Summary: Added type identification capability to InodeBase and its descendants FileInode and TreeInode.
Reviewed By: simpkins
Differential Revision: D6564902
fbshipit-source-id: ce9300102d6d6d1c42616eb1e32042f21f6e6cce
Summary:
The gtest macros in this file were moved to folly/test/TestUtils.h
Update everything to just use folly/test/TestUtils.h directly.
Reviewed By: chadaustin
Differential Revision: D6301759
fbshipit-source-id: 7f2841c12d5bea15376f782fb3bf3bfef16039c7
Summary:
This change makes it so that all of the C++ code related to the edenfs daemon
is now contained in the eden/fs subdirectory.
Reviewed By: bolinfest, wez
Differential Revision: D4889053
fbshipit-source-id: d0bd4774cc0bdb5d1d6b6f47d716ecae52391f37
Summary:
The FakeTreeBuilder class in D4609587 provides a lot of the same functionality
as the TestMountBuilder class, but is not restricted to being used only at
mount initialization time. (It also provides more powerful functionality for
controlling the ordering of events when loading data from the ObjectStore.)
This switches all of the existing tests to use FakeTreeBuilder rather than
TestMountBuilder, and removes the TestMountBuilder class.
One difference is that FakeTreeBuilder adds data to the FakeBackingStore, while
TestMountBuilder previously put data directly into the LocalStore. This
shouldn't really make much difference for the behavior of the code. Putting
data in the FakeBackingStore gives us more control over when data is available
during load operations, and exercises slightly more of the normal ObjectStore
code path.
Reviewed By: wez
Differential Revision: D4641288
fbshipit-source-id: ca2b45bf69bd373848c12a7b739b286aabe6aa9b
Summary:
Previously, we would only allow you to consume a symlink that was
checked into a revision, but not allow you to create a new one.
This diff adds support for making new symlinks.
It turns out that the code that we had for readlink had an unused code path for
reading an actual symlink out of the overlay. My first pass at this diff tried
to make the materialization code generate such a symlink, but it was breakin
some other assumptions in the rest of the code.
This version of the code just stores the symlink target in the file contents.
This means that we can simplify readlink to just calling `readAll` on the
underlying file data, and that will load the contents out of the storage layer
if the file wasn't materialized. This helps simplify things a bit more.
Reviewed By: bolinfest, simpkins
Differential Revision: D4604016
fbshipit-source-id: 3138d0f9880639d2bbeaf4bb03bef3f021c3ecb3
