ELFGccExceptTable (B2R2)

ELFGccExceptTable Module

Namespace: B2R2.FrontEnd.BinFile.ELF
Assembly: B2R2.FrontEnd.BinFile.dll

Functions and values

Function or value	Description
`ELFGccExceptTable.GccExceptTable` Full Usage: `ELFGccExceptTable.GccExceptTable` Returns: `string`	Returns: `string`
`ELFGccExceptTable.findMinFilter callsites` Full Usage: `ELFGccExceptTable.findMinFilter callsites` Parameters: callsites : `CallSiteRecord list` Returns: `int64`	callsites : `CallSiteRecord list` Returns: `int64`
`ELFGccExceptTable.findMinOrZero lst` Full Usage: `ELFGccExceptTable.findMinOrZero lst` Parameters: lst : `int64 list` Returns: `int64`	lst : `int64 list` Returns: `int64`
`ELFGccExceptTable.parse toolBox cls shdrs` Full Usage: `ELFGccExceptTable.parse toolBox cls shdrs` Parameters: toolBox : `ELFToolbox` cls : `WordSize` shdrs : `ELFSection array` Returns: `Map<uint64, LanguageSpecificDataArea>`	toolBox : `ELFToolbox` cls : `WordSize` shdrs : `ELFSection array` Returns: `Map<uint64, LanguageSpecificDataArea>`
`ELFGccExceptTable.parseActionEntries acc span offset actOffset` Full Usage: `ELFGccExceptTable.parseActionEntries acc span offset actOffset` Parameters: acc : `int64 list` span : `ByteSpan` offset : `int` actOffset : `int` Returns: `int64 list`	acc : `int64 list` span : `ByteSpan` offset : `int` actOffset : `int` Returns: `int64 list`
`ELFGccExceptTable.parseActionTable acc span offset callsites` Full Usage: `ELFGccExceptTable.parseActionTable acc span offset callsites` Parameters: acc : `CallSiteRecord list` span : `ByteSpan` offset : `int` callsites : `CallSiteRecord list` Returns: `CallSiteRecord list`	acc : `CallSiteRecord list` span : `ByteSpan` offset : `int` callsites : `CallSiteRecord list` Returns: `CallSiteRecord list`
`ELFGccExceptTable.parseCallSiteTable acc cls span reader offset csv hasAction` Full Usage: `ELFGccExceptTable.parseCallSiteTable acc cls span reader offset csv hasAction` Parameters: acc : `CallSiteRecord list` cls : `WordSize` span : `ByteSpan` reader : `IBinReader` offset : `int` csv : `ExceptionHeaderValue` hasAction : `bool` Returns: `CallSiteRecord list * bool`	acc : `CallSiteRecord list` cls : `WordSize` span : `ByteSpan` reader : `IBinReader` offset : `int` csv : `ExceptionHeaderValue` hasAction : `bool` Returns: `CallSiteRecord list * bool`
`ELFGccExceptTable.parseLSDA cls span reader sAddr offset` Full Usage: `ELFGccExceptTable.parseLSDA cls span reader sAddr offset` Parameters: cls : `WordSize` span : `ByteSpan` reader : `IBinReader` sAddr : `uint64` offset : `int` Returns: `LanguageSpecificDataArea * int`	Parse one LSDA entry. cls : `WordSize` span : `ByteSpan` reader : `IBinReader` sAddr : `uint64` offset : `int` Returns: `LanguageSpecificDataArea * int`
`ELFGccExceptTable.parseLSDAHeader cls span reader sAddr offset` Full Usage: `ELFGccExceptTable.parseLSDAHeader cls span reader sAddr offset` Parameters: cls : `WordSize` span : `ByteSpan` reader : `IBinReader` sAddr : `uint64` offset : `int` Returns: `LSDAHeader * int`	cls : `WordSize` span : `ByteSpan` reader : `IBinReader` sAddr : `uint64` offset : `int` Returns: `LSDAHeader * int`
`ELFGccExceptTable.parseLSDASection cls span reader sAddr offset lsdas` Full Usage: `ELFGccExceptTable.parseLSDASection cls span reader sAddr offset lsdas` Parameters: cls : `WordSize` span : `ByteSpan` reader : `IBinReader` sAddr : `uint64` offset : `int` lsdas : `Map<uint64, LanguageSpecificDataArea>` Returns: `Map<uint64, LanguageSpecificDataArea>`	Parse language-specific data area. cls : `WordSize` span : `ByteSpan` reader : `IBinReader` sAddr : `uint64` offset : `int` lsdas : `Map<uint64, LanguageSpecificDataArea>` Returns: `Map<uint64, LanguageSpecificDataArea>`
`ELFGccExceptTable.readUntilNull span offset` Full Usage: `ELFGccExceptTable.readUntilNull span offset` Parameters: span : `ByteSpan` offset : `int` Returns: `int`	span : `ByteSpan` offset : `int` Returns: `int`
`ELFGccExceptTable.skipDummyAlign span offset` Full Usage: `ELFGccExceptTable.skipDummyAlign span offset` Parameters: span : `ByteSpan` offset : `int` Returns: `int`	Sometimes, we observe dummy zero bytes inserted by the compiler (icc); this is nothing to do with the alignment. This is likely to be the compiler error, but we should safely ignore those dummy bytes. span : `ByteSpan` offset : `int` Returns: `int`
`ELFGccExceptTable.skipTypeTable span ttbase callsites` Full Usage: `ELFGccExceptTable.skipTypeTable span ttbase callsites` Parameters: span : `ByteSpan` ttbase : `int` callsites : `CallSiteRecord list` Returns: `int`	We currently just skip the type table by picking up the minimum filter value as we don't use the type table. span : `ByteSpan` ttbase : `int` callsites : `CallSiteRecord list` Returns: `int`