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# | .__/ \__, |_____|____/_/ \_\/_/ \_(_)___/|____/ \_/ \_/ |_| |_| #
# |_| |___/ #
# ==================================================================================================================== #
# Authors: #
# Patrick Lehmann #
# #
# License: #
# ==================================================================================================================== #
# Copyright 2025-2025 Patrick Lehmann - Bötzingen, Germany #
# #
# Licensed under the Apache License, Version 2.0 (the "License"); #
# you may not use this file except in compliance with the License. #
# You may obtain a copy of the License at #
# #
# http://www.apache.org/licenses/LICENSE-2.0 #
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# Unless required by applicable law or agreed to in writing, software #
# distributed under the License is distributed on an "AS IS" BASIS, #
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. #
# See the License for the specific language governing permissions and #
# limitations under the License. #
# #
# SPDX-License-Identifier: Apache-2.0 #
# ==================================================================================================================== #
#
"""
**Report unit test results as Sphinx documentation page(s).**
"""
from datetime import timedelta
from enum import Flag
from pathlib import Path
from typing import Dict, Tuple, Any, List, Mapping, Generator, TypedDict, ClassVar, Optional as Nullable
from docutils import nodes
from docutils.parsers.rst.directives import flag
from sphinx.config import Config
from sphinx.application import Sphinx
from pyTooling.Decorators import export
from pyEDAA.Reports.Unittesting import TestcaseStatus, TestsuiteStatus
from sphinx_reports.Common import ReportExtensionError
from sphinx_reports.Sphinx import strip, BaseDirective, stripAndNormalize
from pyEDAA.OSVVM.Build import BuildSummaryDocument, TestsuiteSummary, Testsuite, Testcase
class report_DictType(TypedDict):
yaml_report: Path
[docs]
@export
class ShowTestcases(Flag):
passed = 1
failed = 2
skipped = 4
excluded = 8
errors = 16
aborted = 32
all = passed | failed | skipped | excluded | errors | aborted
not_passed = all & ~passed
[docs]
def __eq__(self, other):
if isinstance(other, TestcaseStatus):
if other is TestcaseStatus.Passed:
return ShowTestcases.passed in self
elif other is TestcaseStatus.Failed:
return ShowTestcases.failed in self
elif other is TestcaseStatus.Skipped:
return ShowTestcases.skipped in self
elif other is TestcaseStatus.Excluded:
return ShowTestcases.excluded in self
elif other is TestcaseStatus.Errored or other is TestcaseStatus.SetupError:
return ShowTestcases.errors in self
elif other is TestcaseStatus.Aborted:
return ShowTestcases.aborted in self
return False
[docs]
@export
class BuildSummary(BaseDirective):
"""
This directive will be replaced by a table representing unit test results.
"""
has_content = False
required_arguments = 0
optional_arguments = 6
option_spec = {
"class": strip,
"reportid": stripAndNormalize,
"build-name": strip,
"show-testcases": stripAndNormalize,
"hide-build-summary": flag
}
directiveName: str = "build-summary"
configPrefix: str = "build_summaries"
configValues: Dict[str, Tuple[Any, str, Any]] = {
f"{configPrefix}": ({}, "env", Dict)
} #: A dictionary of all configuration values used by unittest directives.
_buildSummaries: ClassVar[Dict[str, report_DictType]] = {}
_cssClasses: List[str]
_reportID: str
_hideTestsuiteSummary: bool
_buildName: Nullable[str]
_showTestcases: ShowTestcases
_yamlReport: Path
_build: TestsuiteSummary
[docs]
def _CheckOptions(self) -> None:
"""
Parse all directive options or use default values.
"""
cssClasses = self._ParseStringOption("class", "", r"(\w+)?( +\w+)*")
showTestcases = self._ParseStringOption("show-testcases", "all", r"all|not-passed")
self._cssClasses = [] if cssClasses == "" else cssClasses.split(" ")
self._reportID = self._ParseStringOption("reportid")
self._buildName = self._ParseStringOption("build-name", "", r".+")
self._showTestcases = ShowTestcases[showTestcases.replace("-", "_")]
self._hideTestsuiteSummary = "hide-build-summary" in self.options
try:
buildSummary = self._buildSummaries[self._reportID]
except KeyError as ex:
raise ReportExtensionError(f"No build summary configuration item for '{self._reportID}'.") from ex
self._yamlReport = buildSummary["yaml_report"]
[docs]
@classmethod
def CheckConfiguration(cls, sphinxApplication: Sphinx, sphinxConfiguration: Config) -> None:
"""
Check configuration fields and load necessary values.
:param sphinxApplication: Sphinx application instance.
:param sphinxConfiguration: Sphinx configuration instance.
"""
cls._CheckConfiguration(sphinxConfiguration)
[docs]
@classmethod
def ReadReports(cls, sphinxApplication: Sphinx) -> None:
"""
Read unittest report files.
:param sphinxApplication: Sphinx application instance.
"""
print(f"[REPORT] Reading unittest reports ...")
@classmethod
def _CheckConfiguration(cls, sphinxConfiguration: Config) -> None:
from pyEDAA.OSVVM.Sphinx import OSVVMDomain
variableName = f"{OSVVMDomain.name}_{cls.configPrefix}"
try:
allBuildReports: Dict[str, report_DictType] = sphinxConfiguration[f"{OSVVMDomain.name}_{cls.configPrefix}"]
except (KeyError, AttributeError) as ex:
raise ReportExtensionError(f"Configuration option '{variableName}' is not configured.") from ex
# try:
# testsuiteConfiguration = allBuildReports[self._reportID]
# except KeyError as ex:
# raise ReportExtensionError(f"conf.py: {OSVVMDomain.name}_{self.configPrefix}: No configuration found for '{self._reportID}'.") from ex
for reportID, buildReport in allBuildReports.items():
buildReportName = f"conf.py: {variableName}:[{reportID}]"
try:
yamlReport = Path(buildReport["yaml_report"])
except KeyError as ex:
raise ReportExtensionError(f"{buildReportName}.yaml_report: Configuration is missing.") from ex
if not yamlReport.exists():
raise ReportExtensionError(f"{buildReportName}.yaml_report: OSVVM Build Report file '{yamlReport}' doesn't exist.") from FileNotFoundError(yamlReport)
cls._buildSummaries[reportID] = {
"yaml_report": yamlReport
}
def _sortedValues(self, d: Mapping[str, Testsuite]) -> Generator[Testsuite, None, None]:
for key in sorted(d.keys()):
yield d[key]
def _convertTestcaseStatusToSymbol(self, status: TestcaseStatus) -> str:
if status is TestcaseStatus.Passed:
return "✅"
elif status is TestcaseStatus.Failed:
return "❌"
elif status is TestcaseStatus.Skipped:
return "⚠️"
elif status is TestcaseStatus.Aborted:
return "🚫"
elif status is TestcaseStatus.Excluded:
return "➖"
elif status is TestcaseStatus.Errored:
return "❗"
elif status is TestcaseStatus.SetupError:
return "⛔"
elif status is TestcaseStatus.Unknown:
return "❓"
else:
return "❌"
def _convertTestsuiteStatusToSymbol(self, status: TestsuiteStatus) -> str:
if status is TestsuiteStatus.Passed:
return "✅"
elif status is TestsuiteStatus.Failed:
return "❌"
elif status is TestsuiteStatus.Skipped:
return "⚠️"
elif status is TestsuiteStatus.Aborted:
return "🚫"
elif status is TestsuiteStatus.Excluded:
return "➖"
elif status is TestsuiteStatus.Errored:
return "❗"
elif status is TestsuiteStatus.SetupError:
return "⛔"
elif status is TestsuiteStatus.Unknown:
return "❓"
else:
return "❌"
def _formatTimedelta(self, delta: timedelta) -> str:
if delta is None:
return ""
# Compute by hand, because timedelta._to_microseconds is not officially documented
microseconds = (delta.days * 86_400 + delta.seconds) * 1_000_000 + delta.microseconds
milliseconds = (microseconds + 500) // 1000
seconds = milliseconds // 1000
minutes = seconds // 60
hours = minutes // 60
return f"{hours:02}:{minutes % 60:02}:{seconds % 60:02}.{milliseconds % 1000:03}"
def _GenerateBuildSummaryTable(self) -> nodes.Element:
columns = [
("Testsuite", (
(" Testcase", 50),
), None),
("Testsuite Status", (
("Skipped", 50),
("Errored", 50),
("Failed", 50),
("Passed", 50),
("Testcases", 50),
), None),
("Warnings", (
("Counted", 50),
("Expected", 50),
), None),
("Errors", (
("Counted", 50),
("Expected", 50),
), None),
("Failures", (
("Counted", 50),
("Expected", 50),
), None),
("Assertions", (
("passed", 50),
("Total", 50),
), None),
("Requirements", (
("Passed", 50),
("Total", 50),
), None),
("Coverage", (
("Code", 50),
("Functional", 50),
), None),
("Runtime (HH:MM:SS.sss)", None, 100),
]
cssClasses = ["osvvm-buildsummary-table", f"osvvm-buildsummary-{self._reportID}"]
cssClasses.extend(self._cssClasses)
tableGroup = self._CreateDoubleRowTableHeader(
identifier=self._reportID,
columns=columns,
classes=cssClasses
)
tableGroup += (tableBody := nodes.tbody())
self.renderRoot(tableBody, self._build, not self._hideTestsuiteSummary, self._buildName)
return tableGroup.parent
def renderRoot(self, tableBody: nodes.tbody, testsuiteSummary: TestsuiteSummary, includeRoot: bool = True, testsuiteSummaryName: Nullable[str] = None) -> None:
level = 0
if includeRoot:
level += 1
state = self._convertTestsuiteStatusToSymbol(testsuiteSummary._status)
tableRow = nodes.row("", classes=["osvvm-buildsummary", f"buildsummary-{testsuiteSummary._status.name.lower()}"])
tableBody += tableRow
tableRow += nodes.entry("", nodes.Text(f"{state}{testsuiteSummary.Name if testsuiteSummaryName == '' else testsuiteSummaryName}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.TestcaseCount}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Skipped}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Errored}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Failed}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Passed}"))
for _ in range(12):
tableRow += nodes.entry()
tableRow += nodes.entry("", nodes.Text(f"{self._formatTimedelta(testsuiteSummary.TotalDuration)}"))
for ts in self._sortedValues(testsuiteSummary._testsuites):
self.renderTestsuite(tableBody, ts, level)
self.renderSummary(tableBody, testsuiteSummary)
def renderTestsuite(self, tableBody: nodes.tbody, testsuite: Testsuite, level: int) -> None:
state = self._convertTestsuiteStatusToSymbol(testsuite._status)
tableBody += (tableRow := nodes.row("", classes=["osvvm-testsuite", f"testsuite-{testsuite._status.name.lower()}"]))
tableRow += nodes.entry("", nodes.Text(f"{' ' * level}{state}{testsuite.Name}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuite.TestcaseCount}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuite.Skipped}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuite.Errored}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuite.Failed}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuite.Passed}"))
for _ in range(12):
tableRow += nodes.entry()
tableRow += nodes.entry("", nodes.Text(f"{self._formatTimedelta(testsuite.TotalDuration)}"))
for ts in self._sortedValues(testsuite._testsuites):
self.renderTestsuite(tableBody, ts, level + 1)
for testcase in self._sortedValues(testsuite._testcases):
# if testcase._status == self._showTestcases:
self.renderTestcase(tableBody, testcase, level)
def renderTestcase(self, tableBody: nodes.tbody, testcase: Testcase, level: int) -> None:
state = self._convertTestcaseStatusToSymbol(testcase._status)
def countVsExpected(count: int, expectedCount: int, kind: str) -> Tuple[nodes.entry, nodes.entry]:
classes = []
if count == expectedCount == 0:
text = f"⸻"
else:
if count != expectedCount:
classes = [f"osvvm-{kind}-mismatch"]
return (
nodes.entry("", nodes.paragraph(text=f"{count}"), classes=classes),
nodes.entry("", nodes.paragraph(text=f"{expectedCount}"), classes=classes)
)
def functionalCoverage(percent: float, kind: str) -> nodes.entry:
classes = []
if percent is None:
text = f"⸻"
else:
text = f"{percent * 100:.1f}"
return nodes.entry("", nodes.paragraph(text=text), classes=classes)
warningCell, expectedWarningCell = countVsExpected(testcase.WarningCount, testcase.ExpectedWarningCount, "warning")
errorCell, expectedErrorCell = countVsExpected(testcase.ErrorCount, testcase.ExpectedErrorCount, "error")
failureCell, expectedFailureCell = countVsExpected(testcase.FatalCount, testcase.ExpectedFatalCount, "failure")
assertionCell, expectedAssertionCell = countVsExpected(testcase.PassedAssertionCount, testcase.AssertionCount, "assertion")
requirementCell, expectedRequirementCell = countVsExpected(testcase.PassedAssertionCount, testcase.AssertionCount, "requirement")
coverageCell, _ = countVsExpected(testcase.PassedAssertionCount, testcase.AssertionCount, "assertion")
# tableRow += countVsExpected(testcase.PassedRequirementsCount, testcase.RequirementsCount, "requirement")
# tableRow += functionalCoverage(testcase.FunctionalCoverage)
classes = ["osvvm-testcase", f"testcase-{testcase._status.name.lower()}"]
classes.extend(warningCell["classes"])
classes.extend(errorCell["classes"])
classes.extend(failureCell["classes"])
classes.extend(assertionCell["classes"])
classes.extend(requirementCell["classes"])
classes.extend(coverageCell["classes"])
tableRow = nodes.row("", classes=classes)
tableBody += tableRow
tableRow += nodes.entry("", nodes.Text(f"{' ' * level}{state}{testcase.Name}"))
for _ in range(5):
tableRow += nodes.entry()
tableRow += warningCell
tableRow += expectedWarningCell
tableRow += errorCell
tableRow += expectedErrorCell
tableRow += failureCell
tableRow += expectedFailureCell
tableRow += assertionCell
tableRow += expectedAssertionCell
tableRow += requirementCell
tableRow += expectedRequirementCell
tableRow += coverageCell
tableRow += coverageCell
tableRow += nodes.entry("", nodes.Text(f"{self._formatTimedelta(testcase.TotalDuration)}"))
def renderSummary(self, tableBody: nodes.tbody, testsuiteSummary: TestsuiteSummary) -> None:
state = self._convertTestsuiteStatusToSymbol(testsuiteSummary._status)
tableRow = nodes.row("", classes=["osvvm-summary", f"testsuitesummary-{testsuiteSummary._status.name.lower()}"])
tableBody += tableRow
tableRow += nodes.entry("", nodes.Text(f"{state} {testsuiteSummary.Status.name.upper()}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.TestcaseCount}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Skipped}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Errored}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Failed}"))
tableRow += nodes.entry("", nodes.Text(f"{testsuiteSummary.Passed}"))
for _ in range(12):
tableRow += nodes.entry()
tableRow += nodes.entry("", nodes.Text(f"{self._formatTimedelta(testsuiteSummary.TotalDuration)}"))
[docs]
def run(self) -> List[nodes.Node]:
container = nodes.container()
try:
self._CheckOptions()
except ReportExtensionError as ex:
message = f"Caught {ex.__class__.__name__} when checking options for directive '{self.directiveName}'."
return self._internalError(container, __name__, message, ex)
# Assemble a list of Python source files
try:
self._build = BuildSummaryDocument(self._yamlReport, analyzeAndConvert=True)
except Exception as ex:
message = f"Caught {ex.__class__.__name__} when reading and parsing '{self._yamlReport}'."
return self._internalError(container, __name__, message, ex)
try:
container += self._GenerateBuildSummaryTable()
except Exception as ex:
message = f"Caught {ex.__class__.__name__} when generating the document structure for JUnit document '{self._yamlReport}'."
return self._internalError(container, __name__, message, ex)
return [container]