def html_summary(repdata, base_builder_url=None):
section_hdrfun = lambda msg: '<br/><hr class="section_line"/><br/><h2>' + msg + '</h2><br/>'
subsection_hdrfun = lambda msg: '<br/><h3>' + msg + '</h3>'
entshow_fun = tcell_entshow(base_builder_url)
projects = set(
[sr.project for sr in repdata if isinstance(sr, StatusReport)])
summary = KVITable(default_factory=int, valuecol_name='Total')
summary.add(len(projects), Element='Projects')
summary.add(len(
set([
sr.branch for sr in repdata
if isinstance(sr, StatusReport) and sr.branchtype == 'pullreq'
])),
Element='Pull Requests')
projtable = KVITable(
{
'Project':
sorted(
list(
set([
sr.project
for sr in repdata if isinstance(sr, StatusReport)
]))),
'Status': ['TOTAL', 'ok', 'FAIL', 'pending'],
},
valuecol_name='Number',
kv_frozen=False,
default_factory=int)
fulltable = KVITable(
{
'Branch': [],
'system': ['x86-64_linux'],
'Strategy': ['regular', 'submodules', 'HEADs'],
'Project': [],
},
valuecol_name='Build Status',
default_factory=lambda: None,
keyval_factory=lambda key: 'x86_64-linux'
if key == 'system' else 'n/a',
kv_frozen=False)
mkDetailTable = lambda: KVITable(
{
'system': ['x86-64_linux'],
'Branch': [],
'Strategy': ['regular', 'submodules', 'HEADs'],
},
valuecol_name='Build Status',
default_factory=lambda: None,
keyval_factory=lambda key: 'x86_64-linux' if key == 'system' else '',
kv_frozen=False)
detailtables = defaultdict(mkDetailTable)
projtable_sts = lambda s: {
'initial_success': 'ok',
'succeeded': 'ok',
# 'pending': 'pending',
}.get(s, 'FAIL')
for sr in repdata:
if isinstance(sr, Notify):
summary.add(_inc, Element='Notifications')
elif isinstance(sr, PendingStatus):
prev = [
r for r in repdata if isinstance(r, StatusReport)
and r.project == sr.project and r.buildname == sr.buildname
]
if not prev:
summary.add(_inc, Element='Builds')
projtable.add(_inc, Project=sr.project, Status="TOTAL")
else:
projtable.add(_dec,
Project=sr.project,
Status=projtable_sts(prev[0].status))
projtable.add(_inc, Project=sr.project, Status="pending")
vars = tuple([(v.varname, v.varvalue) for v in sr.bldvars])
fulltable.add(TCell_PendingBld(sr.project, sr.buildname),
*vars,
Project=sr.project,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
detailtables[sr.project].add(TCell_PendingBld(
sr.project, sr.buildname),
*vars,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
elif isinstance(sr, NewPending):
summary.add(_inc, Element='Builds')
projectname = sr.bldcfg.projectname
buildname = buildcfg_name(sr.bldcfg)
tbl_brname = tbl_branch_(buildname, sr.bldcfg.branchname)
projtable.add(_inc, Project=projectname, Status="TOTAL")
projtable.add(_inc, Project=projectname, Status="pending")
vars = tuple([(v.varname, v.varvalue) for v in sr.bldcfg.bldvars])
fulltable.add(TCell_PendingBld(projectname, buildname),
*vars,
Project=projectname,
Branch=tbl_brname,
Strategy=sr.bldcfg.strategy)
detailtables[sr.bldcfg.projectname].add(
TCell_PendingBld(projectname, buildname),
*vars,
Branch=tbl_brname,
Strategy=sr.bldcfg.strategy)
elif isinstance(sr, StatusReport):
summary.add(_inc, Element='Builds')
projtable.add(_inc,
Project=sr.project,
Status=projtable_sts(sr.status))
projtable.add(_inc, Project=sr.project, Status='TOTAL')
bldres = {
'initial_success': TCell_GoodBld,
'succeeded': TCell_GoodBld,
'fixed': TCell_GoodBld,
'bad_config': TCell_BadCfgBld,
}.get(sr.status,
lambda proj, name: TCell_FailBld(proj, name, sr.status))(
sr.project, sr.buildname)
fulltable.add(bldres,
*tuple([(v.varname, v.varvalue)
for v in sr.bldvars]),
Project=sr.project,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
detailtables[sr.project].add(bldres,
*tuple([(v.varname, v.varvalue)
for v in sr.bldvars]),
Branch=tbl_branch(sr),
Strategy=sr.strategy)
return '\n\n'.join([
summary.render(as_format='html', sort_vals=True),
section_hdrfun('Per-project Build Status Summary ::'),
projtable.render(row_group=['Project'],
row_repeat=False,
sort_vals=False,
as_format='html',
caption='Per-project Build Status Summary',
colstack_at='Status'),
section_hdrfun('Combined Details ::'),
fulltable.render(
row_group=['system', 'Branch', 'Strategy'],
row_repeat=False,
sort_vals=True,
entrystr=entshow_fun,
as_format='html',
caption='Combined Details',
colstack_at=(list(fulltable.keyvals().keys()) + [None])[4],
),
section_hdrfun('Individual Project Summaries ::'), '\n\n'.join([
subsection_hdrfun('Project %s:\n' % p) + detailtables[p].render(
row_repeat=False,
as_format='html',
caption='Project %s' % p,
sort_vals=True,
colstack_at=(list(detailtables[p].keyvals().keys()) +
[None])[3],
row_group=['system', 'Branch'],
entrystr=entshow_fun,
) for p in sorted(projects)
])
])
def text_summary(repdata):
sepline = '=' * 60
hashline = '#' * 60
banner = '\n\n%(sepline)s\n%(hashline)s\n%(sepline)s\n\n' % locals()
section_hdrfun = lambda msg: banner + msg
subsection_hdrfun = lambda msg: msg + '\n'
entshow_fun = _show_with_fail
projects = set(
[sr.project for sr in repdata if isinstance(sr, StatusReport)])
summary = KVITable(default_factory=int, valuecol_name='Total')
summary.add(len(projects), Element='Projects')
summary.add(len(
set([
sr.branch for sr in repdata
if isinstance(sr, StatusReport) and sr.branchtype == 'pullreq'
])),
Element='Pull Requests')
projtable = KVITable(
{
'Project':
sorted(
list(
set([
sr.project
for sr in repdata if isinstance(sr, StatusReport)
]))),
'Status': ['TOTAL', 'ok', 'FAIL', 'pending'],
},
valuecol_name='Number',
kv_frozen=False,
default_factory=int)
fulltable = KVITable(
{
'Branch': [],
'system': ['x86-64_linux'],
'Strategy': ['regular', 'submodules', 'HEADs'],
'Project': [],
},
valuecol_name='Build Status',
default_factory=FailCount,
keyval_factory=lambda key: 'x86_64-linux'
if key == 'system' else 'n/a',
kv_frozen=False)
mkDetailTable = lambda: KVITable(
{
'system': ['x86-64_linux'],
'Branch': [],
'Strategy': ['regular', 'submodules', 'HEADs'],
},
valuecol_name='Build Status',
default_factory=FailCount,
keyval_factory=lambda key: 'x86_64-linux' if key == 'system' else '',
kv_frozen=False)
detailtables = defaultdict(mkDetailTable)
projtable_sts = lambda s: {
'initial_success': 'ok',
'succeeded': 'ok',
# 'pending': 'pending',
}.get(s, 'FAIL')
for sr in repdata:
if isinstance(sr, Notify):
summary.add(_inc, Element='Notifications')
elif isinstance(sr, PendingStatus):
prev = [
r for r in repdata if isinstance(r, StatusReport)
and r.project == sr.project and r.buildname == sr.buildname
]
if not prev:
summary.add(_inc, Element='Builds')
projtable.add(_inc, Project=sr.project, Status="TOTAL")
else:
projtable.add(_dec,
Project=sr.project,
Status=projtable_sts(prev[0].status))
projtable.add(_inc, Project=sr.project, Status="pending")
vars = tuple([(v.varname, v.varvalue) for v in sr.bldvars])
fulltable.add(PendingBld,
*vars,
Project=sr.project,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
detailtables[sr.project].add(PendingBld,
*vars,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
elif isinstance(sr, NewPending):
summary.add(_inc, Element='Builds')
projtable.add(_inc, Project=sr.bldcfg.projectname, Status="TOTAL")
projtable.add(_inc,
Project=sr.bldcfg.projectname,
Status="pending")
vars = tuple([(v.varname, v.varvalue) for v in sr.bldcfg.bldvars])
buildname = buildcfg_name(sr.bldcfg)
tbl_brname = tbl_branch_(buildname, sr.bldcfg.branchname)
fulltable.add(PendingBld,
*vars,
Project=sr.bldcfg.projectname,
Branch=tbl_brname,
Strategy=sr.bldcfg.strategy)
detailtables[sr.bldcfg.projectname].add(
PendingBld,
*vars,
Branch=tbl_brname,
Strategy=sr.bldcfg.strategy)
elif isinstance(sr, StatusReport):
summary.add(_inc, Element='Builds')
projtable.add(_inc,
Project=sr.project,
Status=projtable_sts(sr.status))
projtable.add(_inc, Project=sr.project, Status='TOTAL')
bldres = _add_if_int({
'initial_success': '+',
'succeeded': '+',
'fixed': '+',
'bad_config': '-CFG',
}.get(sr.status, sr.status))
vars = tuple([(v.varname, v.varvalue) for v in sr.bldvars])
fulltable.add(bldres,
*vars,
Project=sr.project,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
detailtables[sr.project].add(bldres,
*vars,
Branch=tbl_branch(sr),
Strategy=sr.strategy)
keytable = KVITable({'Symbol': []},
valuecol_name='Meaning',
kv_frozen=False)
keytable.add('Success', Symbol='+')
keytable.add("'n' build components failed", Symbol='FAIL*n')
keytable.add('Build configuration error', Symbol='-CFG')
keytable.add('Pending, no previous builds', Symbol='??')
keytable.add('Pending, previously suceeding', Symbol='(+)?')
keytable.add('Pending, previous config error', Symbol='(-CFG)?')
keytable.add("Pending, previously 'n' components failed", Symbol='(-n)?')
return '\n\n'.join([
summary.render(
as_format='ascii',
sort_vals=True,
),
section_hdrfun('Per-project Build Status Summary ::'),
projtable.render(row_group=['Project'],
row_repeat=False,
sort_vals=False,
as_format='ascii',
colstack_at='Status'),
section_hdrfun('Combined Details ::'),
fulltable.render(
row_group=['system', 'Branch', 'Strategy'],
row_repeat=False,
sort_vals=True,
entrystr=entshow_fun,
as_format='ascii',
colstack_at=(list(fulltable.keyvals().keys()) + [None])[4],
),
section_hdrfun('Individual Project Summaries ::'),
'\n\n'.join([
subsection_hdrfun('Project %s:\n' % p) + detailtables[p].render(
row_repeat=False,
sort_vals=True,
as_format='ascii',
colstack_at=(list(detailtables[p].keyvals().keys()) +
[None])[3],
row_group=['system', 'Branch'],
entrystr=entshow_fun,
) for p in sorted(projects)
]),
section_hdrfun('KEY ::'),
keytable.render(as_format='ascii'),
])
