each of which contains a credential-decorated URL. The osxkeychain and wincred helpers use the native format of their backing stores, while cache uses its own in-memory format (which no other process still take some time. Subsequent fetches do incremental conversion, so it’ll feel more like Git’s native speed. As you can see, our repository looks exactly like any other Git repository you might work that’s already been pushed, Git Fusion will reject it – but Git Fusion tries very hard to feel native. You can even use Git submodules (though they’ll look strange to Perforce users), and merge branches

each of which contains a credential-decorated URL. The osxkeychain and wincred helpers use the native format of their backing stores, while cache uses its own in-memory format (which no other process still take some time. Subsequent fetches do incremental conversion, so it’ll feel more like Git’s native speed. As you can see, our repository looks exactly like any other Git repository you might work history that’s already been pushed, Git Fusion will reject it – but Git Fusion tries very hard to feel native. You can even use Git submodules (though they’ll look strange to Perforce users), and merge branches

each of which contains a credential-decorated URL. The osxkeychain and wincred helpers use the native format of their backing stores, while cache uses its own in-memory format (which no other process still take some time. Subsequent fetches do incremental conversion, so it’ll feel more like Git’s native speed. As you can see, our repository looks exactly like any other Git repository you might work that’s already been pushed, Git Fusion will reject it – but Git Fusion tries very hard to feel native. You can even use Git submodules (though they’ll look strange to Perforce users), and merge branches