mirror of
https://github.com/OpenDiablo2/OpenDiablo2
synced 2024-10-30 07:47:19 -04:00
d6c9748fef
* refactored logging in d2config, d2record, and d2asset * asset manager, record manager, and file loader now utilitize d2util.Logger * added colored logging to d2util.Logger (excluding windows platforms) * removed mpq file verification from d2config; d2loader handles this * record loaders now use the record manager's logger for printing info * added command line argument for setting log level (`--loglevel 4`, `-l4`, or `-l 4` * added `LogLevel` parameter to config file * default log level will show errors, warnings, and info log messages * specifying log level as an argument overrides setting from config file * fixed log level tests
185 lines
4.4 KiB
Go
185 lines
4.4 KiB
Go
package d2records
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import (
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"log"
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"strconv"
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"strings"
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"github.com/OpenDiablo2/OpenDiablo2/d2common/d2enum"
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"github.com/OpenDiablo2/OpenDiablo2/d2common/d2fileformats/d2txt"
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)
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func cubeRecipeLoader(r *RecordManager, d *d2txt.DataDictionary) error {
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records := make([]*CubeRecipeRecord, 0)
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// There are repeated fields and sections in this file, some
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// of which have inconsistent naming conventions. These slices
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// are a simple way to handle them.
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var outputFields = []string{"output", "output b", "output c"}
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var outputLabels = []string{"", "b ", "c "}
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var propLabels = []string{"mod 1", "mod 2", "mod 3", "mod 4", "mod 5"}
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var inputFields = []string{"input 1", "input 2", "input 3", "input 4", "input 5", "input 6", "input 7"}
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for d.Next() {
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record := &CubeRecipeRecord{
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Description: d.String("description"),
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Enabled: d.Bool("enabled"),
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Ladder: d.Bool("ladder"),
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MinDiff: d.Number("min diff"),
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Version: d.Number("version"),
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ReqStatID: d.Number("param"),
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ReqOperation: d.Number("op"),
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ReqValue: d.Number("value"),
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Class: classFieldToEnum(d.String("class")),
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NumInputs: d.Number("numinputs"),
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}
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// Create inputs - input 1-7
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record.Inputs = make([]CubeRecipeItem, len(inputFields))
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for i := range inputFields {
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record.Inputs[i] = newCubeRecipeItem(
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d.String(inputFields[i]))
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}
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// Create outputs - output "", b, c
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record.Outputs = make([]CubeRecipeResult, len(outputLabels))
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for o, outLabel := range outputLabels {
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record.Outputs[o] = CubeRecipeResult{
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Item: newCubeRecipeItem(
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d.String(outputFields[o])),
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Level: d.Number(outLabel + "lvl"),
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ILevel: d.Number(outLabel + "plvl"),
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PLevel: d.Number(outLabel + "ilvl"),
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}
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// Create properties - mod 1-5
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properties := make([]CubeRecipeItemProperty, len(propLabels))
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for p, prop := range propLabels {
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properties[p] = CubeRecipeItemProperty{
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Code: d.String(outLabel + prop),
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Chance: d.Number(outLabel + prop + " chance"),
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Param: d.Number(outLabel + prop + " param"),
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Min: d.Number(outLabel + prop + " min"),
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Max: d.Number(outLabel + prop + " max"),
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}
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}
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record.Outputs[o].Properties = properties
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}
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records = append(records, record)
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}
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if d.Err != nil {
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return d.Err
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}
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r.Logger.Infof("Loaded %d CubeMainRecord records", len(records))
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r.Item.Cube.Recipes = records
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return nil
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}
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// newCubeRecipeItem constructs a CubeRecipeItem from a string of
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// arguments. arguments include at least an item and sometimes
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// parameters and/or a count (qty parameter). For example:
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// "weap,sock,mag,qty=10"
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func newCubeRecipeItem(f string) CubeRecipeItem {
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args := splitFieldValue(f)
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item := CubeRecipeItem{
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Code: args[0], // the first argument is always the item count
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Count: 1, // default to a count of 1 (no qty parameter)
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}
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// Ignore the first argument
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args = args[1:]
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// Find the qty parameter if it was provided,
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// convert to int and assign to item.Count
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for idx, arg := range args {
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if !strings.HasPrefix(arg, "qty") {
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continue
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}
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count, err := strconv.Atoi(strings.Split(arg, "=")[1])
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if err != nil {
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log.Fatal("Error parsing item count:", err)
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}
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item.Count = count
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// Remove the qty parameter
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if idx != len(args)-1 {
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args[idx] = args[len(args)-1]
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}
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args = args[:len(args)-1]
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break
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}
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// No other arguments were provided
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if len(args) == 0 {
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return item
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}
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// Record the argument strings
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item.Params = make([]string, len(args))
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for idx, arg := range args {
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item.Params[idx] = arg
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}
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return item
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}
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// classFieldToEnum converts class tokens to s2enum.Hero.
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func classFieldToEnum(f string) []d2enum.Hero {
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split := splitFieldValue(f)
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enums := make([]d2enum.Hero, len(split))
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for idx, class := range split {
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if class == "" {
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continue
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}
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switch class {
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case "bar":
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enums[idx] = d2enum.HeroBarbarian
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case "nec":
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enums[idx] = d2enum.HeroNecromancer
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case "pal":
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enums[idx] = d2enum.HeroPaladin
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case "ass":
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enums[idx] = d2enum.HeroAssassin
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case "sor":
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enums[idx] = d2enum.HeroSorceress
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case "ama":
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enums[idx] = d2enum.HeroAmazon
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case "dru":
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enums[idx] = d2enum.HeroDruid
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default:
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log.Fatalf("Unknown hero token: '%s'", class)
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}
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}
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return enums
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}
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// splitFieldValue splits a string array from the following format:
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// "one,two,three"
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func splitFieldValue(s string) []string {
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return strings.Split(strings.Trim(s, "\""), ",")
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}
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