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base: show size as %zu instead %zd

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For big numbers otherwise negative sizes for memory chunks are displayed.

Issue #1011
This commit is contained in:
Alexander Boettcher 2013-12-20 10:33:56 +01:00 committed by Norman Feske
parent b8beba5bf3
commit b893968232
12 changed files with 30 additions and 30 deletions
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2
base/include/base/allocator_guard.h
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@ -70,7 +70,7 @@ namespace Genode {
bool alloc(size_t size, void **out_addr)
{
if ((_amount - _consumed) < (size + _allocator->overhead(size))) {
PWRN("Quota exceeded! amount=%zd, size=%zd, consumed=%zd",
PWRN("Quota exceeded! amount=%zu, size=%zu, consumed=%zu",
_amount, (size + _allocator->overhead(size)), _consumed);
return false;
}

4
base/include/root/component.h
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@ -203,7 +203,7 @@ namespace Genode {
size_t needed = sizeof(SESSION_TYPE) + md_alloc()->overhead(sizeof(SESSION_TYPE));
if (needed > ram_quota) {
PERR("Insufficient ram quota, provided=%zd, required=%zd",
PERR("Insufficient ram quota, provided=%zu, required=%zu",
ram_quota, needed);
throw Root::Quota_exceeded();
}
@ -221,7 +221,7 @@ namespace Genode {
char adjusted_args[MAX_ARGS_LEN];
strncpy(adjusted_args, args.string(), sizeof(adjusted_args));
char ram_quota_buf[64];
snprintf(ram_quota_buf, sizeof(ram_quota_buf), "%zd",
snprintf(ram_quota_buf, sizeof(ram_quota_buf), "%zu",
remaining_ram_quota);
Arg_string::set_arg(adjusted_args, sizeof(adjusted_args),
"ram_quota", ram_quota_buf);

2
base/include/trace_session/connection.h
View File

@ -31,7 +31,7 @@ struct Genode::Trace::Connection : Genode::Connection<Genode::Trace::Session>,
*/
Connection(size_t ram_quota, size_t arg_buffer_size, unsigned parent_levels) :
Genode::Connection<Session>(
session("ram_quota=%zd, arg_buffer_size=%zd, parent_levels=%u",
session("ram_quota=%zu, arg_buffer_size=%zu, parent_levels=%u",
ram_quota, arg_buffer_size, parent_levels)),
Session_client(cap()) { }
};

2
base/src/base/child/child.cc
View File

@ -57,7 +57,7 @@ namespace {
{
if (_from.valid() && _to.valid() &&
Ram_session_client(_from).transfer_quota(_to, quantum)) {
PWRN("not enough quota for a donation of %zd bytes", quantum);
PWRN("not enough quota for a donation of %zu bytes", quantum);
throw Parent::Quota_exceeded();
}
}

4
base/src/base/env/platform_env.h vendored
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@ -148,9 +148,9 @@ class Genode::Platform_env : public Genode::Env, public Emergency_ram_reserve
void release() {
PDBG("used before freeing emergency=%zd", _resources.ram.used());
PDBG("used before freeing emergency=%zu", _resources.ram.used());
_resources.ram.free(_emergency_ram_ds);
PDBG("used after freeing emergency=%zd", _resources.ram.used());
PDBG("used after freeing emergency=%zu", _resources.ram.used());
}

10
base/src/base/env/platform_env_common.h vendored
View File

@ -71,11 +71,11 @@ struct Upgradeable_client : CLIENT
void upgrade_ram(Genode::size_t quota)
{
PINF("upgrading quota donation for Env::%s (%zd bytes)",
PINF("upgrading quota donation for Env::%s (%zu bytes)",
CLIENT::Rpc_interface::service_name(), quota);
char buf[128];
Genode::snprintf(buf, sizeof(buf), "ram_quota=%zd", quota);
Genode::snprintf(buf, sizeof(buf), "ram_quota=%zu", quota);
Genode::env()->parent()->upgrade(_cap, buf);
}
@ -118,7 +118,7 @@ struct Genode::Expanding_ram_session_client : Upgradeable_client<Genode::Ram_ses
* a bit too much quota for the most time.
*/
enum { ALLOC_OVERHEAD = 1024U };
Genode::snprintf(buf, sizeof(buf), "ram_quota=%zd",
Genode::snprintf(buf, sizeof(buf), "ram_quota=%zu",
size + ALLOC_OVERHEAD);
env()->parent()->resource_request(buf);
},
@ -141,7 +141,7 @@ struct Genode::Expanding_ram_session_client : Upgradeable_client<Genode::Ram_ses
* XXX Let transfer_quota throw 'Ram_session::Quota_exceeded'
*/
char buf[128];
Genode::snprintf(buf, sizeof(buf), "ram_quota=%zd", amount);
Genode::snprintf(buf, sizeof(buf), "ram_quota=%zu", amount);
env()->parent()->resource_request(buf);
}
return ret;
@ -229,7 +229,7 @@ class Genode::Expanding_parent_client : public Parent_client
.ulong_value(0);
char buf[128];
snprintf(buf, sizeof(buf), "ram_quota=%zd", ram_quota);
snprintf(buf, sizeof(buf), "ram_quota=%zu", ram_quota);
resource_request(Resource_args(buf));
},

2
base/src/base/heap/sliced_heap.cc
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@ -84,7 +84,7 @@ bool Sliced_heap::alloc(size_t size, void **out_addr)
_ram_session->free(ds_cap);
return false;
} catch (Ram_session::Alloc_failed) {
PERR("Could not allocate dataspace with size %zd", size);
PERR("Could not allocate dataspace with size %zu", size);
return false;
}

6
base/src/core/core_mem_alloc.cc
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@ -35,13 +35,13 @@ bool Core_mem_allocator::Mapped_mem_allocator::alloc(size_t size, void **out_add
/* allocate physical pages */
if (!_phys_alloc->alloc(page_rounded_size, &phys_addr)) {
PERR("Could not allocate physical memory region of size %zd\n", page_rounded_size);
PERR("Could not allocate physical memory region of size %zu\n", page_rounded_size);
return false;
}
/* allocate range in core's virtual address space */
if (!_virt_alloc->alloc(page_rounded_size, &virt_addr)) {
PERR("Could not allocate virtual address range in core of size %zd\n", page_rounded_size);
PERR("Could not allocate virtual address range in core of size %zu\n", page_rounded_size);
/* revert physical allocation */
_phys_alloc->free(phys_addr);
@ -49,7 +49,7 @@ bool Core_mem_allocator::Mapped_mem_allocator::alloc(size_t size, void **out_add
}
if (verbose_core_mem_alloc)
printf("added core memory block of %zd bytes at virt=%p phys=%p\n",
printf("added core memory block of %zu bytes at virt=%p phys=%p\n",
page_rounded_size, virt_addr, phys_addr);
/* make physical page accessible at the designated virtual address */

2
base/src/core/include/irq_root.h
View File

@ -68,7 +68,7 @@ namespace Genode {
long remaining_ram_quota = ram_quota - sizeof(Irq_session_component) -
_md_alloc->overhead(sizeof(Irq_session_component));
if (remaining_ram_quota < 0) {
PERR("Insufficient ram quota, provided=%zd, required=%zd",
PERR("Insufficient ram quota, provided=%zu, required=%zu",
ram_quota, sizeof(Irq_session_component) +
_md_alloc->overhead(sizeof(Irq_session_component)));
return Session_capability();

2
base/src/core/main.cc
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@ -269,7 +269,7 @@ int main()
core's heap and not accounted by the component's meta data allocator */
Genode::size_t init_quota = platform()->ram_alloc()->avail() - 172*1024;
env()->ram_session()->transfer_quota(init_ram_session_cap, init_quota);
PDBG("transferred %zd MB to init", init_quota / (1024*1024));
PDBG("transferred %zu MB to init", init_quota / (1024*1024));
Core_child *init = new (env()->heap())
Core_child(Rom_session_client(init_rom_session_cap).dataspace(),

20
base/src/core/ram_session_component.cc
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@ -71,7 +71,7 @@ int Ram_session_component::_transfer_quota(Ram_session_component *dst, size_t am
/* decrease quota limit of this session - check against used quota */
if (_quota_limit < amount + _payload) {
PWRN("Insufficient quota for transfer: %s", _label);
PWRN(" have %zd, need %zd", _quota_limit - _payload, amount);
PWRN(" have %zu, need %zu", _quota_limit - _payload, amount);
return -3;
}
@ -124,11 +124,11 @@ Ram_dataspace_capability Ram_session_component::alloc(size_t ds_size, bool cache
if (used_quota() + SBS + ds_size > _quota_limit) {
PWRN("Quota exceeded: %s", _label);
PWRN(" memory for slab: %zd", _ds_slab.consumed());
PWRN(" used quota: %zd", used_quota());
PWRN(" ds_size: %zd", ds_size);
PWRN(" sizeof(Ram_session_component): %zd", sizeof(Ram_session_component));
PWRN(" quota_limit: %zd", _quota_limit);
PWRN(" memory for slab: %zu", _ds_slab.consumed());
PWRN(" used quota: %zu", used_quota());
PWRN(" ds_size: %zu", ds_size);
PWRN(" sizeof(Ram_session_component): %zu", sizeof(Ram_session_component));
PWRN(" quota_limit: %zu", _quota_limit);
throw Quota_exceeded();
}
@ -157,7 +157,7 @@ Ram_dataspace_capability Ram_session_component::alloc(size_t ds_size, bool cache
* fragmentation could cause a failing allocation.
*/
if (!alloc_succeeded) {
PERR("We ran out of physical memory while allocating %zd bytes", ds_size);
PERR("We ran out of physical memory while allocating %zu bytes", ds_size);
throw Quota_exceeded();
}
@ -183,7 +183,7 @@ Ram_dataspace_capability Ram_session_component::alloc(size_t ds_size, bool cache
_clear_ds(ds);
if (verbose)
PDBG("ds_size=%zd, used_quota=%zd quota_limit=%zd",
PDBG("ds_size=%zu, used_quota=%zu quota_limit=%zu",
ds_size, used_quota(), _quota_limit);
Dataspace_capability result = _ds_ep->manage(ds);
@ -234,7 +234,7 @@ int Ram_session_component::transfer_quota(Ram_session_capability ram_session_cap
size_t amount)
{
if (verbose)
PDBG("amount=%zd", amount);
PDBG("amount=%zu", amount);
Object_pool<Ram_session_component>::Guard dst(_ram_session_ep->lookup_and_lock(ram_session_cap));
return _transfer_quota(dst, amount);
@ -263,7 +263,7 @@ Ram_session_component::~Ram_session_component()
for (Dataspace_component *ds; (ds = _ds_slab.raw()->first_object()); _free_ds(ds));
if (_payload != 0)
PWRN("Remaining payload of %zd in ram session to destroy", _payload);
PWRN("Remaining payload of %zu in ram session to destroy", _payload);
if (!_ref_account) return;

4
os/include/init/child.h
View File

@ -119,7 +119,7 @@ namespace Init {
ram_quota = avail_slack_ram_quota();
if (config_verbose)
Genode::printf("Warning: Specified quota exceeds available quota.\n"
" Proceeding with a quota of %zd bytes.\n",
" Proceeding with a quota of %zu bytes.\n",
(Genode::size_t)ram_quota);
}
return ram_quota;
@ -531,7 +531,7 @@ namespace Init {
if (config_verbose) {
Genode::printf("child \"%s\"\n", _name.unique);
Genode::printf(" RAM quota: %zd\n", _resources.ram_quota);
Genode::printf(" RAM quota: %zu\n", _resources.ram_quota);
Genode::printf(" ELF binary: %s\n", _name.file);
Genode::printf(" priority: %ld\n", _resources.priority);
}