chore: establish local platform baseline

This commit is contained in:
Codex Local
2026-08-26 06:41:54 +08:00
commit 29bdf4900f
575 changed files with 95644 additions and 0 deletions
+182
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package recoveryconformance
import (
"bytes"
"crypto/sha256"
"encoding/hex"
"encoding/json"
"errors"
"fmt"
"io"
"regexp"
"slices"
"strings"
"time"
)
const (
CaptureSchema = "production-recovery-capture-v1"
ReportSchema = "production-recovery-conformance-report-v1"
)
var digestPattern = regexp.MustCompile(`^sha256:[0-9a-f]{64}$`)
var RequiredDrillTypes = []string{"POSTGRES_RESTORE", "REDIS_REBUILD", "SERVICE_ROLLING_RESTART", "PROVIDER_OUTAGE_RECOVERY"}
type Capture struct {
SchemaVersion string `json:"schema_version"`
EvidenceSource string `json:"evidence_source"`
CandidateVersion string `json:"candidate_version"`
BuildDigest string `json:"build_digest"`
Environment string `json:"environment"`
InfrastructureRef string `json:"infrastructure_ref"`
FailureDomainRef string `json:"failure_domain_ref"`
ChangeTicketRef string `json:"change_ticket_ref"`
AttestedByRef string `json:"attested_by_ref"`
AttestedAt time.Time `json:"attested_at"`
CollectedAt time.Time `json:"collected_at"`
Drills []DrillEvidence `json:"drills"`
}
type DrillEvidence struct {
DrillType string `json:"drill_type"`
ScenarioRef string `json:"scenario_ref"`
StartedAt time.Time `json:"started_at"`
CompletedAt time.Time `json:"completed_at"`
ObservedRecoverySeconds int `json:"observed_recovery_seconds"`
RecoveryVerified bool `json:"recovery_verified"`
DataIntegrityVerified bool `json:"data_integrity_verified"`
BusinessContinuityVerified bool `json:"business_continuity_verified"`
NoDuplicateEffects bool `json:"no_duplicate_effects"`
CleanupVerified bool `json:"cleanup_verified"`
BeforeStateDigest string `json:"before_state_digest"`
AfterStateDigest string `json:"after_state_digest"`
ExecutionRef string `json:"execution_ref"`
ValidationRef string `json:"validation_ref"`
AuditRef string `json:"audit_ref"`
}
type Check struct {
Code string `json:"code"`
Status string `json:"status"`
Detail string `json:"detail"`
}
type Report struct {
SchemaVersion string `json:"schema_version"`
Result string `json:"result"`
GeneratedAt time.Time `json:"generated_at"`
CandidateVersion string `json:"candidate_version"`
BuildDigest string `json:"build_digest"`
EvidenceScope string `json:"evidence_scope"`
ExternalValidationRequired bool `json:"external_validation_required"`
Environment string `json:"environment"`
InfrastructureRef string `json:"infrastructure_ref"`
DrillCount int `json:"drill_count"`
CompletedDrillTypes []string `json:"completed_drill_types"`
ObservedRecoverySeconds map[string]int `json:"observed_recovery_seconds"`
InputSHA256 map[string]string `json:"input_sha256"`
Checks []Check `json:"checks"`
Disclaimer string `json:"disclaimer"`
}
func ParseCapture(content []byte) (Capture, error) {
var capture Capture
if err := decodeStrict(content, &capture); err != nil {
return Capture{}, fmt.Errorf("decode production recovery capture: %w", err)
}
return capture, nil
}
func ParseReport(content []byte) (Report, error) {
var report Report
if err := decodeStrict(content, &report); err != nil {
return Report{}, fmt.Errorf("decode production recovery report: %w", err)
}
return report, nil
}
func Evaluate(capture Capture, candidateVersion, buildDigest string, generatedAt time.Time) Report {
candidateVersion = strings.TrimSpace(candidateVersion)
buildDigest = strings.ToLower(strings.TrimSpace(buildDigest))
report := Report{
SchemaVersion: ReportSchema, Result: "PASS", GeneratedAt: generatedAt.UTC(), CandidateVersion: candidateVersion, BuildDigest: buildDigest,
EvidenceScope: "LOCAL_RECOVERY", ExternalValidationRequired: true, Environment: capture.Environment, InfrastructureRef: capture.InfrastructureRef,
DrillCount: len(capture.Drills), CompletedDrillTypes: []string{}, ObservedRecoverySeconds: map[string]int{}, InputSHA256: map[string]string{}, Checks: []Check{},
Disclaimer: "恢复一致性报告只证明所提供候选、故障注入、恢复结果、数据完整性、连续性和审计引用相互一致;本地演练不替代生产等价基础设施和发布审批。",
}
if capture.EvidenceSource == "PRODUCTION_EQUIVALENT" {
report.EvidenceScope = "PRODUCTION_EQUIVALENT"
}
add := func(code string, ok bool, detail string) {
status := "PASS"
if !ok {
status, report.Result = "FAIL", "FAIL"
}
report.Checks = append(report.Checks, Check{Code: code, Status: status, Detail: detail})
}
add("CAPTURE_SCHEMA", capture.SchemaVersion == CaptureSchema, "恢复证据必须使用"+CaptureSchema)
add("EVIDENCE_SOURCE", capture.EvidenceSource == "LOCAL" || capture.EvidenceSource == "PRODUCTION_EQUIVALENT", "证据来源必须明确为LOCAL或PRODUCTION_EQUIVALENT")
add("CANDIDATE_IDENTITY", candidateVersion != "" && digestPattern.MatchString(buildDigest), "候选版本和sha256构建摘要必须完整")
add("CAPTURE_CANDIDATE_BINDING", capture.CandidateVersion == candidateVersion && strings.ToLower(capture.BuildDigest) == buildDigest, "恢复采集必须绑定同一候选版本和构建摘要")
real := capture.EvidenceSource == "PRODUCTION_EQUIVALENT"
environmentOK := capture.InfrastructureRef != "" && capture.AttestedByRef != "" && !capture.AttestedAt.IsZero() && !capture.CollectedAt.IsZero() && !capture.AttestedAt.After(capture.CollectedAt)
if real {
environmentOK = environmentOK && (capture.Environment == "STAGING" || capture.Environment == "PRODUCTION") && capture.FailureDomainRef != "" && capture.ChangeTicketRef != ""
} else {
environmentOK = environmentOK && capture.Environment == "LOCAL"
}
add("ENVIRONMENT_IDENTITY", environmentOK, "生产等价证据必须绑定环境、故障域、变更工单和复核人")
drillsOK, timeOK, recoveryOK, integrityOK, continuityOK, refsOK := len(capture.Drills) > 0, true, true, true, true, true
seen := map[string]bool{}
for _, drill := range capture.Drills {
if !slices.Contains(RequiredDrillTypes, drill.DrillType) || seen[drill.DrillType] || drill.ScenarioRef == "" {
drillsOK = false
}
seen[drill.DrillType] = true
timeOK = timeOK && !drill.StartedAt.IsZero() && !drill.CompletedAt.IsZero() && !drill.CompletedAt.Before(drill.StartedAt) && !drill.CompletedAt.After(capture.CollectedAt) && drill.ObservedRecoverySeconds >= 0
recoveryOK = recoveryOK && drill.RecoveryVerified && drill.CleanupVerified
integrityOK = integrityOK && drill.DataIntegrityVerified && drill.BeforeStateDigest != "" && drill.BeforeStateDigest == drill.AfterStateDigest
continuityOK = continuityOK && drill.BusinessContinuityVerified && drill.NoDuplicateEffects
refsOK = refsOK && drill.ExecutionRef != "" && drill.ValidationRef != "" && drill.AuditRef != ""
report.ObservedRecoverySeconds[drill.DrillType] = drill.ObservedRecoverySeconds
}
for drillType := range seen {
report.CompletedDrillTypes = append(report.CompletedDrillTypes, drillType)
}
slices.Sort(report.CompletedDrillTypes)
if real {
for _, drillType := range RequiredDrillTypes {
drillsOK = drillsOK && seen[drillType]
}
}
add("DRILL_COVERAGE", drillsOK, "生产等价恢复必须覆盖PostgreSQL、Redis、三个服务滚动重启和供应商停机恢复")
add("TIMELINE_INTEGRITY", timeOK, "演练时间线和观测恢复用时必须有效")
add("RECOVERY_OUTCOME", recoveryOK, "每项故障注入必须恢复成功并完成夹具清理")
add("DATA_INTEGRITY", integrityOK, "恢复前后权威状态摘要必须一致")
add("BUSINESS_CONTINUITY", continuityOK, "降级/恢复期间业务连续性必须通过且不得产生重复效果")
add("AUDIT_REFERENCES", refsOK, "每项演练必须保存执行、验证和审计引用")
if real && environmentOK && drillsOK && timeOK && recoveryOK && integrityOK && continuityOK && refsOK && report.Result == "PASS" {
report.ExternalValidationRequired = false
}
return report
}
func SHA256(content []byte) string {
digest := sha256.Sum256(content)
return hex.EncodeToString(digest[:])
}
func decodeStrict(content []byte, target any) error {
decoder := json.NewDecoder(bytes.NewReader(content))
decoder.DisallowUnknownFields()
if err := decoder.Decode(target); err != nil {
return err
}
var trailing any
if err := decoder.Decode(&trailing); !errors.Is(err, io.EOF) {
return errors.New("trailing JSON data")
}
return nil
}