mirror of
https://github.com/mappu/miqt.git
synced 2024-12-23 09:28:36 +00:00
380 lines
9.7 KiB
Go
380 lines
9.7 KiB
Go
package main
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import (
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"regexp"
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"strings"
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)
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type lookupResultClass struct {
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PackageName string
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}
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type lookupResultTypedef struct {
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PackageName string
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Typedef CppTypedef
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}
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type lookupResultEnum struct {
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PackageName string
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Enum CppEnum
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}
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var (
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KnownClassnames map[string]lookupResultClass // Entries of the form QFoo::Bar if it is an inner class
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KnownTypedefs map[string]lookupResultTypedef
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KnownEnums map[string]lookupResultEnum
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)
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func init() {
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KnownClassnames = make(map[string]lookupResultClass)
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KnownTypedefs = make(map[string]lookupResultTypedef)
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KnownEnums = make(map[string]lookupResultEnum)
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}
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type CppParameter struct {
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ParameterName string
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ParameterType string
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Const bool
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Pointer bool
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PointerCount int
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ByRef bool
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Optional bool
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QtCppOriginalType *CppParameter // If we rewrote QStringList->QList<String>, this field contains the original QStringList. Otherwise, it's blank
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}
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func (p *CppParameter) ApplyTypedef(matchedUnderlyingType CppParameter) {
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if p.QtCppOriginalType == nil {
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tmp := *p // Copy
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p.QtCppOriginalType = &tmp // Overwrite once only, at the earliest base type
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}
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p.ParameterType = matchedUnderlyingType.ParameterType
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// If this was a pointer to a typedef'd type, or a typedef of a pointer type, we need to preserve that
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p.Const = p.Const || matchedUnderlyingType.Const
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p.Pointer = p.Pointer || matchedUnderlyingType.Pointer
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p.PointerCount += matchedUnderlyingType.PointerCount
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p.ByRef = p.ByRef || matchedUnderlyingType.ByRef
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p.Optional = p.Optional || matchedUnderlyingType.Optional
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}
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func (p *CppParameter) PointerTo() CppParameter {
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ret := *p // Copy
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ret.Pointer = true
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ret.PointerCount++
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return ret
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}
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func (p *CppParameter) ConstCast(isConst bool) CppParameter {
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ret := *p // Copy
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ret.Const = isConst
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return ret
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}
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func (p *CppParameter) GetQtCppType() *CppParameter {
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if p.QtCppOriginalType != nil {
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return p.QtCppOriginalType
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}
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return p
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}
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func (p CppParameter) QFlagsOf() (CppParameter, bool) {
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if strings.HasPrefix(p.ParameterType, `QFlags<`) {
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ret := parseSingleTypeString(p.ParameterType[7 : len(p.ParameterType)-1])
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ret.ParameterName = p.ParameterName + "_qf"
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return ret, true
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}
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if under := p.QtCppOriginalType; under != nil {
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if strings.HasPrefix(under.ParameterType, `QFlags<`) {
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ret := parseSingleTypeString(under.ParameterType[7 : len(under.ParameterType)-1])
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ret.ParameterName = under.ParameterName + "_qf"
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return ret, true
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}
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}
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return CppParameter{}, false
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}
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func (p CppParameter) IsFlagType() bool {
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_, ok := p.QFlagsOf()
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return ok
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}
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func (p CppParameter) QtClassType() bool {
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// Maybe if it's an inner class
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if _, ok := KnownClassnames[p.ParameterType]; ok {
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return true
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}
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if p.ParameterType == "Scintilla::Internal::Point" {
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return true
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}
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if p.ParameterType == "QString" || p.ParameterType == "QByteArray" {
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return true
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}
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return false
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}
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func (p CppParameter) IsKnownEnum() bool {
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_, ok := KnownEnums[p.ParameterType]
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return ok
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}
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func (p CppParameter) QListOf() (CppParameter, bool) {
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if strings.HasPrefix(p.ParameterType, "QList<") && strings.HasSuffix(p.ParameterType, `>`) {
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ret := parseSingleTypeString(p.ParameterType[6 : len(p.ParameterType)-1])
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ret.ParameterName = p.ParameterName + "_lv"
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return ret, true
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}
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if strings.HasPrefix(p.ParameterType, "QVector<") && strings.HasSuffix(p.ParameterType, `>`) {
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ret := parseSingleTypeString(p.ParameterType[8 : len(p.ParameterType)-1])
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ret.ParameterName = p.ParameterName + "_vv"
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return ret, true
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}
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return CppParameter{}, false
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}
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func (p CppParameter) QMapOf() bool {
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return strings.HasPrefix(p.ParameterType, `QMap<`) ||
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strings.HasPrefix(p.ParameterType, `QHash<`) // TODO support this
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}
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func (p CppParameter) QPairOf() bool {
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return strings.HasPrefix(p.ParameterType, `QPair<`) // TODO support this
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}
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func (p CppParameter) QSetOf() (CppParameter, bool) {
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if strings.HasPrefix(p.ParameterType, `QSet<`) {
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ret := parseSingleTypeString(p.ParameterType[5 : len(p.ParameterType)-1])
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ret.ParameterName = p.ParameterName + "_sv"
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return ret, true
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}
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return CppParameter{}, false
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}
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func (p CppParameter) IntType() bool {
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if p.IsKnownEnum() {
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return true
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}
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switch p.ParameterType {
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case "int", "unsigned int", "uint",
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"short", "unsigned short", "ushort", "qint16", "quint16", "uint16_t", "int16_t",
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"qint8", "quint8",
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"unsigned char", "signed char", "uchar",
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"long", "unsigned long", "ulong", "qint32", "quint32", "int32_t", "uint32_t",
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"longlong", "ulonglong", "qlonglong", "qulonglong", "qint64", "quint64", "int64_t", "uint64_t", "long long", "unsigned long long",
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"qintptr", "quintptr", "uintptr_t", "intptr_t",
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"qsizetype", "size_t",
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"QIntegerForSizeof<void *>::Unsigned",
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"QIntegerForSizeof<void *>::Signed",
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"QIntegerForSizeof<std::size_t>::Signed",
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"qptrdiff", "ptrdiff_t",
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"double", "float", "qreal":
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return true
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case "char":
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// Only count char as an integer type with cast assertions if it's
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// not possibly a char* string in disguise
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// (However, unsigned chars are always like ints)
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return !p.Pointer
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default:
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return false
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}
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}
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type CppProperty struct {
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PropertyName string
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PropertyType string
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Visibility string
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}
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type CppMethod struct {
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MethodName string // C++ method name, unless OverrideMethodName is set, in which case a nice alternative name
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OverrideMethodName string // C++ method name, present only if we changed the target
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ReturnType CppParameter // Name not used
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Parameters []CppParameter
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IsStatic bool
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IsSignal bool
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IsConst bool
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HiddenParams []CppParameter // Populated if there is an overload with more parameters
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LinuxOnly bool
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}
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func (m CppMethod) CppCallTarget() string {
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if m.OverrideMethodName != "" {
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return m.OverrideMethodName
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}
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return m.MethodName
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}
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func (m *CppMethod) Rename(newName string) {
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if m.OverrideMethodName == "" {
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m.OverrideMethodName = m.MethodName
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} else {
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// If it was already set, we're already a level of overload resolution deep - preserve it
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}
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m.MethodName = newName
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}
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func IsArgcArgv(params []CppParameter, pos int) bool {
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// Check if the arguments starting at position=pos are the argc/argv pattern.
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// QApplication/QGuiApplication constructors are the only expected example of this.
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return (len(params) > pos+1 &&
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params[pos].ParameterName == "argc" &&
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params[pos].ParameterType == "int" &&
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params[pos].ByRef &&
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params[pos+1].ParameterName == "argv" &&
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params[pos+1].ParameterType == "char") &&
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params[pos+1].Pointer &&
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params[pos+1].PointerCount == 2
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}
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func IsReceiverMethod(params []CppParameter, pos int) bool {
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// Check if the arguments starting at position=pos are the receiver/member pattern.
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// QMenu->addAction is the main example of this
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return (len(params) > pos+1 &&
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params[pos].ParameterName == "receiver" &&
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params[pos].ParameterType == "QObject" &&
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params[pos].Pointer &&
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params[pos+1].ParameterName == "member" &&
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params[pos+1].ParameterType == "char" &&
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params[pos+1].Pointer)
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}
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func (nm CppMethod) IsReceiverMethod() bool {
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// Returns true if any of the parameters use the receiever-method pattern
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for i := 0; i < len(nm.Parameters); i++ {
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if IsReceiverMethod(nm.Parameters, i) {
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return true
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}
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}
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return false
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}
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func (nm CppMethod) SafeMethodName() string {
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tmp := nm.MethodName
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// Strip redundant Qt prefix, we know these are all Qt functions
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if strings.HasPrefix(tmp, "qt_") {
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tmp = tmp[3:]
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}
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// Operator-overload methods have names not representable in binding
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// languages. Replace more specific cases first
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replacer := strings.NewReplacer(
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`==`, `Equal`,
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`!=`, `NotEqual`,
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`>=`, `GreaterOrEqual`,
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`<=`, `LesserOrEqual`,
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`=`, `Assign`,
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`<<`, `ShiftLeft`, // Qt classes use it more for stream functions e.g. in QDataStream
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`>>`, `ShiftRight`,
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`>`, `Greater`,
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`<`, `Lesser`,
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`+`, `Plus`,
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`-`, `Minus`,
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`*`, `Multiply`,
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`/`, `Divide`,
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`%`, `Modulo`,
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`&&`, `LogicalAnd`,
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`||`, `LogicalOr`,
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`!`, `Not`,
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`&`, `BitwiseAnd`,
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`|`, `BitwiseOr`,
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`~`, `BitwiseXor`,
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`^`, `BitwiseNot`,
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`->`, `PointerDereference`,
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`[]`, `Subscript`,
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`()`, `Call`,
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)
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tmp = replacer.Replace(tmp)
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// Also make the first letter uppercase so it becomes public in Go
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tmp = titleCase(tmp)
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// Also replace any underscore_case with CamelCase
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tmp = regexp.MustCompile(`_([a-z])`).ReplaceAllStringFunc(tmp, func(match string) string { return strings.ToUpper(match[1:]) })
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return tmp
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}
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type CppEnumEntry struct {
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EntryName string
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EntryValue string
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}
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type CppEnum struct {
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EnumName string
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UnderlyingType CppParameter
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Entries []CppEnumEntry
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}
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func (e CppEnum) ShortEnumName() string {
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// Strip back one single :: pair from the generated variable name
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if nameParts := strings.Split(e.EnumName, `::`); len(nameParts) > 1 {
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nameParts = nameParts[0 : len(nameParts)-1]
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return strings.Join(nameParts, `::`)
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}
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// No change
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return e.EnumName
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}
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type CppClass struct {
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ClassName string
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Abstract bool
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Ctors []CppMethod // only use the parameters
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Inherits []string // other class names
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Methods []CppMethod
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Props []CppProperty
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CanDelete bool
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ChildTypedefs []CppTypedef
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ChildClassdefs []CppClass
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ChildEnums []CppEnum
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}
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type CppTypedef struct {
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Alias string
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UnderlyingType CppParameter
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}
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type CppParsedHeader struct {
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Filename string
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Typedefs []CppTypedef
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Enums []CppEnum
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Classes []CppClass
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}
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func (c CppParsedHeader) Empty() bool {
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return len(c.Typedefs) == 0 &&
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len(c.Enums) == 0 &&
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len(c.Classes) == 0
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}
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func (c *CppParsedHeader) AddContentFrom(other *CppParsedHeader) {
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c.Classes = append(c.Classes, other.Classes...)
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c.Enums = append(c.Enums, other.Enums...)
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c.Typedefs = append(c.Typedefs, other.Typedefs...)
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}
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