create table builds ( id integer primary key autoincrement not null, timestamp integer not null, -- time this build was added to the db (in Unix time) -- Info about the inputs. project text not null, -- !!! foreign key jobSet text not null, -- !!! foreign key attrName text not null, -- Info about the build result. description text, drvPath text not null, outPath text not null, isCachedBuild integer not null, -- boolean buildStatus integer, -- 0 = succeeded, 1 = Nix build failure, 2 = positive build failure errorMsg text, -- error message in case of a Nix failure startTime integer, -- in Unix time, 0 = used cached build result stopTime integer, system text not null ); create table buildInputs ( buildId integer not null, -- Copied from the jobSetInputs from which the build was created. name text not null, type text not null, uri text, revision integer, tag text, value text, inputId integer, -- build ID of the input, for type == 'build' path text, primary key (buildId, name), foreign key (buildId) references builds(id) on delete cascade -- ignored by sqlite foreign key (inputId) references builds(id) -- ignored by sqlite ); create table buildProducts ( buildId integer not null, productnr integer not null, type text not null, -- "nix-build", "file", "doc", "report", ... subtype text not null, -- "source-dist", "rpm", ... path text not null, primary key (buildId, productnr), foreign key (buildId) references builds(id) on delete cascade -- ignored by sqlite ); create table buildLogs ( buildId integer not null, logPhase text not null, path text not null, type text not null, primary key (buildId, logPhase), foreign key (buildId) references builds(id) on delete cascade -- ignored by sqlite ); -- Emulate "on delete cascade" foreign key constraints. create trigger cascadeBuildDeletion before delete on builds for each row begin delete from buildInputs where buildId = old.id; delete from buildLogs where buildId = old.id; delete from buildProducts where buildId = old.id; end; create table projects ( name text primary key not null ); -- A jobset consists of a set of inputs (e.g. SVN repositories), one -- of which contains a Nix expression containing an attribute set -- describing build jobs. create table jobSets ( name text not null, project text not null, description text, nixExprInput text not null, -- name of the jobSetInput containing the Nix expression nixExprPath text not null, -- relative path of the Nix expression primary key (project, name), foreign key (project) references projects(name) on delete cascade, -- ignored by sqlite foreign key (project, name, nixExprInput) references jobSetInputs(project, job, name) ); create table jobSetInputs ( project text not null, jobset text not null, name text not null, type text not null, -- "svn", "cvs", "path", "file", "string" primary key (project, jobset, name), foreign key (project, jobset) references jobSets(project, name) on delete cascade -- ignored by sqlite ); create table jobSetInputAlts ( project text not null, jobset text not null, input text not null, altnr integer, -- urgh uri text, revision integer, -- for type == 'svn' tag text, -- for type == 'cvs' value text, -- for type == 'string' primary key (project, jobset, input, altnr), foreign key (project, jobset, input) references jobSetInputs(project, jobset, name) on delete cascade -- ignored by sqlite ); create table jobQueue ( id integer primary key autoincrement not null, timestamp integer not null, -- time this build was added to the db (in Unix time) -- Info about the inputs. project text not null, -- !!! foreign key jobSet text not null, -- !!! foreign key attrName text not null, -- What this job will build. description text, drvPath text not null, outPath text not null, system text not null );