libxorp Globals


Annotated List
Files
Globals
Hierarchy
Index

c_format.hh

debug.h

ether_compat.h

exceptions.hh

ipnet.hh

ipv4net.hh

ipv6net.hh

ipvx.hh

ipvxnet.hh

mac.hh

nexthop.hh

selector.hh

service.hh

status_codes.h

timer.hh

timeval.hh

token.hh

utility.h

utils.hh

xorp.h

Global member Documentation

inline int  arg_count ()

arg_count

#include <c_format.hh>

template <class A> inline int  arg_count (A)

arg_count

#include <c_format.hh>

template <class A, class B> inline int  arg_count (A,B)

arg_count

#include <c_format.hh>

template <class A, class B, class C> inline int  arg_count (A,B,C)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D> inline int  arg_count (A,B,C,D)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E> inline int  arg_count (A,B,C,D,E)

arg_count

#include <c_format.hh>

template <class A, class B, class C,class D, class E, class F> inline int  arg_count (A,B,C,D,E,F)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G> inline int  arg_count (A,B,C,D,E,F,G)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H> inline int  arg_count (A,B,C,D,E,F,G,H)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H, class I> inline int  arg_count (A,B,C,D,E,F,G,H,I)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H, class I, class J> inline int  arg_count (A,B,C,D,E,F,G,H,I,J)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H, class I, class J, class K> inline int  arg_count (A,B,C,D,E,F,G,H,I,J,K)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H, class I, class J, class K, class L> inline int  arg_count (A,B,C,D,E,F,G,H,I,J,K,L)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H, class I, class J, class K, class L, class M> inline int  arg_count (A,B,C,D,E,F,G,H,I,J,K,L,M)

arg_count

#include <c_format.hh>

template <class A, class B, class C, class D, class E, class F, class G, class H, class I, class J, class K, class L, class M, class N> inline int  arg_count (A,B,C,D,E,F,G,H,I,J,K,L,M,N)

arg_count

#include <c_format.hh>

void  c_format_validate (const char* fmt, int n)

c_format_validate

#include <c_format.hh>

inline void  swallow_args (const char*)

swallow_args

#include <debug.h>

template <class A> inline void  swallow_args (const char*, A)

swallow_args

#include <debug.h>

template <class A, class B> inline void  swallow_args (const char*, A, B)

swallow_args

#include <debug.h>

template <class A, class B, class C> inline void  swallow_args (const char*, A, B, C)

swallow_args

#include <debug.h>

template <class A, class B, class C, class D> inline void  swallow_args (const char*, A, B, C, D)

swallow_args

#include <debug.h>

template <class A, class B, class C, class D, class E> inline void  swallow_args (const char*, A, B, C, D, E)

swallow_args

#include <debug.h>

template <class A, class B, class C, class D, class E, class F> inline void  swallow_args (const char*, A, B, C, D, E, F)

swallow_args

#include <debug.h>

template <class A, class B, class C, class D, class E, class F, class G> inline void  swallow_args (const char*, A, B, C, D, E, F, G)

swallow_args

#include <debug.h>

template <class A, class B, class C, class D, class E, class F, class G, class H> inline void  swallow_args (const char*, A, B, C, D, E, F, G, H)

swallow_args

#include <debug.h>

inline void  check_args (const char*, ...)

check_args

#include <debug.h>

struct ether_addr*  ether_aton (const char *a)

ether_aton

#include <ether_compat.h>

const char*  ether_ntoa (const struct ether_addr* ea)

ether_ntoa

#include <ether_compat.h>

void  xorp_catch_standard_exceptions ()

xorp_catch_standard_exceptions

#include <exceptions.hh>

Print diagnostic message if exception is derived from XorpException or from standard exceptions, and terminate the program.

void  xorp_print_standard_exceptions ()

xorp_print_standard_exceptions

#include <exceptions.hh>

Print diagnostic message if exception is derived from XorpException or from standard exceptions.

Note that unlike xorp_catch_standard_exceptions(), the program does NOT terminate.

void  xorp_unexpected_handler ()

xorp_unexpected_handler

#include <exceptions.hh>

Unexpected exceptions are programming errors and this handler can be installed with XorpUnexpectedHandler to print out as much information as possible. The default behaviour is just to dump core, but it very hard to detect what happened.

template <class A> uint32_t  overlap (const IPNet<A>& a1, const IPNet<A>& a2)

overlap

#include <ipnet.hh>

Determine the number of the most significant bits overlapping between two subnets.

Parameters:
a1the first subnet.
a2the subnet.

Returns: the number of bits overlapping between a1 and a2.

typedef IPNet<IPv4> IPv4Net

IPv4Net

#include <ipv4net.hh>

typedef IPNet<IPv6> IPv6Net

IPv6Net

#include <ipv6net.hh>

inline size_t  family2addr_size (const int family)

family2addr_size

#include <ipvx.hh>

inline uint32_t  family2addr_bitlen (const int family)

family2addr_bitlen

#include <ipvx.hh>

typedef IPNet<IPvX> BaseIPvXNet

BaseIPvXNet

#include <ipvxnet.hh>

Base IPvXNet just has IPNet methods. IPvXNet is derived from BaseIPvXNet and has IPvX specific functions such as whether contained type is an IPv4 network or an IPv6 network.

See IPNet for available methods.

inline bool  operator== (const Mac& m1, const Mac& m2)

operator==

#include <mac.hh>

inline bool  operator== (const EtherMac& m1, const EtherMac& m2)

operator==

#include <mac.hh>

typedef IPNextHop<IPv4> IPv4NextHop

IPv4NextHop

#include <nexthop.hh>

typedef IPNextHop<IPv6> IPv6NextHop

IPv6NextHop

#include <nexthop.hh>

typedef IPNextHop<IPvX> IPvXNextHop

IPvXNextHop

#include <nexthop.hh>

typedef IPPeerNextHop<IPv4> IPv4PeerNextHop

IPv4PeerNextHop

#include <nexthop.hh>

typedef IPPeerNextHop<IPv6> IPv6PeerNextHop

IPv6PeerNextHop

#include <nexthop.hh>

typedef IPPeerNextHop<IPvX> IPvXPeerNextHop

IPvXPeerNextHop

#include <nexthop.hh>

typedef IPEncapsNextHop<IPv4> IPv4EncapsNextHop

IPv4EncapsNextHop

#include <nexthop.hh>

typedef IPEncapsNextHop<IPv6> IPv6EncapsNextHop

IPv6EncapsNextHop

#include <nexthop.hh>

typedef IPEncapsNextHop<IPvX> IPvXEncapsNextHop

IPvXEncapsNextHop

#include <nexthop.hh>

typedef IPExternalNextHop<IPv4> IPv4ExternalNextHop

IPv4ExternalNextHop

#include <nexthop.hh>

typedef IPExternalNextHop<IPv6> IPv6ExternalNextHop

IPv6ExternalNextHop

#include <nexthop.hh>

typedef IPExternalNextHop<IPvX> IPvXExternalNextHop

IPvXExternalNextHop

#include <nexthop.hh>

enum SelectorMask { SEL_RD = 0x01, SEL_WR = 0x02, SEL_EX = 0x04, SEL_ALL = SEL_RD | SEL_WR | SEL_EX }

SelectorMask

#include <selector.hh>

Selector event type masks.

typedef XorpCallback2<void,int,SelectorMask>::RefPtr SelectorCallback

SelectorCallback

#include <selector.hh>

typedef ref_ptr<SelectorTag> Selector

Selector

#include <selector.hh>

enum ServiceStatus { READY = 0x001, STARTING = 0x002, RUNNING = 0x004, PAUSING = 0x008, PAUSED = 0x010, RESUMING = 0x020, SHUTTING_DOWN = 0x040, SHUTDOWN = 0x080, FAILED = 0x100, ALL = READY | STARTING | RUNNING | PAUSING | PAUSED | RESUMING | SHUTTING_DOWN | SHUTDOWN | FAILED }

ServiceStatus

#include <service.hh>

Enumeration of states objects derived from ServiceBase may be in.

const char*  service_status_name (ServiceStatus s)

service_status_name

#include <service.hh>

Get text description of enumerated service status.

Parameters:
sservice status to recover name for.

typedef enum --

--

#include <status_codes.h>

enum -- { PROC_NULL = 0, PROC_STARTUP = 1, PROC_NOT_READY = 2, PROC_READY = 3, PROC_SHUTDOWN = 4, PROC_FAILED = 5 }

--

#include <status_codes.h>

typedef XorpCallback0<void>::RefPtr OneoffTimerCallback

OneoffTimerCallback

#include <timer.hh>

typedef XorpCallback0<bool>::RefPtr PeriodicTimerCallback

PeriodicTimerCallback

#include <timer.hh>

typedef XorpCallback1<void, XorpTimer&>::RefPtr BasicTimerCallback

BasicTimerCallback

#include <timer.hh>

typedef void  (*query_current_time) (TimeVal*)

(*query_current_time)

#include <timer.hh>

inline TimeVal  operator- (const TimeVal& v)

operator-

#include <timeval.hh>

Prefix unary minus.

inline TimeVal  operator* (int n, const TimeVal& t)

operator*

#include <timeval.hh>

Multiply TimeVal by integer.

inline TimeVal  operator* (const double& d, const TimeVal& t)

operator*

#include <timeval.hh>

Multiply TimeVal by double.

inline TimeVal  random_uniform (const TimeVal& lower, const TimeVal& upper)

random_uniform

#include <timeval.hh>

Generate a TimeVal value from a uniform random distribution between specified bounds.

Parameters:
lowerlower bound of generated value.
upperupper bound of generated value.

Returns: value chosen from uniform random distribution.

inline TimeVal  random_uniform (const TimeVal& upper)

random_uniform

#include <timeval.hh>

Generate a TimeVal value from a uniform random distribution between zero and specified bound.

Parameters:
upperupper bound of generated value.

Returns: value chosen from uniform random distribution.

inline TimeVal  positive_random_uniform (const TimeVal& center, const double& factor)

positive_random_uniform

#include <timeval.hh>

Generate a TimeVal value from a uniform random distribution between the bounds center - factor * center and center + factor * center. If the lower bound is less than TimeVal::ZERO() it is rounded up to TimeVal::ZERO().

Parameters:
centermid-point of generated time value.
factorthe spread of the uniform random distribution.

Returns: value chosen from uniform random distribution.

string  copy_token (const string& token_org)

copy_token

#include <token.hh>

Copy a token.

If the token contains token separators, enclose it within quotations.

Parameters:
token_orgthe token to copy.

Returns: the copy of the token with token separators enclosed within quotations.

string  pop_token (string& token_line)

pop_token

#include <token.hh>

Pop a token from a token line.

Parameters:
token_linethe token line to pop a token from.

Returns: the first token from the front of the line. Also, token_line is modified to exlude that token.

bool  is_token_separator (const char c)

is_token_separator

#include <token.hh>

Test if a character is a token separator.

Currently, the is_space(3) characters and '|' are considered as token separators.

Parameters:
cthe character to test whether it is token separator.

Returns: true if c is a token separator, otherwise false.

bool  has_more_tokens (const string& token_line)

has_more_tokens

#include <token.hh>

Test if a token line contains more tokens.

Parameters:
token_linethe token line to test.

Returns: true if token_line contains more tokens, otherwise false.

string  char_line2token_line (const char *char_line)

char_line2token_line

#include <token.hh>

Create a copy of a token line.

Create a copy of a token line, but all tokens with a single space between.

Parameters:
char_lineC-style token line to copy.

Returns: C++ string copy of char_line, but with all tokens inside with a single space between.

extern int  xorp_isalnum (int c)

xorp_isalnum

#include <utility.h>

extern int  xorp_isalpha (int c)

xorp_isalpha

#include <utility.h>

extern int  xorp_iscntrl (int c)

xorp_iscntrl

#include <utility.h>

extern int  xorp_isdigit (int c)

xorp_isdigit

#include <utility.h>

extern int  xorp_isgraph (int c)

xorp_isgraph

#include <utility.h>

extern int  xorp_islower (int c)

xorp_islower

#include <utility.h>

extern int  xorp_isprint (int c)

xorp_isprint

#include <utility.h>

extern int  xorp_ispunct (int c)

xorp_ispunct

#include <utility.h>

extern int  xorp_isspace (int c)

xorp_isspace

#include <utility.h>

extern int  xorp_isupper (int c)

xorp_isupper

#include <utility.h>

extern int  xorp_isxdigit (int c)

xorp_isxdigit

#include <utility.h>

extern int  xorp_tolower (int c)

xorp_tolower

#include <utility.h>

extern int  xorp_toupper (int c)

xorp_toupper

#include <utility.h>

template<class T> void  delete_pointers_list (list<T *>& delete_list)

delete_pointers_list

#include <utils.hh>

Template to delete a list of pointers, and the objects pointed to.

Parameters:
delete_listthe list of pointers to objects to delete.

template<class T> void  delete_pointers_vector (vector<T *>& delete_vector)

delete_pointers_vector

#include <utils.hh>

Template to delete an array of pointers, and the objects pointed to.

Parameters:
delete_vectorthe vector of pointers to objects to delete.

typedef enum --

--

#include <xorp.h>

The xlog functions provide a similar role to syslog. The log messages may be output to multiple output streams simulataneously.

enum -- { true = TRUE, false = FALSE }

--

#include <xorp.h>

typedef bool bool_t

bool_t

#include <xorp.h>


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