diff --git a/_core/naming/architecture.md b/_core/naming/architecture.md index b1f8e197..00c0b956 100644 --- a/_core/naming/architecture.md +++ b/_core/naming/architecture.md @@ -46,7 +46,7 @@ Figure 1: BNS architecture overview. Clients talk to the BNS API module to resolve names, and generate and send blockchain transactions to register and modify names. The API module talks to the indexer module and gives clients a stable, Web-accessible interface for resolving names. The indexer module reads -the blochchain via a blockchain peer, over the blockchain's peer network. +the blockchain via a blockchain peer, over the blockchain's peer network. Blockstack Core currently implements the API module and indexer module as separate daemons (`blockstack api` and `blockstack-core`, respectively). However, this diff --git a/_core/naming/comparison.md b/_core/naming/comparison.md index 5282d816..b476ecd4 100644 --- a/_core/naming/comparison.md +++ b/_core/naming/comparison.md @@ -76,7 +76,7 @@ geared towards providing programmatic control over names with Turing-complete on-chain resolvers. BNS has a fundamentally different relationship with blockchains than ENS. -WHereas ENS tries to use on-chain logic as much as possible, BNS +Whereas ENS tries to use on-chain logic as much as possible, BNS tries to use the blockchain as little as possible. BNS only uses it to store a database log for name operations (which are interpreted with an off-chain BNS node like Blockstack Core). BNS name state and BNS subdomains reside entirely diff --git a/_core/naming/search.md b/_core/naming/search.md index a7bce1f2..f34b1e86 100644 --- a/_core/naming/search.md +++ b/_core/naming/search.md @@ -15,7 +15,7 @@ Currently there are two types of indexes to handle search queries: * Substring search on usernames, full names, twitter_handle (powered by MongoDB) * Raw Lucene index which handles searching extended data e.g., bio. -Search will currently return upto a max of 20 results (can be less depending on the query) +Search will currently return up to a max of 20 results (can be less depending on the query) with data that follows structure of [blockstack IDs](https://github.com/blockstack/blockstack): In early 2017, the search subsystem was ported over to the new API system, where support for search is provided by the endpoint: diff --git a/_develop/zero_to_dapp_2.md b/_develop/zero_to_dapp_2.md index 50441a72..f1a73497 100644 --- a/_develop/zero_to_dapp_2.md +++ b/_develop/zero_to_dapp_2.md @@ -322,6 +322,6 @@ blockstack backend. You also set up a typical development environment for developing a Blockstack web application. Finally, you started and ran the Animal Kingdom application locally. -In the next section, you explorer the application code and learn which recorded +In the next section, you explore the application code and learn which recorded elements in a DApp make it eligible for App Mining. Continue to [Zero-to-DApp, 3 of 4](zero_to_dapp_3.html). diff --git a/_develop/zero_to_dapp_3.md b/_develop/zero_to_dapp_3.md index 90b6672f..6364a1ab 100644 --- a/_develop/zero_to_dapp_3.md +++ b/_develop/zero_to_dapp_3.md @@ -38,7 +38,7 @@ The Animal Kingdom application has two major components, React and Blockstack. React is used to build all the web components and interactions. You could replace React with any framework that you like; Blockstack is web framework agnostic. This section does not explain the React in any detail; The discussion -focuses on the Blockstack Javascript library the DApp instead. +focuses on the Blockstack Javascript library code instead. The Blockstack Javascript library is all a developer needs to