshift left a team effort. Engage developers, UX designers, testers, and business analysts to build a culture of continuous testing and feedback. Conclusion So there you have it, the basics of shift-left testing and how to put it into practice in your own work. Finding and fixing bugs earlier saves so many headaches down the road. And by making testing a collaborative process between dev and QA, you’ll build better software and a shared sense of ownership in the outcome. Shift-left isn’t just a buzzword, it’s a smarter way of building tech. Give it a try - your future self will thank you! Also published here.

A Practical Guide to Shift Left Testing for Software Developers 

Ali thus at thirteen years of age was free to indulge in the impetuosity of his character

STOCKHOLM, Sweden, June 15th, 2023/Chainwire/--BLK DNM is bridging the Physical and Virtual Worlds of Fashion through Blockchain Innovation. Swedish-American fashion brand today unveils the first-ever example of connected fashion (garments that exist both physically and virtually, each aspect ‘twinned’ via technology) with the launch of BLK DNM Society and integration of blockchain-powered hardware and software into its products. BLK DNM BLK DNM Society, built on tech designed by blockchain innovator and BLK DNM owner , will grant each garment a unique and recordable identity in both the physical and virtual worlds, while also rewarding ethical behavior and granting brand influence to owners. ChromaWay Blockchain-powered ‘digital garment ID’ microchips will give each item a unique identity and record of its history. Chips form the hardware element of BLK DNM Society, which launches in tandem and rewards responsible behavior and ownership. Tech will first appear in BLK DNM’s FW 2023 collection. The Hardware: Digital Garment IDs Future BLK DNM clothing will be fitted with a ‘digital garment ID’ - an undetectable chip that gives each physical item a unique and recordable identity. Some of the first features of the digital garment IDs will include: Authentication of the garment as genuine, eliminating fakes and counterfeiting Rewarding responsible behaviors of treasuring and caring for clothing long-term, such as refurbs and second-hand purchases Recording each individual garment's unique history - owners, events and places worn, repairs and alterations - enabling the item to accrue emotional and monetary value over time. Acting as a digital ticket for entry to events. Access to and voting rights within BLK DNM Society. BLK DNM Society The digital garment IDs are the first hardware elements of BLK DNM Society, which launches in tandem. The first example of connected fashion, BLK DNM Society is a community of BLK DNM owners, connected virtually by their physical items, who are rewarded for responsible behaviors and are granted voting rights on key brand decisions based on item ownership - thereby beginning the first ever process of decentralizing a fashion brand’s stewardship. Each digital garment ID will create a ‘digital reflection’ of the physical garment: a twin in the virtual world where the physical item’s history and place within BLK DNM Society is recorded. The digital reflection can also be worn in the metaverses, catering especially to younger generations whose identities in virtual worlds are equally as important as in the physical. FW 2023 Digital garment IDs will be revealed at BLK DNM’s FW event in Paris on June 21st. For this first collection, the chips will be embedded in only leather items, with subsequent collections introducing more items to BLK DNM Society through embedded blockchain-enabled hardware. Henrik Hjelte, CEO and Co-founder of ChromaWay, comments: “This is totally futuristic. Nothing like this has been attempted in fashion before. It’s very exciting for us, after much hard work, to see our technology elevating one of fashion’s iconic brands into something completely unique. This has the potential to transform people’s relationships with the clothes they wear and the brands they buy. No longer does the relationship with the customer end at the checkout. And each beautiful garment now becomes its own living, evolving piece of history.” Toni Collin, CEO of BLK DNM, and Henrik Hjelte, CEO and Co-founder of ChromaWay Toni Collin, CEO of BLK DNM, comments: “BLK DNM’s philosophy is one of community, and our clothing is designed, through both its craftsmanship and timeless aesthetic, to be treasured and passed down through generations - the antithesis of irresponsible fast fashion. Now, with the introduction of BLK DNM Society and the first embedded hardware in our garments, we take those two pillars to a revolutionary new level. By embedding intelligence in every item, we hope we can inspire our industry to join us in using connected fashion to do better.” About BLK DNM BLK DNM is a Swedish-American fashion brand that specializes in timeless tailoring, leather, and denim of extraordinary quality. Following its 2023 relaunch as an entry-luxury fashion house under the stewardship of new Creative Director Jessy Heuvelink, BLK DNM’s focus on both enduring craftsmanship and aesthetic timelessness encourages customers to love and treasure each item for decades and across generations. About ChromaWay ChromaWay is an industry leader in blockchain technology and specializes in creating and deploying cutting-edge, scalable blockchain solutions for both businesses and governments. The company, which was established in 2014 and has its headquarters in Stockholm, Sweden, has been at the forefront of driving the widespread adoption of blockchain technology. Its flagship product, relational blockchain Chromia, enables developers to build decentralized applications (dApps) with a relational database model that offers unprecedented scalability and flexibility. Contact Fati Hakim Fati.Hakim@ChromaWay.com This story was distributed as a release by Chainwire under HackerNoon’s Brand As An Author Program. Learn more about the program . here

BLK DNM Is Bringing Together the Physical and Virtual Worlds of Fashion With Blockchain Tech

BLK DNM está uniendo los mundos físico y virtual de la moda con tecnología Blockchain

BLK DNM réunit les mondes physiques et virtuels de la mode avec Blockchain Tech

BLK DNM ब्लॉकचैन टेक के साथ फैशन की भौतिक और आभासी दुनिया को एक साथ ला रहा है

BLK DNM はブロックチェーン技術でファッションの物理的世界と仮想的世界を統合します

BLK DNM está reunindo os mundos físico e virtual da moda com tecnologia Blockchain

BLK DNM đang kết hợp thế giới thời trang thực và ảo với công nghệ chuỗi khối

BLK DNM 将时尚的物理世界和虚拟世界与区块链技术结合在一起

Hello friends, The Oracle DBA occasionally needs to update some of the Oracle Clusterware network configurations. Today let's check how to update the private network part. The Environment Oracle RAC with 2 nodes: ol8-19-rac1 and ol8-19-rac2

Oracle Linux Server release 8.8

Grid Version
34318175;TOMCAT RELEASE UPDATE 19.0.0.0.0 (34318175)
34160635;OCW RELEASE UPDATE 19.16.0.0.0 (34160635)
34139601;ACFS RELEASE UPDATE 19.16.0.0.0 (34139601)
34133642;Database Release Update : 19.16.0.0.220719 (34133642)
33575402;DBWLM RELEASE UPDATE 19.0.0.0.0 (33575402)

DB Version
34086870;OJVM RELEASE UPDATE: 19.16.0.0.220719 (34086870)
34160635;OCW RELEASE UPDATE 19.16.0.0.0 (34160635)
34133642;Database Release Update : 19.16.0.0.220719 (34133642)

When you see <dbenv>, load the DB HOME variables.
When you see <gridenv>, load the GRID HOME variables.

IPs
# Public
192.168.56.161  ol8-19-rac1.localdomain  ol8-19-rac1
192.168.56.162  ol8-19-rac2.localdomain  ol8-19-rac2

# Virtual
192.168.56.163  ol8-19-rac1-vip.localdomain    ol8-19-rac1-vip
192.168.56.164  ol8-19-rac2-vip.localdomain    ol8-19-rac2-vip

# Private
10.1.2.161  ol8-19-rac1-priv.localdomain   ol8-19-rac1-priv
10.1.2.162  ol8-19-rac2-priv.localdomain   ol8-19-rac2-priv As the grid user, take a backup of profile.xml on all cluster nodes before proceeding. [oracle@ol8-19-rac1 ~]$ cp -p $ORACLE_HOME/gpnp/`hostname`/profiles/peer/profile.xml $ORACLE_HOME/gpnp/`hostname`/profiles/peer/profile.xml.bkp

[oracle@ol8-19-rac1 ~]$ ll $ORACLE_HOME/gpnp/`hostname`/profiles/peer/profile.xml.bkp

-rw-r--r--. 1 oracle oinstall 2171 May 27 20:09 /u01/app/19.0.0/grid/gpnp/ol8-19-rac1/profiles/peer/profile.xml.bkp Now, let’s check the Oracle CRS networks and the Linux networks. It’s possible to identify that Oracle is using the network as his private one. “eth2 10.1.2.0” [oracle@ol8-19-rac1 ~]$ oifcfg getif
eth1  192.168.56.0  global  public
eth2  10.1.2.0  global  cluster_interconnect,asm

[oracle@ol8-19-rac1 ~]$ ip -c -br a
lo               UNKNOWN        127.0.0.1/8 ::1/128
eth0             UP             10.0.2.15/24 fe80::a00:27ff:fe63:d73f/64
eth1             UP             192.168.56.161/24 192.168.56.163/24 192.168.56.166/24 192.168.56.165/24 fe80::a00:27ff:fe4f:b8aa/64
eth2             UP             10.1.2.161/24 169.254.1.211/19 fe80::a00:27ff:fe01:a7de/64
eth3             UP             10.1.3.161/24 fe80::a00:27ff:fef3:172b/64

[oracle@ol8-19-rac2 ~]$ ip -c -br a
lo               UNKNOWN        127.0.0.1/8 ::1/128
eth0             UP             10.0.2.15/24 fe80::a00:27ff:fe63:d73f/64
eth1             UP             192.168.56.162/24 192.168.56.164/24 192.168.56.167/24 fe80::a00:27ff:fe76:b954/64
eth2             UP             10.1.2.162/24 169.254.26.118/19 fe80::a00:27ff:fe7f:8663/64
eth3             UP             10.1.3.162/24 fe80::a00:27ff:fea8:d7c3/64 Let’s also check the ASM Listener configuration and take note. [oracle@ol8-19-rac1 ~]$ srvctl config listener -asmlistener
Name: ASMNET1LSNR_ASM
Type: ASM Listener
Owner: oracle
Subnet: 10.1.2.0
Home: <CRS home>
End points: TCP:1525
Listener is enabled.
Listener is individually enabled on nodes:
Listener is individually disabled on nodes:

[oracle@ol8-19-rac1 ~]$ srvctl status listener -l ASMNET1LSNR_ASM
Listener ASMNET1LSNR_ASM is enabled
Listener ASMNET1LSNR_ASM is running on node(s): ol8-19-rac2,ol8-19-rac1

[oracle@ol8-19-rac1 ~]$ srvctl config asm
ASM home: <CRS home>
Password file: +CRS/orapwASM
Backup of Password file: +CRS/orapwASM_backup
ASM listener: LISTENER
ASM instance count: 2
Cluster ASM listener: ASMNET1LSNR_ASM Firstly, let’s check if both nodes are able to reach the network we intend to use. [oracle@ol8-19-rac1 tmp]$ ping -c 3 10.1.3.161
PING 10.1.3.161 (10.1.3.161) 56(84) bytes of data.
64 bytes from 10.1.3.161: icmp_seq=1 ttl=64 time=0.010 ms
64 bytes from 10.1.3.161: icmp_seq=2 ttl=64 time=0.014 ms
64 bytes from 10.1.3.161: icmp_seq=3 ttl=64 time=0.018 ms

--- 10.1.3.161 ping statistics ---
3 packets transmitted, 3 received, 0% packet loss, time 2052ms
rtt min/avg/max/mdev = 0.010/0.014/0.018/0.003 ms

[oracle@ol8-19-rac1 tmp]$ ping -c 3 10.1.3.162
PING 10.1.3.162 (10.1.3.162) 56(84) bytes of data.
64 bytes from 10.1.3.162: icmp_seq=1 ttl=64 time=0.168 ms
64 bytes from 10.1.3.162: icmp_seq=2 ttl=64 time=0.151 ms
64 bytes from 10.1.3.162: icmp_seq=3 ttl=64 time=0.171 ms

--- 10.1.3.162 ping statistics ---
3 packets transmitted, 3 received, 0% packet loss, time 2068ms
rtt min/avg/max/mdev = 0.151/0.163/0.171/0.013 ms

[oracle@ol8-19-rac2 tmp]$ ping -c 3 10.1.3.161
PING 10.1.3.161 (10.1.3.161) 56(84) bytes of data.
64 bytes from 10.1.3.161: icmp_seq=1 ttl=64 time=0.153 ms
64 bytes from 10.1.3.161: icmp_seq=2 ttl=64 time=0.156 ms
64 bytes from 10.1.3.161: icmp_seq=3 ttl=64 time=0.176 ms

--- 10.1.3.161 ping statistics ---
3 packets transmitted, 3 received, 0% packet loss, time 2081ms
rtt min/avg/max/mdev = 0.153/0.161/0.176/0.017 ms

[oracle@ol8-19-rac2 tmp]$ ping -c 3 10.1.3.162
PING 10.1.3.162 (10.1.3.162) 56(84) bytes of data.
64 bytes from 10.1.3.162: icmp_seq=1 ttl=64 time=0.010 ms
64 bytes from 10.1.3.162: icmp_seq=2 ttl=64 time=0.025 ms
64 bytes from 10.1.3.162: icmp_seq=3 ttl=64 time=0.015 ms

--- 10.1.3.162 ping statistics ---
3 packets transmitted, 3 received, 0% packet loss, time 2037ms
rtt min/avg/max/mdev = 0.010/0.016/0.025/0.007 ms Since everything seems OK, now we will start changing the private network. We will change it from the subnet to . As the grid user, proceed as below in only one of the nodes. eth2:10.1.2.0 eth3:10.1.3.0 [oracle@ol8-19-rac1 ~]$ oifcfg setif -global eth3/10.1.3.0:cluster_interconnect,asm
[oracle@ol8-19-rac1 ~]$ srvctl add listener -asmlistener -l ASMNEWLSNR_ASM -subnet 10.1.3.0
[oracle@ol8-19-rac1 ~]$ srvctl update listener -listener ASMNET1LSNR_ASM -asm -remove -force

--The error below is expected, as we are only testing if the previous listener still exists.
[oracle@ol8-19-rac1 ~]$ lsnrctl stop ASMNET1LSNR_ASM

LSNRCTL for Linux: Version 19.0.0.0.0 - Production on 28-MAY-2023 07:55:09

Copyright (c) 1991, 2023, Oracle.  All rights reserved.

TNS-01101: Could not find listener name or service name ASMNET1LSNR_ASM Check if the ASM Listener was created correctly. [oracle@ol8-19-rac1 ~]$ srvctl config asm
ASM home: <CRS home>
Password file: +CRS/orapwASM
Backup of Password file: +CRS/orapwASM_backup
ASM listener: LISTENER
ASM instance count: 2
Cluster ASM listener: ASMNEWLSNR_ASM

[oracle@ol8-19-rac1 ~]$ srvctl config listener -asmlistener
Name: ASMNEWLSNR_ASM
Type: ASM Listener
Owner: oracle
Subnet: 10.1.3.0
Home: <CRS home>
End points: TCP:1526
Listener is enabled.
Listener is individually enabled on nodes:
Listener is individually disabled on nodes: In the 19c version, we also have one more resource to handle, the ASM Network. [oracle@ol8-19-rac1 ~]$ srvctl config asmnetwork
ASM network 1 exists
Subnet IPv4: 10.1.2.0//
Subnet IPv6:
Network is enabled
Network is individually enabled on nodes:
Network is individually disabled on nodes:

[oracle@ol8-19-rac1 ~]$ srvctl status asmnetwork
ASM network is running on ol8-19-rac2,ol8-19-rac1 As the root user, proceed as below. [root@ol8-19-rac1 scripts]# srvctl remove asmnetwork -netnum 1 -force
[root@ol8-19-rac1 scripts]# srvctl add asmnetwork -netnum 1 -subnet 10.1.3.0 Now let’s restart the entire cluster. [root@ol8-19-rac1 ~]# crsctl stop cluster -all -f
CRS-2673: Attempting to stop 'ora.crsd' on 'ol8-19-rac2'
CRS-2673: Attempting to stop 'ora.crsd' on 'ol8-19-rac1'
...
CRS-2673: Attempting to stop 'ora.cssd' on 'ol8-19-rac1'
CRS-2677: Stop of 'ora.cssd' on 'ol8-19-rac1' succeeded

[root@ol8-19-rac1 ~]# crsctl stop crs -f
CRS-2791: Starting shutdown of Oracle High Availability Services-managed resources on 'ol8-19-rac1'
...
CRS-2793: Shutdown of Oracle High Availability Services-managed resources on 'ol8-19-rac1' has completed
CRS-4133: Oracle High Availability Services has been stopped.

[root@ol8-19-rac2 ~]# crsctl stop crs -f
CRS-2791: Starting shutdown of Oracle High Availability Services-managed resources on 'ol8-19-rac2'
...
CRS-2793: Shutdown of Oracle High Availability Services-managed resources on 'ol8-19-rac2' has completed
CRS-4133: Oracle High Availability Services has been stopped.

[root@ol8-19-rac1 ~]# crsctl start crs
CRS-4123: Oracle High Availability Services has been started.

[root@ol8-19-rac2 ~]# crsctl start crs
CRS-4123: Oracle High Availability Services has been started. Check if everything is OK. [oracle@ol8-19-rac1 tmp]$ crsctl status res -t
--------------------------------------------------------------------------------
Name           Target  State        Server                   State details
--------------------------------------------------------------------------------
Local Resources
--------------------------------------------------------------------------------
ora.LISTENER.lsnr
               ONLINE  ONLINE       ol8-19-rac1              STABLE
               ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.chad
               ONLINE  ONLINE       ol8-19-rac1              STABLE
               ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.net1.network
               ONLINE  ONLINE       ol8-19-rac1              STABLE
               ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.ons
               ONLINE  ONLINE       ol8-19-rac1              STABLE
               ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.proxy_advm
               OFFLINE OFFLINE      ol8-19-rac1              STABLE
               OFFLINE OFFLINE      ol8-19-rac2              STABLE
--------------------------------------------------------------------------------
Cluster Resources
--------------------------------------------------------------------------------
ora.ASMNEWLSNR_ASM.lsnr(ora.asmgroup)
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
      2        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.CRS.dg(ora.asmgroup)
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
      2        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.DATA.dg(ora.asmgroup)
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
      2        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.LISTENER_SCAN1.lsnr
      1        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.LISTENER_SCAN2.lsnr
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
ora.LISTENER_SCAN3.lsnr
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
ora.RECO.dg(ora.asmgroup)
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
      2        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.asm(ora.asmgroup)
      1        ONLINE  ONLINE       ol8-19-rac1              Started,STABLE
      2        ONLINE  ONLINE       ol8-19-rac2              Started,STABLE
ora.asmnet1.asmnetwork(ora.asmgroup)
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
      2        OFFLINE OFFLINE                               STABLE
ora.cdbrac.db
      1        ONLINE  ONLINE       ol8-19-rac1              Open,HOME=/u01/app/o
                                                             racle/product/19.0.0
                                                             /dbhome_1,STABLE
      2        ONLINE  ONLINE       ol8-19-rac2              Open,HOME=/u01/app/o
                                                             racle/product/19.0.0
                                                             /dbhome_1,STABLE
ora.cvu
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
ora.ol8-19-rac1.vip
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
ora.ol8-19-rac2.vip
      1        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.qosmserver
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
ora.scan1.vip
      1        ONLINE  ONLINE       ol8-19-rac2              STABLE
ora.scan2.vip
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
ora.scan3.vip
      1        ONLINE  ONLINE       ol8-19-rac1              STABLE
-------------------------------------------------------------------------------- In my case, the ASM Network was not running on node 2, so I started it manually, and I will check in future reboots if I face the same issue again. [oracle@ol8-19-rac2 tmp]$ srvctl start asmnetwork

[oracle@ol8-19-rac2 tmp]$ srvctl status asmnetwork
ASM network is running on ol8-19-rac2,ol8-19-rac1 Since everything is running smoothly, let’s remove the previous network from the Oracle CRS. As the grid user, proceed as below. [oracle@ol8-19-rac1 tmp]$ oifcfg delif -global eth2/10.1.2.0

[oracle@ol8-19-rac1 tmp]$ oifcfg getif
eth1  192.168.56.0  global  public
eth3  10.1.3.0  global  cluster_interconnect,asm In the next article, I will explain how to update the IP from the other layers of the Oracle CRS. That’s it!

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