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| #define | LIBGTOP_CHECK_VERSION() |
| glibtop * | glibtop_init () |
| glibtop * | glibtop_init_r () |
| glibtop * | glibtop_init_s () |
| #define | GLIBTOP_MOUNTENTRY_LEN |
| struct | glibtop |
| extern glibtop * | glibtop_global_server |
| extern const unsigned long | glibtop_server_features |
You do not need to worry about the glibtop * server structure if you don't need - the library exports a glibtop_global_server which you can use everywhere a glibtop * is expected.
Most of the library and all of the sysdeps function also have an alias (which is the function name without the <suffix>_l</suffix>,
<suffix>_s</suffix> or <suffix>_r</suffix> suffix) which don'ttake a glibtop * as argument but uses the glibtop_global_server instead.
glibtop * glibtop_init_r (glibtop **server_ptr,unsigned long features,unsigned flags);
struct glibtop {
unsigned flags;
unsigned method; /* Server Method */
unsigned error_method; /* Error Method */
int input [2]; /* Pipe client <- server */
int output [2]; /* Pipe client -> server */
int socket; /* Accepted connection of a socket */
int ncpu; /* Number of CPUs, zero if single-processor */
int real_ncpu; /* Real number of CPUs. Only ncpu are monitored */
unsigned long os_version_code; /* Version code of the operating system */
const char *name; /* Program name for error messages */
const char *server_command; /* Command used to invoke server */
const char *server_host; /* Host the server should run on */
const char *server_user; /* Name of the user on the target host */
const char *server_rsh; /* Command used to connect to the target host */
unsigned long features; /* Server is required for this features */
unsigned long server_port; /* Port on which daemon is listening */
glibtop_sysdeps sysdeps; /* Detailed feature list */
glibtop_sysdeps required; /* Required feature list */
pid_t pid; /* PID of the server */
uid_t uid;
uid_t euid;
gid_t gid;
gid_t egid;
glibtop_machine *machine; /* Machine dependent data */
int ndisk; /* Number of DISKs, zero if single-disk. This pertains to disk volumes */
int real_ndisk; /* Number of PHYSICAL DISKs. Only ndisk is monitored for now */
};