OpenDiablo2/d2common/d2data/d2datadict/runes.go

132 lines
3.4 KiB
Go

package d2datadict
import (
"fmt"
"log"
"github.com/OpenDiablo2/OpenDiablo2/d2common/d2fileformats/d2txt"
)
const (
numRunewordTypeInclude = 6
numRunewordTypeExclude = 3
numRunewordMaxSockets = 6
numRunewordProperties = 7
)
// format strings
const (
fmtTypeInclude = "itype%d"
fmtTypeExclude = "etype%d"
fmtRuneStr = "Rune%d"
fmtRunewordPropCode = "T1Code%d"
fmtRunewordPropParam = "T1Param%d"
fmtRunewordPropMin = "T1Min%d"
fmtRunewordPropMax = "T1Max%d"
)
// RunesRecord is a representation of a single row of runes.txt. It defines
// runewords available in the game.
type RunesRecord struct {
Name string
RuneName string // More of a note - the actual name should be read from the TBL files.
Complete bool // An enabled/disabled flag. Only "Complete" runewords work in game.
Server bool // Marks a runeword as only available on ladder, not single player or tcp/ip.
// The item types for includsion/exclusion for this runeword record
ItemTypes struct {
Include []string
Exclude []string
}
// Runes slice of ID pointers from Misc.txt, controls what runes are
// required to make the rune word and in what order they are to be socketed.
Runes []string
Properties []*runewordProperty
}
type runewordProperty struct {
// Code is the property code
Code string
// Param is either string or int, parameter for the property
Param string
// Min is the minimum value for the property
Min int
// Max is the maximum value for the property
Max int
}
// Runewords stores all of the RunesRecords
var Runewords map[string]*RunesRecord //nolint:gochecknoglobals // Currently global by design, only written once
// LoadRunewords loads runes records into a map[string]*RunesRecord
func LoadRunewords(file []byte) {
Runewords = make(map[string]*RunesRecord)
d := d2txt.LoadDataDictionary(file)
for d.Next() {
record := &RunesRecord{
Name: d.String("name"),
RuneName: d.String("Rune Name"),
Complete: d.Bool("complete"),
Server: d.Bool("server"),
ItemTypes: struct {
Include []string
Exclude []string
}{
Include: make([]string, 0),
Exclude: make([]string, 0),
},
Runes: make([]string, 0),
Properties: make([]*runewordProperty, 0),
}
for idx := 0; idx < numRunewordTypeInclude; idx++ {
column := fmt.Sprintf(fmtTypeInclude, idx+1)
if code := d.String(column); code != "" {
record.ItemTypes.Include = append(record.ItemTypes.Include, code)
}
}
for idx := 0; idx < numRunewordTypeExclude; idx++ {
column := fmt.Sprintf(fmtTypeExclude, idx+1)
if code := d.String(column); code != "" {
record.ItemTypes.Exclude = append(record.ItemTypes.Exclude, code)
}
}
for idx := 0; idx < numRunewordMaxSockets; idx++ {
column := fmt.Sprintf(fmtRuneStr, idx+1)
if code := d.String(column); code != "" {
record.Runes = append(record.Runes, code)
}
}
for idx := 0; idx < numRunewordProperties; idx++ {
codeColumn := fmt.Sprintf(fmtRunewordPropCode, idx+1)
if code := codeColumn; code != "" {
prop := &runewordProperty{
code,
d.String(fmt.Sprintf(fmtRunewordPropParam, idx+1)),
d.Number(fmt.Sprintf(fmtRunewordPropMin, idx+1)),
d.Number(fmt.Sprintf(fmtRunewordPropMax, idx+1)),
}
record.Properties = append(record.Properties, prop)
}
}
Runewords[record.Name] = record
}
if d.Err != nil {
panic(d.Err)
}
log.Printf("Loaded %d Runewords records", len(Runewords))
}