mirror of
https://github.com/aptly-dev/aptly.git
synced 2026-06-21 08:01:22 +00:00
Nick Bozhenko
40ba104838
This commit introduces major enhancements to the CI/CD pipeline and testing infrastructure: CI/CD Improvements: - Consolidated modern and legacy CI workflows into a single comprehensive pipeline - Removed all publishing functionality from CI (no longer needed) - Added 8 new advanced testing jobs for pull requests: * advanced-coverage: Detailed coverage analysis with base branch comparison * performance-profile: CPU and memory profiling with benchmarks * fuzz-test: Automated fuzz testing for supported packages * deep-analysis: Multiple static analysis tools (shadow, ineffassign, gosec, staticcheck) * mutation-test: Tests effectiveness of test suite on changed files * dependency-audit: Security vulnerabilities and outdated dependency checks * stress-test: Race detection with 100 iterations and parallel testing * test-report-summary: Aggregates all reports into a single PR comment - Enabled RUN_LONG_TESTS by default for thorough testing - Added automatic PR comment generation with all test results Testing Infrastructure: - Added comprehensive test files across all packages to improve coverage - Implemented unit tests for previously untested packages - Added race condition tests for concurrent operations - Created integration tests for API endpoints - Added storage backend tests (etcd, goleveldb) - Implemented command-line interface tests Local Testing Support: - Added act configuration for testing GitHub Actions locally - Created docker-compose.ci.yml for full CI environment simulation - Updated CONTRIBUTING.md with detailed local testing instructions Documentation Updates: - Added comprehensive CI documentation to CONTRIBUTING.md - Removed obsolete references to Travis CI - Updated Go version requirements to 1.24 - Added act usage instructions and examples Other Improvements: - Updated .gitignore to exclude coverage reports and build artifacts - Added test-act.yml workflow for testing act functionality - Created CI_SUMMARY.md documenting all CI capabilities These changes transform aptly's CI from a basic testing pipeline into a comprehensive quality assurance system that provides immediate feedback on code quality, performance, security, and test effectiveness.
116 lines
2.9 KiB
Go
116 lines
2.9 KiB
Go
package task
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import (
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"github.com/aptly-dev/aptly/aptly"
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check "gopkg.in/check.v1"
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)
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type SimpleSuite struct{}
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var _ = check.Suite(&SimpleSuite{})
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func (s *SimpleSuite) TestSimpleTask(c *check.C) {
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list := NewList()
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defer list.Stop()
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c.Check(len(list.GetTasks()), check.Equals, 0)
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task, err := list.RunTaskInBackground("Simple task", nil, func(out aptly.Progress, detail *Detail) (*ProcessReturnValue, error) {
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return nil, nil
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})
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c.Assert(err, check.IsNil)
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_, _ = list.WaitForTaskByID(task.ID)
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tasks := list.GetTasks()
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c.Check(len(tasks), check.Equals, 1)
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taskResult, _ := list.GetTaskByID(task.ID)
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c.Check(taskResult.State, check.Equals, SUCCEEDED)
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}
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func (s *SimpleSuite) TestTaskWait(c *check.C) {
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// Test Wait function with no running tasks
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list := NewList()
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defer list.Stop()
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// This should return immediately since no tasks are running
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list.Wait()
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c.Check(true, check.Equals, true) // Test passes if Wait returns
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}
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func (s *SimpleSuite) TestOutputProgress(c *check.C) {
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// Test Output progress methods with zero counts
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output := NewOutput()
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// Test progress methods that should be no-ops
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output.Start()
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output.Shutdown()
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output.Flush()
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// Test bar methods with zero counts
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output.InitBar(0, false, 0)
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output.ShutdownBar()
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output.AddBar(0)
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output.SetBar(0)
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c.Check(true, check.Equals, true) // All methods should complete without error
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}
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func (s *SimpleSuite) TestTaskCleanup(c *check.C) {
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// Test task cleanup functionality
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list := NewList()
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defer list.Stop()
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// Test that cleanup method exists and can be called
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list.cleanup()
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c.Check(true, check.Equals, true) // Cleanup should complete without error
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}
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func (s *SimpleSuite) TestTaskListStop(c *check.C) {
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// Test Stop method behavior with partial coverage
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list := NewList()
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// Stop the list multiple times to test idempotency
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list.Stop()
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list.Stop() // Second call should be safe
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c.Check(true, check.Equals, true)
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}
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func (s *SimpleSuite) TestDeleteTaskByIDEdgeCases(c *check.C) {
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// Test DeleteTaskByID edge cases
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list := NewList()
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defer list.Stop()
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// Test deleting non-existent task
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_, err := list.DeleteTaskByID(999)
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c.Check(err, check.NotNil) // Should return error for non-existent task
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}
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func (s *SimpleSuite) TestTaskWithProgress(c *check.C) {
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// Test task with progress operations
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list := NewList()
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defer list.Stop()
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task, err := list.RunTaskInBackground("Progress task", nil, func(out aptly.Progress, detail *Detail) (*ProcessReturnValue, error) {
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// Test progress bar operations
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out.InitBar(100, false, 1)
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out.AddBar(50)
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out.SetBar(75)
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out.ShutdownBar()
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// Test printing operations
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out.Printf("Test message: %s", "hello")
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out.ColoredPrintf("Colored message: %s", "world")
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out.PrintfStdErr("Error message: %s", "test")
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return &ProcessReturnValue{}, nil
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})
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c.Assert(err, check.IsNil)
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_, _ = list.WaitForTaskByID(task.ID)
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taskResult, _ := list.GetTaskByID(task.ID)
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c.Check(taskResult.State, check.Equals, SUCCEEDED)
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} |