TODOs

[sz-piotr]

Tranquility TODO list

Parser

• data model for numbers
• data model for strings
• data model for booleans
• parseStatement
• parseProgram
• parseHintedStatement
• parseHint
• parseEventDeclaration
• parseStructDeclaration
• parseStorageDeclaration
• parseContractDeclaration
• parseInterfaceDeclaration
• parseObjectDeclaration
• parseGenericParameters
• parseMemberDeclaration
• parseFieldDeclaration
• parseUseDeclaration
• parseMethodDeclaration
• parseMethodParams
• parseMethodParam
• parseTypeAnnotation
• parseType
• parseTypeParams
• parseFunctionDeclaration
• parseVariableDeclaration
• parseIfStatement
• parseElseStatement
• parseWhileLoop
• parseForLoop
• parseBlock
• parseReturnStatement
• parseEmitStatement
• parseExpression
• parseExceptionExpression
• parseVariableAssignment
• parseAssignmentOperator
• parseLogicalOr
• parseLogicalOrOperator
• parseLogicalAnd
• parseLogicalAndOperator
• parseEquality
• parseEqualityOperator
• parseComparison
• parseComparisonOperator
• parseAddSub
• parseAddSubOperator
• parseMulDivRem
• parseMulDivRemOperator
• parseUnary
• parseUnaryOperator
• parseAccess
• parseAccessMethod
• parseFunctionCall
• parseFunctionParameters
• parseLiteralOrParenthesized
• parseLiteral
• parseNumber
• parseInteger
• parseHexadecimal
• parseBinary
• parseString
• (Nice to have) git merge conflict strings (======, >>>>>>, <<<<<<) raise readable errors

Interpreter

• evalAstNode
• evalExpression
• evalMemberDeclaration
• evalStatement
• evalBinaryOperation
• evalFunctionCall
• evalFunctionParameter
• evalIdentifier
• evalIndexAccess
• evalType
• evalBlock
• evalBooleanLiteral
• evalNumberLiteral
• evalStringLiteral
• evalZeroLiteral
• evalEventEmit
• evalFieldDeclaration
• evalFunctionDeclaration
• evalMethodDeclaration
• evalProgram
• evalReturnStatement
• evalStatementWithError
• evalStorageDeclaration
• evalUsingDeclaration
• evalVariableAssignment
• evalVariableDeclaration

Type checker

• read about type checking

Compiler

• read about compiling and IR
• devise an IR
• translate everything into IR
• optimize IR
• compile IR to EVM