70 lines
2.0 KiB
Go
70 lines
2.0 KiB
Go
package analyzer
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import "git.tebibyte.media/arf/arf/types"
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import "git.tebibyte.media/arf/arf/parser"
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import "git.tebibyte.media/arf/arf/infoerr"
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// TypeSection represents a type definition section.
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type TypeSection struct {
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sectionBase
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what Type
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complete bool
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// TODO: do not add members from parent type. instead have a member
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// function to discern whether this type contains a particular member,
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// and have it recurse all the way up the family tree. it will be the
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// translator's job to worry about what members are placed where.
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members []ObjectMember
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}
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// ObjectMember is a member of an object type.
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type ObjectMember struct {
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name string
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// even if there is a private permission in another module, we still
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// need to include it in the semantic analysis because we need to know
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// how many members objects have.
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permission types.Permission
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what Type
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}
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func (member ObjectMember) ToString (indent int) (output string) {
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output += doIndent (
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indent,
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member.name, " ",
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member.permission.ToString(),
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"\n")
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output += member.what.ToString(indent + 1)
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return
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}
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// ToString returns all data stored within the type section, in string form.
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func (section TypeSection) ToString (indent int) (output string) {
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output += doIndent(indent, "typeSection ", section.where.ToString(), "\n")
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output += section.what.ToString(indent + 1)
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return
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}
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// analyzeTypeSection analyzes a type section.
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func (analyzer AnalysisOperation) analyzeTypeSection () (
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section Section,
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err error,
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) {
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inputSection := analyzer.currentSection.(parser.TypeSection)
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if inputSection.Permission() == types.PermissionReadWrite {
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err = inputSection.NewError (
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"read-write (rw) permission not understood in this " +
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"context, try read-only (ro)",
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infoerr.ErrorKindError)
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}
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outputSection := TypeSection { }
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outputSection.where = analyzer.currentPosition
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outputSection.what, err = analyzer.analyzeType(inputSection.Type())
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if err != nil { return }
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outputSection.complete = true
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return
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}
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