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Fix user and non-user facing typos

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luz paz
2022-06-29 07:17:11 -04:00
parent 033189dc42
commit 3e6142f098
86 changed files with 121 additions and 121 deletions
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2
squid/help/edit_acl.html
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@@ -10,7 +10,7 @@ The fields present are:
<p>
<em>Matching..</em> is the address, port, URL, user, etc. that the ACL will be matching to.
<p>
<b>Proxy restrictions</b>: Proxy restrictions are rules that either allow or deny a given request based on whether its ACL matches the specifics of the reuqest. There are three fields in this box.
<b>Proxy restrictions</b>: Proxy restrictions are rules that either allow or deny a given request based on whether its ACL matches the specifics of the request. There are three fields in this box.
<p>
<em>Action</em> is either <em>allow</em> or <em>deny</em>.
<p>

2
squid/help/edit_pool.html
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@@ -7,7 +7,7 @@
<p>
<b>Pool class</b>
<br>
This defines the class type of the pool. Each delay pool can have a class selected from classes 1, 2 or 3. The classes have the following meanings: "1-Aggregate", "2-Aggregate and Individual", "3-Aggregate, Individual, and Network". The simplest, class 1, specifies a bandwidth that all clients to which this pool belongs cannot surpass. Class 2 specifies both an aggregate bandwidth and a bandwidth that each individual can use, creating a heirarchy of limits where all individuals combined must fit into the aggregate while each individual is limited by the individual limit. Finally, Class 3 specifies an aggregate and individual bandwith in addition to a network bandwidth which applies to an entire subnet. Class 3 is usually only useful on very large networks that have more than one network subnet.
This defines the class type of the pool. Each delay pool can have a class selected from classes 1, 2 or 3. The classes have the following meanings: "1-Aggregate", "2-Aggregate and Individual", "3-Aggregate, Individual, and Network". The simplest, class 1, specifies a bandwidth that all clients to which this pool belongs cannot surpass. Class 2 specifies both an aggregate bandwidth and a bandwidth that each individual can use, creating a hierarchy of limits where all individuals combined must fit into the aggregate while each individual is limited by the individual limit. Finally, Class 3 specifies an aggregate and individual bandwidth in addition to a network bandwidth which applies to an entire subnet. Class 3 is usually only useful on very large networks that have more than one network subnet.
<p>
Limits can be specified in any unit preferred, though it will be saved to the Squid configuration file in bytes. The first field is the average throughput that will be allotted to the pool, while the second is the size of the bucket used, which roughly corresponds to a burstable bandwidth maximum.
<p>