@@ -13,14 +13,14 @@ http://micropython.org/webrepl (note: while it's hosted online,
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all interaction with your boards still happen locally in your
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own network).
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- At this time, WebREPL client cannot be accessed over HTTPS connection .
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+ At this time, WebREPL client cannot be accessed over HTTPS connections .
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This is due to not widely published policy that HTTPS pages may
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access only WSS (WebSocket Secure) protocol. This is somewhat
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- similar to warnings issues when e.g. an HTTPS paeg loads an image
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+ similar to warnings issued when e.g. an HTTPS page loads an image
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over plain HTTP. However, in case of WebSockets, some browsers
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- don't even issue a user-visible warning, and other may word it
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+ don't even issue a user-visible warning, and others may word it
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confusingly, so it's hard to understand that it applies to WebSocket
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- connection . As WebREPL is intended to be used only within user's
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+ connections . As WebREPL is intended to be used only within a user's
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local network, HTTPS isn't strictly required, and not accessing
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webrepl.html over HTTPS is a suggested workaround.
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@@ -55,7 +55,7 @@ access, and board control.
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2 . Network ready and Web technologies ready (allowing access directly
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from a browser with an HTML-based client).
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- Based on these requirements, WebREPL uses single connection over
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+ Based on these requirements, WebREPL uses a single connection over
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[ WebSocket] ( https://en.wikipedia.org/wiki/WebSocket ) as a transport
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protocol. Note that while WebREPL is primarily intended for network
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(usually, wireless) connection, due to its single-connection,
@@ -76,7 +76,7 @@ access/operations will be blocking).
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it's not intended to support multiple, per-connection sessions.
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There's a single REPL session, and this same session is accessible
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via different media, like UART or WebREPL. This also means that
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- there's usually no point in having more than one WenREPL connection
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+ there's usually no point in having more than one WebREPL connection
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(multiple connections would access the same session), and a
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particular system may actually limit number of concurrent
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connections to ease implementation and save system resources.
@@ -91,7 +91,7 @@ communicate terminal input and output between a client and a WebREPL-
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enabled device (server). There's a guaranteed password prompt, which
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can be detected by the appearance of characters ':', ' ' (at this
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point, server expected a password ending with '\n' from client).
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- If you're interested to develop a 3rd-party application to communicate
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+ If you're interested in developing a 3rd-party application to communicate
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using WebREPL terminal protocol, the information above should be enough
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to implement it (or feel free to study implementation of the official
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clients in this repository).
@@ -106,7 +106,7 @@ The `webrepl_cli.py` module mentioned above intended to be both a
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command-line tool and a library for 3rd-party projects to use, though
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it may not be there yet. If you're interested in integrating WebREPL
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transfer/control capabilities into your application, please submit
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- a ticket to Github with information about your project and how it is
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+ a ticket to GitHub with information about your project and how it is
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useful to MicroPython community, to help us prioritize this work.
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While the protocol is (eventually) intended to provide full-fledged
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