feat(ui): 🎉 Add import and merge database feature
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- Introduce a new screen for importing and merging database schemas.
- Implement merge logic to combine schemas, tables, columns, and other objects.
- Add options to skip specific object types during the merge process.
- Update main menu to include the new import and merge option.
This commit is contained in:
2026-01-04 19:31:28 +02:00
parent debf351c48
commit 5d9b00c8f2
6 changed files with 1327 additions and 0 deletions

574
pkg/merge/merge.go Normal file
View File

@@ -0,0 +1,574 @@
// Package merge provides utilities for merging database schemas.
// It allows combining schemas from multiple sources while avoiding duplicates,
// supporting only additive operations (no deletion or modification of existing items).
package merge
import (
"fmt"
"strings"
"git.warky.dev/wdevs/relspecgo/pkg/models"
)
// MergeResult represents the result of a merge operation
type MergeResult struct {
SchemasAdded int
TablesAdded int
ColumnsAdded int
RelationsAdded int
DomainsAdded int
EnumsAdded int
ViewsAdded int
SequencesAdded int
}
// MergeOptions contains options for merge operations
type MergeOptions struct {
SkipDomains bool
SkipRelations bool
SkipEnums bool
SkipViews bool
SkipSequences bool
SkipTableNames map[string]bool // Tables to skip during merge (keyed by table name)
}
// MergeDatabases merges the source database into the target database.
// Only adds missing items; existing items are not modified.
func MergeDatabases(target, source *models.Database, opts *MergeOptions) *MergeResult {
if opts == nil {
opts = &MergeOptions{}
}
result := &MergeResult{}
if target == nil || source == nil {
return result
}
// Merge schemas and their contents
result.merge(target, source, opts)
return result
}
func (r *MergeResult) merge(target, source *models.Database, opts *MergeOptions) {
// Create maps of existing schemas for quick lookup
existingSchemas := make(map[string]*models.Schema)
for _, schema := range target.Schemas {
existingSchemas[schema.SQLName()] = schema
}
// Merge schemas
for _, srcSchema := range source.Schemas {
schemaName := srcSchema.SQLName()
if tgtSchema, exists := existingSchemas[schemaName]; exists {
// Schema exists, merge its contents
r.mergeSchemaContents(tgtSchema, srcSchema, opts)
} else {
// Schema doesn't exist, add it
newSchema := cloneSchema(srcSchema)
target.Schemas = append(target.Schemas, newSchema)
r.SchemasAdded++
}
}
// Merge domains if not skipped
if !opts.SkipDomains {
r.mergeDomains(target, source)
}
}
func (r *MergeResult) mergeSchemaContents(target, source *models.Schema, opts *MergeOptions) {
// Merge tables
r.mergeTables(target, source, opts)
// Merge views if not skipped
if !opts.SkipViews {
r.mergeViews(target, source)
}
// Merge sequences if not skipped
if !opts.SkipSequences {
r.mergeSequences(target, source)
}
// Merge enums if not skipped
if !opts.SkipEnums {
r.mergeEnums(target, source)
}
// Merge relations if not skipped
if !opts.SkipRelations {
r.mergeRelations(target, source)
}
}
func (r *MergeResult) mergeTables(schema *models.Schema, source *models.Schema, opts *MergeOptions) {
// Create map of existing tables
existingTables := make(map[string]*models.Table)
for _, table := range schema.Tables {
existingTables[table.SQLName()] = table
}
// Merge tables
for _, srcTable := range source.Tables {
tableName := srcTable.SQLName()
// Skip if table is in the skip list (case-insensitive)
if opts != nil && opts.SkipTableNames != nil && opts.SkipTableNames[strings.ToLower(tableName)] {
continue
}
if tgtTable, exists := existingTables[tableName]; exists {
// Table exists, merge its columns
r.mergeColumns(tgtTable, srcTable)
} else {
// Table doesn't exist, add it
newTable := cloneTable(srcTable)
schema.Tables = append(schema.Tables, newTable)
r.TablesAdded++
// Count columns in the newly added table
r.ColumnsAdded += len(newTable.Columns)
}
}
}
func (r *MergeResult) mergeColumns(table *models.Table, srcTable *models.Table) {
// Create map of existing columns
existingColumns := make(map[string]*models.Column)
for colName := range table.Columns {
existingColumns[colName] = table.Columns[colName]
}
// Merge columns
for colName, srcCol := range srcTable.Columns {
if _, exists := existingColumns[colName]; !exists {
// Column doesn't exist, add it
newCol := cloneColumn(srcCol)
table.Columns[colName] = newCol
r.ColumnsAdded++
}
}
}
func (r *MergeResult) mergeViews(schema *models.Schema, source *models.Schema) {
// Create map of existing views
existingViews := make(map[string]*models.View)
for _, view := range schema.Views {
existingViews[view.SQLName()] = view
}
// Merge views
for _, srcView := range source.Views {
viewName := srcView.SQLName()
if _, exists := existingViews[viewName]; !exists {
// View doesn't exist, add it
newView := cloneView(srcView)
schema.Views = append(schema.Views, newView)
r.ViewsAdded++
}
}
}
func (r *MergeResult) mergeSequences(schema *models.Schema, source *models.Schema) {
// Create map of existing sequences
existingSequences := make(map[string]*models.Sequence)
for _, seq := range schema.Sequences {
existingSequences[seq.SQLName()] = seq
}
// Merge sequences
for _, srcSeq := range source.Sequences {
seqName := srcSeq.SQLName()
if _, exists := existingSequences[seqName]; !exists {
// Sequence doesn't exist, add it
newSeq := cloneSequence(srcSeq)
schema.Sequences = append(schema.Sequences, newSeq)
r.SequencesAdded++
}
}
}
func (r *MergeResult) mergeEnums(schema *models.Schema, source *models.Schema) {
// Create map of existing enums
existingEnums := make(map[string]*models.Enum)
for _, enum := range schema.Enums {
existingEnums[enum.SQLName()] = enum
}
// Merge enums
for _, srcEnum := range source.Enums {
enumName := srcEnum.SQLName()
if _, exists := existingEnums[enumName]; !exists {
// Enum doesn't exist, add it
newEnum := cloneEnum(srcEnum)
schema.Enums = append(schema.Enums, newEnum)
r.EnumsAdded++
}
}
}
func (r *MergeResult) mergeRelations(schema *models.Schema, source *models.Schema) {
// Create map of existing relations
existingRelations := make(map[string]*models.Relationship)
for _, rel := range schema.Relations {
existingRelations[rel.SQLName()] = rel
}
// Merge relations
for _, srcRel := range source.Relations {
if _, exists := existingRelations[srcRel.SQLName()]; !exists {
// Relation doesn't exist, add it
newRel := cloneRelation(srcRel)
schema.Relations = append(schema.Relations, newRel)
r.RelationsAdded++
}
}
}
func (r *MergeResult) mergeDomains(target *models.Database, source *models.Database) {
// Create map of existing domains
existingDomains := make(map[string]*models.Domain)
for _, domain := range target.Domains {
existingDomains[domain.SQLName()] = domain
}
// Merge domains
for _, srcDomain := range source.Domains {
domainName := srcDomain.SQLName()
if _, exists := existingDomains[domainName]; !exists {
// Domain doesn't exist, add it
newDomain := cloneDomain(srcDomain)
target.Domains = append(target.Domains, newDomain)
r.DomainsAdded++
}
}
}
// Clone functions to create deep copies of models
func cloneSchema(schema *models.Schema) *models.Schema {
if schema == nil {
return nil
}
newSchema := &models.Schema{
Name: schema.Name,
Description: schema.Description,
Owner: schema.Owner,
Comment: schema.Comment,
Sequence: schema.Sequence,
UpdatedAt: schema.UpdatedAt,
Tables: make([]*models.Table, 0),
Views: make([]*models.View, 0),
Sequences: make([]*models.Sequence, 0),
Enums: make([]*models.Enum, 0),
Relations: make([]*models.Relationship, 0),
}
if schema.Permissions != nil {
newSchema.Permissions = make(map[string]string)
for k, v := range schema.Permissions {
newSchema.Permissions[k] = v
}
}
if schema.Metadata != nil {
newSchema.Metadata = make(map[string]interface{})
for k, v := range schema.Metadata {
newSchema.Metadata[k] = v
}
}
if schema.Scripts != nil {
newSchema.Scripts = make([]*models.Script, len(schema.Scripts))
copy(newSchema.Scripts, schema.Scripts)
}
// Clone tables
for _, table := range schema.Tables {
newSchema.Tables = append(newSchema.Tables, cloneTable(table))
}
// Clone views
for _, view := range schema.Views {
newSchema.Views = append(newSchema.Views, cloneView(view))
}
// Clone sequences
for _, seq := range schema.Sequences {
newSchema.Sequences = append(newSchema.Sequences, cloneSequence(seq))
}
// Clone enums
for _, enum := range schema.Enums {
newSchema.Enums = append(newSchema.Enums, cloneEnum(enum))
}
// Clone relations
for _, rel := range schema.Relations {
newSchema.Relations = append(newSchema.Relations, cloneRelation(rel))
}
return newSchema
}
func cloneTable(table *models.Table) *models.Table {
if table == nil {
return nil
}
newTable := &models.Table{
Name: table.Name,
Description: table.Description,
Schema: table.Schema,
Comment: table.Comment,
Sequence: table.Sequence,
UpdatedAt: table.UpdatedAt,
Columns: make(map[string]*models.Column),
Constraints: make(map[string]*models.Constraint),
Indexes: make(map[string]*models.Index),
}
if table.Metadata != nil {
newTable.Metadata = make(map[string]interface{})
for k, v := range table.Metadata {
newTable.Metadata[k] = v
}
}
// Clone columns
for colName, col := range table.Columns {
newTable.Columns[colName] = cloneColumn(col)
}
// Clone constraints
for constName, constraint := range table.Constraints {
newTable.Constraints[constName] = cloneConstraint(constraint)
}
// Clone indexes
for idxName, index := range table.Indexes {
newTable.Indexes[idxName] = cloneIndex(index)
}
return newTable
}
func cloneColumn(col *models.Column) *models.Column {
if col == nil {
return nil
}
newCol := &models.Column{
Name: col.Name,
Type: col.Type,
Description: col.Description,
Comment: col.Comment,
IsPrimaryKey: col.IsPrimaryKey,
NotNull: col.NotNull,
Default: col.Default,
Precision: col.Precision,
Scale: col.Scale,
Length: col.Length,
Sequence: col.Sequence,
AutoIncrement: col.AutoIncrement,
Collation: col.Collation,
}
return newCol
}
func cloneConstraint(constraint *models.Constraint) *models.Constraint {
if constraint == nil {
return nil
}
newConstraint := &models.Constraint{
Type: constraint.Type,
Columns: make([]string, len(constraint.Columns)),
ReferencedTable: constraint.ReferencedTable,
ReferencedSchema: constraint.ReferencedSchema,
ReferencedColumns: make([]string, len(constraint.ReferencedColumns)),
OnUpdate: constraint.OnUpdate,
OnDelete: constraint.OnDelete,
Expression: constraint.Expression,
Name: constraint.Name,
Deferrable: constraint.Deferrable,
InitiallyDeferred: constraint.InitiallyDeferred,
Sequence: constraint.Sequence,
}
copy(newConstraint.Columns, constraint.Columns)
copy(newConstraint.ReferencedColumns, constraint.ReferencedColumns)
return newConstraint
}
func cloneIndex(index *models.Index) *models.Index {
if index == nil {
return nil
}
newIndex := &models.Index{
Name: index.Name,
Description: index.Description,
Table: index.Table,
Schema: index.Schema,
Columns: make([]string, len(index.Columns)),
Unique: index.Unique,
Type: index.Type,
Where: index.Where,
Concurrent: index.Concurrent,
Include: make([]string, len(index.Include)),
Comment: index.Comment,
Sequence: index.Sequence,
}
copy(newIndex.Columns, index.Columns)
copy(newIndex.Include, index.Include)
return newIndex
}
func cloneView(view *models.View) *models.View {
if view == nil {
return nil
}
newView := &models.View{
Name: view.Name,
Description: view.Description,
Schema: view.Schema,
Definition: view.Definition,
Comment: view.Comment,
Sequence: view.Sequence,
Columns: make(map[string]*models.Column),
}
if view.Metadata != nil {
newView.Metadata = make(map[string]interface{})
for k, v := range view.Metadata {
newView.Metadata[k] = v
}
}
// Clone columns
for colName, col := range view.Columns {
newView.Columns[colName] = cloneColumn(col)
}
return newView
}
func cloneSequence(seq *models.Sequence) *models.Sequence {
if seq == nil {
return nil
}
newSeq := &models.Sequence{
Name: seq.Name,
Description: seq.Description,
Schema: seq.Schema,
StartValue: seq.StartValue,
MinValue: seq.MinValue,
MaxValue: seq.MaxValue,
IncrementBy: seq.IncrementBy,
CacheSize: seq.CacheSize,
Cycle: seq.Cycle,
OwnedByTable: seq.OwnedByTable,
OwnedByColumn: seq.OwnedByColumn,
Comment: seq.Comment,
Sequence: seq.Sequence,
}
return newSeq
}
func cloneEnum(enum *models.Enum) *models.Enum {
if enum == nil {
return nil
}
newEnum := &models.Enum{
Name: enum.Name,
Values: make([]string, len(enum.Values)),
Schema: enum.Schema,
}
copy(newEnum.Values, enum.Values)
return newEnum
}
func cloneRelation(rel *models.Relationship) *models.Relationship {
if rel == nil {
return nil
}
newRel := &models.Relationship{
Name: rel.Name,
Type: rel.Type,
FromTable: rel.FromTable,
FromSchema: rel.FromSchema,
FromColumns: make([]string, len(rel.FromColumns)),
ToTable: rel.ToTable,
ToSchema: rel.ToSchema,
ToColumns: make([]string, len(rel.ToColumns)),
ForeignKey: rel.ForeignKey,
ThroughTable: rel.ThroughTable,
ThroughSchema: rel.ThroughSchema,
Description: rel.Description,
Sequence: rel.Sequence,
}
if rel.Properties != nil {
newRel.Properties = make(map[string]string)
for k, v := range rel.Properties {
newRel.Properties[k] = v
}
}
copy(newRel.FromColumns, rel.FromColumns)
copy(newRel.ToColumns, rel.ToColumns)
return newRel
}
func cloneDomain(domain *models.Domain) *models.Domain {
if domain == nil {
return nil
}
newDomain := &models.Domain{
Name: domain.Name,
Description: domain.Description,
Comment: domain.Comment,
Sequence: domain.Sequence,
Tables: make([]*models.DomainTable, len(domain.Tables)),
}
if domain.Metadata != nil {
newDomain.Metadata = make(map[string]interface{})
for k, v := range domain.Metadata {
newDomain.Metadata[k] = v
}
}
copy(newDomain.Tables, domain.Tables)
return newDomain
}
// GetMergeSummary returns a human-readable summary of the merge result
func GetMergeSummary(result *MergeResult) string {
if result == nil {
return "No merge result available"
}
lines := []string{
"=== Merge Summary ===",
fmt.Sprintf("Schemas added: %d", result.SchemasAdded),
fmt.Sprintf("Tables added: %d", result.TablesAdded),
fmt.Sprintf("Columns added: %d", result.ColumnsAdded),
fmt.Sprintf("Views added: %d", result.ViewsAdded),
fmt.Sprintf("Sequences added: %d", result.SequencesAdded),
fmt.Sprintf("Enums added: %d", result.EnumsAdded),
fmt.Sprintf("Relations added: %d", result.RelationsAdded),
fmt.Sprintf("Domains added: %d", result.DomainsAdded),
}
totalAdded := result.SchemasAdded + result.TablesAdded + result.ColumnsAdded +
result.ViewsAdded + result.SequencesAdded + result.EnumsAdded +
result.RelationsAdded + result.DomainsAdded
lines = append(lines, fmt.Sprintf("Total items added: %d", totalAdded))
summary := ""
for _, line := range lines {
summary += line + "\n"
}
return summary
}

View File

@@ -4,10 +4,12 @@ import (
"fmt"
"os"
"path/filepath"
"strings"
"github.com/gdamore/tcell/v2"
"github.com/rivo/tview"
"git.warky.dev/wdevs/relspecgo/pkg/merge"
"git.warky.dev/wdevs/relspecgo/pkg/models"
"git.warky.dev/wdevs/relspecgo/pkg/readers"
rbun "git.warky.dev/wdevs/relspecgo/pkg/readers/bun"
@@ -522,3 +524,268 @@ Examples:
- File: ~/schemas/mydb.dbml
- Directory (for code formats): ./models/`
}
// showImportScreen displays the import/merge database screen
func (se *SchemaEditor) showImportScreen() {
flex := tview.NewFlex().SetDirection(tview.FlexRow)
// Title
title := tview.NewTextView().
SetText("[::b]Import & Merge Database Schema").
SetTextAlign(tview.AlignCenter).
SetDynamicColors(true)
// Form
form := tview.NewForm()
form.SetBorder(true).SetTitle(" Import Configuration ").SetTitleAlign(tview.AlignLeft)
// Format selection
formatOptions := []string{
"dbml", "dctx", "drawdb", "graphql", "json", "yaml",
"gorm", "bun", "drizzle", "prisma", "typeorm", "pgsql",
}
selectedFormat := 0
currentFormat := formatOptions[selectedFormat]
// File path input
filePath := ""
connString := ""
skipDomains := false
skipRelations := false
skipEnums := false
skipViews := false
skipSequences := false
skipTables := ""
form.AddDropDown("Format", formatOptions, 0, func(option string, index int) {
selectedFormat = index
currentFormat = option
})
form.AddInputField("File Path", "", 50, nil, func(value string) {
filePath = value
})
form.AddInputField("Connection String", "", 50, nil, func(value string) {
connString = value
})
form.AddInputField("Skip Tables (comma-separated)", "", 50, nil, func(value string) {
skipTables = value
})
form.AddCheckbox("Skip Domains", false, func(checked bool) {
skipDomains = checked
})
form.AddCheckbox("Skip Relations", false, func(checked bool) {
skipRelations = checked
})
form.AddCheckbox("Skip Enums", false, func(checked bool) {
skipEnums = checked
})
form.AddCheckbox("Skip Views", false, func(checked bool) {
skipViews = checked
})
form.AddCheckbox("Skip Sequences", false, func(checked bool) {
skipSequences = checked
})
form.AddTextView("Help", getImportHelpText(), 0, 7, true, false)
// Buttons
form.AddButton("Import & Merge [i]", func() {
se.importAndMergeDatabase(currentFormat, filePath, connString, skipDomains, skipRelations, skipEnums, skipViews, skipSequences, skipTables)
})
form.AddButton("Back [b]", func() {
se.pages.RemovePage("import-database")
se.pages.SwitchToPage("main")
})
form.AddButton("Exit [q]", func() {
se.app.Stop()
})
// Keyboard shortcuts
form.SetInputCapture(func(event *tcell.EventKey) *tcell.EventKey {
if event.Key() == tcell.KeyEscape {
se.pages.RemovePage("import-database")
se.pages.SwitchToPage("main")
return nil
}
switch event.Rune() {
case 'i':
se.importAndMergeDatabase(currentFormat, filePath, connString, skipDomains, skipRelations, skipEnums, skipViews, skipSequences, skipTables)
return nil
case 'b':
se.pages.RemovePage("import-database")
se.pages.SwitchToPage("main")
return nil
case 'q':
se.app.Stop()
return nil
}
return event
})
flex.AddItem(title, 1, 0, false).
AddItem(form, 0, 1, true)
se.pages.AddAndSwitchToPage("import-database", flex, true)
}
// importAndMergeDatabase imports and merges a database from the specified configuration
func (se *SchemaEditor) importAndMergeDatabase(format, filePath, connString string, skipDomains, skipRelations, skipEnums, skipViews, skipSequences bool, skipTables string) {
// Validate input
if format == "pgsql" {
if connString == "" {
se.showErrorDialog("Error", "Connection string is required for PostgreSQL")
return
}
} else {
if filePath == "" {
se.showErrorDialog("Error", "File path is required for "+format)
return
}
// Expand home directory
if len(filePath) > 0 && filePath[0] == '~' {
home, err := os.UserHomeDir()
if err == nil {
filePath = filepath.Join(home, filePath[1:])
}
}
}
// Create reader
var reader readers.Reader
switch format {
case "dbml":
reader = rdbml.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "dctx":
reader = rdctx.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "drawdb":
reader = rdrawdb.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "graphql":
reader = rgraphql.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "json":
reader = rjson.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "yaml":
reader = ryaml.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "gorm":
reader = rgorm.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "bun":
reader = rbun.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "drizzle":
reader = rdrizzle.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "prisma":
reader = rprisma.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "typeorm":
reader = rtypeorm.NewReader(&readers.ReaderOptions{FilePath: filePath})
case "pgsql":
reader = rpgsql.NewReader(&readers.ReaderOptions{ConnectionString: connString})
default:
se.showErrorDialog("Error", "Unsupported format: "+format)
return
}
// Read the database to import
importDb, err := reader.ReadDatabase()
if err != nil {
se.showErrorDialog("Import Error", fmt.Sprintf("Failed to read database: %v", err))
return
}
// Show confirmation dialog
se.showImportConfirmation(importDb, skipDomains, skipRelations, skipEnums, skipViews, skipSequences, skipTables)
}
// showImportConfirmation shows a confirmation dialog before merging
func (se *SchemaEditor) showImportConfirmation(importDb *models.Database, skipDomains, skipRelations, skipEnums, skipViews, skipSequences bool, skipTables string) {
confirmText := fmt.Sprintf("Import & Merge Database?\n\nSource: %s\nTarget: %s\n\nThis will add missing schemas, tables, columns, and other objects from the source to your database.\n\nExisting items will NOT be modified.",
importDb.Name, se.db.Name)
modal := tview.NewModal().
SetText(confirmText).
AddButtons([]string{"Cancel", "Merge"}).
SetDoneFunc(func(buttonIndex int, buttonLabel string) {
se.pages.RemovePage("import-confirm")
if buttonLabel == "Merge" {
se.performMerge(importDb, skipDomains, skipRelations, skipEnums, skipViews, skipSequences, skipTables)
}
})
modal.SetInputCapture(func(event *tcell.EventKey) *tcell.EventKey {
if event.Key() == tcell.KeyEscape {
se.pages.RemovePage("import-confirm")
se.pages.SwitchToPage("import-database")
return nil
}
return event
})
se.pages.AddAndSwitchToPage("import-confirm", modal, true)
}
// performMerge performs the actual merge operation
func (se *SchemaEditor) performMerge(importDb *models.Database, skipDomains, skipRelations, skipEnums, skipViews, skipSequences bool, skipTables string) {
// Create merge options
opts := &merge.MergeOptions{
SkipDomains: skipDomains,
SkipRelations: skipRelations,
SkipEnums: skipEnums,
SkipViews: skipViews,
SkipSequences: skipSequences,
}
// Parse skip tables
if skipTables != "" {
opts.SkipTableNames = parseSkipTablesUI(skipTables)
}
// Perform the merge
result := merge.MergeDatabases(se.db, importDb, opts)
// Update the database timestamp
se.db.UpdateDate()
// Show success dialog with summary
summary := merge.GetMergeSummary(result)
se.showSuccessDialog("Import Complete", summary, func() {
se.pages.RemovePage("import-database")
se.pages.RemovePage("main")
se.pages.AddPage("main", se.createMainMenu(), true, true)
})
}
// getImportHelpText returns the help text for the import screen
func getImportHelpText() string {
return `Import & Merge: Adds missing schemas, tables, columns, and other objects to your existing database.
File-based formats: dbml, dctx, drawdb, graphql, json, yaml, gorm, bun, drizzle, prisma, typeorm
Database formats: pgsql (requires connection string)
Skip options: Check to exclude specific object types from the merge.`
}
func parseSkipTablesUI(skipTablesStr string) map[string]bool {
skipTables := make(map[string]bool)
if skipTablesStr == "" {
return skipTables
}
// Split by comma and trim whitespace
parts := strings.Split(skipTablesStr, ",")
for _, part := range parts {
trimmed := strings.TrimSpace(part)
if trimmed != "" {
// Store in lowercase for case-insensitive matching
skipTables[strings.ToLower(trimmed)] = true
}
}
return skipTables
}

View File

@@ -39,6 +39,9 @@ func (se *SchemaEditor) createMainMenu() tview.Primitive {
AddItem("Manage Domains", "View, create, edit, and delete domains", 'd', func() {
se.showDomainList()
}).
AddItem("Import & Merge", "Import and merge schema from another database", 'i', func() {
se.showImportScreen()
}).
AddItem("Save Database", "Save database to file or database", 'w', func() {
se.showSaveScreen()
}).