Tag #1052 (backout).
Backed out for creating issues like #1191 and other issue-less problems
with e.g. losing the caret from text boxes. Of note: this was also
backed out from m-c for similar reasons in Bug 1332433.
This fixes#1191.
This reverts commit 3424afccaebc71c4acd4fa9eadf519c408c5965b.
Rationale: This was a Mozilla oversight and/or error.
This change has caused harm and is causing users to switch back to
Chrome, Safari or Edge for their WebStart needs.
JNLP is not an executable and should not be treated as such. JNLP should
be treated the same as any (e.g. Word) document and allowed to be opened
with the designated program.
A JNLP file will not cause execution on a system unless it has a valid
signature, and the user explicitly authorizes the launching based on
information provided by the signature. Moreover, there will even be a
check by the Java environment to see if the Java runtime (if there is
one) is current, and prompt the user to update if required.
This reverts commit 21495c58976e3cbbfe54d2e54d1fd67e36dff2a6 and
modifies ApplicationReputation.cpp to keep the list in sync (was a
discrepancy before).
This patch fixes two related issues.
1. The AutoStopwatch uses a stack-allocated `mozilla::Vector` to
communicate with its callback during each compartment switch.
This vector was designed to allow its contents to be stack-allocated
but they turned out to be accidentally heap-allocated.
2. During each tick, the stopwatch fills a vector `recentGroups_`.
This vector always started with minimal capacity and had to grow
repeatedly as groups were added, causing repeated reallocations.
This patch preallocates `recentGroups_` to have the same capacity as the
previous tick. We expect that this should eventually reach a stable size
that closely matches the actual needs of the process.
This patch fixes two related issues.
1. The AutoStopwatch uses a stack-allocated `mozilla::Vector` to
communicate with its callback during each compartment switch.
This vector was designed to allow its contents to be stack-allocated
but they turned out to be accidentally heap-allocated.
2. During each tick, the stopwatch fills a vector `recentGroups_`.
This vector always started with minimal capacity and had to grow
repeatedly as groups were added, causing repeated reallocations.
This patch preallocates `recentGroups_` to have the same capacity as the
previous tick. We expect that this should eventually reach a stable size
that closely matches the actual needs of the process.
