Documentation
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Index ¶
Constants ¶
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Variables ¶
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Functions ¶
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Types ¶
type DotnetDetector ¶
type DotnetDetector struct {
// contains filtered or unexported fields
}
DotnetDetector detects .NET processes.
func NewDotnetDetector ¶
func NewDotnetDetector() DotnetDetector
NewDotnetDetector creates a new instance of DotnetDetector.
func (DotnetDetector) DetectLanguage ¶
func (d DotnetDetector) DetectLanguage(process languagemodels.Process) (languagemodels.Language, error)
DetectLanguage detects if a process is a .NET process. It does this by using /proc/PID/maps to check if the process has mapped a standard .NET dll. This works for non-single-file deployments (both self-contained and framework-dependent), and framework-dependent single-file deployments.
It does not work for self-contained single-file deployments since these do not have any DLLs in their maps file.
type GoDetector ¶
type GoDetector struct {
// contains filtered or unexported fields
}
func NewGoDetector ¶
func NewGoDetector() GoDetector
func (GoDetector) DetectLanguage ¶
func (d GoDetector) DetectLanguage(process languagemodels.Process) (languagemodels.Language, error)
DetectLanguage allows for detecting if a process is a go process, and its version. Note that currently the goDetector only returns non-retriable errors since in all cases we will not be able to detect the language. Scenarios in which we can return an error:
- Program exits early, and we fail to call `safeelf.Open`. Note that in the future it may be possible to lock the directory using a system call.
- Program is not a go binary, or has build tags stripped out. In this case we return a `dderrors.NotFound`.
type JRubyDetector ¶
type JRubyDetector struct{}
JRubyDetector is a languagedetection.Detector that detects JRuby processes
func (JRubyDetector) DetectLanguage ¶
func (d JRubyDetector) DetectLanguage(process languagemodels.Process) (languagemodels.Language, error)
Source Files