Files
amsterdam/database/audit.go
T

273 lines
7.9 KiB
Go

/*
* Amsterdam Web Communities System
* Copyright (c) 2025-2026 Erbosoft Metaverse Design Solutions, All Rights Reserved
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at https://mozilla.org/MPL/2.0/.
*
* SPDX-License-Identifier: MPL-2.0
*/
// The database package contains database management and storage logic.
package database
import (
"context"
_ "embed"
"fmt"
"time"
"git.erbosoft.com/amy/amsterdam/config"
log "github.com/sirupsen/logrus"
"gopkg.in/yaml.v3"
)
// AuditRefRecord stores the reference data for an audit message.
type AuditRefRecord struct {
Code int `yaml:"code"`
Text string `yaml:"text"`
}
// AuditReference stores the audit reference data.
type AuditReference struct {
Ref []AuditRefRecord `yaml:"auditReference"`
table map[int]*AuditRefRecord
}
//go:embed auditref.yaml
var initAuditData []byte
// auditref is the master audit data reference.
var auditRef AuditReference
// init loads the audit data.
func init() {
if err := yaml.Unmarshal(initAuditData, &auditRef); err != nil {
panic(err) // can't happen
}
auditRef.table = make(map[int]*AuditRefRecord)
for i := range auditRef.Ref {
auditRef.table[auditRef.Ref[i].Code] = &(auditRef.Ref[i])
}
}
// AmAuditText gets the text of an audit from its code.
func AmAuditText(code int) string {
rec, ok := auditRef.table[code]
if ok {
return rec.Text
}
return fmt.Sprintf("[audit code:%d]", code)
}
// AuditRecord holds an audit record instance.
type AuditRecord struct {
Record int64 `db:"record"` // audit record ID
OnDate time.Time `db:"on_date"` // timestamp of event
Event int32 `db:"event"` // ID of the event
Uid int32 `db:"uid"` // user that performed the event
CommId int32 `db:"commid"` // community associated with the event
IP *string `db:"ip"` // IP address associated with the event
Data1 *string `db:"data1"` // first data parameter
Data2 *string `db:"data2"` // second data parameter
Data3 *string `db:"data3"` // third data parameter
Data4 *string `db:"data4"` // fourth data parameter
}
// These are the audit record types. N.B.: Keep these synchronized with the definitions in database/auditref.yaml
// at all times!
const (
AuditPublishToFrontPage = 1
AuditStartup = 2
AuditShutdown = 3
AuditLoginOK = 101
AuditLoginFail = 102
AuditAccountCreated = 103
AuditVerifyEmailOK = 104
AuditVerifyEmailFail = 105
AuditSetUserContactInfo = 106
AuditResendEmailConfirm = 107
AuditChangePassword = 108
AuditAdminSetUserContactInfo = 109
AuditAdminChangeUserPassword = 110
AuditAdminChangeUserAccount = 111
AuditAdminSetAccountSecurity = 112
AuditAdminLockUnlockAccount = 113
AuditCommunityCreate = 201
AuditCommunitySetMembership = 202
AuditCommunityContactInfo = 203
AuditCommunityFeatureSet = 204
AuditCommunityName = 205
AuditCommunityAlias = 206
AuditCommunityCategory = 207
AuditCommunityHideInfo = 208
AuditCommunityMembersOnly = 209
AuditCommunityJoinKey = 210
AuditCommunitySecurity = 211
AuditCommunityDelete = 212
AuditConferenceCreate = 301
AuditConferenceSecurity = 302
AuditConferenceName = 303
AuditConferenceAlias = 304
AuditConferenceMembership = 305
AuditConferenceCreateTopic = 306
AuditConferenceDeleteTopic = 307
AuditConferenceFreezeTopic = 308
AuditConferenceArchiveTopic = 309
AuditConferencePostMessage = 310
AuditConferenceHideMessage = 311
AuditConferenceScribbleMessage = 312
AuditConferenceNukeMessage = 313
AuditConferenceUploadAttachment = 314
AuditConferenceDelete = 315
AuditConferenceMoveMessage = 316
AuditConferenceStickyTopic = 317
AuditConferencePruneAttachment = 318
)
// auditWriteQueue is a channel to store audit records in the background.
var auditWriteQueue chan *AuditRecord
// auditWriter is the routine that stores audit records in trhe background.
func auditWriter(workChan chan *AuditRecord, doneChan chan bool) {
for ar := range workChan {
err := ar.Store(context.Background())
if err != nil {
log.Errorf("dropped audit record (%+v) on the floor: %v", *ar, err)
}
}
doneChan <- true
}
// setupAuditWriter sets up the background audit writer.
func setupAuditWriter() func() {
auditWriteQueue = make(chan *AuditRecord, config.GlobalConfig.Tuning.Queues.AuditWrites)
doneChan := make(chan bool)
go auditWriter(auditWriteQueue, doneChan)
return func() {
close(auditWriteQueue)
<-doneChan
}
}
// Store stores the audit record in the database.
func (ar *AuditRecord) Store(ctx context.Context) error {
if ar.Record > 0 {
return fmt.Errorf("audit record %d already stored", ar.Record)
}
moment := time.Now().UTC()
rs, err := amdb.ExecContext(ctx, `INSERT INTO audit (on_date, event, uid, commid, ip, data1, data2, data3, data4)
VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?);`, moment, ar.Event, ar.Uid, ar.CommId, ar.IP,
ar.Data1, ar.Data2, ar.Data3, ar.Data4)
if err != nil {
return err
}
ar.Record, _ = rs.LastInsertId()
ar.OnDate = moment
return nil
}
/* AmNewAudit creates a new audit record.
* Parameters:
* rectype - Audit record type.
* uid - User ID of the user.
* ip - User's IP address.
* data - Argument data values for the audit record.
* Returns:
* The audit record pointer.
*/
func AmNewAudit(rectype, uid int32, ip string, data ...string) *AuditRecord {
rc := &AuditRecord{Event: rectype, Uid: uid, CommId: 0}
if len(ip) > 0 {
rc.IP = &ip
}
if data != nil {
l := len(data)
if l > 0 {
rc.Data1 = &(data[0])
}
if l > 1 {
rc.Data2 = &(data[1])
}
if l > 2 {
rc.Data3 = &(data[2])
}
if l > 3 {
rc.Data4 = &(data[3])
}
}
return rc
}
/* AmNewCommAudit creates a new audit record tied to a community.
* Parameters:
* rectype - Audit record type.
* uid - User ID of the user.
* commid - Community ID of the community.
* ip - User's IP address.
* data - Argument data values for the audit record.
* Returns:
* The audit record pointer.
*/
func AmNewCommAudit(rectype, uid, commid int32, ip string, data ...string) *AuditRecord {
rc := &AuditRecord{Event: rectype, Uid: uid, CommId: commid}
if len(ip) > 0 {
rc.IP = &ip
}
if data != nil {
l := len(data)
if l > 0 {
rc.Data1 = &(data[0])
}
if l > 1 {
rc.Data2 = &(data[1])
}
if l > 2 {
rc.Data3 = &(data[2])
}
if l > 3 {
rc.Data4 = &(data[3])
}
}
return rc
}
// AmStoreAudit stores the audit record in the background.
func AmStoreAudit(rec *AuditRecord) {
if rec != nil {
auditWriteQueue <- rec
}
}
// AmListAuditRecords lists a section of the audit records.
func AmListAuditRecords(ctx context.Context, comm *Community, offset, max int) ([]AuditRecord, int, error) {
var err error
var count int
if comm != nil {
err = amdb.GetContext(ctx, &count, "SELECT COUNT(*) FROM audit WHERE commid = ?", comm.Id)
} else {
err = amdb.GetContext(ctx, &count, "SELECT COUNT(*) FROM audit")
}
if err != nil {
return nil, -1, err
}
var rc []AuditRecord
if comm != nil {
if offset > 0 {
err = amdb.SelectContext(ctx, &rc, "SELECT * FROM audit WHERE commid = ? ORDER BY on_date DESC LIMIT ? OFFSET ?", comm.Id, max, offset)
} else {
err = amdb.SelectContext(ctx, &rc, "SELECT * FROM audit WHERE commid = ? ORDER BY on_date DESC LIMIT ?", comm.Id, max)
}
} else {
if offset > 0 {
err = amdb.SelectContext(ctx, &rc, "SELECT * FROM audit ORDER BY on_date DESC LIMIT ? OFFSET ?", max, offset)
} else {
err = amdb.SelectContext(ctx, &rc, "SELECT * FROM audit ORDER BY on_date DESC LIMIT ?", max)
}
}
if err != nil {
return nil, count, err
}
return rc, count, nil
}