def html_module_detail(filename, module_name, nav=None):
"""
Creates a module detail report based on coverage testing at the specified
filename. If ``nav`` is specified, the nav template will be used as well.
It uses `templates.default_module_detail` to create the page. The template
contains the following sections which need to be rendered and assembled into
the final HTML.
TOP: Contains the HTML declaration and head information, as well as the
inline stylesheet. It requires the following variable:
* %(title)s The module name is probably fitting for this.
CONTENT_HEADER: The header portion of the body. Requires the following variable:
* %(title)s
* %(source_file)s File path to the module
* %(total_count)d
* %(executed_count)d
* %(excluded_count)d
* %(ignored_count)d
* %(percent_covered)0.1f
* %(test_timestamp)s
CONTENT_BODY: Annotated module source code listing. Requires the following variable:
* ``%(source_lines)s`` The actual source listing which is generated by
looping through each line and concatenanting together rendered
``SOURCE_LINE`` template (see below).
BOTTOM: Just a closing ``</body></html>``
SOURCE_LINE: Used to assemble the content of ``%(source_lines)s`` for ``CONTENT_BODY``.
Requires the following variables:
* ``%(line_status)s`` (ignored, executed, missed, excluded) used as CSS class
identifier to style the each source line.
* ``%(source_line)s``
"""
if not nav:
nav = {}
m_vars = ModuleVars(module_name)
m_vars.source_lines = source_lines = list()
i = 0
for i, source_line in enumerate([
cgi.escape(l.rstrip())
for l in open(m_vars.source_file, 'r').readlines()
]):
line_status = 'ignored'
if i + 1 in m_vars.executed: line_status = 'executed'
if i + 1 in m_vars.excluded: line_status = 'excluded'
if i + 1 in m_vars.missed: line_status = 'missed'
source_lines.append(module_detail.SOURCE_LINE % vars())
m_vars.ignored_count = i + 1 - m_vars.total_count
m_vars.source_lines = os.linesep.join(source_lines)
if 'prev_link' in nav and 'next_link' in nav:
nav_html = module_detail.NAV % nav
elif 'prev_link' in nav:
nav_html = module_detail.NAV_NO_NEXT % nav
elif 'next_link' in nav:
nav_html = module_detail.NAV_NO_PREV % nav
else:
nav_html = None
fo = open(filename, 'w+')
fo.write(module_detail.TOP % m_vars.__dict__)
if nav and nav_html:
fo.write(nav_html)
fo.write(module_detail.CONTENT_HEADER % m_vars.__dict__)
fo.write(module_detail.CONTENT_BODY % m_vars.__dict__)
if nav and nav_html:
fo.write(nav_html)
fo.write(module_detail.BOTTOM)
fo.close()
def html_module_detail(filename, module_name, nav=None):
"""
Creates a module detail report based on coverage testing at the specified
filename. If ``nav`` is specified, the nav template will be used as well.
It uses `templates.default_module_detail` to create the page. The template
contains the following sections which need to be rendered and assembled into
the final HTML.
TOP: Contains the HTML declaration and head information, as well as the
inline stylesheet. It requires the following variable:
* %(title)s The module name is probably fitting for this.
CONTENT_HEADER: The header portion of the body. Requires the following variable:
* %(title)s
* %(source_file)s File path to the module
* %(total_count)d
* %(executed_count)d
* %(excluded_count)d
* %(ignored_count)d
* %(percent_covered)0.1f
* %(test_timestamp)s
CONTENT_BODY: Annotated module source code listing. Requires the following variable:
* ``%(source_lines)s`` The actual source listing which is generated by
looping through each line and concatenanting together rendered
``SOURCE_LINE`` template (see below).
BOTTOM: Just a closing ``</body></html>``
SOURCE_LINE: Used to assemble the content of ``%(source_lines)s`` for ``CONTENT_BODY``.
Requires the following variables:
* ``%(line_status)s`` (ignored, executed, missed, excluded) used as CSS class
identifier to style the each source line.
* ``%(source_line)s``
"""
if not nav:
nav = {}
m_vars = ModuleVars(module_name)
m_vars.source_lines = source_lines = list()
i = 0
for i, source_line in enumerate([cgi.escape(l.rstrip()) for l in open(m_vars.source_file, "r").readlines()]):
line_status = "ignored"
if i + 1 in m_vars.executed:
line_status = "executed"
if i + 1 in m_vars.excluded:
line_status = "excluded"
if i + 1 in m_vars.missed:
line_status = "missed"
source_lines.append(module_detail.SOURCE_LINE % vars())
m_vars.ignored_count = i + 1 - m_vars.total_count
m_vars.source_lines = os.linesep.join(source_lines)
if "prev_link" in nav and "next_link" in nav:
nav_html = module_detail.NAV % nav
elif "prev_link" in nav:
nav_html = module_detail.NAV_NO_NEXT % nav
elif "next_link" in nav:
nav_html = module_detail.NAV_NO_PREV % nav
else:
nav_html = None
fo = open(filename, "w+")
fo.write(module_detail.TOP % m_vars.__dict__)
if nav and nav_html:
fo.write(nav_html)
fo.write(module_detail.CONTENT_HEADER % m_vars.__dict__)
fo.write(module_detail.CONTENT_BODY % m_vars.__dict__)
if nav and nav_html:
fo.write(nav_html)
fo.write(module_detail.BOTTOM)
fo.close()
def html_report(outdir, modules, excludes=None, errors=None):
"""
Creates an ``index.html`` in the specified ``outdir``. Also attempts to create
a ``modules`` subdirectory to create module detail html pages, which are named
`module.__name__` + '.html'.
It uses `templates.default_module_index` to create the index page. The template
contains the following sections which need to be rendered and assembled into
`index.html`.
TOP: Contains the HTML declaration and head information, as well as the
inline stylesheet. It doesn't require any variables.
CONTENT_HEADER: The header portion of the body. Requires the following variable:
* ``%(test_timestamp)s``
CONTENT_BODY: A table of contents to the different module detail pages, with some
basic stats. Requires the following variables:
* ``%(module_stats)s`` This is the actual content of the table and is
generated by looping through the modules we want to report on and
concatenanting together rendered ``MODULE_STAT`` template (see below).
* ``%(total_lines)d``
* ``%(total_executed)d``
* ``%(total_excluded)d``
* ``%(overall_covered)0.1f``
EXCEPTIONS_LINK: Link to the excludes and errors index page which shows
packages and modules which were not part of the coverage
analysis. Requires the following variable:
* ``%(exceptions_link)s`` Link to the index page.
* ``%(exceptions_desc)s`` Describe the exception.
ERRORS_LINK: Link to the errors index page which shows packages and modules which
had problems being imported. Requires the following variable:
* ``%(errors_link)s`` Link to the index page.
BOTTOM: Just a closing ``</body></html>``
MODULE_STAT: Used to assemble the content of ``%(module_stats)s`` for ``CONTENT_BODY``.
Requires the following variables:
* ``%(severity)s`` (normal, warning, critical) used as CSS class identifier
to style the coverage percentage.
* ``%(module_link)s``
* ``%(module_name)s``
* ``%(total_count)d``
* ``%(executed_count)d``
* ``%(excluded_count)d``
* ``%(percent_covered)0.1f``
"""
test_timestamp = time.strftime('%a %Y-%m-%d %H:%M %Z')
m_subdirname = 'modules'
m_dir = os.path.join(outdir, m_subdirname)
if not os.path.exists(m_dir):
os.makedirs(m_dir)
total_lines = 0
total_executed = 0
total_excluded = 0
total_stmts = 0
module_stats = list()
m_names = list(modules.keys())
m_names.sort()
for n in m_names:
m_vars = ModuleVars(n, modules[n])
if not m_vars.total_count:
excludes.append(m_vars.module_name)
del modules[n]
continue
m_vars.module_link = p2url(
os.path.join(m_subdirname, m_vars.module_name + '.html'))
module_stats.append(module_index.MODULE_STAT % m_vars.__dict__)
total_lines += m_vars.total_count
total_executed += m_vars.executed_count
total_excluded += m_vars.excluded_count
total_stmts += len(m_vars.stmts)
module_stats = os.linesep.join(module_stats)
if total_stmts:
overall_covered = float(total_executed) / total_stmts * 100
else:
overall_covered = 0.0
m_names = list(modules.keys())
m_names.sort()
i = 0
for i, n in enumerate(m_names):
m_vars = ModuleVars(n)
nav = dict(up_link=p2url(os.path.join('..', 'index.html')),
up_label='index')
if i > 0:
m = ModuleVars(m_names[i - 1])
nav['prev_link'] = os.path.basename(m.module_link)
nav['prev_label'] = m.module_name
if i + 1 < len(modules):
m = ModuleVars(m_names[i + 1])
nav['next_link'] = os.path.basename(m.module_link)
nav['next_label'] = m.module_name
html_module_detail(os.path.join(m_dir, m_vars.module_name + '.html'),
n, nav)
fo = open(os.path.join(outdir, 'index.html'), 'w+')
fo.write(module_index.TOP)
fo.write(module_index.CONTENT_HEADER % vars())
fo.write(module_index.CONTENT_BODY % vars())
if excludes:
_file = 'excludes.html'
exceptions_link = _file
exception_desc = "Excluded packages and modules"
fo.write(module_index.EXCEPTIONS_LINK % vars())
html_module_excludes(os.path.join(outdir, _file), excludes)
if errors:
_file = 'errors.html'
exceptions_link = _file
exception_desc = "Error packages and modules"
fo.write(module_index.EXCEPTIONS_LINK % vars())
html_module_errors(os.path.join(outdir, _file), errors)
fo.write(module_index.BOTTOM)
fo.close()
if settings.COVERAGE_BADGE_TYPE:
badge = open(
os.path.join(os.path.dirname(__file__), 'badges',
settings.COVERAGE_BADGE_TYPE,
'%s.png' % int(overall_covered)), 'rb').read()
open(os.path.join(outdir, 'coverage_status.png'), 'wb').write(badge)
def html_report(outdir, modules, excludes=None, errors=None):
"""
Creates an ``index.html`` in the specified ``outdir``. Also attempts to create
a ``modules`` subdirectory to create module detail html pages, which are named
`module.__name__` + '.html'.
It uses `templates.default_module_index` to create the index page. The template
contains the following sections which need to be rendered and assembled into
`index.html`.
TOP: Contains the HTML declaration and head information, as well as the
inline stylesheet. It doesn't require any variables.
CONTENT_HEADER: The header portion of the body. Requires the following variable:
* ``%(test_timestamp)s``
CONTENT_BODY: A table of contents to the different module detail pages, with some
basic stats. Requires the following variables:
* ``%(module_stats)s`` This is the actual content of the table and is
generated by looping through the modules we want to report on and
concatenanting together rendered ``MODULE_STAT`` template (see below).
* ``%(total_lines)d``
* ``%(total_executed)d``
* ``%(total_excluded)d``
* ``%(overall_covered)0.1f``
EXCEPTIONS_LINK: Link to the excludes and errors index page which shows
packages and modules which were not part of the coverage
analysis. Requires the following variable:
* ``%(exceptions_link)s`` Link to the index page.
* ``%(exceptions_desc)s`` Describe the exception.
ERRORS_LINK: Link to the errors index page which shows packages and modules which
had problems being imported. Requires the following variable:
* ``%(errors_link)s`` Link to the index page.
BOTTOM: Just a closing ``</body></html>``
MODULE_STAT: Used to assemble the content of ``%(module_stats)s`` for ``CONTENT_BODY``.
Requires the following variables:
* ``%(severity)s`` (normal, warning, critical) used as CSS class identifier
to style the coverage percentage.
* ``%(module_link)s``
* ``%(module_name)s``
* ``%(total_count)d``
* ``%(executed_count)d``
* ``%(excluded_count)d``
* ``%(percent_covered)0.1f``
"""
test_timestamp = time.strftime('%a %Y-%m-%d %H:%M %Z')
m_subdirname = 'modules'
m_dir = os.path.join(outdir, m_subdirname)
if not os.path.exists(m_dir):
os.makedirs(m_dir)
total_lines = 0
total_executed = 0
total_excluded = 0
total_stmts = 0
module_stats = list()
m_names = list(modules.keys())
m_names.sort()
for n in m_names:
m_vars = ModuleVars(n, modules[n])
if not m_vars.total_count:
excludes.append(m_vars.module_name)
del modules[n]
continue
m_vars.module_link = p2url(os.path.join(m_subdirname, m_vars.module_name + '.html'))
module_stats.append(module_index.MODULE_STAT %m_vars.__dict__)
total_lines += m_vars.total_count
total_executed += m_vars.executed_count
total_excluded += m_vars.excluded_count
total_stmts += len(m_vars.stmts)
module_stats = os.linesep.join(module_stats)
if total_stmts:
overall_covered = float(total_executed)/total_stmts*100
else:
overall_covered = 0.0
m_names = list(modules.keys())
m_names.sort()
i = 0
for i, n in enumerate(m_names):
m_vars = ModuleVars(n)
nav = dict(up_link=p2url(os.path.join('..', 'index.html')),
up_label='index')
if i > 0:
m = ModuleVars(m_names[i-1])
nav['prev_link'] = os.path.basename(m.module_link)
nav['prev_label'] = m.module_name
if i+1 < len(modules):
m = ModuleVars(m_names[i+1])
nav['next_link'] = os.path.basename(m.module_link)
nav['next_label'] = m.module_name
html_module_detail(
os.path.join(m_dir, m_vars.module_name + '.html'), n, nav)
fo = open(os.path.join(outdir, 'index.html'), 'w+')
fo.write(module_index.TOP)
fo.write(module_index.CONTENT_HEADER %vars())
fo.write(module_index.CONTENT_BODY %vars())
if excludes:
_file = 'excludes.html'
exceptions_link = _file
exception_desc = "Excluded packages and modules"
fo.write(module_index.EXCEPTIONS_LINK %vars())
html_module_excludes(os.path.join(outdir, _file), excludes)
if errors:
_file = 'errors.html'
exceptions_link = _file
exception_desc = "Error packages and modules"
fo.write(module_index.EXCEPTIONS_LINK %vars())
html_module_errors(os.path.join(outdir, _file), errors)
fo.write(module_index.BOTTOM)
fo.close()
if settings.COVERAGE_BADGE_TYPE:
badge = open(os.path.join(
os.path.dirname(__file__),
'badges',
settings.COVERAGE_BADGE_TYPE,
'%s.png' % int(overall_covered)
), 'rb').read()
open(os.path.join(outdir, 'coverage_status.png'), 'wb').write(badge)