In file included from modlib/modlib_symbols.c:34:
modlib/modlib_symbols.c: In function 'modlib_symvalue':
modlib/modlib_symbols.c:432:41: error: pointer of type 'void *' used in arithmetic [-Werror=pointer-arith]
432 | (uintptr_t)(sym->st_value + symbol->sym_value));
| ^
cc1: all warnings being treated as errors
make[1]: *** [Makefile:156: bin/modlib_symbols.o] Error 1
string/lib_strcpy.c:87:15: runtime error: signed integer overflow: -2132367969 - 16843009 cannot be represented in type 'long int'
#0 0x48e77096 in strcpy string/lib_strcpy.c:87
#1 0x535b6ea4 in libconfig_strbuf_append_string libconfig/lib/strbuf.c:60
#2 0x53ad7f52 in libconfig_yyparse /home/ygc/ssd/x4b-sim/external/libconfig/grammar.y:186
#3 0x5358d281 in __config_read libconfig/lib/libconfig.c:561
#4 0x5358dea0 in config_read_file libconfig/lib/libconfig.c:677
#5 0x52cdd0a5 in tts_vendor_list_get src/vendor.c:114
#6 0x52cde739 in default_tts_vendor_get src/vendor.c:356
#7 0x52a07e1d in vendorswitch_init src/vendorswitch/vendorswitch.c:501
#8 0x52444fb9 in mico_misc_main /home/ygc/ssd/x4b-sim/vendor/xiaomi/miai/mico_misc/instance/main.c:72
#9 0x48bee720 in nxtask_startup sched/task_startup.c:70
#10 0x48b41eb4 in nxtask_start task/task_start.c:112
#11 0x48c1ef3d in pre_start sim/sim_initialstate.c:52
Signed-off-by: yangguangcai <yangguangcai@xiaomi.com>
rootcause: in btuart_rxwork, read data in blocking mode and btuart_read do three times, maybe remote send some packets one time,so it wont read the sencond packets.
Signed-off-by: wangzhi7 <wangzhi7@xiaomi.com>
add bt_driver_register interface, which could handle
these cases:bth4 bth5 btbridge btslip and btuart_lowerhalf_s etc.
Signed-off-by: chengkai <chengkai@xiaomi.com>
change bt_driver_register/unregister function name to
bt_driver_set/unset, which would be prepared for bt_driver.h
Signed-off-by: chengkai <chengkai@xiaomi.com>
add btuart_create interface, which would be more
flexible in complex cases. And extract btuart_register interface.
Signed-off-by: chengkai <chengkai@xiaomi.com>
BLUETOOTH_MAX_FRAMELEN buffer size is only for LE only mode.
then we need to increase HCI buffer size in BR/EDR and LE mode.
Signed-off-by: chengkai <chengkai@xiaomi.com>
when downloading rtk firmware with vendor hci cmd sending to
bt bridge, which would not filter that hci cmd.
Signed-off-by: chengkai <chengkai@xiaomi.com>
h5 ack which send to controller always timeout, which causing
controller would send repend hci data until host send back h5 ack.
Signed-off-by: chengkai <chengkai@xiaomi.com>
bt bridge filter would not match when ACL in data
head with Packet_Boundary_Flag 0b10. in that case connect handle
is the first 3 octets of the packet, which not match
BT_HCI_EVT_LE_CONN_COMPLETE hci event alloc handle.
Signed-off-by: chengkai <chengkai@xiaomi.com>
Implement hartid<->cpuid mapping for RISC-V. This is necessary for some
platforms which cannot use 1:1 mapping between logical and physical CPU /
core IDs. One example is MPFS where hart0 cannot be used for NuttX SMP as
it is a less capable "monitor" core (E51) compared to the application
cores hart1...3 (E54).
Why not just use a generic offset then? We also need the physical hart ID
for many things:
- Communication between harts (IPI)
- External interrupt acknowledgment (interrupt claim for specific CPU)
- Communication to SBI
Thus, create procedures that can do this translation:
- The default mapping is still logical=physical.
- Another flavor is to use the existing CONFIG_ARCH_RV_HARTID_BASE config
variable, which is just a simple offset
- The final flavor is to overload hartid<->cpuid on a per chip basis (no
example for this is provided yet)
This implements empty hooks to the arch/chip layer, which can implement
an optional translation between logical<->physical CPU/core id.
The default mapping is 1:1 i.e. logical=physical.
The function is supposed to return the physical hart ID. It is needed
for e.g. external interrupt acknowledgment (see mpfs_plic.c).
This offset is moved initially to up_cpu_index (which is also wrong, but
less wrong than the current implementation). Finally, a translation
between physical <-> logical shall be provided.
This fixes issue where empty and unallocated sections are left without
a VMA. Some relocations depend on the section VMA being set even if there
is no data there, as the binary can refer to the symbols. Linker defined
symbols do not contain data -> they can produce empty sections.
This issue is seen when building a loadable file which declares _sctors /
_sdtors linker defined symbols for ctor/dtor sections which are empty.
crt0 references these symbols, so they need to be relocated, but the
section VMA is not set -> they go outside of the addressable range of the
user binary causing a potential crash.
buxiasen