Add the protocol buffer and client side of the SDK to the Gecko build. This includes prefs to enable/disable/configure content analysis. In addition to the pref, content analysis requires a command-line argument "-allow-content-analysis" to be turned on; this is for security reasons until we make sure that the pref can only be turned on by enterprise policies.
Differential Revision: https://phabricator.services.mozilla.com/D189568
This patch was generated as follows:
Run:
`./mach esmify --imports . --prefix=toolkit/mozapps/extensions/AddonManager`
In the output there are linter/prettifier errors due to unused
XPCOMUtils or separate importESModule calls. These have been fixed
manually and verified with `./mach lint --outgoing`.
The `esmify` script also inserts many unwanted newlines around imports
that are broken on two lines due to length. Due to the number of these,
I fixed them programatically.
1. Create patch from the changes so far.
2. From the patch, delete all lines that consist of "+" (i.e. added blank line).
3. Reset the working dir and apply the revised patch.
4. Verify that the diff between step 1 and 3 looks reasonable.
5. Verify that this patch as a whole looks reasonable.
Commands:
```
git diff > rename.diff
:%g/^+$/d
git commit -va -m WIP-rename
git revert HEAD
git apply --recount rename.diff
git diff HEAD^ # and verify that the removed lines are ok.
git commit -va # one last review to verify correctness of whole patch.
git rebase -i HEAD~3 # drop the WIP + reverted commit, pick only the last.
```
`git apply` has the `--recount` option to force it to ignore mismatches
in line counts, which happens because we deleted added lines (^+$)
without fixing up the line counts in the file headers.
Differential Revision: https://phabricator.services.mozilla.com/D179874
Due to design constraints, it is difficult for osclientcerts to properly
indicate whether or not each known key supports RSA-PSS. Ideally such a
determination would be made close to when a particular key is going to be used,
but due to the design of PKCS#11 and NSS' tight coupling to it, osclientcerts
would have to make this determination when searching for all known keys, which
has been shown to be prohibitively slow on Windows and results in unexpected
dialogs on macOS.
Thus, previously osclientcerts simply assumed all RSA keys supported RSA-PSS.
This has resulted in handshake failures when a server indicates that it accepts
RSA-PSS signatures.
This patch instead makes RSA-PSS support configurable via a pref
(security.osclientcerts.assume_rsa_pss_support). If the pref is true,
osclientcerts assumes all RSA keys support RSA-PSS. If it is false, it assumes
no RSA keys support RSA-PSS.
Differential Revision: https://phabricator.services.mozilla.com/D175966
Due to design constraints, it is difficult for osclientcerts to properly
indicate whether or not each known key supports RSA-PSS. Ideally such a
determination would be made close to when a particular key is going to be used,
but due to the design of PKCS#11 and NSS' tight coupling to it, osclientcerts
would have to make this determination when searching for all known keys, which
has been shown to be prohibitively slow on Windows and results in unexpected
dialogs on macOS.
Thus, previously osclientcerts simply assumed all RSA keys supported RSA-PSS.
This has resulted in handshake failures when a server indicates that it accepts
RSA-PSS signatures.
This patch instead makes RSA-PSS support configurable via a pref
(security.osclientcerts.assume_rsa_pss_support). If the pref is true,
osclientcerts assumes all RSA keys support RSA-PSS. If it is false, it assumes
no RSA keys support RSA-PSS.
Differential Revision: https://phabricator.services.mozilla.com/D175966
Due to design constraints, it is difficult for osclientcerts to properly
indicate whether or not each known key supports RSA-PSS. Ideally such a
determination would be made close to when a particular key is going to be used,
but due to the design of PKCS#11 and NSS' tight coupling to it, osclientcerts
would have to make this determination when searching for all known keys, which
has been shown to be prohibitively slow on Windows and results in unexpected
dialogs on macOS.
Thus, previously osclientcerts simply assumed all RSA keys supported RSA-PSS.
This has resulted in handshake failures when a server indicates that it accepts
RSA-PSS signatures.
This patch instead makes RSA-PSS support configurable via a pref
(security.osclientcerts.assume_rsa_pss_support). If the pref is true,
osclientcerts assumes all RSA keys support RSA-PSS. If it is false, it assumes
no RSA keys support RSA-PSS.
Differential Revision: https://phabricator.services.mozilla.com/D175966
This patch adds a "EmailTracking" enterprisepolicy under the
EnableTrackingProtection to control the email tracking protection.
Differential Revision: https://phabricator.services.mozilla.com/D170734
This patch adds a "EmailTracking" enterprisepolicy under the
EnableTrackingProtection to control the email tracking protection.
Differential Revision: https://phabricator.services.mozilla.com/D170734
