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Une liste de toutes les pages qui ont la propriété « Step Content » avec la valeur « In this tutorial I will show you how to build a beautiful home server with Raspberry Pi and Casa OS. '''Things Needed:''' All you need is a Raspberry Pi 4B board, That's all. Casa OS is a simple, easy-to-use, elegant open-source home cloud system that allows you to run self-hosted apps on your Raspberry Pi or other Linux devices. You can manage your files, share them across the network, protect your privacy data, and freely add disks and expansion spaces. Casa OS also has an app store with over 20 pre-installed docker based apps and 50+ community-verified apps. If you want to try out the casa os before the installation, use the [http://demo.casaos.io/#/login demo site].<blockquote>Username is casaos, and the password is also same.</blockquote>CasaOS fully supports Raspberry Pi. Also, more computers and development boards and fully compatible with Ubuntu, Debian, Raspberry Pi OS, and CentOS with one-liner installation. ». Puisqu’il n’y a que quelques résultats, les valeurs proches sont également affichées.

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Casa OS with Raspberry Pi + (In this tutorial I will show you how to bu … In this tutorial I will show you how to build a beautiful home server with Raspberry Pi and Casa OS. '''Things Needed:''' All you need is a Raspberry Pi 4B board, That's all. Casa OS is a simple, easy-to-use, elegant open-source home cloud system that allows you to run self-hosted apps on your Raspberry Pi or other Linux devices. You can manage your files, share them across the network, protect your privacy data, and freely add disks and expansion spaces. Casa OS also has an app store with over 20 pre-installed docker based apps and 50+ community-verified apps. If you want to try out the casa os before the installation, use the [http://demo.casaos.io/#/login demo site].
Username is casaos, and the password is also same.
CasaOS fully supports Raspberry Pi. Also, more computers and development boards and fully compatible with Ubuntu, Debian, Raspberry Pi OS, and CentOS with one-liner installation.spberry Pi OS, and CentOS with one-liner installation.)

Maker' pot + (- '''3.1 les composants''' * 1 Feather Hu … - '''3.1 les composants''' * 1 Feather Huzzah ESP8266 * 1 Trinket Pro 5V * 1 régulateur 12V - 5V * 1 pompe (brushless DC pump, 12V 9W) * 1 alimentation 12V 3000mA * 1 connecteur pour l'alimentation * 1 capteur de niveau d'eau (capacitif à créer en amont) * 2 transistors * 1 diode * 1 lampe (2 rubans de leds froides dans l'idéal) - '''3.2 le circuit''' Découper une plaque de prototypage de 75x90mm et suivre le schéma ci-joint pour réaliser les soudures. Il est conseillé: * de souder des pins males sur la feather huzzah et la trinket pro et des pins femelles à leur futur emplacement sur la PCB. * d'être en mesure de brancher et débrancher les câbles d'alimentation de la pompe, des leds et du capteur d'eau. Utiliser des pins males et femelles ou des connecteurs comme nous l'avons fait. - '''3.3 Création des comptes''' * Adafruit https://io.adafruit.com/ Créer un compte Adafruit IO et mettre de côté les informations : ''AIO Key'' et ''username''. Créer les feeds "alert0", "alert1", "alert2", "leds", "ledsetter", "pump" & "waterlevel". * IFTTT https://ifttt.com/ Créer un compte IFTTT. Chercher le service "Adafruit" et connecter le avec votre compte adafruit IO. Faire de même avec le service "Gmail" ou "mail". Créer les 4 applets suivants: # "IF '''any new data on alert1 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 1. # "IF '''any new data on alert0 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 0 et qu'il faut remplir le réservoir d'eau. # "IF '''every day at 06:00AM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet allume les leds à 6h tous les matins, ledsetter = 1. # "IF '''every day at 10:00PM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.tter feed'''" <small>(Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.</small>)
Maker' pot + (- '''3.1 les composants''' * 1 Feather Hu … - '''3.1 les composants''' * 1 Feather Huzzah ESP8266 * 1 Trinket Pro 5V * 1 régulateur 12V - 5V * 1 pompe (brushless DC pump, 12V 9W) * 1 alimentation 12V 3000mA * 1 connecteur pour l'alimentation * 1 capteur de niveau d'eau (capacitif à créer en amont) * 2 transistors * 1 diode * 1 lampe (2 rubans de leds froides dans l'idéal) - '''3.2 le circuit''' Découper une plaque de prototypage de 75x90mm et suivre le schéma ci-joint pour réaliser les soudures. Il est conseillé: * de souder des pins males sur la feather huzzah et la trinket pro et des pins femelles à leur futur emplacement sur la PCB. * d'être en mesure de brancher et débrancher les câbles d'alimentation de la pompe, des leds et du capteur d'eau. Utiliser des pins males et femelles ou des connecteurs comme nous l'avons fait. - '''3.3 Création des comptes''' * Adafruit https://io.adafruit.com/ Créer un compte Adafruit IO et mettre de côté les informations : ''AIO Key'' et ''username''. Créer les feeds "alert0", "alert1", "alert2", "leds", "ledsetter", "pump" & "waterlevel". * IFTTT https://ifttt.com/ Créer un compte IFTTT. Chercher le service "Adafruit" et connecter le avec votre compte adafruit IO. Faire de même avec le service "Gmail" ou "mail". Créer les 4 applets suivants: # "IF '''any new data on alert1 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 1. # "IF '''any new data on alert0 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 0 et qu'il faut remplir le réservoir d'eau. # "IF '''every day at 06:00AM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet allume les leds à 6h tous les matins, ledsetter = 1. # "IF '''every day at 10:00PM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.tter feed'''" <small>(Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.</small>)
Water probe 12+ activities + (Begin by soldering the male pin header str … Begin by soldering the male pin header strip onto the PCB board. You need to cover at least 10 points of the PCB (see figure below). Next, solder the 1kohm resistor to the PCB. We soldered one end to n°6, the other end to n°9. This way, when the PCB will be mounted on the arduino uno board, one end of the resistor will connect to A0, the other one to GND. Next, cut two pieces of electric wire, each about 20 cm long. The length doesn’t really matter, however, longer wires will enable you to distance the arduino board further away from liquids. Solder one end of one wire to one end of the resistor. This will connect to A0 on the board. Solder the other end to n° on the PCB. The latter will then connect with A5 on the arduino uno board. Strip off the other ends of the electric wire you just soldered onto the PCB, and connect them to the top of the binding post. Now cut two short pieces of electric wire (about 10 cm long each), and strip off both ends of each wire. Connect one end of each to the bottom part of the binding post. Curl the other end of each wire. The curly ends are the one which will dive into the liquid.e the one which will dive into the liquid.)
Crypto Mining with ESP32 + (Money is one of the most important inventi … Money is one of the most important inventions in human history. It is a medium of exchange, a store of value, and a unit of account. Money enables trade, commerce, and economic growth. However, money also has its limitations and challenges. For example, money can be counterfeited, stolen, or inflated. To overcome these problems, some people have invented a new form of money: cryptocurrency. Cryptocurrency is a type of digital currency that uses cryptography to secure and verify transactions. Cryptocurrency is decentralized, meaning that it is not controlled by any central authority or government. Cryptocurrency transactions are recorded on a distributed ledger called a blockchain, which ensures transparency and immutability. Some examples of cryptocurrencies are: * '''Bitcoin''': The first and most popular cryptocurrency, created in 2009 by an anonymous person or group using the pseudonym Satoshi Nakamoto. Bitcoin has a limited supply of 21 million coins and uses a proof-of-work algorithm to validate transactions and create new blocks. * '''Ethereum''': A platform that allows developers to create decentralized applications (dApps) and smart contracts using its native cryptocurrency, ether. Ethereum uses a proof-of-stake algorithm to secure its network and enable faster transactions. Cryptocurrencies have many advantages over traditional money. They are: * '''Secure''': Cryptocurrencies use cryptography to protect transactions from fraud and hacking. Cryptocurrencies also have no single point of failure, as they are distributed across many nodes on the network. * '''Transparent''': Cryptocurrencies allow anyone to view the history and details of every transaction on the blockchain. Cryptocurrencies also have no hidden fees or charges, as they are based on peer-to-peer transactions. * '''Inclusive''': Cryptocurrencies enable anyone with an internet connection and a digital wallet to access the global financial system. Cryptocurrencies also have no barriers to entry or discrimination, as they are open to anyone regardless of their identity or location. * '''Innovative''': Cryptocurrencies foster innovation and creativity, as they allow developers to create new applications and services using blockchain technology. Cryptocurrencies also have the potential to disrupt various industries and sectors, such as banking, e-commerce, healthcare, education, and more. Cryptocurrencies are not without challenges and risks, however. They are: * '''Volatile''': Cryptocurrencies are subject to high price fluctuations due to supply and demand dynamics, market sentiment, regulatory uncertainty, and technical issues. Cryptocurrencies can also be affected by external factors, such as geopolitical events, cyberattacks, media coverage, and public opinion. * '''Complex''': Cryptocurrencies require a steep learning curve for users to understand how they work and how to use them safely and effectively. Cryptocurrencies also involve technical jargon and concepts that may be confusing or intimidating for beginners. * '''Unregulated''': Cryptocurrencies operate in a legal gray area, as they are not recognized or regulated by most governments and authorities. Cryptocurrencies may face legal restrictions or bans in some areas, which may limit their adoption and usage. Cryptocurrencies may also pose ethical and social issues, such as tax evasion, money laundering, terrorism financing, and environmental impact. Cryptocurrency is a new era of money that offers many opportunities and challenges for the future. Cryptocurrency is not just a technology or a currency; it is a social phenomenon that reflects the values and aspirations of its users. Cryptocurrency is not perfect or flawless; it is an experiment that evolves and improves over time. Cryptocurrency is not for everyone or everything; it is a choice that depends on one’s preferences and needs.at depends on one’s preferences and needs.)
Laboîte - affichage de la qualité de l'air + (Pour configurer l'affichage de la qualité … Pour configurer l'affichage de la qualité de l'air sur votre boîte, vous devez disposer de l'identifiant d'un capteur Sensor Community (le vôtre ou celui d'un capteur proche de chez vous) : #Connectez vous au site https://france.maps.sensor.community/ et cliquez sur votre capteur (chaque capteur est représenté par une tuile hexagonale de couleur #Un panneau latéral s'ouvre et l'identifiant du capteur se situe en haut en dessous du mot Sensor (une suite de chiffres). Ici, j'ai sélectionné un capteur dans le centre de Rennes dont l'identifiant est le 17702

Notez ou copiez cet identifiant, vous en aurez besoin dans l'étape suivante !

ou copiez cet identifiant, vous en aurez besoin dans l'étape suivante !</div> </div><br/>)
Créer un compte "The Things Network" et rejoindre une communauté + (Rendez-vous sur la page d'accueil du site "The Things Network" (https://www.thethingsnetwork.org/) et cliquez sur "'''SIGN UP'''" dans le bandeau du haut.)
Créer un compte "The Things Network" et rejoindre une communauté + (Rendez-vous sur la page d'accueil du site "The Things Network" (https://www.thethingsnetwork.org/) et cliquez sur "'''SIGN UP'''" dans le bandeau du haut.)