Is it good to split big repository into smaller ones to have separate history/issue etc or keep it big? [duplicate]
This question already has answers here: Choosing between Single or multiple projects in a git repository? (6 answers) Closed 8 years ago. We are currently porting our huge svn repo to git and we are thinking to export subdirectories of repository, each one containing source code of independent binaries, documentation or robot tests, into separate […]
Is it good to split big repository into smaller ones to have separate history/issue etc or keep it big? [duplicate]
This question already has answers here: Choosing between Single or multiple projects in a git repository? (6 answers) Closed 8 years ago. We are currently porting our huge svn repo to git and we are thinking to export subdirectories of repository, each one containing source code of independent binaries, documentation or robot tests, into separate […]
Is it good to split big repository into smaller ones to have separate history/issue etc or keep it big? [duplicate]
This question already has answers here: Choosing between Single or multiple projects in a git repository? (6 answers) Closed 8 years ago. We are currently porting our huge svn repo to git and we are thinking to export subdirectories of repository, each one containing source code of independent binaries, documentation or robot tests, into separate […]
One commit in two branches: what happened?
I work on a project using maven and svn.
One commit in two branches: what happened?
I work on a project using maven and svn.
One commit in two branches: what happened?
I work on a project using maven and svn.
What is the maximum number of steps to find a bug using bisecting?
Assume that a node A in the commit tree of a codebase contains a bug but some ancestor B of A is clean from that very bug. Given the topology of the commit tree [B,A] leading from B to A, can we predict c the maximum number of steps needed to locate the commit where the bug appeared, in terms of number of vertices, arrows, merges or cycles and other simple graph invariants?
What is the maximum number of steps to find a bug using bisecting?
Assume that a node A in the commit tree of a codebase contains a bug but some ancestor B of A is clean from that very bug. Given the topology of the commit tree [B,A] leading from B to A, can we predict c the maximum number of steps needed to locate the commit where the bug appeared, in terms of number of vertices, arrows, merges or cycles and other simple graph invariants?
What is the maximum number of steps to find a bug using bisecting?
Assume that a node A in the commit tree of a codebase contains a bug but some ancestor B of A is clean from that very bug. Given the topology of the commit tree [B,A] leading from B to A, can we predict c the maximum number of steps needed to locate the commit where the bug appeared, in terms of number of vertices, arrows, merges or cycles and other simple graph invariants?