C++¶

Exceptions¶

class LIEF::exception : public std::exception¶

Subclassed by LIEF::bad_file, LIEF::builder_error, LIEF::conversion_error, LIEF::corrupted, LIEF::integrity_error, LIEF::not_found, LIEF::not_implemented, LIEF::not_supported, LIEF::parser_error, LIEF::pe_error, LIEF::read_out_of_bound, LIEF::type_error

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

~exception() noexcept¶

class LIEF::bad_file : public LIEF::exception¶

Subclassed by LIEF::bad_format

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::bad_format : public LIEF::bad_file¶

Public Functions

const char *what(void) const noexcept override¶

class LIEF::not_implemented : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::not_supported : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::integrity_error : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::read_out_of_bound : public LIEF::exception¶

Public Functions

read_out_of_bound(uint64_t offset, uint64_t size)¶

read_out_of_bound(uint64_t offset)¶

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::not_found : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::corrupted : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::conversion_error : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::type_error : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::builder_error : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::parser_error : public LIEF::exception¶

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::pe_error : public LIEF::exception¶

Subclassed by LIEF::pe_bad_section_name

Public Functions

exception(const exception &other)¶

exception(const std::string &msg)¶

exception(const char *msg)¶

const char *what(void) const noexcept override¶

class LIEF::pe_bad_section_name : public LIEF::pe_error¶

Public Functions

const char *what(void) const noexcept override¶

Iterators¶

template<class T, class ITERATOR_T = typename decay_t<T>::iterator>
class LIEF::ref_iterator : public std::iterator<std::bidirectional_iterator_tag, decay_t<T>::value_type, ptrdiff_t, std::remove_pointer<decay_t<T>::value_type>::type*, std::remove_pointer<decay_t<T>::value_type>::type&>¶

Iterator which returns reference on container’s values.

Public Types

using container_type = T¶

using DT = decay_t<T>¶

using ref_t = typename ref_iterator::reference¶

using pointer_t = typename ref_iterator::pointer¶

Public Functions

ref_iterator(T container)¶

ref_iterator(const ref_iterator &copy)¶

ref_iterator operator=(ref_iterator other)¶

void swap(ref_iterator &other)¶

ref_iterator &operator++(void)¶

ref_iterator operator++(int)¶

ref_iterator &operator--(void)¶

ref_iterator operator--(int)¶

ref_iterator &operator+=(const typename ref_iterator::difference_type &movement)¶

ref_iterator &operator-=(const typename ref_iterator::difference_type &movement)¶

std::enable_if<not std::is_const<ref_t>::value, remove_const_t<ref_t>>::type operator[](size_t n)¶

add_const_t<ref_t> operator[](size_t n) const¶

ref_iterator operator+(typename ref_iterator::difference_type n) const¶

ref_iterator operator-(typename ref_iterator::difference_type n) const¶

ref_iterator::difference_type operator-(const ref_iterator &rhs) const¶

bool operator<(const ref_iterator &rhs) const¶

bool operator>(const ref_iterator &rhs) const¶

bool operator>=(const ref_iterator &rhs) const¶

bool operator<=(const ref_iterator &rhs) const¶

ref_iterator begin(void) const¶

ref_iterator cbegin(void) const¶

ref_iterator end(void) const¶

ref_iterator cend(void) const¶

bool operator==(const ref_iterator &other) const¶

bool operator!=(const ref_iterator &other) const¶

size_t size(void) const¶

std::enable_if<not std::is_const<ref_t>::value, remove_const_t<ref_t>>::type operator*()¶

template<typename U = typename DT::value_type>
std::enable_if<std::is_pointer<U>::value, add_const_t<ref_t>>::type operator*() const¶

template<typename U = typename DT::value_type>
std::enable_if<not std::is_pointer<U>::value, add_const_t<ref_t>>::type operator*() const¶

std::enable_if<not std::is_const<pointer_t>::value, pointer_t>::type operator->()¶

add_const_t<pointer_t> operator->() const¶

template<class T, class CT = typename std::add_const<T>::type>
using LIEF::const_ref_iterator = ref_iterator<CT, typename decay_t<CT>::const_iterator>¶

Iterator which return const ref on container’s values.

template<class T, class ITERATOR_T = typename decay_t<T>::iterator>
class LIEF::filter_iterator : public std::iterator<std::forward_iterator_tag, decay_t<T>::value_type, ptrdiff_t, std::remove_pointer<decay_t<T>::value_type>::type*, std::remove_pointer<decay_t<T>::value_type>::type&>¶

Iterator which return a ref on container’s values given predicates.

Public Types

using container_type = T¶

using DT = decay_t<T>¶

using ref_t = typename filter_iterator::reference¶

using pointer_t = typename filter_iterator::pointer¶

using filter_t = std::function<bool(const typename DT::value_type&)>¶

Public Functions

filter_iterator(T container, filter_t filter)¶

filter_iterator(T container, const std::vector<filter_t> &filters)¶

filter_iterator(T container)¶

filter_iterator(const filter_iterator &copy)¶

filter_iterator operator=(filter_iterator other)¶

void swap(filter_iterator &other)¶

filter_iterator &def(filter_t func)¶

filter_iterator &operator++()¶

filter_iterator operator++(int)¶

filter_iterator begin(void) const¶

filter_iterator cbegin(void) const¶

filter_iterator end(void) const¶

filter_iterator cend(void) const¶

std::enable_if<not std::is_const<ref_t>::value, remove_const_t<ref_t>>::type operator*()¶

template<typename U = typename DT::value_type>
std::enable_if<std::is_pointer<U>::value, add_const_t<ref_t>>::type operator*() const¶

template<typename U = typename DT::value_type>
std::enable_if<not std::is_pointer<U>::value, add_const_t<ref_t>>::type operator*() const¶

std::enable_if<not std::is_const<ref_t>::value, remove_const_t<ref_t>>::type operator[](size_t n)¶

add_const_t<ref_t> operator[](size_t n) const¶

std::enable_if<not std::is_const<pointer_t>::value, pointer_t>::type operator->()¶

add_const_t<pointer_t> operator->() const¶

size_t size(void) const¶

bool operator==(const filter_iterator &other) const¶

bool operator!=(const filter_iterator &other) const¶

template<class T, class CT = typename std::add_const<T>::type>
using LIEF::const_filter_iterator = filter_iterator<CT, typename decay_t<CT>::const_iterator>¶

Iterator which return a const ref on container’s values given predicates.

Logging¶

void LIEF::logging::disable(void)¶

Disable the logging module.

void LIEF::logging::enable(void)¶

Enable the logging module.

void LIEF::logging::set_level(LOGGING_LEVEL level)¶

Change the logging level (hierarchical)

Logging levels¶

enum LIEF::logging::LOGGING_LEVEL¶

Hierarchical logging level

From a given level set, all levels below this level are enabled

For example, if LOG_FATAL is enabled then LOG_ERROR, LOG_WARNING are also enabled

Values:

enumerator LOG_TRACE¶

enumerator LOG_DEBUG¶

enumerator LOG_INFO¶

enumerator LOG_WARN¶

enumerator LOG_ERR¶

enumerator LOG_CRITICAL¶