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@@ -364,7 +364,6 @@ $Id$
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circuits.
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"Fast" if the router is suitable for high-bandwidth circuits.
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"Guard" if the router is suitable for use as an entry guard.
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- (Currently, this means 'fast' and 'stable'.)
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"Named" if the router's identity-nickname mapping is canonical,
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and this authority binds names.
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"Stable" if the router is suitable for long-lived circuits.
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@@ -372,9 +371,10 @@ $Id$
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"Valid" if the router has been 'validated'.
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"V2Dir" if the router implements this protocol.
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- The "r" entry for each router must appear first and is required. The
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- "s" entry is optional. Unrecognized flags on the "s" line and extra
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- elements on the "r" line must be ignored.
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+ The "r" entry for each router must appear first and is required. The
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+ "s" entry is optional (see Section 3.1 below for how the flags are
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+ decided). Unrecognized flags on the "s" line and extra elements
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+ on the "r" line must be ignored.
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The signature section contains:
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@@ -410,7 +410,7 @@ $Id$
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"Stable" -- A router is 'Stable' if its uptime is above median for known
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running, valid routers, and it's running a version of Tor not known to
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- drop circuits stupidly. (0.1.1.10-alpha throught 0.1.1.16-rc are stupid
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+ drop circuits stupidly. (0.1.1.10-alpha through 0.1.1.16-rc are stupid
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this way.)
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"Fast" -- A router is 'Fast' if its bandwidth is in the top 7/8ths for
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