| /kernel/dev/pcie/ |
| A D | pcie_caps.cpp | 53 length_ = PciReg8(static_cast<uint16_t>(base_ + kLengthOffset)); in PciCapAdvFeatures()
54 af_caps_ = PciReg8(static_cast<uint16_t>(base_ + kAFCapsOffset)); in PciCapAdvFeatures()
55 af_ctrl_ = PciReg8(static_cast<uint16_t>(base_ + kAFControlOffset)); in PciCapAdvFeatures()
56 af_status_ = PciReg8(static_cast<uint16_t>(base_ + kAFStatusOffset)); in PciCapAdvFeatures()
89 caps_ = PciReg16(static_cast<uint16_t>(base_ + kPcieCapsOffset)); in PciCapPcie()
111 root.caps_ = PciReg16(static_cast<uint16_t>(base_ + kRootCapsOffset)); in PciCapPcie()
195 ctrl_ = PciReg16(static_cast<uint16_t>(base_ + kControlOffset)); in PciCapMsi()
196 addr_ = PciReg32(static_cast<uint16_t>(base_ + kAddrOffset)); in PciCapMsi()
206 data_ = PciReg16(static_cast<uint16_t>(base_ + kData64Offset)); in PciCapMsi()
210 data_ = PciReg16(static_cast<uint16_t>(base_ + kData32Offset)); in PciCapMsi()
[all …]
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| A D | pci_config.cpp | 82 zx_status_t status = Pci::PioCfgRead(static_cast<uint32_t>(base_ + addr.offset()), &val, 8u); in Read()
99 zx_status_t status = Pci::PioCfgWrite(static_cast<uint32_t>(base_ + addr.offset()), val, 8u); in Write()
128 auto reg = reinterpret_cast<const volatile uint8_t*>(base_ + addr.offset()); in Read()
133 auto reg = reinterpret_cast<const volatile uint16_t*>(base_ + addr.offset()); in Read()
138 auto reg = reinterpret_cast<const volatile uint32_t*>(base_ + addr.offset()); in Read()
143 auto reg = reinterpret_cast<volatile uint8_t*>(base_ + addr.offset()); in Write()
148 auto reg = reinterpret_cast<volatile uint16_t*>(base_ + addr.offset()); in Write()
153 auto reg = reinterpret_cast<volatile uint32_t*>(base_ + addr.offset()); in Write()
180 len, (addr_space_ == PciAddrSpace::MMIO) ? "MMIO" : "PIO", base_); in DumpConfig()
182 hexdump8(reinterpret_cast<const void*>(base_), len); in DumpConfig()
[all …]
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| /kernel/vm/ |
| A D | vm_mapping.cpp | 59 this, base_, base_ + size_ - 1, size_, arch_mmu_flags_); in Dump()
148 if (base_ == base) { in ProtectLocked()
254 DEBUG_ASSERT(base >= base_ && base - base_ < size_); in UnmapLocked()
272 if (base_ == base || base + size == base_ + size_) { in UnmapLocked()
283 base_ += size; in UnmapLocked()
315 size_ = base - base_; in UnmapLocked()
376 ASSERT(unmap_base >= base_); in UnmapVmoRangeLocked()
408 base_ = vaddr; in Append()
429 vaddr_t base_; member in __anonf42d352c0211::VmMappingCoalescer
524 vaddr_t va = base_ + o; in MapRange()
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| A D | vm_object_physical.cpp | 26 : size_(size), base_(base) { in VmObjectPhysical()
69 …printf("object %p base %#" PRIxPTR " size %#" PRIx64 " ref %d\n", this, base_, size_, ref_count_de… in Dump()
85 uint64_t pa = base_ + ROUNDDOWN(offset, PAGE_SIZE); in GetPageLocked()
113 zx_status_t status = lookup_fn(context, cur_offset, idx, base_ + cur_offset); in Lookup()
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| A D | vm_aspace.cpp | 136 : base_(base), size_(size), flags_(flags), root_vmar_(nullptr), aslr_prng_(nullptr, 0) { in VmAspace()
157 zx_status_t status = arch_aspace_.Init(base_, size_, arch_aspace_flags); in Init()
316 if (!IS_PAGE_ALIGNED(vmar_offset) || vmar_offset < base_) { in MapObjectInternal()
320 vmar_offset -= base_; in MapObjectInternal()
564 base_, base_ + size_ - 1, size_, flags_, ref_count_debug(), name_); in Dump()
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| A D | vm_address_region_or_mapping.cpp | 25 : state_(LifeCycleState::NOT_READY), base_(base), size_(size), in VmAddressRegionOrMapping()
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| A D | vm_address_region.cpp | 130 new_base = base_ + offset; in CreateSubVmarInternal()
450 gap_beg = base_; in CheckGapLocked()
463 if (gap_beg == base_ + size_) { in CheckGapLocked()
466 if (add_overflow(base_, size_ - 1, &gap_end)) { in CheckGapLocked()
596 base_, base_ + size_ - 1, size_, ref_count_debug(), name_); in Dump()
889 vaddr_t prev_region_end = ROUNDUP(base_, align); in ForEachGap()
902 const vaddr_t end = base_ + size_; in ForEachGap()
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| /kernel/arch/x86/include/arch/ |
| A D | aspace.h | 106 return (vaddr >= base_ && vaddr <= base_ + size_ - 1); in IsValidVaddr()
126 vaddr_t base_ = 0; variable
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| /kernel/arch/arm64/include/arch/ |
| A D | aspace.h | 50 return (vaddr >= base_ && vaddr <= base_ + size_ - 1); in IsValidVaddr()
110 vaddr_t base_ = 0; variable
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| /kernel/dev/pcie/include/dev/ |
| A D | pci_config.h | 122 inline uintptr_t base() const { return base_; } in base()
137 : addr_space_(addr_space), base_(base) {} in PciConfig()
139 const uintptr_t base_; variable
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| A D | pcie_caps.h | 189 : dev_(dev), base_(base), id_(id) {} in PciStdCapability()
192 uint16_t base() const { return base_; } in base()
199 uint16_t base_; variable
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| /kernel/object/include/object/ |
| A D | resource_dispatcher.h | 77 uint64_t get_base() const { return base_; } in get_base()
108 const uint64_t base_; variable
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| /kernel/vm/include/vm/ |
| A D | vm_object_physical.h | 57 const paddr_t base_ = 0; variable
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| A D | vm_aspace.h | 60 vaddr_t base() const { return base_; } in base()
192 vaddr_t base_; variable
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| A D | vm_address_region.h | 105 vaddr_t base() const { return base_; } in base()
157 const size_t offset = base - base_; in is_in_range()
158 return base >= base_ && offset < size_ && size_ - offset >= size; in is_in_range()
180 vaddr_t base_; variable
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| /kernel/arch/x86/ |
| A D | mmu.cpp | 561 base_ = base; in Init()
607 static_cast<X86PageTableEpt*>(pt_)->Destroy(base_, size_); in Destroy()
609 static_cast<X86PageTableMmu*>(pt_)->Destroy(base_, size_); in Destroy()
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| /kernel/object/ |
| A D | resource_dispatcher.cpp | 139 : kind_(kind), base_(base), size_(size), flags_(flags), in ResourceDispatcher()
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| /kernel/arch/arm64/ |
| A D | mmu.cpp | 1052 base_ = base; in Init()
1066 base_ = base; in Init()
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