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Diffstat (limited to 'nexgb/xgbgen/go.go')
-rw-r--r--nexgb/xgbgen/go.go661
1 files changed, 254 insertions, 407 deletions
diff --git a/nexgb/xgbgen/go.go b/nexgb/xgbgen/go.go
index b939b3a..ac3ed2c 100644
--- a/nexgb/xgbgen/go.go
+++ b/nexgb/xgbgen/go.go
@@ -1,36 +1,13 @@
package main
-/*
- To the best of my ability, these are all of the Go specific formatting
- functions. If I've designed xgbgen correctly, this should be only the
- place that you change things to generate code for a new language.
-
- This file is organized as follows:
-
- * Imports and helper variables.
- * Manual type and name override maps.
- * Constants for tweaking various morphing functions.
- * Helper morphing functions.
- * Morphing functions for each "sub-unit."
- * Morphing functions for each "unit".
- * Morphing functions for collections of "units".
-
- Units can be thought of as the top-level elements in an XML protocol
- description file. Namely, structs, xidtypes, imports, enums, unions, etc.
- Collections of units are simply "all of the UNIT in the XML file."
- Sub-units can be thought of as recurring bits like struct contents (which
- is used in events, replies, requests, errors, etc.) and expression
- evaluation.
-*/
import (
"fmt"
"log"
- "strings"
)
-/******************************************************************************/
-// Manual type and name overrides.
-/******************************************************************************/
+// xgbResourceIdName is the name of the type used for all resource identifiers.
+// As of right now, it needs to be declared somewhere manually.
+var xgbGenResourceIdName = "Id"
// BaseTypeMap is a map from X base types to Go types.
// X base types should correspond to the smallest set of X types
@@ -50,6 +27,8 @@ var BaseTypeMap = map[string]string{
"float": "float64",
"double": "float64",
"char": "byte",
+ "void": "byte",
+ "Id": "Id",
}
// BaseTypeSizes should have precisely the same keys as in BaseTypeMap,
@@ -66,6 +45,7 @@ var BaseTypeSizes = map[string]uint{
"float": 4,
"double": 8,
"char": 1,
+ "void": 1,
"Id": 4,
}
@@ -82,483 +62,350 @@ var TypeMap = map[string]string{
// NameMap is the same as TypeMap, but for names.
var NameMap = map[string]string{ }
-/******************************************************************************/
-// Constants for changing the semantics of morphing functions.
-// These are mainly used to tweaking the writing of fields.
-// Namely, reading/writing is not exactly the same across events,
-// requests/replies and errors.
-/******************************************************************************/
-const (
- FieldsEvent = iota
- FieldsRequestReply
- FieldsError
-)
-
-/******************************************************************************/
-// Helper functions that aide in morphing repetitive constructs.
-// i.e., type and identifier names, etc.
-/******************************************************************************/
-
-// Morph changes every TYPE (not names) into something suitable
-// for your language. It also handles adding suffixes like 'Event'
-// and 'Union'. (A 'Union' suffix is used in Go because unions aren't
-// supported at the language level.)
-func (typ Type) Morph(c *Context) string {
- t := string(typ)
-
- // If this is a base type, then write the raw Go type.
- if newt, ok := BaseTypeMap[t]; ok {
- return newt
- }
-
- // If it's in the type map, use that translation.
- if newt, ok := TypeMap[t]; ok {
- return newt
- }
-
- // If it's a resource type, just use 'Id'.
- if c.xml.IsResource(typ) {
- return "Id"
- }
+// Reading, writing and defining...
- // If there's a namespace to this type, just use it and be done.
- if colon := strings.Index(t, ":"); colon > -1 {
- namespace := t[:colon]
- rest := t[colon+1:]
- return splitAndTitle(namespace) + splitAndTitle(rest)
- }
-
- // Since there is no namespace, we need to look for a namespace
- // in the current context.
- return typ.Prefix(c) + splitAndTitle(t)
+// Base types
+func (b *Base) Define(c *Context) {
+ c.Putln("// Skipping definition for base type '%s'", SrcName(b.XmlName()))
+ c.Putln("")
}
-// Prefix searches the parsed XML for a type matching 'typ'.
-// It then returns the appropriate prefix to be used in source code.
-// Note that the core X protocol *is* a namespace, but does not have a prefix.
-// Also note that you should probably check the BaseTypeMap and TypeMap
-// before calling this function.
-func (typ Type) Prefix(c *Context) string {
- // If this is xproto, quit. No prefixes needed.
- if c.xml.Header == "xproto" {
- return ""
- }
-
- // First check for the type in the current namespace.
- if c.xml.HasType(typ) {
- return strings.Title(c.xml.Header)
- }
-
- // Now check each of the imports...
- for _, imp := range c.xml.Imports {
- if imp.xml.Header != "xproto" && imp.xml.HasType(typ) {
- return strings.Title(imp.xml.Header)
- }
+// Enum types
+func (enum *Enum) Define(c *Context) {
+ c.Putln("const (")
+ for _, item := range enum.Items {
+ c.Putln("%s%s = %d", enum.SrcName(), item.srcName, item.Expr.Eval())
}
-
- return ""
+ c.Putln(")")
+ c.Putln("")
}
-// Morph changes every identifier (NOT type) into something suitable
-// for your language.
-func (name Name) Morph(c *Context) string {
- n := string(name)
-
- // If it's in the name map, use that translation.
- if newn, ok := NameMap[n]; ok {
- return newn
- }
-
- return splitAndTitle(n)
+// Resource types
+func (res *Resource) Define(c *Context) {
+ c.Putln("// Skipping resource definition of '%s'", SrcName(res.XmlName()))
+ c.Putln("")
}
-/******************************************************************************/
-// Sub-unit morphing.
-// Below are functions that morph sub-units. Like collections of fields,
-// expressions, etc.
-// Note that collections of fields can be used in three different contexts:
-// definitions, reading from the wire and writing to the wire. Thus, there
-// exists 'MorphDefine', 'MorphRead', 'MorphWrite' defined on Fields.
-/******************************************************************************/
-func (fields Fields) MorphDefine(c *Context) {
- for _, field := range fields {
- field.MorphDefine(c)
- }
+// TypeDef types
+func (td *TypeDef) Define(c *Context) {
+ c.Putln("type %s %s", td.srcName, td.Old.SrcName())
+ c.Putln("")
}
-func (field *Field) MorphDefine(c *Context) {
- // We omit 'pad' and 'exprfield'
- switch field.XMLName.Local {
- case "field":
- c.Putln("%s %s", field.Name.Morph(c), field.Type.Morph(c))
- case "list":
- c.Putln("%s []%s", field.Name.Morph(c), field.Type.Morph(c))
- case "localfield":
- c.Putln("%s %s", field.Name.Morph(c), field.Type.Morph(c))
- case "valueparam":
- c.Putln("%s %s", field.ValueMaskName.Morph(c),
- field.ValueMaskType.Morph(c))
- c.Putln("%s []%s", field.ValueListName.Morph(c),
- field.ValueMaskType.Morph(c))
- case "switch":
- field.Bitcases.MorphDefine(c)
+// Struct types
+func (s *Struct) Define(c *Context) {
+ c.Putln("// '%s' struct definition", s.SrcName())
+ c.Putln("// Size: %s", s.Size())
+ c.Putln("type %s struct {", s.SrcName())
+ for _, field := range s.Fields {
+ field.Define(c)
}
-}
+ c.Putln("}")
+ c.Putln("")
-func (bitcases Bitcases) MorphDefine(c *Context) {
- for _, bitcase := range bitcases {
- bitcase.MorphDefine(c)
- }
-}
+ // Write function that reads bytes and produces this struct.
+ s.Read(c)
-func (bitcase *Bitcase) MorphDefine(c *Context) {
- bitcase.Fields.MorphDefine(c)
-}
+ // Write function that reads a list of this structs.
+ s.ReadList(c)
-func (fields Fields) MorphRead(c *Context, kind int, evNoSeq bool,
- prefix string, byt uint) uint {
+ // Write function that writes bytes given this struct.
+ s.Write(c)
- nextByte := byt
- for _, field := range fields {
- nextByte = field.MorphRead(c, kind, nextByte, prefix)
- switch kind {
- case FieldsEvent:
- // Skip the sequence id
- if !evNoSeq && (nextByte == 2 || nextByte == 3) {
- nextByte = 4
- }
- }
- }
- return nextByte
-}
-
-func (field *Field) MorphRead(c *Context, kind int, byt uint,
- prefix string) uint {
-
- nextByte := byt
- switch field.XMLName.Local {
- case "pad":
- nextByte += uint(field.Bytes)
- case "field":
- nextByte = field.MorphReadField(c, kind, nextByte, prefix)
- case "list":
- typ := field.Type.Morph(c)
-
- // Create a temporary Field so we can use MorphReadField.
- // temp := &Field{
- // XMLName: xml.Name{Local: "field"},
- // Name: field.Name,
- // Type: field.Type,
- // }
-
- // Special case: if the list is just raw bytes, use copy!
- if typ == "byte" {
- c.Putln("copy(%s%s, buf[%d:])", prefix, field.Name.Morph(c),
- byt)
- nextByte = byt + 20
- } else {
- c.Putln("//list!")
- }
- }
- return nextByte
+ // Write function that writes a list of this struct.
+ s.WriteList(c)
}
-func (field *Field) MorphReadField(c *Context, kind int, byt uint,
- prefix string) uint {
+// Read for a struct creates a function 'NewStructName' that takes a byte
+// slice and produces TWO values: an instance of 'StructName' and the number
+// of bytes read from the byte slice.
+// 'NewStructName' should only be used to read raw reply data from the wire.
+func (s *Struct) Read(c *Context) {
+ c.Putln("// Struct read %s", s.SrcName())
+ c.Putln("func New%s(buf []byte) (%s, int) {", s.SrcName(), s.SrcName())
- if union := field.Type.Union(c); union != nil {
- c.Putln("")
- c.Putln("%s%s = %s{}", prefix, field.Name.Morph(c), field.Type.Morph(c))
- union.Fields.MorphRead(c, kind, false,
- fmt.Sprintf("%s%s.", prefix, field.Name.Morph(c)), byt)
- c.Putln("")
- return byt
+ c.Putln("v := %s{}", s.SrcName())
+ c.Putln("b := 0")
+ c.Putln("consumed := 0")
+ c.Putln("consumed = 0 + consumed // no-op") // dirty hack for a no-op
+ c.Putln("")
+ for _, field := range s.Fields {
+ field.Read(c)
}
+ c.Putln("return v, b")
- size := field.Type.Size(c)
- typ := field.Type.Morph(c)
- name := field.Name.Morph(c)
- _, isBase := BaseTypeMap[string(field.Type)]
-
- c.Put("%s%s = ", prefix, name)
- if !isBase {
- c.Put("%s(", typ)
- }
- switch size {
- case 1: c.Put("buf[%d]", byt)
- case 2: c.Put("get16(buf[%d:])", byt)
- case 4: c.Put("get32(buf[%d:])", byt)
- case 8: c.Put("get64(buf[%d:])", byt)
- default:
- log.Fatalf("Unsupported field size '%d' for field '%s'.",
- size, field)
- }
- if !isBase {
- c.Put(")")
- }
+ c.Putln("}")
c.Putln("")
-
- return byt + size
}
-func (fields Fields) MorphWrite(c *Context, kind int) {
- var nextByte uint
+// ReadList for a struct creates a function 'ReadStructNameList' that takes
+// a byte slice and a length and produces TWO values: an slice of StructName
+// and the number of bytes read from the byte slice.
+func (s *Struct) ReadList(c *Context) {
+ c.Putln("// Struct list read %s", s.SrcName())
+ c.Putln("func Read%sList(buf []byte, length int) ([]%s, int) {",
+ s.SrcName(), s.SrcName())
+
+ c.Putln("v := make([]%s, length)", s.SrcName())
+ c.Putln("b := 0")
+ c.Putln("consumed := 0")
+ c.Putln("consumed = 0 + consumed // no-op") // dirty hack for a no-op
+ c.Putln("for i := 0; i < length; i++ {")
+ c.Putln("v[i], consumed = New%s(buf[b:])", s.SrcName())
+ c.Putln("b += consumed")
+ c.Putln("}")
- switch kind {
- case FieldsEvent:
- nextByte = 1
- }
+ c.Putln("return v, pad(b)")
- for _, field := range fields {
- nextByte = field.MorphWrite(c, kind, nextByte)
- }
+ c.Putln("}")
+ c.Putln("")
}
-func (field *Field) MorphWrite(c *Context, kind int, byt uint) uint {
- consumed := uint(0)
- switch field.XMLName.Local {
- case "pad":
- consumed = uint(field.Bytes)
- case "field":
- size := field.Type.Size(c)
- typ := field.Type.Morph(c)
- name := field.Name.Morph(c)
- switch size {
- case 1:
- c.Putln("v.%s = %s(buf[%d])", name, typ, byt)
- case 2:
- c.Putln("v.%s = %s(get16(buf[%d:]))", name, typ, byt)
- case 4:
- c.Putln("v.%s = %s(get32(buf[%d:]))", name, typ, byt)
- case 8:
- c.Putln("v.%s = %s(get64(buf[%d:]))", name, typ, byt)
- }
- consumed = size
- case "list":
- c.Putln("IDK")
- }
- return byt + consumed
+func (s *Struct) Write(c *Context) {
+ c.Putln("// Struct write %s", s.SrcName())
+ c.Putln("")
}
-/******************************************************************************/
-// Per element morphing.
-// Below are functions that morph a single unit.
-/******************************************************************************/
-
-// Import morphing.
-func (imp *Import) Morph(c *Context) {
- c.Putln("// import \"%s\"", imp.Name)
+func (s *Struct) WriteList(c *Context) {
+ c.Putln("// Write struct list %s", s.SrcName())
+ c.Putln("")
}
-// Enum morphing.
-func (enum *Enum) Morph(c *Context) {
- c.Putln("const (")
- for _, item := range enum.Items {
- c.Putln("%s%s = %d", enum.Name.Morph(c), item.Name.Morph(c),
- item.Expr.Eval())
- }
- c.Putln(")\n")
+// Union types
+func (u *Union) Define(c *Context) {
+ c.Putln("// Union definition %s", u.SrcName())
}
-// Xid morphing.
-func (xid *Xid) Morph(c *Context) {
- // Don't emit anything for xid types for now.
- // We're going to force them all to simply be 'Id'
- // to avoid excessive type converting.
- // c.Putln("type %s Id", xid.Name.Morph(c))
+func (u *Union) Read(c *Context, prefix string) {
+ c.Putln("// Union read %s", u.SrcName())
}
-// TypeDef morphing.
-func (typedef *TypeDef) Morph(c *Context) {
- c.Putln("type %s %s", typedef.New.Morph(c), typedef.Old.Morph(c))
+func (u *Union) Write(c *Context, prefix string) {
+ c.Putln("// Union write %s", u.SrcName())
}
-// Struct morphing.
-func (strct *Struct) Morph(c *Context) {
- c.Putln("type %s struct {", strct.Name.Morph(c))
- strct.Fields.MorphDefine(c)
- c.Putln("}")
- c.Putln("\n")
+// Event types
+func (e *Event) Define(c *Context) {
+ c.Putln("// Event definition %s (%d)", e.SrcName(), e.Number)
}
-// Union morphing.
-func (union *Union) Morph(c *Context) {
- c.Putln("type %s struct {", union.Name.Morph(c))
- union.Fields.MorphDefine(c)
- c.Putln("}")
- c.Putln("\n")
+func (e *Event) Read(c *Context, prefix string) {
+ c.Putln("// Event read %s", e.SrcName())
}
-// Request morphing.
-func (request *Request) Morph(c *Context) {
+func (e *Event) Write(c *Context, prefix string) {
+ c.Putln("// Event write %s", e.SrcName())
}
-// Event morphing.
-func (ev *Event) Morph(c *Context) {
- name := ev.Name.Morph(c)
-
- c.Putln("const %s = %d", name, ev.Number)
+// EventCopy types
+func (e *EventCopy) Define(c *Context) {
+ c.Putln("// EventCopy definition %s (%d)", e.SrcName(), e.Number)
c.Putln("")
- c.Putln("type %sEvent struct {", name)
- ev.Fields.MorphDefine(c)
- c.Putln("}")
+ c.Putln("const %s = %d", e.SrcName(), e.Number)
+ c.Putln("")
+ c.Putln("type %s %s", e.EvType(), e.Old.(*Event).EvType())
c.Putln("")
- c.Putln("func New%s(buf []byte) %sEvent {", name, name)
- c.Putln("var v %sEvent", name)
- ev.Fields.MorphRead(c, FieldsEvent, ev.NoSequence, "v.", 1)
- c.Putln("return v")
+ c.Putln("func New%s(buf []byte) %s {", e.SrcName(), e.EvType())
+ c.Putln("return (%s)(New%s(buf))", e.EvType(), e.Old.SrcName())
c.Putln("}")
c.Putln("")
- c.Putln("func (err %sEvent) ImplementsEvent() { }", name)
+ c.Putln("func (ev %s) ImplementsEvent() { }", e.EvType())
c.Putln("")
- c.Putln("func (ev %sEvent) Bytes() []byte {", name)
- // ev.Fields.MorphWrite(c, FieldsEvent)
+ c.Putln("func (ev %s) Bytes() []byte {", e.EvType())
+ c.Putln("return (%s)(ev).Bytes()", e.Old.(*Event).EvType())
c.Putln("}")
c.Putln("")
c.Putln("func init() {")
- c.Putln("newEventFuncs[%d] = New%s", ev.Number, name)
+ c.Putln("newEventFuncs[%d] = New%s", e.Number, e.SrcName())
c.Putln("}")
c.Putln("")
}
-// EventCopy morphing.
-func (evcopy *EventCopy) Morph(c *Context) {
- oldName, newName := evcopy.Ref.Morph(c), evcopy.Name.Morph(c)
-
- c.Putln("const %s = %d", newName, evcopy.Number)
- c.Putln("")
- c.Putln("type %sEvent %sEvent", newName, oldName)
- c.Putln("")
- c.Putln("func New%s(buf []byte) %sEvent {", newName, newName)
- c.Putln("return (%sEvent)(New%s(buf))", newName, oldName)
- c.Putln("}")
- c.Putln("")
- c.Putln("func (err %sEvent) ImplementsEvent() { }", newName)
- c.Putln("")
- c.Putln("func (ev %sEvent) Bytes() []byte {", newName)
- c.Putln("return (%sEvent)(ev).Bytes()", oldName)
- c.Putln("}")
- c.Putln("")
- c.Putln("func init() {")
- c.Putln("newEventFuncs[%d] = New%s", evcopy.Number, newName)
- c.Putln("}")
+// Error types
+func (e *Error) Define(c *Context) {
+ c.Putln("// Error definition %s (%d)", e.SrcName(), e.Number)
c.Putln("")
}
-// Error morphing.
-func (err *Error) Morph(c *Context) {
+func (e *Error) Read(c *Context, prefix string) {
+ c.Putln("// Error read %s", e.SrcName())
}
-// ErrorCopy morphing.
-func (errcopy *ErrorCopy) Morph(c *Context) {
- oldName, newName := errcopy.Ref.Morph(c), errcopy.Name.Morph(c)
+func (e *Error) Write(c *Context, prefix string) {
+ c.Putln("// Error write %s", e.SrcName())
+}
- c.Putln("const Bad%s = %d", newName, errcopy.Number)
+// ErrorCopy types
+func (e *ErrorCopy) Define(c *Context) {
+ c.Putln("// ErrorCopy definition %s (%d)", e.SrcName(), e.Number)
c.Putln("")
- c.Putln("type %sError %sError", newName, oldName)
+ c.Putln("const %s = %d", e.ErrConst(), e.Number)
c.Putln("")
- c.Putln("func New%sError(buf []byte) %sError {", newName, newName)
- c.Putln("return (%sError)(New%sError(buf))", newName, oldName)
+ c.Putln("type %s %s", e.ErrType(), e.Old.(*Error).ErrType())
+ c.Putln("")
+ c.Putln("func New%s(buf []byte) %s {", e.SrcName(), e.ErrType())
+ c.Putln("return (%s)(New%s(buf))", e.ErrType(), e.Old.SrcName())
c.Putln("}")
c.Putln("")
- c.Putln("func (err %sError) ImplementsError() { }", newName)
+ c.Putln("func (err %s) ImplementsError() { }", e.ErrType())
c.Putln("")
- c.Putln("func (err %sError) Bytes() []byte {", newName)
- c.Putln("return (%sError)(err).Bytes()", oldName)
+ c.Putln("func (err %s) Bytes() []byte {", e.ErrType())
+ c.Putln("return (%s)(err).Bytes()", e.Old.(*Error).ErrType())
c.Putln("}")
c.Putln("")
c.Putln("func init() {")
- c.Putln("newErrorFuncs[%d] = New%sError", errcopy.Number, newName)
+ c.Putln("newErrorFuncs[%d] = New%s", e.Number, e.SrcName())
c.Putln("}")
c.Putln("")
}
-/******************************************************************************/
-// Collection morphing.
-// Below are functions that morph a collections of units.
-// Most of these can probably remain unchanged, but they are useful if you
-// need to group all of some "unit" in a single block or something.
-/******************************************************************************/
-func (imports Imports) Morph(c *Context) {
- if len(imports) == 0 {
- return
- }
+// Field definitions, reads and writes.
- c.Putln("// Imports are not required for XGB since everything is in")
- c.Putln("// a single package. Still these may be useful for ")
- c.Putln("// reference purposes.")
- for _, imp := range imports {
- imp.Morph(c)
- }
+// Pad fields
+func (f *PadField) Define(c *Context) {
+ c.Putln("// padding: %d bytes", f.Bytes)
}
-func (enums Enums) Morph(c *Context) {
- c.Putln("// Enums\n")
- for _, enum := range enums {
- enum.Morph(c)
- }
+func (f *PadField) Read(c *Context) {
+ c.Putln("b += %s // padding", f.Size())
+ c.Putln("")
}
-func (xids Xids) Morph(c *Context) {
- c.Putln("// Xids\n")
- for _, xid := range xids {
- xid.Morph(c)
- }
+// Single fields
+func (f *SingleField) Define(c *Context) {
+ c.Putln("%s %s", f.SrcName(), f.Type.SrcName())
}
-func (typedefs TypeDefs) Morph(c *Context) {
- c.Putln("// TypeDefs\n")
- for _, typedef := range typedefs {
- typedef.Morph(c)
+func ReadSimpleSingleField(c *Context, name string, typ Type) {
+ switch t := typ.(type) {
+ case *Resource:
+ c.Putln("%s = get32(buf[b:])", name)
+ case *TypeDef:
+ switch t.Size().Eval() {
+ case 1:
+ c.Putln("%s = %s(buf[b])", name, t.SrcName())
+ case 2:
+ c.Putln("%s = %s(get16(buf[b:]))", name, t.SrcName())
+ case 4:
+ c.Putln("%s = %s(get32(buf[b:]))", name, t.SrcName())
+ case 8:
+ c.Putln("%s = %s(get64(buf[b:]))", name, t.SrcName())
+ }
+ case *Base:
+ var val string
+ switch t.Size().Eval() {
+ case 1:
+ val = fmt.Sprintf("buf[b]")
+ case 2:
+ val = fmt.Sprintf("get16(buf[b:])")
+ case 4:
+ val = fmt.Sprintf("get32(buf[b:])")
+ case 8:
+ val = fmt.Sprintf("get64(buf[b:])")
+ }
+
+ // We need to convert base types if they aren't uintXX or byte
+ ty := t.SrcName()
+ if ty != "byte" && ty != "uint16" && ty != "uint32" && ty != "uint64" {
+ val = fmt.Sprintf("%s(%s)", ty, val)
+ }
+ c.Putln("%s = %s", name, val)
+ default:
+ log.Fatalf("Cannot read field '%s' as a simple field with %T type.",
+ name, typ)
}
+
+ c.Putln("b += %s", typ.Size())
}
-func (strct Structs) Morph(c *Context) {
- c.Putln("// Structs\n")
- for _, typedef := range strct {
- typedef.Morph(c)
+func (f *SingleField) Read(c *Context) {
+ switch t := f.Type.(type) {
+ case *Resource:
+ ReadSimpleSingleField(c, fmt.Sprintf("v.%s", f.SrcName()), t)
+ case *TypeDef:
+ ReadSimpleSingleField(c, fmt.Sprintf("v.%s", f.SrcName()), t)
+ case *Base:
+ ReadSimpleSingleField(c, fmt.Sprintf("v.%s", f.SrcName()), t)
+ case *Struct:
+ c.Putln("v.%s, consumed = New%s(buf[b:])", f.SrcName(), t.SrcName())
+ c.Putln("b += consumed")
+ c.Putln("")
+ default:
+ log.Fatalf("Cannot read field '%s' with %T type.", f.XmlName(), f.Type)
}
}
-func (union Unions) Morph(c *Context) {
- c.Putln("// Unions\n")
- for _, typedef := range union {
- typedef.Morph(c)
- }
+// List fields
+func (f *ListField) Define(c *Context) {
+ c.Putln("%s []%s // length: %s",
+ f.SrcName(), f.Type.SrcName(), f.Size())
}
-func (request Requests) Morph(c *Context) {
- c.Putln("// Requests\n")
- for _, typedef := range request {
- typedef.Morph(c)
+func (f *ListField) Read(c *Context) {
+ switch t := f.Type.(type) {
+ case *Resource:
+ length := f.LengthExpr.Reduce("v.", "")
+ c.Putln("v.%s = make([]Id, %s)", f.SrcName(), length)
+ c.Putln("for i := 0; i < %s; i++ {", length)
+ ReadSimpleSingleField(c, fmt.Sprintf("v.%s[i]", f.SrcName()), t)
+ c.Putln("}")
+ c.Putln("")
+ case *Base:
+ length := f.LengthExpr.Reduce("v.", "")
+ c.Putln("v.%s = make([]%s, %s)", f.SrcName(), t.SrcName(), length)
+ c.Putln("for i := 0; i < %s; i++ {", length)
+ ReadSimpleSingleField(c, fmt.Sprintf("v.%s[i]", f.SrcName()), t)
+ c.Putln("}")
+ c.Putln("")
+ case *Struct:
+ c.Putln("v.%s, consumed = Read%sList(buf[b:], %s)",
+ f.SrcName(), t.SrcName(), f.LengthExpr.Reduce("v.", ""))
+ c.Putln("b += consumed")
+ c.Putln("")
+ default:
+ log.Fatalf("Cannot read list field '%s' with %T type.",
+ f.XmlName(), f.Type)
}
}
-func (event Events) Morph(c *Context) {
- c.Putln("// Events\n")
- for _, typedef := range event {
- typedef.Morph(c)
- }
+// Local fields
+func (f *LocalField) Define(c *Context) {
+ c.Putln("// local field: %s %s", f.SrcName(), f.Type.SrcName())
}
-func (evcopy EventCopies) Morph(c *Context) {
- c.Putln("// Event Copies\n")
- for _, typedef := range evcopy {
- typedef.Morph(c)
- }
+func (f *LocalField) Read(c *Context) {
+ c.Putln("// reading local field: %s (%s) :: %s",
+ f.SrcName(), f.Size(), f.Type.SrcName())
}
-func (err Errors) Morph(c *Context) {
- c.Putln("// Errors\n")
- for _, typedef := range err {
- typedef.Morph(c)
- }
+// Expr fields
+func (f *ExprField) Define(c *Context) {
+ c.Putln("// expression field: %s %s (%s)",
+ f.SrcName(), f.Type.SrcName(), f.Expr)
}
-func (errcopy ErrorCopies) Morph(c *Context) {
- c.Putln("// Error copies\n")
- for _, typedef := range errcopy {
- typedef.Morph(c)
- }
+func (f *ExprField) Read(c *Context) {
+ c.Putln("// reading expression field: %s (%s) (%s) :: %s",
+ f.SrcName(), f.Size(), f.Expr, f.Type.SrcName())
+}
+
+// Value field
+func (f *ValueField) Define(c *Context) {
+ c.Putln("// valueparam field: type: %s, mask name: %s, list name: %s",
+ f.MaskType.SrcName(), f.MaskName, f.ListName)
+}
+
+func (f *ValueField) Read(c *Context) {
+ c.Putln("// reading valueparam: type: %s, mask name: %s, list name: %s",
+ f.MaskType.SrcName(), f.MaskName, f.ListName)
+}
+
+// Switch field
+func (f *SwitchField) Define(c *Context) {
+ c.Putln("// switch field: %s (%s)", f.Name, f.Expr)
+}
+
+func (f *SwitchField) Read(c *Context) {
+ c.Putln("// reading switch field: %s (%s)", f.Name, f.Expr)
}
generated by cgit v1.2.3-70-g09d2 (git 2.47.0) at 2024-11-22 18:14:03 +0000