@@ -19,7 +19,7 @@ with the smallest battery.

 To use this watchapp, you need a webserver to receive the POST request

 sent the watchapp. The append server in my

-[Simple Web Applicaitons (in Ada)][webapps] was the reference used when

+[Simple Web Applications (in Ada)][webapps] was the reference used when

 developing this watchapp, but any webapp that can work with a POSTed HTML

 form should work, and the actual HTML from doesn't even need to exist.

@@ -45,7 +45,7 @@ format,

   minute (9915 here is a lot, my desk activity is a few thousands,

   light sleep or watching TV is a few hundreds, and it goes down to

   zero during deep sleep)

-- **ambieent light level**, from 1 (darkest) to 4 (brightest) with 0

+- **ambient light level**, from 1 (darkest) to 4 (brightest) with 0

   meaning unknown

 - **activity mask**, currently 3 for deep sleep, 1 for non-deep sleep or 0

   for not sleeping.

@@ -76,7 +76,7 @@ itself, so it can improve throughput to bundle several line in a single

 POST request.

 If your receiving webapp supports this, you can configure bundling lines,

-with a percent-encoded separator of your choice. For example, %0d%0a might

+with a percent-encoded separator of your choice. For example, `%0d%0a` might

 be good for a webapp like my Append Server that appends the POSTed field

 directly to a text file.

@@ -96,7 +96,7 @@ and the watchapp javascript engine doesn't do well with cookies. In order

 to strengthen the authentication, my Append Server uses HMAC authentication

 of data lines.

-The watchapps can be configured to provide a signature on a the given form

+The watchapps can be configured to provide a signature on the given form

 field, with the usual HMAC-SHA\* algorthm, and can encode the signature in

 hexadecimal or base-64 or send it unencoded.