This is a Pokédex tracker for Sun and Moon. All Pokémon in the Alola Pokédex are here, listed according to their Alola Pokédex number.
There may be locations where the below can be found that aren't listed. For simplicity's sake, only relatively easy to get to locations are listed here.
1-50
- [ ] Rowlet (Starter)
- [ ] Dartrix (Evolves from Rowlet at 17)
- [ ] Decidueye (Evolves from Dartrix at 34)
- [ ] Litten (Starter)
- [ ] Torracat (Evolves from Litten at 17)
- [ ] Incineroar (Evolves fom Torracat at 34)
- [ ] Popplio (Starter)
- [ ] Brionne (Evolves from Popplio at 17)
- [ ] Primarina (Evolves from Brionne at 34)
- [ ] Pikipek (Route 1)
- [ ] Trumbeak (Evolves from Pikipek at 14; Route 8)
- [ ] Toucannon (Evolves from Trumbeak at 28)
- [ ] Yungoos (Route 1, day only)
- [ ] Gumshoos (Evolves from Yungoos at 20; Day only: Route 10, Poni Wilds)
- [ ] Alolan Rattata (Night only: Route 1)
- [ ] Alolan Raticate (Evolves from Rattata at 20; Night only: Route 10, Poni Wilds)
- [ ] Caterpie (Route 1)
- [ ] Metapod (Evolves from Caterpie at 6; Route 1)
- [ ] Butterfree (Evolves from Metapod at 10; Melemele Meadow)
- [ ] Ledyba (Day only: Route 1)
- [ ] Ledian (Evolves from Ledyba at 18; Day only: Ulaula Meadow)
- [ ] Spinarak (Night only: Route 1)
- [ ] Ariados (Evolves from Spinarak at 18; Night only: Ulaula Meadow)
- [ ] Pichu (Route 1)
- [ ] Pikachu (Happiness evolution from Pichu; Hau'oli City)
- [ ] Alolan Raichu (Thunderstone evolution from Pikachu)
- [ ] Grubbin (Route 1)
- [ ] Charjabug (Evolves from Grubbin at 20; Blush Mountain)
- [ ] Vikavolt (Level up Grubbin at Vast Poni Canyon)
- [ ] Bonsly (Route 1, specific patches of grass: go south of Iki Town and break through boulders with Tauros)
- [ ] Sudowoodo (Level up Bonsly with the move Mimic learned; Bonsly SOS)
- [ ] Happiny (Hau'oli City)
- [ ] Chansey (Day only: Level up Happiny holding an Oval Stone; Any time: Blush Mountain)
- [ ] Blissey (Happiness evolution from Chansey)
- [ ] Munchlax (Route 1, specific patches of grass: go south of Iki Town and break through boulders with Tauros)
- [ ] Snorlax (Happiness evolution from Munchlax; Munchlax SOS)
- [ ] Slowpoke (Route 1 beach)
- [ ] Slowbro (Evolves from Slowpoke at 37; Slowpoke SOS)
- [ ] Slowking (Trade Slowpoke holding a King's Rock)
- [ ] Wingull (Route 1)
- [ ] Pellipper (Evolves from Wingull at 25; Poni Wilds)
- [ ] Abra (Hau'oli City)
- [ ] Kadabra (Evolves from Abra at 20)
- [ ] Alakazam (Trade Kadabra)
- [ ] Alolan Meowth (Route 1, Trainer School)
- [ ] Alolan Persian (Happiness evolution from A-Meowth)
- [ ] Magnemite (Hau'oli City)
- [ ] Magneton (Evolves from Magnemite at 30)
- [ ] Magnezone (Level up Magneton at Vast Poni Canyon)
- [ ] Alolan Grimer (Trainer School, Hau'oli City)
51-100
- [ ] Alolan Muk (Evolves from A-Grimer at 38)
- [ ] Growlithe (Route 2)
- [ ] Arcanine (Fire Stone evolution from Growlithe)
- [ ] Drowzee (Route 2)
- [ ] Hypno (Evolves from Drowzee at 27; Poni Plains)
- [ ] Makuhita (Route 2)
- [ ] Hariyama (Evolves from Makuhita at 24)
- [ ] Smeargle (Route 2)
- [ ] Crawbrawler (Shaking berry spots across Alola)
- [ ] Crabominable (Level up Crabrawler on Mount Lanakila)
- [ ] Gastly (Hau'oli cemetary)
- [ ] Haunter (Evolves from Gastly at 25; Abandoned Megamart)
- [ ] Gengar (Trade Haunter)
- [ ] Drifloon (Day only: Hau'oli Cemetary)
- [ ] Drifblim (Evolves from Drifloon at 28)
- [ ] Misdreavus (Night only: Hau'oli Cemetary)
- [ ] Mismagius (Dusk stone evolution from Misdreavus)
- [ ] Zubat (Any early game cave, i.e. Diglett's Tunnel)
- [ ] Golbat (Evolves from Zubat at 22; Any late game cave, i.e. Resolution Cave)
- [ ] Crobat (Happiness evolution from Golbat)
- [ ] Alolan Diglett (Diglett's Tunnel)
- [ ] Alolan Dugtrio (Evolves from Diglett at 26; Vast Poni Canyon)
- [ ] Spearow (Route 3)
- [ ] Fearow (Evolves from Spearow at 20, Poni Plains)
- [ ] Rufflet (Sun only: Route 3)
- [ ] Braviary (Evolves from Rufflet at 54)
- [ ] Vullaby (Moon only: Route 3)
- [ ] Manibuzz (Evolves from Vullaby at 54)
- [ ] Mankey (Route 3)
- [ ] Primeape (Evolves from Mankey at 28; Poni Plains)
- [ ] Delibird (Route 3)
- [ ] Oricorio (Melemele Meadow)
- [ ] Cutiefly (Route 2)
- [ ] Ribbombee (Evolves from Cutiefly at 25; Poni Meadow)
- [ ] Petilil (Moon only: Melemele Meadow)
- [ ] Lilligant (Sun stone evolution from Petilil)
- [ ] Cottonee (Sun only: Melemele Meadow)
- [ ] Whimsicott (Sun stone evolution from Cottonee)
- [ ] Psyduck (Malie Garden)
- [ ] Golduck (Evolves from Psyduck at 33; Vast Poni Canyon)
- [ ] Magikarp (Fishing: everywhere)
- [ ] Gyarados (Evolves from Magikarp at 20; Magikarp SOS)
- [ ] Barboach (Fishing: Poni Meadow)
- [ ] Whishcash (Evolves from Barboach at 30; Barboach SOS)
- [ ] Machop (Ten Carat Hill; NPC trade (Spearow) in Route 2 Pokemon centre)
- [ ] Machoke (Evolves from Machop at 28; Vast Poni Canyon)
- [ ] Machamp (Trade Machoke)
- [ ] Roggenrola (Ten Carat Hill)
- [ ] Boldore (Evolves from Roggenrola at 25; Vast Poni Canyon)
- [ ] Gigalith (Trade Boldore)
101-150
- [ ] Carbink (Ten Carat Hill)
- [ ] Sableye (Ten Carat Hill)
- [ ] Rockruff (Ten Carat Hill)
- [ ] Lycanroc (Evolves from Rockruff at 25. Form is dependent on game version, but both forms can be discovered in Vast Poni Canyon depending on time of day. For more info, See this page )
- [ ] Spinda (Ten Carat Hill)
- [ ] Tentacool (Many surfing locations, i.e. Route 7)
- [ ] Tentacruel (Evolves from Tentacool at 30; Many surfing locations)
- [ ] Finneon (Fishing: Route 7)
- [ ] Lumineon (Evolves from Finneon at 31; Fishing: Poni Wilds)
- [ ] Wishiwashi (Fishing: Brooklet Hill, Route 7)
- [ ] Luvdisc (Fishing: Route 9, Melemele Sea)
- [ ] Corsola (Fishing: Route 9, Melemele Sea)
- [ ] Mareanie (Fishing: Route 9, Melemele Sea)
- [ ] Toxapex (Evolves from Mareanie at 38)
- [ ] Shellder (Kala'e Bay)
- [ ] Cloyster (Water stone evolution from Shellder)
- [ ] Bagon (Route 3, Kala'e Bay)
- [ ] Shelgon (Evolves from Bagon at 30; Bagon SOS)
- [ ] Salamence (Evolves from Shelgon at 50; extremely rare Bagon SOS)
- [ ] Lillipup (Paniola Ranch)
- [ ] Herdier (Evolves from Lillipup at 16)
- [ ] Stoutland (Evolves from Herdier at 32)
- [ ] Eevee (Route 4; Gifted as an egg from Pokémon daycare on first meeting)
- [ ] Vaporeon (Water Stone evolution of Eevee, buy stone from Konikoni city)
- [ ] Jolteon (Thunder Stone evolution of Eevee, buy stone from Konikoni city)
- [ ] Flareon (Fire Stone evolution of Eevee, buy stone from Konikoni city)
- [ ] Espeon (Day only: Happiness evolution from Eevee)
- [ ] Umbreon (Night only: Happiness evolution from Eevee)
- [ ] Leafeon (Level up Eevee at first trial site)
- [ ] Glaceon (Level up Eevee at Mount Lanakila near icy rock)
- [ ] Sylveon (Level up Eevee at two hearts in Pokémon Refresh)
- [ ] Mudbray (Route 4)
- [ ] Mudsdale (Evolves from Mudbray at 30; Poni Plains)
- [ ] Igglybuff (Day only: Route 4)
- [ ] Jigglypuff (Happiness evolution from Igglybuff; Igglybuff SOS)
- [ ] Wigglytuff (Moon stone evolution of Jigglypuff; Moon Stone easily obtained in Poképelago, or on Route 13)
- [ ] Tauros (Paniola Ranch)
- [ ] Miltank (Paniola Ranch)
- [ ] Surskit (Night only: Brooklett Hill)
- [ ] Masquerain (Evolves from Surskit at level 22; Night only: Malie Garden)
- [ ] Dewpider (Day only: Brooklett Hill)
- [ ] Araquanid (Evolves from Dewpider at level 22; Day only: Malie Garden)
- [ ] Fomantis (Lush Jungle)
- [ ] Lurantis (Day only: Evolves from Fomantis at 34)
- [ ] Morelull (Night only: Lush Jungle)
- [ ] Shiinotic (Evolves from Morelull at 24)
- [ ] Paras (Day only: Lush Jungle)
- [ ] Parasect (Evolves from Paras at 24)
- [ ] Poliwag (Brooklett Hill, Malie Garden)
- [ ] Poliwhirl (Evolves from Poliwag at 25; Poliwag SOS, Malie Garden only)
- [ ] Poliwrath (Water Stone evolution of Poliwhirl, buy stone from Konikoni city; allegedly Malie Garden Poliwag SOS)
151-200
- [ ] Politoed (Trade Poliwhirl holding King's Rock)
- [ ] Goldeen (Fishing: Brooklett Hill, Malie Garden)
- [ ] Seaking (Evolves from Goldeen at 33; Goldeen SOS)
- [ ] Feebas (Fish at bubbling spots: Brooklett Hill proper (NOT Totem's Den))
- [ ] Milotic (Trade Feebas holding Prism Scale)
- [ ] Alomomola (Fish at bubbling spots: Brooklett Hill (Totem's Den))
- [ ] Fletchling (Wela Volcano Park)
- [ ] Fletchinder (Evolves from Fletchling at 17; Route 8)
- [ ] Talonflame (Evolves from Fletchinder at 35)
- [ ] Salandit (Wela Volcano Park; only bother catching Female...)
- [ ] Salazzle (...Because this evolves at level 33, but only if female. Most are male, so good luck)
- [ ] Cubone (Wela Volcano Park)
- [ ] Alolan Marowak (Night only: Evolves from Cubone at 28)
- [ ] Kanghaskhan (Wela Volcano Park)
- [ ] Magby (Wela Volcano Park)
- [ ] Magmar (Evolves from Magby at 30)
- [ ] Magmortar (Trade Magmar holding Magmariser, obtainable from the Huntail hut in Seafolk Village)
- [ ] Stufful (Route 8)
- [ ] Bewear (Evolves from Stufful at 27; Poni Gauntlet)
- [ ] Bounsweet (Lush Jungle)
- [ ] Steenee (Evolves from Bounsweet at 18)
- [ ] Tsareena (Level up Steenee after learning Stomp)
- [ ] Comfey (Lush Jungle)
- [ ] Pinsir (Lush Jungle)
- [ ] Oranguru (Moon only: Lush Jungle)
- [ ] Passimian (Sun only: Lush Jungle)
- [ ] Goomy (Any Pokémon SOS IF raining: Route 17, Lush Jungle)
- [ ] Sliggoo (Evolves from Goomy at 40; Any Pokémon SOS IF raining: Exeggutor Island)
- [ ] Goodra (Evolves from Sliggoo at 50)
- [ ] Castform (Any Pokémon SOS IF unusual (i.e. rain) weather: Route 17, Exeggutor Island, Haina Desert, Lush Jungle)
- [ ] Wimpod (Visible on overworld map, runs away: Route 8, Poni Breaker Coast)
- [ ] Golisopod (Evolves from Wimpod at 30)
- [ ] Staryu (Visible on overworld map: sand disturbances on Hano Beach; Fishing: Route 7)
- [ ] Starmie (Water Stone evolution from Staryu; Route 7 Staryu SOS)
- [ ] Sandygast (sand disturbances on Hano Beach)
- [ ] Palossand (Evolves from Sandygast at 42)
- [ ] Cranidos (Sun only: Buy fossil from Olivia's shop in Konikoni city. Take fossil to lab on Route 8)
- [ ] Rampardos (Evolves from Cranidos at 30)
- [ ] Shieldon (Moon only: Buy fossil from Olivia's shop in Konikoni city. Take fossil to lab on Route 8)
- [ ] Bastiodon (Evolves from Shieldon at 30)
- [ ] Archen (Moon only: Buy fossil from Olivia's shop in Konikoni city. Take fossil to lab on Route 8)
- [ ] Archeops (Evolves from Archen at 37)
- [ ] Tirtouga (Sun only: Buy fossil from Olivia's shop in Konikoni city. Take fossil to lab on Route 8)
- [ ] Carracosta (Evolves from Tirtouga at 37)
- [ ] Phantump (Memorial hill)
- [ ] Trevenant (Trade Phantump)
- [ ] Nosepass (Akala Outskirts)
- [ ] Probopass (Level up Nosepass at Vast Poni Canyon)
- [ ] Pyukumuku (Surfing: Hano Beach)
201-250
- [ ] Chinchou (Fishing: Route 8)
- [ ] Lanturn (Evolves from Chinchou at 27)
- [ ] Type: Null (Gladion will give this to you after beating the game. Meet him at Aether Paradise in the Conversation area.)
- [ ] Silvally (Friendship evolution from Type: Null)
- [ ] Zygarde (Aether Foundation lab on Route 16. Forme depends on cells gathered.)
- [ ] Trubbish (Malie City Outer Cape)
- [ ] Garbodor (Evolves from Trubbish at 36; Trubbish SOS)
- [ ] Skarmory (Route 10, Vast Poni Canyon (Outdoors, grass), Mount Hokulani)
- [ ] Ditto (Mount Hokulani)
- [ ] Cleffa (Night: Mount Hokulani)
- [ ] Clefairy (Happiness evolution from Cleffa)
- [ ] Clefable (Moon Stone evolution from Clefairy)
- [ ] Minior (Mount Hokulani)
- [ ] Beldum (Mount Hokulani)
- [ ] Metang (Evolves from Beldum at 20)
- [ ] Metagross (Evolves from Metang at 45)
- [ ] Porygon (Receive as gift at Aether House)
- [ ] Porygon2 (Trade Porygon holding Up-Grade)
- [ ] PorygonZ (Trade Porygon holding Dubious Disk)
- [ ] Pancham (Route 10, just outside Po Town entrance)
- [ ] Pangoro (Level up Pancham with a dark type in party. Must be level 32 or over for Evolution to trigger)
- [ ] Komala (Route 11)
- [ ] Torkoal (Blush Mountain)
- [ ] Turtonator (Sun only: Blush Mountain)
- [ ] Togedemaru (Blush Montain)
- [ ] Elekid (Route 12, Blush Mountain)
- [ ] Electabuzz (Evolves from Elekid at 30; Elekid SOS)
- [ ] Electivire (Trade Electabuzz holding Electrizer, obtained from Huntail boat at Seafolk village)
- [ ] Alolan-Geodude (Route 12, Blush Mountain)
- [ ] Alolan-Graveler (Evolves from A-Geodude at 25)
- [ ] Alolan-Golem (Trade A-Graveler; NPC with Graveler wishes to trade for Haunter in Tapu Village Pokemon centre)
- [ ] Sandile (Haina Desert)
- [ ] Krokorok (Evolves from Sandile at 29)
- [ ] Krookodile (Evolves from Krokorok at 40)
- [ ] Trapinch (Haina Desert)
- [ ] Vibrava (Evolves from Trapinch at 35)
- [ ] Flygon (Evolves from Vibrava at 45)
- [ ] Gible (Breed Gabite)
- [ ] Gabite (SOS battle in Haina Desert)
- [ ] Klefki (Abandoned Thrifty Megamart)
- [ ] Mimikyu (Abandoned Thrifty Megamart)
- [ ] Bruxish (Fish at the bubbling spot on routes 13, 14 and 15)
- [ ] Drampa (Moon only: Mount Lanakila)
- [ ] Absol (Mount Lanakila)
- [ ] Snorunt (Mount Lanakila)
- [ ] Glalie (Evolves from Snorunt at 42)
- [ ] Frosslass (Dawn Stone evolution of FEMALE Snorunt)
- [ ] Sneasel (Mount Lanakila)
- [ ] Weavile (Level up Sneasel at night while holding Razor Claw)
251-302
- [ ] Alolan-Sandshrew (Moon only: Mount Lanakila)
- [ ] Alolan-Sandslash (Ice Stone evolution of A-Sandshrew)
- [ ] Alolan-Vulpix (Sun only: Mount Lanakila)
- [ ] Alolan-Ninetails (Ice Stone evolution of A-Sandslash)
- [ ] Vanillite (Breed Vanillish)
- [ ] Vanillish (SOS battle on Mount Lanakila during Snow / Hail; Evolves from Vanillite at 35)
- [ ] Vanilluxe (Evolves from Vanillish at 47)
- [ ] Snubbull (Breed Granbull)
- [ ] Granbull (Poni Wilds)
- [ ] Shellos (Breed Gastrodon)
- [ ] Gastrodon (Poni Wilds, Exeggutor Island)
- [ ] Relicanth (Fish at bubbling spot: Poni Wilds)
- [ ] Dhelmise (Fish at bubbling spot: Seafolk Village)
- [ ] Carvanha (Breed Sharpedo)
- [ ] Sharpedo (Fish at bubbling spot: Poni Breaker Coast)
- [ ] Wailmer (Surfing: Poni Wilds)
- [ ] Wailord (Evolves from Wailmer at 40; Wailmer SOS)
- [ ] Lapras (Surfing: Pony Wilds. Very uncommon, beware Perish Song)
- [ ] Exeggcute (Exeggutor Island)
- [ ] Exeggutor (Leaf Stone evolution of Exeggcute; one appears on Exeggutor Island as part of story)
- [ ] Jangmo-o (Outdoors, Grass: Vast Poni Canyon)
- [ ] Hakamo-o (Evolves from Jangmo-o at 35)
- [ ] Kommo-o (Evolves from Hakamo-o at 45)
- [ ] Emolga (Shaking tree: Poni Plains)
- [ ] Scyther (Shaking bush: Poni Plains)
- [ ] Scizor (Trade Scyther holding Metal Coat)
- [ ] Murkrow (Outdoors, Grass: Vast Poni Canyon)
- [ ] Honchkrow (Dusk Stone evolution from Murkrow)
- [ ] Riolu (Poni Grove; rare, beware Final Gambit)
- [ ] Lucario (Day only: happiness evolution from Riolu, Riolu SOS)
- [ ] Dratini (Fishing: Poni Gauntlet, Poni Meadow)
- [ ] Dragonair (Evovles from Dratini at Fishing: Poni Gauntlet, Poni Meadow)
- [ ] Dragonite (Evolves from Dragonair at 55; Dratini / Dragonair SOS, but VERY rare)
- [ ] Aerodactyl (Gift: Seafolk Village)
- [ ] Tapu Koko (Ruins of Conflict)
- [ ] Tapu Lele (Ruins of Life)
- [ ] Tapu Bulu (Ruins of Abundance)
- [ ] Tapu Fini (Ruins of Hope)
- [ ] Cosmog (Go to lake where you entered ultra wormhole (so Lake of the Sunne on Sun, etc) with box legendary (Solgaleo if Sun) in party)
- [ ] Cosmoem (Evolves from Cosmog at 43)
- [ ] Solgaleo (Sun: Lake of the Sunne; Sun: evolves from Cosmog at 53)
- [ ] Lunala (Moon: Lake of the Moone; Moon: evolves from Cosmog at 53)
- [ ] Nihilego (Ultra Beast sidequest)
- [ ] Buzzwole (Sun: Ultra Beast sidequest)
- [ ] Pheromosa (Moon: Ultra Beast sidequest)
- [ ] Xurkitree (Ultra Beast sidequest)
- [ ] Celesteela (Moon: Ultra Beast sidequest)
- [ ] Kartana (Sun: Ultra Beast sidequest)
- [ ] Guzzlord (Ultra Beast sidequest)
- [ ] Necrozma (Ten Carat Hill after finishing ultra beast sidequest)
- [ ] Magearna (Scan event QR code)
- [x] Marshadow (Unavailable)


Hypercore comes with a secure transport protocol, making it easy to build fast and scalable peer-to-peer applications. Think lightweight blockchain crossed with BitTorrent.
Hypercore currently serves as the foundation for a diverse range of P2P applications, including chat apps, filesystems, databases, and even a browser for the distributed internet. And the whole thing's MIT-licensed, so you can use it as you like!
If you are interested in trying it out we suggest you go to the Github repository of the Node.js implementation.
To get in touch with us, you can join our Discord, or reach out to any of the core team members, @mafintosh, @pfrazee, and @andrewosh.
If you are not familiar with append-only logs, they are basically just lists you can only append to. If you think about it in terms of normal array operations, it is a log where you can only call get(index), push(data) and retrieve the log length, but where you can never overwrite old entries.
Hypercore allows you to quickly distribute these kind of logs in a peer-to-peer fashion. Each peer can choose to download only the section of the log they are interested in, without having to download everything from the beginning.
Using append-only logs, Hypercore can easily generate compressed bitfields describing which portions of a log a peer has. This, among other things, helps make the replication protocol light and efficient.
Hypercore verifies log contents by building a Merkle tree using the BLAKE2b-256 hash function. Peers can also use this Merkle tree to only download the parts of the log they are interested in, and redistribute these parts to others.
Merkle trees are widely used in many distributed systems. They are normally only used to verify static content, because when content changes the root of the tree changes as well. To support mutable datasets, Hypercore uses asymmetric cryptography to sign the root of the Merkle tree as data is appended to it.
Only the owner of the private key can append to the log. But one Hypercore is rarely used on its own -- more powerful, multi-user data structures can be created by combining multiple cores. Hypercore's main purpose is to be a building block in other things.
Hypercore is best used as building block to create powerful peer to peer applications and modules. It has served as the foundation of the Dat project for many years. Here are some of the groups using and building the technology.
Hypercore and cryptography related products and consultancy.
Beaker is an experimental browser for exploring and building the peer-to-peer Web using Hyperdrives.
Digital Democracy works in solidarity with marginalized communities to use technology to defend their rights.
Custom JS Software Development Team. Code with opinions.
Cabal is an experimental p2p community chat platform, focusing on group chat in channels.
Ara is a set of decentralized, open source software tools that handle real-world, user-level functionality in online identity, content distribution, and rights management.
arso builds tools for decentralized archives of community media, currently developing Sonar, a p2p database and search engine.
We are an industrial research lab working on digital tools for creativity and productivity.
Wireline includes open source protocols for identity, decentralized credentials, distributed data consistency, and the management of complex peer-to-peer networks.
DatCXX is a work in progress implementation of Dat in C++.
The Playproject is an organization using dat for p2p search smart contracts and a distributed file storage network called datdot.
Peermaps is a distributed, offline-friendly alternative to commercial map providers such as google maps.
Rustlang implementation of the Dat Project protocols. The goal is to eventually bind to C, WebAssembly, Swift and Java to support most native platforms.
Datpy is a community based project which aims to implement the Dat project in the Python programming language alongside the initial reference implementation in Javascript.
Hyperdrive is designed to help you share files quickly and safely, directly from your computer.
Hyperdrive is built using Hypercores. Using an append-only index you can find only the files you are interested from a large drive in milliseconds -- all P2P.
By default, readers only download the portions of files they need, on demand. You can stream media from friends without jumping through hoops! Seeking is snappy and there's no buffering.
If you want to learn more about the code you can see the Node.js implementation in the GitHub repository
If you want to download or share filesystems, we suggest you read on and try out the daemon. This website is even available as a drive, using the link at the bottom of the page!
The cross-platform Hyperdrive daemon deals with all the storage and networking details for you. The daemon's CLI lets you create, share, and inspect Hyperdrives in your library, and its gRPC API provides full programmatic control over daemon-managed drives.
You can install the daemon today using the NPM package manager.
npm install -g hyperdrive-daemon
If you're on Mac or Linux, the daemon also offers FUSE support, meaning your drives will appear as normal folders on your computer -- moving files in and out of Hyperdrive is a breeze.
As with our other modules and data structures, you can read more about the daemon in Hyperdrive Daemon Github repository.
Hyperdrive indexes filenames into a Hypercore. To avoid having to scan through this entire Hypercore when you want to find a specific file or folder, filenames are indexed using an append-only hash trie, which we call Hypertrie. The hash trie basically functions as a fast append-only key value store with listable folders.
If you are looking for a simple database abstraction on top of Hypercore you can also use Hypertrie standalone, outside of Hyperdrive. In you want to learn more about how to use it, we suggest you look at the Hypertrie repository
Since it builds on top of the append-only log, it inherits the same guarantees of every change being versioned by default, making it easy to see historical changes and prevent accidental data loss.
In addition to the Hypertrie, which we refer to as the metadata log, Hyperdrive uses another Hypercore to store the binary file content of each file you insert. This dual-log design makes it easy to replicate or watch only the metadata log, without content, if that is what you are interested in.
Each entry in the Hypertrie links to the content log to signal where a file's binary data starts and ends. Additionally, the entry contains all the normal POSIX data you'd be interested in, such as modification time, creation time, file modes, etc.
For better composability and collaboration, an entry can also link to a completely different Hyperdrive or Hypercore. We call this feature mounts Even though it's ostensibly simple, it can be used to build powerful collaborative features.
Internally we have been using Hyperdrive mounts for a concept we call "groupware", where each user mounts their own drive inside a single shared one, then applications render multi-user views over the group drive. The groupware pattern can be used to build lightweight, Dropbox-like applications, among others.
We are always exploring new ways to enhance Hyperdrive! If you are interested in collobarating with us always feel free to to open an issue on Github, reach out at @hypercoreproto or join our Discord.
Hyperswarm combines a Kademlia-based distributed hash table (DHT) for global discovery with MDNS to discover peers on local networks.
Hyperswarm is part of the Hypercore protocol but can be used standalone as well. You can learn more on the Hyperswarm Github organisation and in the main Node.js implementation repository
As with many P2P projects, Hyperswarm uses a DHT to discover peers on the internet. Hypercore maintains a hash of its public key, called a "discovery key", that is used as the topic with which peers share their IPs and ports to discover each other.
Hypercore comes with a capability system wherein each peer has to verify they know the correct public key before they start sharing data. Even if you know a Hypercore's discovery key, you must also know the public key in order to download data from peers.
The DHT used in Hyperswarm is based on Kademlia, a UDP-based DHT which is used by many projects, including BitTorrent. You can learn a lot more about Kademlia in the Kademlia paper.
DHTs scale well in general, but are notoriously hard to work with. Hyperswarm employs a series of heuristics to answer queries quickly and garbage collect stale data as fast as possible.
As a general note, most DHTs (Hyperswarm included) generally expose routing information such as your IP/port to help route requests. Privacy-preserving DHTs are an active research area by many participants in the P2P ecosystem.
Ideal P2P networks should be able to connect any two peers together, wherever they are. In practice, this is a challenge due to firewalls which reject incoming connections and NATs which mask your IP. To help “break through” firewalls, a technique called UDP holepunching is used.
Traditionally UDP holepunching requires the use of centralised servers that are preknown by each peer in a network.
Hyperswarm expands on holepunching by making it a first-class feature: any peer in the DHT can help you holepunch to any other peer that it knows about.
After finding the relevant peers, Hyperswarm utilises the UTP transport protocol, to make reliable connection streams between peers. For non-holepunching cases, TCP is used as well.
Importantly, Hyperswarm connections are unencrypted -- encryption must be added separately. As an example, once Hyperswarm has established a connection, Hypercore wraps it in a Noise protocol stream to add end-to-end encryption.


WITNESS LIST
Human Services Committee
April 3, 2017 - 8:00 AM
For:
Barillas, Dr. Katherine (One Voice Texas)
Buchanan, Nathan (Self; Ministerial Alliance Mineral Wells)
Carson, Wayne (ACH Child and Family Services)
Friend, Kathy (The Children's Shelter-San Antonio)
Holland, Andrew (Self; Hope Fort Worth)
Homer, Andrew (Texas CASA)
Jarriel, Jenifer (Tx alliance of child and family services)
King, Tracy (Self)
Lindsay, Peter (Self; ACH Child and Family Services)
Lundy, Scott (Arrow child and family ministries)
Murphy, Kate (Texans care for children)
Olse, Katie (Tx alliance of child and family services)
Parker, Mattie (Self; ACH Child and Family Services)
Patel, Dimple (TexProtects)
Philpott, Peter (Self; ACH Child and Family Services)
Senske, Kurt (Upbring)
Sloan, Mike (Self)
Sloan, Mike (Self)
Smith, Chrystal (Self; Foster Village Austin)
Stocker, Dub (Self; ACH Child & Family Services)
Against:
Goodlett, Brooke (Self)
Hellrung, Cecilia (Self)
Hiner, Harrison (Texas state employees nion)
Hogue, Patricia (Self; Texas Lawyer for Children)
Meyers, Alison (Self)
Powell, Judy (Parent Guidance Center)
Scot, Johana (Parent Guidance Center)
On:
Buck, Christopher (Self)
Byrne, Darlene (Self)
Cronin, Brian (Self; ICF)
Francis, Will (National Association of Social Workers - Texas Chapter)
Kepple, Robert (Texas District and County Attorneys Association)
Logan, Brandon (Texas Public Policy Foundation)
Murphy, Kim (Self; Dallas County Public Defenders Office)
Taccetta, Kaysie (Department of Family and Protective Services)
Woodruff, Trevor (Department of Family and Protective Services)
1
WITNESS LIST
Registering, but not testifying:
For:
Allmon, Jennifer (The Texas Catholic Conference of Bishops)
Duke, Gary (Azleway, Inc.)
Freeman, Kathryn (Christian Life Commission)
Gruene, Katija (Green Party of Texas)
Murphy, Patricia (Self)
Newman, Jeremy (Self; Texas Home School Coalition)
Parkinson, Thomas (Self)
Redden, Michael (New Horizons)
Thurston, James (United Ways of Texas)
Wood, Cecilia (Self)
Against:
Lara, Rene (Texas AFL-CIO)
Ross, Julie (Self; Dallas Down syndrome Guild)
Spiller, Lee (Citizens Commission on Human Rights)
On:
Blackstone, Kristene (Department of Family and Protective Services)
Estevilla, Lana (Department of Family and Protective Services)
For:
Francis, Will (National Association of Social Workers - Texas Chapter)
Hogue, Patricia (Self; Texas Lawyer for Children)
Nisenbaum, Miriam (NASw Texas)
Patel, Dimple (TexProtects)
Registering, but not testifying:
For:
Barillas, Dr. Katherine (One Voice Texas)
Crockett, Sarah (Texas CASA)
Freeman, Kathryn (Christian Life Commission)
Houston, Joshua (Texas Impact)
Murphy, Kate (Texans Care for Children)
Powell, Judy (Parent Guidance Center)
Scot, Johana (Parent Guidance Center)
Smith, Reginald (Self; Communities for Recovery)
Smith, Reginald (Self; Communities for Recovery)
Switzer, Gyl (Mental health america of texas)
Taylor, Latosha (Self)
Thurston, James (United Ways of Texas)
Yanas, Christine (Methodist Healthcare Ministries)
On:
Blackstone, Kristene (Department of Family and Protective Services)
2
WITNESS LIST
On:
Cronin, Brian (Self; ICF)
Friese, Jan (Texas Counseling Association)
Parkinson, Thomas (Self)
Registering, but not testifying:
For:
Cloutier, Matthew (Self)
Gilbert, Mercedes (Childcare)
Hutson, Conie (Self)
Hutson, Lonnie (Self; NCCC)
Hutson, Ronnie (Self)
Jamil, Mohammed (Self)
Jamil, Rizwana (Self)
Johnson, Margaret (The League of Women Voters of Texas)
Murphey, Patrick (Self)
Nguyen, Madeline (Self)
Nguyen, Trung (Self)
Olges, Todd (Self)
Oliver, James (Self)
Oliver, Marsha (Self)
Parkinson, Thomas (Self)
Winick, Seth (Texas Licensed Child Care Assoc.)
For:
Gadberry, Gavin (Texas Health Care Association)
Payne, Ron (Self; Thca)
Payne, Ronald (Self; Texas healthcare association)
Prince, Derek (Self; HMG Healthcare)
Warren, Kevin (Texas Health Care Association)
Wright, Brenda (Self; Matlock Place)
Against:
Berry, Andrew (CL Healthcare, LLC)
Tomerlin, Martin (Self)
On:
Henderson, Mary (Department of Aging and Disability Servics)
Linial, George (LeadingAge Texas)
Rich, Sid (Self)
Registering, but not testifying:
For:
Caballero, Leticia (Self; HMG Healthcare)
Haney, Ron (Self; Cascade health services,llc)
3
WITNESS LIST
For:
Pomeroy, William (Kirkwood Manor)
Raines, Stephen (Preferred Care Partners Management Group)
Sims, Taylor (Ensign Services)
Sowell Jr, Don (Self; Nexion Health)
Wright, Eric (Senior Care Centers)
On:
Fredriksen, Amanda (AARP)
For:
Saxton, Josette (Texans Care for Children)
Registering, but not testifying:
For:
Aleman, Steven (Disability Rights Texas)
Barillas, Dr. Katherine (One Voice Texas)
Craven, Morgan (Texas Appleseed)
Crockett, Sarah (Texas CASA)
Francis, Will (National Association of Social Workers - Texas Chapter)
Hansch, Greg (Self; National Alliance on Mental Illness (NAMI) TX)
Johnson, Margaret (The League of Women Voters of Texas)
Parkinson, Thomas (Self)
Romero, Michelle (Texas Medical Association)
Smith, Reginald (Self; Communities for Recovery)
Switzer, Gyl (Mental health america of texas)
4


Migration Upgrade with Task APIedit
Submission of upgrade request task will requires the IndexUpgradeRequest
and will return
IndexUpgradeSubmissionResponse
. The IndexUpgradeSubmissionResponse
can later be use to fetch
TaskId and query the Task API for results.
IndexUpgradeRequest request = new IndexUpgradeRequest("test"); TaskSubmissionResponse response = client.migration() .submitUpgradeTask(request, RequestOptions.DEFAULT); String taskId = response.getTask();


Bernardo Garcia
Spring Boot Web
Users Form
Name:
Employee List
Client Id
Client Name
User Id
User Name


The week's fastest horses: A new top for Maximum Security
by Jonathan LintnerThere were two major handicapping questions for Maximum Security to answer in the Cigar Mile (G1), a race key to determining whether he was worthy of the Eclipse Award for champion 3-year-old.
How would he handle being drawn just inside of Spun to Run, the Breeders' Cup Dirt Mile hero also known for setting a brisk pace? Last summer, Maximum Security was beaten across the line for the only time in his career when King for a Day pressed outside of him in Monmouth Park's Pegasus Stakes.
And could Maximum Security progress? While dominant across a number of class levels, the Jason Servis trainee had registered Brisnet Speed Ratings of 99 (Kentucky Derby), 103 (Pegasus), 104 (Haskell) and 99 (Bold Ruler) since becoming a Grade 1 winner. To defeat Spun to Run and better older company, he'd likely have to go a bit faster.
The colt delivered emphatic answers, turning back Spun to Run after cutting some fast fractions at Aqueduct en route to a career-high 108 Brisnet figure, fastest of the previous week by any North American stakes winner.
"We were concerned," Servis said of the Cigar Mile's early going. "I didn't get up out of the chair until late stretch. This track was very slow (on Saturday), and it was hard to go fast and sustain that."
"He's a fighting horse," added jockey Luis Saez. "I knew the other horse has a lot of speed. I knew we had to fight, so my attitude was let's see what happens. That's what we brought him here to do and we just battled. He felt amazing. When we hit the turn, I knew we had a lot of horse."
The Haskell marked Maximum Security's previous top. He had also reached into the triple digits Feb. 20 at Gulfstream Park and in his Florida Derby victory there the next month.
A return to Gulfstream, where Maximum Security is 4-for-4, is expected next in the Jan. 25 Pegasus World Cup (G1).
The week's other fastest performances all originated from a stakes-packed schedule at the Hallandale Beach, Fla., oval:
• On Sunday, Letruska posted a massive figure for a 1 1/4-mile race when she won the Copa Invitacional del Caribe. But the final time was 2:04.01.
• On the same card, Kukulkan coasted to a victory in the Copa Confraternidad del Caribe. The final Brisnet number was a 104, but the time wasn't much different: 2:04.19.
• And, finally, on Saturday Shekky Shebaz, last seen in the Breeders' Cup Turf Sprint, returned in the Claiming Crown for the Servis barn, registering a 100, the week's other triple-digit figure for a stakes winner.
Here's a look at the Top 15 numbers:
| Horse | Track | Race | Rating |
| Maximum Security | Aqueduct | Cigar Mile | 108 |
| Letruska | Gulfstream | Copa Invitacional | 107 |
| Kukulkan | Gulfstream | Copa Confraternidad | 104 |
| Shekky Shebaz | Gulfstream | CC Canterbury | 100 |
| Hello Beautiful | Laurel | Maryland Juv. Filly | 99 |
| Leitone | Gulfstream | CC Jewel | 99 |
| Queen Bee to You | Los Alamitos | Bayakoa | 98 |
| Sacamandu | Gulfstream | Copa Velocidad | 98 |
| Shotski | Aqueduct | Remsen | 98 |
| Happy Farm | Aqueduct | Fall Highweight | 97 |
| Lake Avenue | Aqueduct | Demoiselle | 97 |
| Liza Star | Gulfstream | CC Glass Slipper | 97 |
| Bast | Los Alamitos | Starlet | 96 |
| Pauseforthecause | Aqueduct | Garland of Roses | 96 |
| Yes I See | Gulfstream | CC Iron Horse | 96 |


eval.loss package¶
Submodules¶
eval.loss.cross_entropy_with_uncertainty module¶
-
class
eval.loss.cross_entropy_with_uncertainty.
CrossEntropyLossWithUncertainty
(size_average=True, reduce=True)¶ Bases:
torch.nn.modules.module.Module
Cross-entropy loss modified to also include uncertainty outputs.
-
forward
(logits, labels)¶ Parameters: - logits – Un-normalized outputs of shape (batch_size, num_tasks, 3)
- labels – Labels of shape (batch_size, num_tasks) where -1 is uncertain, 0 is negative, 1 is positive.
-
eval.loss.focal_loss module¶
-
class
eval.loss.focal_loss.
FocalLoss
(gamma=2)¶ Bases:
torch.nn.modules.module.Module
-
forward
(input, target)¶ Defines the computation performed at every call.
Should be overridden by all subclasses.
Note
Although the recipe for forward pass needs to be defined within this function, one should call the
Module
instance afterwards instead of this since the former takes care of running the registered hooks while the latter silently ignores them.
-
-
class
eval.loss.focal_loss.
WeightedLoss
¶ Bases:
torch.nn.modules.module.Module
-
forward
(input, target, p_weights, n_weights)¶ Defines the computation performed at every call.
Should be overridden by all subclasses.
Note
Although the recipe for forward pass needs to be defined within this function, one should call the
Module
instance afterwards instead of this since the former takes care of running the registered hooks while the latter silently ignores them.
-
eval.loss.get_loss_fn module¶
-
class
eval.loss.get_loss_fn.
MaskedLossWrapper
(loss_fn, mask_uncertain, has_missing_tasks, device, weights=None)¶ Bases:
torch.nn.modules.module.Module
-
forward
(logits, targets)¶ Defines the computation performed at every call.
Should be overridden by all subclasses.
Note
Although the recipe for forward pass needs to be defined within this function, one should call the
Module
instance afterwards instead of this since the former takes care of running the registered hooks while the latter silently ignores them.
-
-
class
eval.loss.get_loss_fn.
WeightedBCEWithLogitsLoss
(class_weights, reduce)¶ Bases:
torch.nn.modules.module.Module
Returns a weighted binary cross entropy loss.
Parameters: class_weights – a list of two numpy arrays -
forward
(logits, targets)¶ Defines the computation performed at every call.
Should be overridden by all subclasses.
Note
Although the recipe for forward pass needs to be defined within this function, one should call the
Module
instance afterwards instead of this since the former takes care of running the registered hooks while the latter silently ignores them.
-
-
eval.loss.get_loss_fn.
get_loss_fn
(loss_fn_name, device, model_uncertainty, has_missing_tasks, mask_uncertain=True, class_weights=None)¶ Returns the loss function
Parameters: - loss_fn_name – Name of the loss function. Alternatives: cross_entropy, weighted_loss.
- device – Device for loss-related tensors.
- model_uncertainty – If true, uncertainty is explicitly modeled in the outputs.
- has_missing_tasks – Should be true if there is a possibility that labels for some classes for some examples will be missing.
- mask_uncertain – a bool determined whether or not to skip the loss for uncertain. NOTE: Must be set to true currently.
- class_weights – a list [negative_weights, positive_weights]


For the last decade, Tristan has owned and operated Stickerslug Incorporated. Before becoming a business owner, Tristan went to school for business administration at the University of Oregon. He have spent the better part of a decade learning the ins and outs of business ownership.Tristan Emmerson resides in Portland, Oregon with his wife and 2 young boys. Tristan has been with his wife since they were college sweet-hearts in 2006. His two young boys, Cohen & Avery are 4 and 2, respectively. It is quite possible, his wife is a superhero. Results for the superhero test have not yet been received.
Tristan credits his growth in time management skills as well as a deep understanding of ecommerce to his time running Stickerslug. One of Tristan’s greatest accomplishments in business has been growing Stickerslug from a mere two-hundred and fifty dollar investment, into an online retailer at the top of his respective market, generating over half a million dollars in annual revenue. A self-taught entrepreneur, Tristan rebuffed his internal desire to self-teach all elements of business, and shifted into a student role once again and entered a programming course at Epicodus in Portland. While he has learned a lot through the years running a successful business, he does not like to define himself by this. Rather, he would tout his ability to challenge himself and his innate confidence in tackling any task he is presented with. He believes skills can always be taught but a hard-working drive and desire must be innate to the individual.
"Just be true to yourself. If it lands you in hell, well at least now you know."


The Amzi! engine is implemented using C++. Internally, a Prolog engine is a C++ object with member functions that provide the services of the Logic Server API. There are two interfaces on that engine object.
One is the standard Logic Server API calls, as documented in the LSAPI section of this manual. The other is a C++ class, LogicServer, that provides an external interface to the internal engine object. C++ programmers can use either interface, but LogicServer is preferred for the obvious reasons.
The C++ interface also includes class LSException. Instances of this class are thrown when Logic Server exceptions are encountered. C++ programmers should use try/catch blocks around Logic Server calls in order to catch Logic Server exceptions. (This is in contrast to the functional LSAPI that uses return codes for exception handling.)
To use the Logic Server from C++, an application must include the header file logicserver.h and link with the appropriate library:
There are a number of versions of the Hello Prolog sample in the subdirectory samples/cpp/hello. As of this writing they are:
The Logic Server class can be easily used to encapsulate application-specific Prolog services. Simply derive a class from the Logic Server class and define member functions that make the calls to the Logic Server.
You can use the constructor and destructor member functions for initialization and closing of the Logic Server, and you can implement your own error handler within your class.
Each time you create a new instance of LogicServer, you create a new instance of the the Amzi! Prolog engine. You can run as many simultaneous Logic Servers as your machine can handle.
Extended predicates (Prolog predicates you implement in C/C++) are implemented as callback functions. That is, you pass a function pointer to the Logic Server and associate that pointer with a Prolog predicate name. When the Prolog engine encounters that predicate, it calls the function you provided.
Ideally, in a C++ application you would like to implement extended predicates as member functions in the classes you derive from LogicServer. Because you can't get access to a member function pointer in C++, this is not easy.
The Logic Server API supports the next best solution. It allows you to create extended predicate definitions that include the predicate name, the function pointer and an argument to be passed by the Logic Server to the function. This argument can be anything, but if its the 'this' pointer of the object creating the function, then the function can use that pointer to dispatch the call to the appropriate member function of your C++ object.
The sample in samples/cpp/petscb illustrates this technique.
The functions mbstowcs() and wcstombs() are used to convert between wide and multibyte (ANSI) strings, so multibyte character sets can also be used with the Logic Server.
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server is a trademark of Amzi! inc.


| ID | {{details.id}} |
| Priority | {{details.priority}} |
| Name | {{details.name}} |
| Description | {{details.description}} |
| Actual Owner | {{details.actualOwner}} |
| Created By | {{details.createdBy}} |
| Created On | {{details.createdOn}} |
| Expiration Time | {{details.expirationTime}} |
| ActivatiOn Time | {{details.activatiOnTime}} |
| Finish Date | {{details.finishDate}} |
| Process Definition | {{details.processDefinitionId}} |
| Container | {{details.containerId}} |


Main Concepts
Classes Are Everywhere - Components
-
A component is also an ES6 class,
but annotated which @Component
-
The @Component annotation allows to add some
metadata, such as the template/templateUrl
ones
-
The template can use the public methods attributes declared in the class
-
The easiest way to display a component property is to bind the property name through interpolation.
With interpolation, you put the property name or expressions in the view template, enclosed in double curly braces:
{{name}}
.
@Component({
selector: 'hello-world',
template:'<span>Hello {{name}} </span>'
})
class Redisplay{
public name: string='world';
constructor(){}
}


Social distancing, according to the CDC, means avoiding large gatherings and remaining approximately 6 feet from others whenever possible. Many different types of places, ranging from restaurants to hairdressers to bowling alleys, have been closed by Governor Mike DeWine in the previous days. Social distancing applies not only to those who are at a higher risk of contracting COVID-19, but people from all walks of life.
"Social distance is important for everyone because it minimizes the risk for new infections,” Caroline Kingori, an assistant professor of social and public health, said in an email. “The fact that the disease is spread through close contact means that anyone can get infected. So it is important that everyone practice social distance to slow the spread of the virus."
For some Ohio University students, working in essential services, like grocery stores and pharmacies, can prove difficult when practicing social distancing, but Becca Roth does her best at following the CDC’s rules while also showing up for work when scheduled.
“I'm doing my best to stay at home, but I do work at an essential store here,” Roth, a junior studying sports management, said. “I work at Target, so when I do have to go to work, I really don't have an option. I basically only leave the house when I go to work, which is maybe three times a week. I'm doing the best I can just stay inside and just stay healthy as well.”
At work, Roth said measures have been put into place for safety there as well.
“We are just trying our best to sanitize after every transaction if we're able, and just overall, if you are feeling unwell, stay at home,” Roth said. “Then we have our order pick-up and drive-up services. A lot of our customers are using that as well. So it's just a matter of making sure that everything is clean and wiping off devices after everyone touches them.”
Other students such as Isabella Philippi, a pre-bachelor of specialized studies junior, is social distancing far from Ohio.
“I am from Puerto Rico, and I was here visiting my family for spring break, and I got stuck here. I haven't been back to Ohio since before spring break,” Philippi said. “It's been very stressful just being away from Ohio. It's my third year and then not having the end of it was really stressful. I had to move out to (via) FaceTime because I had an amazing friend who did me a huge favor of getting all my things and putting it in storage.”
For Philippi, social distancing will be an opportunity to focus on school and tie up loose ends.
“I'm probably gonna stay in … I obviously have to do all the classwork, and so I think I'm just gonna stay at home, probably do all the things that I said I was gonna do I never finished doing,” Philippi said.
For Roth, she plans to keep busy by improving her living space at her parent’s house.
“I'm taking time at home to clean out my room and just … get all my 12-year-old self out of my bedroom,” Roth said. “I found my old Nintendo DS. I've been using that a little bit. It still works … I'll go outside in the backyard and play around.”
Kingori believes social distancing also involves the disclosure of diagnosis, especially for the sake of others who have been exposed. She stressed the importance of quarantining those infected in order to minimize the spread of the coronavirus.
“Disclosure of one’s infection is necessary so that those individuals who have come into contact with the infected person can self-quarantine and/or get tested in order to reduce the likelihood of infecting more people,” Kingori said.
The CDC also recommends and emphasizes the importance of social distancing for all people, no matter the status of their health. Many, like Philippi, have taken this to heart.
“I understand that at Ohio University we have that reputation of like, ‘Oh, my god, let's go out, and let's party,’ but I think now is the time that we need to reflect only to think not about ourselves, but other people,” Philippi said.
Correction: A previous version of this report incorrectly stated Caroline Kingori’s title. The article has been updated to reflect the most accurate information.


|
WXR-Lite
An event loop manager example project for Raspberry Pi
|
Uses HTTP client to obtain wind data that will set RPi LEDs. More...
#include <wxrlite.h>
Public Member Functions | |
| GetWXRdata () | |
| Constructor. | |
| void | init () |
| Initialization method. (not called in this project) More... | |
| void | start () |
| Start method. More... | |
| void | update () |
| Update method. More... | |
| void | stop () |
| Stop method. More... | |
| int | ledwind (double windspeed, double winddeg) |
| Sends wind information to RPi for LED display. More... | |
| Public Member Functions inherited from elma::Process | |
| Process (int n=0) | |
| Default constructor. Names process "no name". | |
| Process (std::string name, int n=0) | |
| Constructor that takes a name for the process. More... | |
| string | name () |
| status_type | status () |
| high_resolution_clock::duration | period () |
| int | num_updates () |
| time_point< high_resolution_clock > | start_time () |
| high_resolution_clock::duration | last_update () |
| high_resolution_clock::duration | previous_update () |
| Channel & | channel (string name) |
| Access a channel with the given name. More... | |
| double | milli_time () |
| The time since the last update in millisconds, as a double. More... | |
| double | delta () |
| The most recent amount of time between updates. More... | |
| void | watch (string event_name, std::function< void(Event &)> handler) |
| void | emit (const Event &event) |
| void | http_get (std::string url, std::function< void(json &)> handler) |
| void | halt () |
Additional Inherited Members | |
| Public Types inherited from elma::Process | |
| enum | status_type { UNINITIALIZED, STOPPED, RUNNING } |
Uses HTTP client to obtain wind data that will set RPi LEDs.
A process that obtains json weather data using an HTTP client extracts wind data values and sends to RPi LED output.
|
virtual |
Initialization method. (not called in this project)
(Not Used)
Implements elma::Process.
Definition at line 15 of file wxrlite.cc.
| int GetWXRdata::ledwind | ( | double | windspeed, |
| double | winddeg | ||
| ) |
Sends wind information to RPi for LED display.
| windspeed | The wind speed in knots |
| winddeg | The wind direction in degrees |
Definition at line 82 of file wxrlite.cc.
|
virtual |
Start method.
Requests real-time Seattle weather data from openweathermap.org, stores that data in a json object and pulls wind speed and wind direction from it and sends those values to the ledwind() method.
Implements elma::Process.
Definition at line 20 of file wxrlite.cc.
|
virtual |
Stop method.
Turns off the LEDs on the RPi and nicely stops the gpio bus.
Implements elma::Process.
Definition at line 71 of file wxrlite.cc.
|
virtual |
Update method.
Requests real-time Seattle weather data from openweathermap.org, stores that data in a json object and pulls wind speed and wind direction from it and sends those values to the ledwind() method.
Implements elma::Process.
Definition at line 47 of file wxrlite.cc.


#include <menus.h>
Inheritance diagram for TMenuBar::
Public Methods | |
| TMenuBar (const TRect &bounds, TMenu *aMenu) | |
| TMenuBar (const TRect &bounds, TSubMenu &aMenu) | |
| ~TMenuBar () | |
| virtual void | draw () |
| virtual TRect | getItemRect (TMenuItem *item) |
Static Public Methods | |
| TStreamable* | build () |
Static Public Attributes | |
| const char* const | name |
Protected Methods | |
| TMenuBar (StreamableInit) |
Submenus are displayed in objects of type TMenuBox. Both TMenuBar and TMenuBox are derived from TMenuView (which is in turn derived from TView).
For most TVision applications, you will not be involved directly with menu objects. By overriding TApplication::initMenuBar() with a suitable set of nested new TMenuItem and new TMenu calls, TVision takes care of all the standard menu mechanisms.
Definition at line 462 of file menus.h.
|
|
Creates a menu bar by calling TMenuView::TMenuView(bounds). The growMode data member is set to gfGrowHiX. The options data member is set to ofPreProcess to allow hot keys to operate.
|
|
|
Undocumented. |
|
|
Undocumented. |
|
|
Each streamable class needs a "builder" to allocate the correct memory for its objects together with the initialized virtual table pointers. This is achieved by calling this constructor with an argument of type StreamableInit. |
|
|
Called to create an object in certain stream-reading situations. Reimplemented from TMenuView. |
|
|
Draws the menu bar with the default palette. The TMenuItem::name and TMenuItem::disabled data members of each TMenuItem object in the menu linked list are read to give the menu legends in the correct colors. The current (selected) item is highlighted. Reimplemented from TView. |
|
|
Returns the rectangle occupied by the given menu item. It can be used with mouseInView() to determine if a mouse click has occurred on a given menu selection. Reimplemented from TMenuView. |
|
|
Undocumented. Reimplemented from TMenuView. |


Work Day Scheduler
A simple calendar app for scheduling your work day
Current Time & Date:
00:00:00
8 AM
9 AM
10 AM
11 AM
12 PM
1 PM
2 PM
3 PM
4 PM
5 PM


Collector Yumi:
Ah, enter! I see your travels have taken you to many places! What have you learned?
Tell her briefly.


Before Change
return False
def __ne__(self, other):
try:
return self.cell != other.cell
except AttributeError:
return True
def __gt__(self, other: "TemporaryCellMention") -> bool:
// Allow sorting by comparing the string representations of each
return self.__repr__() > other.__repr__()
After Change
return self.cell == other.cell
def __ne__(self, other: object) -> bool:
if not isinstance(other, TemporaryCellMention):
return NotImplemented
return self.cell != other.cell
def __gt__(self, other: object) -> bool:
if not isinstance(other, TemporaryCellMention):
return NotImplemented


AMP X Consulting Inc. (AMP X) is a company that’s 20 years in the making. With multiple decades of experience and
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AMP X CORE technology and practical project delivery methods that enable thoughtful engineering, we help customers
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Using our AMP X CORE technology, paired with subject matter expertise that spans engineering, inspection and hands-on construction,
we go beyond end-to-end E, I and C services. The AMP X CORE technology is a powerful combination that includes a proprietary database
and design tools that are easy to use, inexpensive for our customers and promote the highest safety and quality.
An important feature of our project delivery model is that we are able to leave customers with not only a complete set of deliverables,
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For no additional cost.
Customers who can benefit from our solutions include end-users such as oil & gas companies, as well as equipment vendors, other engineering service
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{% extends "./layout.html" %} {% block title %}A8-Cross-Site Request Forgery (CSRF) {% endblock %} {% block content %}
As browsers automatically send credentials like session cookies with HTTP requests to the server where cookies were received from, attackers can create malicious web pages which generate forged requests that are indistinguishable from legitimate ones.
For example, CSRF vulnerability can be exploited on profile form on the insecure demo application.
To exploit it:
   <form method="POST" action="http://TARGET_APP_URL_HERE/profile">
 You are about to win a brand new iPhone!

 Click on the win button to claim it...
 <input type="hidden" name="bankAcc" value="9999999"/> <input type="hidden" name="bankRouting" value="88888888"/> <input type="submit" value="Win !!!"/> </form>  Note: A sample app containing form for CSRF attack on NodeGoat app is available here.
Express csrf middleware provides a very effective way to deal with csrf attack. By default this middleware generates a token named "_csrf" which should be added to requests which mutate state (PUT, POST, DELETE), within a hidden form field, or query-string, or header fields.
If using method-override middleware, it is very important that it is used before any middleware that needs to know the method of the request, including CSRF middleware. Otherwise an attacker can use non-state mutating methods (such as GET) to bypass the CSRF middleware checks, and use method override header to convert request to desired method.
When form is submitted, the middleware checks for existence of token and validates it by matching to the generated token for the response-request pair. If tokens do not match, it rejects the request. Thus making it really hard for an attacker to exploit CSRF.
server.js
includes the express CSRF middleware after session is initialized. Then creates a custom middleware to generate new token using
req.csrfToken();
and exposes it to view by setting it in
res.locals
//Enable Express csrf protection app.use(express.csrf()); app.use(function(req, res, next) { res.locals.csrftoken = req.csrfToken(); next(); });Next, this token can be included in a hidden form field in
views/profile.html
as below.
<input type="hidden" name="_csrf" value="{{ csrftoken } }">


Consul informations - This step will not create any
resources
Consul code{{ project.code.toLowerCase() }}-The Consul code will be used to suffix most components. You can't change it after Consul
creation.Consul cluster domainThe Consul cluster domainDescriptionConsul network
{{ projectNetwork }}
Consul will be added to project Network by defaultConsul network subnet
{{ projectNetworkSubnet }}
Consul will be added to project Network by defaultConsul instances keypair
{{ projectKeypair }}
This Keypair will be added to all instances crated
Consul Servers
Select the number of Consul server instances
{{ consulForm?.value['server_instance_count'] | json}}
0; else loading_server_image"
formControlName="_server_image" label="Select Consul server image to use" [cloudImages]="cloudImages">
No image that match filter found.
0; else loading_server_flavor"
formControlName="_server_flavor" label="Select Consul master flavor to use" [cloudFlavors]="cloudFlavors">
No flavor that match filter found.
Consul Clients
Select the number of Consul server instances
{{ consulForm?.value['client_instance_count'] | json}}
0; else loading_client_image"
formControlName="_client_image" label="Select Consul client image to use" [cloudImages]="cloudImages">
No image that match filter found.
0; else loading_client_flavor"
formControlName="_client_flavor" label="Select Consul master flavor to use" [cloudFlavors]="cloudFlavors">
No flavor that match filter found.
Use floating IP?
Consul UI will be expose throught floanting IP


This method is asynchronous.
This method is similar to wrapForTransaction, except instead of
returning a Resolution object, it returns
the resulting transaction options, including the encoded data
.
Note any options not specified in a transaction options parameter
will be simply omitted; it is up to the caller to set these as
appropriate afterwards.
If the transaction options parameter has a data
option, this option will
be recognized but ignored. Similarly, when encoding a contract creation,
the to
option will be similarly ignored.
See wrapForTransaction for documentation of the inputs.
This method is asynchronous.
Constructs a contract encoder for a given contract in this project.
The contract the encoder is for. If you want to encode contract creation transactions, it must have all of its libraries linked.
Note: The contract must be one that the encoder knows about; otherwise you will have problems.
This method is asynchronous.
Constructs a contract encoder for a given contract in this project.
The contract the encoder is for. If you want to encode contract creation transactions, it must have all of its libraries linked.
Note: The contract must be one that the encoder knows about; otherwise you will have problems.
This method is asynchronous.
Constructs a contract instance encoder for a given contract instance.
The artifact for the contract the encoder is for. If you want to encode contract creation transactions, it must have all of its libraries linked.
Note: The contract must be one that the encoder knows about; otherwise you will have problems.
The address of the contract instance. If omitted, but the project encoder has a provider or network ID, it will be autodetected. If there is no provider or network ID, it must be included.
If an invalid address is provided, this method will throw an exception.
Just used for testing, currently
This method is asynchronous.
This method is similar to resolveAndWrap, except instead of
returning a Resolution object, it returns
a pair containing the ABI for the resolved method together with
the resulting transaction options, including the encoded data
.
Note any options not specified in a transaction options parameter
will be simply omitted; it is up to the caller to set these as
appropriate afterwards.
If the transaction options parameter has a data
option, this option will
be recognized but ignored.
See wrapForTransaction for documentation of the inputs.
This method is asynchronous.
This method attempts to perform overload resolution given user input to one of several possible methods. If the given input matches more than one of these methods, it will attempt to select the best match.
If it is not possible for the given input to match any of the given methods, either a TypeMismatchError or a NoOverloadsMatchedError will be thrown. If more than one overload matches but none can be considered the unique best, you will get a NoUniqueBestOverloadError.
If the allowOptions
flag is set in the options
argument, the input may
contain an additional transaction options argument after the other
arguments.
If it is necessary to perform overload resolution by type rather than simply by length, the encoder will select among the overloads that could work the one it considers to be the best match. To be the best match, it must be a best match for each argument. An overload is a best match for a given argument if the type it would assign that argument is highest-priority among all types it could assign that argument (selected from overloads that match overall).
Note that when doing this the match checker will be somewhat stricter than usual; inputs for structs/tuples will not be allowed to contain extra keys, and if a value is given as a Value, it will only match its specific type, rather than being allowed to match other types as usual (unless it is itself wrapped in a type/value pair).
The overall order of priority of types is as follows:
bytesN
and bytes
)enum
sstring
bool
(Note that if the encoder does not know that a certain argument is supposed to be an enum, it will of course just be treated as the underlying numeric type.)
Moreover, within each category there is a priority ordering (which is not always total). Specifically:
S
has priority over T
, then S[]
has priority
over T[]
, and S[n]
has priority over T[n]
. Moreover, S[n]
has priority over S[]
and so also over T[]
.S
to have priority over another type T
, each
member type of S
must have priority over the corresponding member type
of T
(correspondence being determined by the order of the members).
However, if the two types S
and T
also have exactly the same
component names (and each has all of its components named), then
this will also be checked with correspondence by name instead of
position, and S
will only be considered more specific than T
if
both checks pass.bytesN
has priority over bytesM
if N<=M
, and has priority over
bytes
S
has priority over a numeric type T
if the values
representable by S
are a subset of those representable by T
.If you are not getting the overload you want, you can use explicit type-value input as discussed in the documentation for wrap, or you can skip overload resolution and explicitly select an overload by other means. For enums you may also specify the enum type as documented in wrap.
An array of Method objects we are attempting to decide between.
An array of the inputs to the transaction. May include a
transaction options argument on the end if the allowOptions
flag is
set.
Contains options to control the operation of this method.
The interpretation of the input and the resolved method, as a Resolution object.
This method is asynchronous.
This method recognizes user input for a given data type and attempts to interpret it as a value of that type. It will throw a TypeMismatchError if it cannot do this.
The input
argument may come in a number of forms, depending on the
target data type. A list of the specific inputs accepted for each type is
below. However first we must note a few generic forms that inputs are
accepted in.
Inputs may be given as an object of the form { type: ..., value: ... }
(additional fields not allowed), where type
is a string describing the
type, and value
is anything that would be accepted for that type. This
form of input is not very useful with this method, but it is useful when
performing overload resolution (see resolveAndWrap) to restrict the
overloads that will be selected from. Note that for arrays, type
should
simply be "array"
; for structs and tuples, "struct"
or "tuple"
; for
addresses and contracts, "address"
or "contract"
; for external
functions, "function"
; for transaction options, "options"
; and for
enums, it can be either "enum"
(or the underlying uint type). For other
Solidity types, it should be the name of the type; note that "uint"
,
"int"
, "fixed"
, "ufixed"
, and "byte"
are accepted.
Note that input in the form of a Value is accepted, so long as the type is appropriate, but error results are typically not accepted (exceptions are discussed below).
Now then, the list of accepted inputs by type, excluding the above:
Strings: The input may be a string (or String
), or it may be a
StringValue. (The latter is the only
way to input invalid UTF-8.) Strings with invalid UTF-16 will not be
accepted.
Bytestrings: Bytestrings can be given in several forms. Note that for
all forms of input, if the specified type is bytesN
, it is OK if the
length of the input is shorter than N bytes; it will automatically be
right-padded with zero bytes in this case. (The exception is if the input
is a BytesValue and strict checking is
on; see resolveAndWrap.) Bytestrings may be given as "0x"
-prefixed
even-length hex strings (a String
may be used in place of a string).
They may also be given as a Uint8Array
, or anything resembling a
Uint8Array
-- any object with a length
field which is a number
, and
which has fields from 0
to length-1
all number
s from 0 to 255, will
be accepted. Input may also be given as a
BytesValue; the specific type does not
have to match unless strict checking is on. Finally, a bytestring may be
given as an object with just the fields text
and encoding
; in this
case, text
should be a string (it must not have invalid UTF-16) and
encoding
an encoding to encode it as. The only supported encoding
currently is "utf8"
.
Integer types: Input for integer types may take a variety of forms.
The input may be a number
(or Number
); note that if so it must be a
safe integer. For larger integers, you must use other forms of input.
For instance, the input may be a BigInt
. The input may also be one
of several recognized big number classes:
BN
Big
BigNumber
BigNumber
or FixedNumber
Of course, any numeric input, no matter the format, must be integral.
Input may also take the form of a numeric string (or String
).
The string may be decimal, but it may also be hexadecimal with "0x"
prefix, octal with "0o"
prefix, or binary with "0xb"
prefix.
You can also use a negated hexadecimal, octal, or binary string to
represent a negative number. Whitespace before or after the number is OK.
For decimal strings, scientific notation (e.g. 1.1e4
) is also accepted.
It is also possible to affix one of the units "wei"
, "gwei"
,
"shannon"
, "finney"
, "szabo"
, or "ether"
(these are case-insensitive)
onto a decimal numeric string (you may include space inbetween the
quantity and the unit) to act as a multiplier (where here the
assumption is that 1 wei means the number 1). You may also use a
unit by itself, with no specified quantity, to mean 1 of that unit.
(E.g., an input of "wei"
will be interpreted as 1.) Note that it's OK
if the quantity before the unit is not itself an integer, so long as the
overall resulting quantity is an integer; e.g., "1.1 gwei" is legal integer
input. In addition to giving the input in any of these obviously numeric
forms, the input may also be given a a Uint8Array
or anything that
mimics one (see above about bytestrings); in this case the input will
be interpreted as the big-endian byte representation of an unsigned
integer (or in other words, it will be interpreted as base 256).
Negative numbers cannot be represented in this way.
Finally, the input may be given as a
UintValue,
IntValue,
UfixedValue,
FixedValue, or
EnumValue; the type is not required to
match unless strict checking is on (see resolveAndWrap), in which case
the type must match exactly. In addition, the input may also be a
EnumErrorResult so long as
the error is a
EnumOutOfRangeError;
other types of error results are not accepted.Enums: Enums accept all the same forms of input as integer types.
However, if the encoder is aware that a particular argument or field is in
fact an enum and not just an integer, it accepts one additional form of
input; the input may be a string (or String
) containing the name of the
enumerated option. So, for instance, given the following Solidity code:
contract MyContract {
enum Ternary {
No, Yes, Maybe
}
}
then "Yes"
would be a valid input for an enum of type
MyContract.Ternary
. Moreover, "Ternary.Yes"
and
"MyContract.Ternary.Yes"
would also work; these latter forms will only
match enum types with the appropriate name and optionally defining
contract, so you can use these to restrict matching for overload
resolution, much like type/value input. Note these forms do not require
the enum to be defined inside of a contract; those defined outside of
contracts are supported too, so long as the encoder was initialized to
know about them.
Addresses and contracts: Input may be given as a hex string
representing 20 bytes, with capitalization according to the Ethereum
address checksum. The "0x"
prefix is optional. If the hex string
is all lowercase or all uppercase, however, then the checksum check will
be skipped, and the input accepted regardless. Input may also be given
as an ICAP address; again, the checksum must be correct. Finally, if ENS
resolution has been configured, input may be given as an ENS name.
All of these may also be given as String
s instead of strings.
Input may also be given as an object with an address
field, although the
contents of that address field must be a "0x"
-prefixed hex string (not
String
), and not any other address format. Input may also be given
as a AddressValue or
ContractValue; the specific type
does not matter.
Booleans: Almost any input is accepted (as long as it's not type/value
input for a different type), but how it is interpreted depends on the
input. A boolean will be interpreted in the obvious way, and a Boolean
will be unwrapped. A string will be considered true unless it is falsy or
is equal (ignoring case) to the string "false"
. A String
will be
considered true if and only if the underlying string is. A number will be
considered true so long as it is truthy, and a Number
will be considered
true if and only if the underlying number is. A
BoolValue will be considered true so
long as it represents a true value. Moreover, two types of
BoolErrorResult also count as
true: Those where the error is a
BoolOutOfRangeError and
those where the error is a
BoolPaddingError. All other
error results, and all Values that are not
BoolValues, will be rejected. All other
inputs will be considered true so long as they are truthy.
Decimal fixed-point types: Input for fixed-point decimal types is similar to input for integer types. The differences are as follows:
String
s).String
s) are not
accepted.Uint8Array
s, or objects that mimic them, are not accepted.number
(or Number
) or MikeMcl
BigNumber, it must be a finite
value. Also, the number of decimal places in the input may not exceed the
number of decimal places allowed in the type. Finally, just as integer
types do not allow number
s (or Number
s) that are unsafe integers as
input, decimal types will not accept a number
(or Number
) as input if
that number
is outside the safe range for that type, i.e., it is large
enough that there may be loss of precision. (This means that 1
is not
valid input for a fixed128x18
!) Using other, safer, forms of input is
encouraged.Arrays: The input may be an array, or it may be a ArrayValue. In the latter case, whether it is static-length or dynamic-length does not need to match (unless strict checking is on, see resolveAndWrap).
Structs and tuples: The input can be given either as an array or as an
object. If given as an array, the elements should be the members of the
struct/tuple, in order. If given as an object, it should be keyed by the
struct or tuple's field names; if any of the elements of the tuple are
unnamed, then input cannot be given as an object. (Note that if the
tuple's fields are precisely type
and value
, you will either want to make
sure you do not give type
as a native string (a String
instead will work),
or else that you give your input in some other form, such as an array...)
Additional keys are also allowed unless strict checking is on.
Input may also be given as a StructValue
or TupleValue; the specific type
does not matter.
External function pointers: These may be given as an object with fields
address
and selector
(additional fields are allowed); the address
field may be anything that would be recognized as an address (see above),
and the selector
field may be anything that would be recgonized as a
bytes4
(see above). Alternatively, this may be given as a bytestring
(even length "0x"
-prefixed hex string or String
) of 24 bytes,
specifying the address followed by the selector; in this case, the address
does not need to be checksummed. Finally, input may of course also be
given as a
FunctionExternalValue;
its more specific type does not matter.
undefined
and
they'll be ignored). Note that, in order to maintain compatibility with
older versions of Truffle, additional keys are accepted, but there must be
at least one key that belongs in a transaction options object. Note that
if any field exists, and is not undefined
, but the value of that field
cannot be interpreted as input of the appropriate type, the input will be
rejected. Otherwise, inputs for each field can be anything that the
encoder will understand for this field. Accepted fields are:gas
, gasPrice
, value
, nonce
: These take integer input
(see above).from
, to
: These take address input (see above)data
: This takes bytes
input (see above)overwrite
: This takes boolean input (see above)privateFor
: This one is a special case, and requires a specific
form of input. Input must be an array of base64-encoded
bytestrings (as strings or String
s), each with a decoded length of
32 bytes.
In addition, input may also be given as a
OptionsValue.The data type that the given value is to be interpreted as.
The value to be interpreted. This can take a number of forms depending on the data type, as documented above.
The interpreted value wrapped as a Value object.
This method is asynchronous.
This is a restricted version of wrap, which only handles elementary types and values (those that can be used as mapping keys in Solidity); it's present here for type convenience. See the wrap documentation for further information.
This method is asynchronous.
This method recognizes user input for a transaction. It will throw a TypeMismatchError if it cannot do this.
If the allowOptions
flag is set in the options
argument, the input may
contain an additional transaction options argument after the other
arguments.
Contains information about the method (or constructor) being used for the transaction.
An array of the inputs to the transaction. May include a
transaction options argument on the end if the allowOptions
flag is
set.
Contains options to control the operation of this method.
The interpretation of the input, as a Resolution object.
Generated using TypeDoc
The ProjectEncoder class. Can wrap values; can also encode transactions and resolve overloads if sufficient information is provided. See below for a method listing.


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News story
Justine Greening speaks to school and college leaders about the teaching profession and the recruitment and retention package.
In a speech to the Association of School and College Leaders’ ( ASCL ) annual conference in Birmingham today (Friday 10 March), Education Secretary Justine Greening discussed her vision for the teaching profession and its role in school improvement.
Addressing the audience of school and college leaders, Justine Greening also explained how she wanted the teaching profession to embed flexible working as the norm, to help keep hold of the most talented teachers. As part of this she announced that a summit would be held later this year with teaching unions looking at ways of implementing flexible working more widely across the profession.
Education Secretary Justine Greening said:
If we really want to get great teachers into the schools that need them most – and keep them there – then we have to align the right incentives.
We need to take coherent, concrete steps to tackle the challenge in areas that need it most – beginning with a multimillion-pound investment to pilot new approaches to attracting and retaining teachers in the north of England.
Flexible working exists in most other workplaces and we need to work out how to embed it in teaching. This is about a culture shift – it won’t be the whole answer to recruitment and retention but it is definitely part of it and many schools are already demonstrating what’s possible.
Ms Greening also referred back to her commitment to strengthen qualified teacher status ( QTS ) and the CPD offer for the teaching profession, including:
Published: 10 March 2017


My name is Max VeRost and I'm a Full Stack Developer in the Greater Boston area. I haven't always been a developer, though. For the past ten years I've been a full time musician; something that resonates deeply in my character. It wasn't until I began working for a small startup in the music industry that I was able to get my feet wet behind the scenes of the online world. From the moment I wrote my first line of code, I was hooked! My passion for finding creative solutions and learning new things draws me back to my code each and every day.


|
| EmberStatus | emberZllFormNetwork (EmberZllNetwork *networkInfo, int8_t radioTxPower) |
| | This will set the device type as a router or end device (depending on the passed nodeType) and setup a distributed commissioning network with the passed parameters. If panId is 0xFFFF, a random PAN ID will be generated. If extendedPanId is set to all F's, then a random extended PAN ID will be generated. If channel is 0xFF, then channel 11 will be used. If all F values are passed for PAN ID or Extended PAN ID, then the randomly generated values will be returned in the passed structure. More...
|
| |
| EmberStatus | emberZllJoinTarget (const EmberZllNetwork *targetNetworkInfo) |
| | Causes the device to send a NWK start or join to the target device, which causes the remote AND local device to start operating on a network together. If the local device is a factory new end device, then it will send a touchlink NWK start to the target requesting that the target generate new network parameters. If the local device is a router, then it will form a new touchlink network itself. If the device is not factory new, the local device will send a NWK join request using the current network parameters. More...
|
| |
| EmberStatus | emberZllSetSecurityStateWithoutKey (const EmberZllInitialSecurityState *securityState) |
| | Updates the touchlink security token information. Unlike emberZllSetInitialSecurityState, this can be called while a network is already established. More...
|
| |
| EmberStatus | emberZllSetInitialSecurityState (const EmberKeyData *networkKey, const EmberZllInitialSecurityState *securityState) |
| | Causes the device to setup the security information used in its network. Must be called prior to forming, starting, or joining a network. More...
|
| |
| EmberStatus | emberZllStartScan (uint32_t channelMask, int8_t radioPowerForScan, EmberNodeType nodeType) |
| | Initiates a touchlink network scan on all the specified channels. Results will be returned in emberZllNetworkFoundHandler(). More...
|
| |
| EmberStatus | emberZllSetRxOnWhenIdle (uint32_t durationMs) |
| | Changes the mode of the radio so that the receiver is on when the device is idle. This permits a touchlink target to receive incoming scan requests and an initiator to communicate with a target before the network is established. The idle mode will be set to 'Rx On' until either the duration expires or is set to zero, or unless emberZllCancelRxOnWhenIdle is called. More...
|
| |
| void | emberZllCancelRxOnWhenIdle (void) |
| | Cancels the special touchlink radio idle mode immediately, without reverting the Stack's radio idle mode to its original setting. More...
|
| |
| void | emberZllSetRadioIdleMode (EmberRadioPowerMode mode) |
| | Sets the default radio power mode directly (This is the radio state when the device is not actively transmitting, and may be either EMBER_RADIO_POWER_MODE_RX_ON or EMBER_RADIO_POWER_MODE_RX_OFF.) More...
|
| |
| uint8_t | emberZllGetRadioIdleMode (void) |
| | Get the default radio power mode. More...
|
| |
| void | emberZllNetworkFoundHandler (const EmberZllNetwork *networkInfo, const EmberZllDeviceInfoRecord *deviceInfo) |
| | This call is fired when a touchlink network scan finds a touchlinkable device, which may be joined on either a centralized or a distributed network, or may not be joined at all. The network information will be returned to the application for processing. More...
|
| |
| void | emberZllScanCompleteHandler (EmberStatus status) |
| | This call is fired when a touchlink network scan is complete. More...
|
| |
| void | emberZllAddressAssignmentHandler (const EmberZllAddressAssignment *addressInfo) |
| | This call is fired when network and group addresses are assigned to a remote mode in a network start or network join request. More...
|
| |
| void | emberZllTouchLinkTargetHandler (const EmberZllNetwork *networkInfo) |
| | This call is fired when the device is a target of a touch link. More...
|
| |
| void | emberZllGetTokenStackZllData (EmberTokTypeStackZllData *token) |
| | Reads the touchlink stack data token. More...
|
| |
| void | emberZllGetTokenStackZllSecurity (EmberTokTypeStackZllSecurity *token) |
| | Reads the touchlink stack security token. More...
|
| |
| void | emberZllGetTokensStackZll (EmberTokTypeStackZllData *data, EmberTokTypeStackZllSecurity *security) |
| | Reads both the touchlink stack data and security tokens. More...
|
| |
| void | emberZllSetTokenStackZllData (EmberTokTypeStackZllData *token) |
| | Sets the touchlink stack data token. More...
|
| |
| bool | emberIsZllNetwork (void) |
| | Returns whether or not the network is a touchlink network, that is, a distributed network formed by touchlink commissioning, and supporting touchlink-compliant address and group id assignment. More...
|
| |
| void | emberZllSetNonZllNetwork (void) |
| | Alters the touchlink data token to reflect the fact that the network is non-touchlink-compliant. More...
|
| |
| EmberZllPolicy | emberZllGetPolicy (void) |
| | Gets the policy that enables or disables touchlink processing, and to enable or disable stealing a non-factory-new device. More...
|
| |
| EmberStatus | emberZllSetPolicy (EmberZllPolicy policy) |
| | Sets the policy to enable or disable touchlink processing, and to enable or disable stealing a non-factory-new device. More...
|
| |
| void | emberSetZllNodeType (EmberNodeType nodeType) |
| | Sets the default node type for a factory new device. More...
|
| |
| void | emberSetZllAdditionalState (uint16_t mask) |
| | Sets additional capability bits in the touchlink state. More...
|
| |
| bool | emberZllOperationInProgress (void) |
| | Indicates that a touchlink network operation is in progress, that is, a network start or a network join. More...
|
| |
| bool | emberZllRxOnWhenIdleGetActive (void) |
| | This function is called to indicate whether the special touchlink radio idle mode is active, i.e. whether the radio receiver will remain on when the device is not transmitting, when the device is not on a network. More...
|
| |
| uint32_t | emberGetZllPrimaryChannelMask (void) |
| | This call will get the primary touchlink channel mask. More...
|
| |
| uint32_t | emberGetZllSecondaryChannelMask (void) |
| | This call will get the secondary touchlink channel mask. More...
|
| |
| void | emberSetZllPrimaryChannelMask (uint32_t mask) |
| | This call will set the primary touchlink channel mask. More...
|
| |
| void | emberSetZllSecondaryChannelMask (uint32_t mask) |
| | This call will set the secondary touchlink channel mask. More...
|
| |
| void | emberZllClearTokens (void) |
| | This call will clear the ZLL stack tokens. More...
|
| |
| void | emberZllScanningComplete (void) |
| | This call will inform the API that all scanning is complete. More...
|
| |
| EmberStatus emberZllSetRxOnWhenIdle |
( |
uint32_t |
durationMs | ) |
|
Changes the mode of the radio so that the receiver is on when the device is idle. This permits a touchlink target to receive incoming scan requests and an initiator to communicate with a target before the network is established. The idle mode will be set to 'Rx On' until either the duration expires or is set to zero, or unless emberZllCancelRxOnWhenIdle is called.
Note that, if the device joins or attempts to join a network during this period, then the Stack will suspend the special touchlink radio idle mode, and the Stack's radio idle mode will revert to the joined default appropriate to the node type. If, however, the device leaves, or the join fails, then the touchlink radio idle mode will be resumed, provided that the duration timer has not expired.
Also please note that a subsequent call to emberZllSetRxOnWhenIdle may only extend the (currently outstanding) 'Rx On' duration. If a shorter duration is required, (or if an indefinite duration is currently set) then emberZllSetRxOnWhenIdle must be called first with a duration of 0, in order to cancel the current touchlink radio idle mode.
- Parameters
-
| durationMs | The duration in milliseconds for which to set the idle mode to 'Rx On'. A duration of 0xffffffff indicates an indefinite duration, so that the device will always be able to respond to touchlink requests when not joined. A duration of 0 will cancel the current touchlink radio idle mode. |
- Returns
- An EmberStatus value indicating whether the operation succeeded or why it failed. A return value of EMBER_INVALID_CALL indicates that the special touchlink radio idle mode is active, but has been suspended by the Stack, because the device has joined a network, or is in the process of joining, or that an attempt was made to reduce the 'Rx On' duration without cancelling the existing touchlink radio idle mode.


In Short
In Short
All Users
Lupita Nyongo
Actress
Shyla Newberry
Class Clown
Somers Ongwen
Motivational speaker
Ebony Johanna
Truth Slinger
Tee Jordan
Programmer
Holly B.
PI
Branden Grace
Healer
Terry Pattinson
Designer


Done
You have prepaid for {{duration}} of prescriptions.
This is your prepayment certificate
{{contacttext}}
Prepayment for: {{name}}
Certificate number: 869 467 589
Starts on: {{startdate}}
Ends on: {{enddate}}
We do not send plastic cards any more.
Your Direct Debit
We have set up a Direct Debit payment for you. You will receive {{method}} confirming this and including your mandate. Our name on your bank statement will be NHSBSA.
Reminder
{{remindertext}}
View your prepayment at any time
You can view your prepayment details at any time using our online return service.
Collecting prescriptions
Tick box 'F' on the back of your prescription.
Pharmacy staff ask for prepayment details. If you do not have them with you, they tick 'Evidence not seen' on the prescription. They will not charge you.
We prevent fraud by matching prepayment details on our database with prescriptions.
Save or print
{{dd}}


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the release type to increment the package by.
Clean Removes file(s) using provided glob(s).
glob or array of glob strings.
Colorizes a value.
the value to colorize.
the styles to be applied.
Copy Copies source to target. Does NOT support globs.
the source path to be copied.
the destination path to copy to.
Get Parsed
the filename to path.parse.
Get Relative
the filename to get relative path for.
Pkg Loads the package.json file for project or saves package.json.
the package.json object to be written to file.
Platform Gets information and paths for the current platform.
Serve Hook to Browser Sync accepts name and options returning a Browser Sync Server Instance.
the name of the server or Browser Sync options.
the Browser Sync Options.
Generated using TypeDoc
Bump : Bumps the package version.


Welcome to हाम्रो Fare!!!
हाम्रो Fare is the modification in the conventional method of short distance bus fare payment system.
This payment system makes your travel convenient, reliable and time efficient along with monetary accuracy.
Use our service and get benefited :)


SOUTH INDIAN BANK
|
Internet Banking - 50 banks supported
Domestic Credit and Debit Cards supported
payment charges: Nil
|
A/c Number :<PHONE_NUMBER>002584
A/c Name: Chief Minister’s Distress Relief Fund
Branch : Corporate Branch, Thiruvananthapuram
IFSC : SIBL0000721
|
keralacmdrf@sib
|
FEDERAL BANK
|
TEMPORARILY OUT OF ORDER DUE TO FLOODS
Internet Banking - 53 banks supported
Domestic Credit and Debit Cards supported
UPI payment supported
payment charges: Nil
|
A/c Number :<PHONE_NUMBER>2397
A/c Name: Chief Minister’s Distress Relief Fund
Branch: Palayam, Thiruvananthapuram
IFSC : FDRL0001021
|
cmdrf@fbl
|
AIRTEL PAYMENTS BANK
|
Airtel Payments bank
Airtel Wallet
payment charges: Nil
|
|
1000010033@mairtel
|
STATE BANK OF INDIA
|
Internet Banking - 40 banks supported
Domestic Credit and Debit Cards supported
payment charges: Nil
|
A/c Number :<PHONE_NUMBER>2
A/c Name: Chief Minister’s Distress Relief Fund
Branch: City Branch, Thiruvananthapuram
IFSC : SBIN0070028
|
keralacmdrf@sbi
|
PAYTM
|
SMART URL SERVICE
m.p-y.tm/Kerala-CMDRF
payment charges: Nil
|
|
PAYTM app only
|
HDFC BANK
|
Internet Banking - 53 banks supported
Domestic Credit and Debit Cards supported
INTERNATIONAL Credit and Debit Cards supported
payment charges: Nil
|
A/c Number :<PHONE_NUMBER>4439
A/c Name: Chief Minister’s Distress Relief Fund
Branch: Vattiyoorkavu, Trivandrum
IFSC : HDFC0002485
SWIFT CODE: HDFCINBBXXX
|
No QR Code
|


Dwarf CSS
Dwarf CSS is a very light-weight CSS framework which consists of styles grouped into standalone files which can be used individually in your own projects.
1. Grid
The following is a 12-column responsive grid.
It uses a subset of Bootstrap's grid classes prefixed with "d-". In addition, the classes "d-row-*-flex" are used to give columns equal height.
1.1. Extra small devices (e.g. phones) - Horizontal at all times (using "xs" cols)
class: d-col-xs-4 (or d-xs-one-third):
width: 4/12% = 33.33%
class: d-col-xs-8:
width: 8/12% = 66.66%
class: d-col-xs-2:
width: 2/12% = 16.66%
class: d-col-xs-2:
width: 2/12% = 16.66%
class: d-col-xs-4:
width: 4/12% = 33.33%
class: d-col-xs-4:
width: 4/12% = 33.33%
1.2. Small devices (e.g tablets) - Horizontal above 767px (using "sm" cols)
class: d-col-sm-4 (or d-sm-one-third):
width: 4/12% = 33.33%
class: d-col-sm-8 (or d-sm-two-thirds):
width: 8/12% = 66.66%
class: d-col-sm-2:
width: 2/12% = 16.66%
class: d-col-sm-2:
width: 2/12% = 16.66%
class: d-col-sm-4 (or d-sm-one-third):
width: 4/12% = 33.33%
class: d-col-sm-4 (or d-sm-one-third):
width: 4/12% = 33.33%
1.3. Medium devices (e.g. desktops) - Horizontal above 991px (using "md" cols)
class: d-col-md-4 (or d-md-one-third):
width: 4/12% = 33.33%
class: d-col-md-8 (or d-md-two-thirds):
width: 8/12% = 66.66%
class: d-col-md-2:
width: 2/12% = 16.66%
class: d-col-md-2:
width: 2/12% = 16.66%
class: d-col-md-4 (or d-md-one-third):
width: 4/12% = 33.33%
class: d-col-md-4 (or d-md-one-third):
width: 4/12% = 33.33%
1.4. Large devices (e.g. desktops) - Horizontal above 1199px (using "lg" cols)
class: d-col-lg-4 (or d-lg-one-third):
width: 4/12% = 33.33%
class: d-col-lg-8 (or d-lg-two-thirds):
width: 8/12% = 66.66%
class: d-col-lg-2:
width: 2/12% = 16.66%
class: d-col-lg-2:
width: 2/12% = 16.66%
class: d-col-lg-4 (or d-lg-one-third):
width: 4/12% = 33.33%
class: d-col-lg-4 (or d-lg-one-third):
width: 4/12% = 33.33%
1.5. Grid classes
|
Class
|
Description
|
|
d-row
|
Enables grid column styles and provides 6px spacing between columns as well as a clearfix.
|
|
d-row-compact
|
Enables grid column styles without spacing between columns as well as applying a clearfix.
|
|
d-col-xs-x
|
Defines a floated column of x units width independent of the browser viewport width.
|
|
d-col-sm-x
|
Defines a floated column of x units width only if the browser viewport width is above 767px.
|
|
d-col-md-x
|
Defines a floated column of x units width only if the browser viewport width is above 991px.
|
|
d-col-lg-x
|
Defines a floated column of x units width only if the browser viewport width is above 1199px.
|
1.7. 2-column equal width grid
1.7.1. Code:

Column 1/2

Column 2/2

Responsive 2-column grid with equal width columns that displays vertically stacked when the browser viewport width is less than 768px.
1.8. 3-column equal width grid
Column 1/3
Column 2/3
Column 3/3
1.8.1. Code:
Column 1/3
Column 2/3
Column 3/3
Responsive 3-column grid with equal width columns.
1.9. Example horizontally aligned form elements using "input-group"
The following form uses the "d-input-group" class to align elements horizontally.
1.10 Example grid form layout
The following responsive form uses the Grid, along with Forms.
Example of Grid with SBB Element Queries Plugin
For deails about the plugin see sbb-element-queries.js.
Note that the plugin requires https://github.com/sdecima/javascript-detect-element-resize to monitor resizing of the row element.
eq-d-col-sm-6
eq-d-col-sm-6


MPI applications may start new processes through an interface to an external process manager.
MPI_COMM_SPAWN starts MPI processes and establishes communication with them, returning an intercommunicator. MPI_COMM_SPAWN_MULTIPLE starts several different binaries (or the same binary with different arguments), placing them in the same MPI_COMM_WORLD and returning an intercommunicator.
MPI uses the group abstraction to represent processes. A process is identified by a (group, rank) pair.


Introduces students to the tools and methods of web design and production. Students will
learn basic HTML, web design tools, Cascading Style Sheets (CSS) and browser compatibility
while applying the design principles of information architecture, color, layout, and type.
CST251, Web Tools, is the introductory course to the internet language. This course, is the
first to introduce and familiarize students with HTML5 and CSS3 languages, teaching the basic
rules and syntax everyone has to abide by. As well as our first introduction and website using
bootstrap code.
LOLCats website was the final project for the course, as well as our first website using open-
source Bootstrap as the foundation of our code. Students were given a pdf with a few pages that
all needed to be recreated into a cohesive site, showing students what it is to recreate design
from an image or pdf, into a living site.
Lol Cats Rescue