Hi,
we have recently requested the Elite plan trial.
We have noticed a significant improvement on the build, however we also noticed sometime the git clone steps takes ages to run (more then 25 minutes). This used to always take no more then 90 seconds to compete, but after we joined the Elite plan we see at least 1/5 builds taking an excessive amount of time. Here’s an example:
Our repo is over 1gb and we are not using any cache for this. However we can’t understand why this would take so long. Can you provide more clarity on this?
ManualMerge: true
e[34;1mgit "init"e[0m
Initialized empty Git repository in /Users/vagrant/git/.git/
e[34;1mgit “remote” “add” “origin” "git@bitbucket.org:depop/depop-ios.git"e[0m
e[34;1mgit “fetch” “origin” "dev"e[0m
Warning: Permanently added ‘bitbucket.org,104.192.143.2’ (RSA) to the list of known hosts.
From bitbucket.org:depop/depop-ios
branch dev -> FETCH_HEAD
[new branch] dev -> origin/dev
e[34;1mgit “checkout” "dev"e[0m
Switched to a new branch ‘dev’
Branch ‘dev’ set up to track remote branch ‘dev’ from ‘origin’.
e[34;1mgit “merge” "origin/dev"e[0m
Already up to date.
commit hash: 3e8809ef0c99f0e8d6551aca8a530d2a88478f93
e[34;1mgit “fetch” “origin” "feature/DD-5942"e[0m
Warning: Permanently added ‘bitbucket.org,104.192.143.2’ (RSA) to the list of known hosts.
From bitbucket.org:depop/depop-ios
branch feature/DD-5942 -> FETCH_HEAD
[new branch] feature/DD-5942 -> origin/feature/DD-5942
e[34;1mgit “merge” "ee9f90c2a6f3"e[0m
Updating 3e8809ef0…ee9f90c2a
Fast-forward
[these lines were removed]
4 files changed, 4 insertions(+), 10 deletions(-)
e[34;1mgit “submodule” “update” “–init” "–recursive"e[0m
e[34;1mgit “checkout” "–detach"e[0m
HEAD is now at ee9f90c2a… do not translate ‘Terms of Service’ and ‘Privacy Policy’ in the app
e[34;1m
Exporting git logs
e[0m
=> GIT_CLONE_COMMIT_MESSAGE_SUBJECT
value: XXXXXXXX
hi @godreikrisztian yes this is big issue we have only experienced once we migrated to the Elite plan. is it possible that those machines have a different access to the network, more subjected to random latency?