def test_empty_kvitable_with_labels_render_text():
kvit = KVITable({'foo':[], 'dog':[]})
show = kvit.render(as_format='ascii')
assert '\n'.join([
'| foo | dog | Value |',
'+-----+-----+-------+',
]) == show
def test_pretty_table_printer():
# Functional equivalence to
# https://pypi.org/project/pretty-table-printer
# https://github.com/cfmeyers/pretty_table_printer
# (tests/test_pretty_table_printer.py
# test_it_knows_how_to_print_itself)
#
# delta:
# * KVITable doesn't have explicit field widths/truncation (implicit in pretty_table_printer?)
# * KVITable default alignment is right instead of left
# * KVITable doesn't show a bottom border
kvit = KVITable(valuecol_name='name')
kvit.add('Sam', id=1)
kvit.add('Layla', id=2)
kvit.add('Jack Gabriel', id=3)
rows = kvit.get_rows()
assert [ [ 1, 'Sam' ],
[ 2, 'Layla' ],
[ 3, 'Jack Gabriel' ],
] == rows
show = kvit.render()
assert '\n'.join([
'| id | name |',
'+----+--------------+',
'| 1 | Sam |',
'| 2 | Layla |',
'| 3 | Jack Gabriel |',
]) == show
def test_empty_kvitable_get():
kvit = KVITable()
with pytest.raises(IndexError) as idxerr:
foo = kvit.get(('foo', 'bar'), moo="cow")
assert 'foo' in str(idxerr.value)
assert 'bar' in str(idxerr.value)
assert 'moo' in str(idxerr.value)
assert 'cow' in str(idxerr.value)
def test_empty_kvitable_render_text():
kvit = KVITable()
show = kvit.render(as_format='ascii')
assert '\n'.join([
'| Value |',
'+-------+',
'| |',
]) == show
def test_kvitable_initial_kv_dict():
kvit = KVITable({'moo':['cow'], 'foo':['bar', 'baz']})
kvit.add("hi", ('moo', "cow"), foo='bar')
kvit.add("howdy", ('moo', "cow"), foo='baz')
hello = kvit.get(('foo', 'bar'), moo="cow")
assert hello == "hi"
hello2 = kvit.get(moo="cow", foo='baz')
assert hello2 == "howdy"
def test_non_leaf_kvitable_add_uses_default_key_val():
kvit = KVITable()
kvit.add("hi", ('moo', "cow"), foo='bar')
kvit.add("oops", ('moo', "dog"))
rows = kvit.get_rows()
assert [
['cow', 'bar', 'hi'],
['dog', '', 'oops'],
] == rows
def test_zoo_no_subtype_colstack_render(zoo_table):
kv = zoo_table.keyvals()
subtype_idx = list(kv.keys()).index('Subtype')
del kv['Subtype']
zt2 = KVITable(kv,
valuecol_name='Count',
default_factory=int,
kv_frozen=False)
for row in zoo_table.get_rows():
del row[subtype_idx]
zt2.add(lambda v: v + row[-1], *tuple(zip(kv, row[:-1])))
show = zt2.render(row_repeat=False,
sort_vals=True,
row_group=['Location', 'Biome', 'Category'],
colstack_at='Name')
assert '\n'.join([
'| Location | Biome | Category | Diet | Bear | Giraffe | Hippo | Lion | Penguin | Rhino | <- Name',
'+-----------+----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| LA | Jungle | Animal | Herbivore | | | 1 | | | |',
'| +----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| | Savannah | Animal | Carnivore | | | | 4 | | |',
'| | | | Herbivore | | 2 | | | | 3 |',
'+-----------+----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| Miami | Polar | Bird | Carnivore | | | | | 20 | |',
'| +----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| | Savannah | Animal | Carnivore | | | | 2 | | |',
'| | | | Herbivore | | 3 | | | | |',
'+-----------+----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| New York | Savannah | Animal | Carnivore | | | | 3 | | |',
'+-----------+----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| San Diego | Jungle | Animal | Omnivore | 1 | | | | | |',
'| +----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| | Plains | Animal | Omnivore | 2 | | | | | |',
'| +----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| | Polar | Animal | Omnivore | 1 | | | | | |',
'| | +----------+-----------+------+---------+-------+------+---------+-------+',
'| | | Bird | Carnivore | | | | | 10 | |',
'| +----------+----------+-----------+------+---------+-------+------+---------+-------+',
'| | Savannah | Animal | Carnivore | | | | 9 | | |',
'+-----------+----------+----------+-----------+------+---------+-------+------+---------+-------+',
]) == show
def test_non_frozen_kvitable_add_key():
kvit = KVITable({'foo':['bar','baz']}, kv_frozen=False)
kvit.add("hi", foo='bar')
kvit.add("yo", foo='baz', dog='woof')
rows = kvit.get_rows()
assert [
[ 'bar', '', 'hi' ],
[ 'baz', 'woof', 'yo'],
] == rows
show = kvit.render()
assert '\n'.join([
'| foo | dog | Value |',
'+-----+------+-------+',
'| bar | | hi |',
'| baz | woof | yo |',
]) == show
def test_non_frozen_kvitable_add_deep_key():
kvit = KVITable({'foo':['bar','baz'],
'moon':['beam', 'pie'],
},
kv_frozen=False,
valuecol_name='says',
keyval_factory=lambda key: '?')
kvit.add("hi", foo='bar', moon='pie')
kvit.add("yo", foo='baz', moon='beam', dog='woof')
kvit.add("Excellent!", foo='Bill', moon='Ted', dog='arf arf')
rows = kvit.get_rows()
assert [
[ 'Bill', 'Ted', 'arf arf', 'Excellent!'],
[ 'bar', 'pie', '?', 'hi' ],
[ 'baz', 'beam', 'woof', 'yo'],
] == rows
show = kvit.render(sort_vals=True)
assert '\n'.join([
'| foo | moon | dog | says |',
'+------+------+---------+------------+',
'| Bill | Ted | arf arf | Excellent! |',
'| bar | pie | ? | hi |',
'| baz | beam | woof | yo |',
]) == show
def test_table_printer():
# Functional equivalence to https://pypi.org/project/table_printer
# delta:
# * KVITable does not support left/right/center alignment
# * KVITable does not support explicit field widths
kvit = KVITable(valuecol_name='Description')
kvit.add('World', Title='Hello')
kvit.add('1 title', Title='TOTAL')
show = kvit.render(row_group=['Title'])
assert '\n'.join([
'| Title | Description |',
'+-------+-------------+',
'| Hello | World |',
'+-------+-------------+',
'| TOTAL | 1 title |',
'+-------+-------------+',
]) == show
def build_kvitable():
kvit = KVITable({'system': [ 'x86_64-linux', 'x86_64-darwin' ],
'Branch': ['master', 'develop', 'PR-feature'],
'Strategy': ['submodules', 'HEADs'],
'ghcver': ['ghc844', 'ghc865', 'ghc882'],
},
kv_frozen=True)
kvit.add('+', system='x86_64-linux', Strategy='submodules', ghcver='ghc844', Branch='PR-feature')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='HEADs', ghcver='ghc865', Branch='PR-feature')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='submodules', ghcver='ghc882', Branch='develop')
kvit.add('+', system='x86_64-linux', Strategy='HEADs', ghcver='ghc865', Branch='develop')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='submodules', ghcver='ghc844', Branch='master')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='HEADs', ghcver='ghc844', Branch='master')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='HEADs', ghcver='ghc865', Branch='master')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='HEADs', ghcver='ghc882', Branch='master')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='submodules', ghcver='ghc865', Branch='master')
kvit.add('+', system='x86_64-linux', Strategy='HEADs', ghcver='ghc844', Branch='develop')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='HEADs', ghcver='ghc882', Branch='PR-feature')
kvit.add('FAIL*1', system='x86_64-linux', Strategy='submodules', ghcver='ghc882', Branch='PR-feature')
kvit.add('+', system='x86_64-linux', Strategy='submodules', ghcver='ghc865', Branch='PR-feature')
kvit.add('+', system='x86_64-linux', Strategy='submodules', ghcver='ghc844', Branch='develop')
kvit.add('+', system='x86_64-linux', Strategy='HEADs', ghcver='ghc844', Branch='develop')
kvit.add('+', system='x86_64-darwin', Strategy='HEADs', ghcver='ghc844', Branch='develop')
return kvit
def test_kvitable_cannot_extend_leaf():
kvit = KVITable()
kvit.add("hi", ('moo', "cow"), foo='bar')
with pytest.raises(IndexError) as idxerr:
kvit.add("woof", ('moo', "cow"), foo='bar', dog='bark')
assert 'overwrite leaf' in str(idxerr.value)
def test_frozen_kvitable_add_key_key_refused():
kvit = KVITable({'foo':['bar','baz']}, kv_frozen=True)
kvit.add("hi", foo='bar')
with pytest.raises(IndexError) as idxerr:
kvit.add("oops", ('dog', "bark"), foo='baz')
assert 'kv_frozen' in str(idxerr.value)
def test_kvitable_initial_kv_list():
kvit = KVITable(['moo', 'foo'])
kvit.add("hi", ('moo', "cow"), foo='bar')
hello = kvit.get(('foo', 'bar'), moo="cow")
assert hello == "hi"
def zoo_table():
kvit = KVITable({'Location': ['San Diego', 'LA', 'Miami', 'New York'],
'Biome': ['Savannah', 'Jungle', 'Polar'],
'Category': ['Animal', 'Reptile', 'Bird'],
'Diet': ['Herbivore', 'Carnivore'],
'Name': [],
},
valuecol_name='Count',
default_factory=int,
kv_frozen=False)
inc = lambda v: v+1
kvit.add(3, ('Diet', 'Carnivore'), ('Category', "Animal"), ('Biome', "Savannah"), Name='Lion', Location='New York')
kvit.add(2, ('Diet', 'Carnivore'), ('Category', "Animal"), ('Biome', "Savannah"), Name='Lion', Location='Miami')
kvit.add(4, ('Diet', 'Carnivore'), ('Category', "Animal"), ('Biome', "Savannah"), Name='Lion', Location='LA')
kvit.add(8, ('Diet', 'Carnivore'), ('Category', "Animal"), ('Biome', "Savannah"), Name='Lion', Location='San Diego')
kvit.add(2, Location='LA', Biome='Savannah', Category='Animal', Name='Giraffe', Diet='Herbivore')
kvit.add(1, Location='LA', Biome='Jungle', Category='Animal', Name='Hippo', Diet='Herbivore')
kvit.add(3, Location='LA', Biome='Savannah', Category='Animal', Diet='Herbivore', Name='Rhino')
kvit.add(20, Location='Miami', Biome='Polar', Category='Bird', Diet='Carnivore', Subtype='Gentoo', Name='Penguin')
kvit.add(8, Location='San Diego', Biome='Polar', Category='Bird', Diet='Carnivore', Subtype='Emperor', Name='Penguin')
kvit.add(2, Location='San Diego', Biome='Polar', Category='Bird', Diet='Carnivore', Subtype='Gentoo', Name='Penguin')
kvit.add(3, Location='Miami', Biome='Savannah', Category='Animal', Diet='Herbivore', Name='Giraffe', Subtype='Reticulated')
kvit.add(inc, Category='Animal', Diet='Carnivore', Biome="Savannah", Location='San Diego', Name='Lion')
kvit.add(inc, Location='San Diego', Biome='Polar', Category='Animal', Subtype='Polar', Name='Bear', Diet='Omnivore')
kvit.add(inc, Location='San Diego', Biome='Jungle', Category='Animal', Subtype='Sun', Name='Bear', Diet='Omnivore')
kvit.add(inc, Location='San Diego', Biome='Plains', Category='Animal', Subtype='Brown', Name='Bear', Diet='Omnivore')
kvit.add(inc, Location='San Diego', Biome='Plains', Category='Animal', Subtype='Black', Name='Bear', Diet='Omnivore')
return kvit
def test_ptable():
# Functional equivalence to https://pypi.org/project/PTable
#
# delta:
# * KVITable default alignment is right instead of left
kvit = KVITable(valuecol_name='Annual Rainfall')
kvit.add(600.5, ('City name', 'Adelaide'), Area=1295, Population=1158259)
kvit.add(1146.4, ('City name', 'Brisbane'), Area=5905, Population=1857594)
kvit.add(1714.7, ('City name', 'Darwin'), Area=112, Population=120900)
kvit.add(619.5, ('City name', 'Hobart'), Area=1357, Population=205556)
kvit.add(646.9, ('City name', 'Melbourne'), Area=1566, Population=3806092)
kvit.add(869.4, ('City name', 'Perth'), Area=5386, Population=1554769)
kvit.add(1214.8, ('City name', 'Sydney'), Area=2058, Population=4336374)
show = kvit.render()
print(show)
assert '\n'.join([
'| City name | Area | Population | Annual Rainfall |',
'+-----------+------+------------+-----------------+',
'| Adelaide | 1295 | 1158259 | 600.5 |',
'| Brisbane | 5905 | 1857594 | 1146.4 |',
'| Darwin | 112 | 120900 | 1714.7 |',
'| Hobart | 1357 | 205556 | 619.5 |',
'| Melbourne | 1566 | 3806092 | 646.9 |',
'| Perth | 5386 | 1554769 | 869.4 |',
'| Sydney | 2058 | 4336374 | 1214.8 |',
]) == show
def test_frozen_kvitable_initial_kv_list_refuses_new_values():
kvit = KVITable(['moo', 'foo'], kv_frozen=True)
with pytest.raises(IndexError) as idxerr:
kvit.add("hi", ('moo', "cow"), foo='bar')
assert 'frozen' in str(idxerr.value)
def medium_kvitable():
kvit = KVITable({'compiler': [ 'gcc7', 'gcc8', 'clang6', 'clang7' ],
'debug': ['yes', 'no'],
'optimization': [0, 1, 3],
},
kv_frozen=True)
kvit.add('good', compiler='gcc7', debug='yes', optimization=0)
kvit.add('bad', compiler='gcc7', debug='no', optimization=0)
kvit.add('ugly', compiler='gcc7', debug='yes', optimization=3)
kvit.add('good', compiler='gcc8', debug='yes', optimization=0)
kvit.add('ok', compiler='clang6', debug='yes', optimization=0)
kvit.add('good', compiler='clang7', debug='no', optimization=1)
kvit.add('good', compiler='clang7', debug='no', optimization=3)
kvit.add('good', compiler='clang7', debug='yes', optimization=3)
kvit.add(True, compiler='gcc8', debug='yes', optimization=3)
kvit.add('bad', compiler='gcc8', debug='yes', optimization=1)
kvit.add('good', compiler='clang7', debug='no', optimization=0)
kvit.add('good', compiler='gcc7', debug='no', optimization=1)
return kvit
def test_empty_frozen_kvitable_add_refused():
kvit = KVITable(kv_frozen=True)
with pytest.raises(IndexError) as idxerr:
kvit.add("hi", ('moo', "cow"), foo='bar')
assert "frozen" in str(idxerr.value)
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 test_empty_kvitable_add():
kvit = KVITable()
kvit.add("hi", ('moo', "cow"), foo='bar')
hello = kvit.get(('foo', 'bar'), moo="cow")
assert hello == "hi"
def test_empty_kvitable_render_html():
kvit = KVITable()
show = kvit.render(as_format='html')
assert 'Value' in show
def test_empty_kvitable_create():
kvit = KVITable()
def test_empty_kvitable_with_labels_render_html():
kvit = KVITable({'foo':[], 'dog':[]})
show = kvit.render(as_format='html')
assert 'Value' in show
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'),
])