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Timers: Add typecast to unit-converting macros

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This commit is contained in:
Ondrej Zajicek (work) 2017-06-20 15:55:39 +02:00
parent 92cc1e7457
commit ee528fbd5d
7 changed files with 23 additions and 22 deletions
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9
conf/confbase.Y
View File

@ -80,8 +80,7 @@ CF_DECLS
%type <iface> ipa_scope %type <iface> ipa_scope
%type <i> expr bool pxlen4 %type <i> expr bool pxlen4
%type <i32> expr_us %type <time> expr_us time
%type <time> time
%type <a> ipa %type <a> ipa
%type <net> net_ip4_ net_ip6_ net_ip6 net_ip_ net_ip net_or_ipa %type <net> net_ip4_ net_ip6_ net_ip6 net_ip_ net_ip net_or_ipa
%type <net_ptr> net_ net_any net_vpn4_ net_vpn6_ net_vpn_ net_roa4_ net_roa6_ net_roa_ %type <net_ptr> net_ net_any net_vpn4_ net_vpn6_ net_vpn_ net_roa4_ net_roa6_ net_roa_
@ -137,9 +136,9 @@ expr:
expr_us: expr_us:
expr S { $$ = (u32) $1 * 1000000; } expr S { $$ = $1 S_; }
| expr MS { $$ = (u32) $1 * 1000; } | expr MS { $$ = $1 MS_; }
| expr US { $$ = (u32) $1 * 1; } | expr US { $$ = $1 US_; }
; ;
/* Switches */ /* Switches */

7
lib/birdlib.h
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@ -71,9 +71,9 @@ static inline int u64_cmp(u64 i1, u64 i2)
typedef s64 btime; typedef s64 btime;
typedef s64 bird_clock_t; typedef s64 bird_clock_t;
#define S_ *1000000 #define S_ * (btime) 1000000
#define MS_ *1000 #define MS_ * (btime) 1000
#define US_ *1 #define US_ * (btime) 1
#define TO_S /1000000 #define TO_S /1000000
#define TO_MS /1000 #define TO_MS /1000
#define TO_US /1 #define TO_US /1
@ -82,6 +82,7 @@ typedef s64 bird_clock_t;
#define S S_ #define S S_
#define MS MS_ #define MS MS_
#define US US_ #define US US_
#define NS /1000
#endif #endif

1
nest/password.c
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@ -10,6 +10,7 @@
#include "nest/bird.h" #include "nest/bird.h"
#include "nest/password.h" #include "nest/password.h"
#include "lib/string.h" #include "lib/string.h"
#include "lib/timer.h"
#include "lib/mac.h" #include "lib/mac.h"
struct password_item *last_password_item = NULL; struct password_item *last_password_item = NULL;

6
proto/radv/radv.c
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@ -55,8 +55,8 @@ radv_timer(timer *tm)
/* Update timer */ /* Update timer */
ifa->last = current_time(); ifa->last = current_time();
btime t = (btime) ifa->cf->min_ra_int S; btime t = ifa->cf->min_ra_int S;
btime r = (btime) (ifa->cf->max_ra_int - ifa->cf->min_ra_int) S; btime r = (ifa->cf->max_ra_int - ifa->cf->min_ra_int) S;
t += random() % (r + 1); t += random() % (r + 1);
if (ifa->initial) if (ifa->initial)
@ -93,7 +93,7 @@ radv_iface_notify(struct radv_iface *ifa, int event)
} }
/* Update timer */ /* Update timer */
btime t = ifa->last + (btime) ifa->cf->min_delay S - current_time(); btime t = ifa->last + ifa->cf->min_delay S - current_time();
tm2_start(ifa->timer, t); tm2_start(ifa->timer, t);
} }

6
proto/rip/config.Y
View File

@ -147,9 +147,9 @@ rip_iface_item:
| SPLIT HORIZON bool { RIP_IFACE->split_horizon = $3; } | SPLIT HORIZON bool { RIP_IFACE->split_horizon = $3; }
| POISON REVERSE bool { RIP_IFACE->poison_reverse = $3; } | POISON REVERSE bool { RIP_IFACE->poison_reverse = $3; }
| CHECK ZERO bool { RIP_IFACE->check_zero = $3; } | CHECK ZERO bool { RIP_IFACE->check_zero = $3; }
| UPDATE TIME expr { RIP_IFACE->update_time = (btime) $3 S_; if ($3<=0) cf_error("Update time must be positive"); } | UPDATE TIME expr { RIP_IFACE->update_time = $3 S_; if ($3<=0) cf_error("Update time must be positive"); }
| TIMEOUT TIME expr { RIP_IFACE->timeout_time = (btime) $3 S_; if ($3<=0) cf_error("Timeout time must be positive"); } | TIMEOUT TIME expr { RIP_IFACE->timeout_time = $3 S_; if ($3<=0) cf_error("Timeout time must be positive"); }
| GARBAGE TIME expr { RIP_IFACE->garbage_time = (btime) $3 S_; if ($3<=0) cf_error("Garbage time must be positive"); } | GARBAGE TIME expr { RIP_IFACE->garbage_time = $3 S_; if ($3<=0) cf_error("Garbage time must be positive"); }
| ECMP WEIGHT expr { RIP_IFACE->ecmp_weight = $3 - 1; if (($3<1) || ($3>256)) cf_error("ECMP weight must be in range 1-256"); } | ECMP WEIGHT expr { RIP_IFACE->ecmp_weight = $3 - 1; if (($3<1) || ($3>256)) cf_error("ECMP weight must be in range 1-256"); }
| RX BUFFER expr { RIP_IFACE->rx_buffer = $3; if (($3<256) || ($3>65535)) cf_error("RX length must be in range 256-65535"); } | RX BUFFER expr { RIP_IFACE->rx_buffer = $3; if (($3<256) || ($3>65535)) cf_error("RX length must be in range 256-65535"); }
| TX LENGTH expr { RIP_IFACE->tx_length = $3; if (($3<256) || ($3>65535)) cf_error("TX length must be in range 256-65535"); } | TX LENGTH expr { RIP_IFACE->tx_length = $3; if (($3<256) || ($3>65535)) cf_error("TX length must be in range 256-65535"); }

8
proto/rpki/rpki.c
View File

@ -318,7 +318,7 @@ rpki_cache_change_state(struct rpki_cache *cache, const enum rpki_cache_state ne
static void static void
rpki_schedule_next_refresh(struct rpki_cache *cache) rpki_schedule_next_refresh(struct rpki_cache *cache)
{ {
btime t = (btime) cache->refresh_interval S; btime t = cache->refresh_interval S;
CACHE_DBG(cache, "after %t s", t); CACHE_DBG(cache, "after %t s", t);
tm2_start(cache->refresh_timer, t); tm2_start(cache->refresh_timer, t);
@ -327,7 +327,7 @@ rpki_schedule_next_refresh(struct rpki_cache *cache)
static void static void
rpki_schedule_next_retry(struct rpki_cache *cache) rpki_schedule_next_retry(struct rpki_cache *cache)
{ {
btime t = (btime) cache->retry_interval S; btime t = cache->retry_interval S;
CACHE_DBG(cache, "after %t s", t); CACHE_DBG(cache, "after %t s", t);
tm2_start(cache->retry_timer, t); tm2_start(cache->retry_timer, t);
@ -337,7 +337,7 @@ static void
rpki_schedule_next_expire_check(struct rpki_cache *cache) rpki_schedule_next_expire_check(struct rpki_cache *cache)
{ {
/* A minimum time to wait is 1 second */ /* A minimum time to wait is 1 second */
btime t = cache->last_update + (btime) cache->expire_interval S - current_time(); btime t = cache->last_update + cache->expire_interval S - current_time();
t = MAX(t, 1 S); t = MAX(t, 1 S);
CACHE_DBG(cache, "after %t s", t); CACHE_DBG(cache, "after %t s", t);
@ -483,7 +483,7 @@ rpki_expire_hook(timer *tm)
CACHE_DBG(cache, "%s", rpki_cache_state_to_str(cache->state)); CACHE_DBG(cache, "%s", rpki_cache_state_to_str(cache->state));
btime t = cache->last_update + (btime) cache->expire_interval S - current_time(); btime t = cache->last_update + cache->expire_interval S - current_time();
if (t <= 0) if (t <= 0)
{ {
CACHE_TRACE(D_EVENTS, cache, "All ROAs expired"); CACHE_TRACE(D_EVENTS, cache, "All ROAs expired");

8
sysdep/unix/io.c
View File

@ -406,7 +406,7 @@ times_init(struct timeloop *loop)
if ((ts.tv_sec < 0) || (((s64) ts.tv_sec) > ((s64) 1 << 40))) if ((ts.tv_sec < 0) || (((s64) ts.tv_sec) > ((s64) 1 << 40)))
log(L_WARN "Monotonic clock is crazy"); log(L_WARN "Monotonic clock is crazy");
loop->last_time = ((s64) ts.tv_sec S) + (ts.tv_nsec / 1000); loop->last_time = ts.tv_sec S + ts.tv_nsec NS;
loop->real_time = 0; loop->real_time = 0;
} }
@ -420,7 +420,7 @@ times_update(struct timeloop *loop)
if (rv < 0) if (rv < 0)
die("clock_gettime: %m"); die("clock_gettime: %m");
btime new_time = ((s64) ts.tv_sec S) + (ts.tv_nsec / 1000); btime new_time = ts.tv_sec S + ts.tv_nsec NS;
if (new_time < loop->last_time) if (new_time < loop->last_time)
log(L_ERR "Monotonic clock is broken"); log(L_ERR "Monotonic clock is broken");
@ -439,7 +439,7 @@ times_update_real_time(struct timeloop *loop)
if (rv < 0) if (rv < 0)
die("clock_gettime: %m"); die("clock_gettime: %m");
loop->real_time = ((s64) ts.tv_sec S) + (ts.tv_nsec / 1000); loop->real_time = ts.tv_sec S + ts.tv_nsec NS;
} }
@ -2281,7 +2281,7 @@ io_update_time(void)
if (rv < 0) if (rv < 0)
die("clock_gettime: %m"); die("clock_gettime: %m");
last_time = ((s64) ts.tv_sec S) + (ts.tv_nsec / 1000); last_time = ts.tv_sec S + ts.tv_nsec NS;
if (event_open) if (event_open)
{ {