* instructions per clock cycle using one 32/64 bit unit (SU1) and one 32
* bit unit (SU2). One of these can be a memory access that is executed via
* a single load and store unit (LSU). XTS-AES-256 takes ~780 operations per
- * 16 byte block block or 25 cycles per byte. Thus 768 bytes of input data
+ * 16 byte block or 25 cycles per byte. Thus 768 bytes of input data
* will need an estimated maximum of 20,000 cycles. Headroom for cache misses
* included. Even with the low end model clocked at 667 MHz this equals to a
* critical time window of less than 30us. The value has been chosen to
* the display during identify_machine() and MMU_Init()
*
* The display is mapped to virtual address 0xD0000000, rather
- * than 1:1, because some some CHRP machines put the frame buffer
+ * than 1:1, because some CHRP machines put the frame buffer
* in the region starting at 0xC0000000 (PAGE_OFFSET).
* This mapping is temporary and will disappear as soon as the
* setup done by MMU_Init() is applied.
* @pdev: pci_dev to check
*
* This function may return a false positive if we can't determine the slot's
- * presence state. This might happen for for PCIe slots if the PE containing
+ * presence state. This might happen for PCIe slots if the PE containing
* the upstream bridge is also frozen, or the bridge is part of the same PE
* as the device.
*
/*
* An interrupt came in while soft-disabled. We set paca->irq_happened, then:
- * - If it was a decrementer interrupt, we bump the dec to max and and return.
+ * - If it was a decrementer interrupt, we bump the dec to max and return.
* - If it was a doorbell we return immediately since doorbells are edge
* triggered and won't automatically refire.
* - If it was a HMI we return immediately since we handled it in realmode
*/
pci_read_bridge_bases(bus);
- /* Now fixup the bus bus */
+ /* Now fixup the bus */
pcibios_setup_bus_self(bus);
}
EXPORT_SYMBOL(pcibios_fixup_bus);
if (edev) {
/*
* We allocate pci_dn's for the totalvfs count,
- * but only only the vfs that were activated
+ * but only the vfs that were activated
* have a configured PE.
*/
if (edev->pe)
}
/*
- * Currently to set and and get all the vsx state, you need to call
+ * Currently to set and get all the vsx state, you need to call
* the fp and VMX calls as well. This only get/sets the lower 32
* 128bit VSX registers.
*/
return -EFAULT;
}
- /* Make sure that that this is still a 24bit jump */
+ /* Make sure that this is still a 24bit jump */
if (!is_bl_op(op)) {
pr_err("Not expected bl: opcode is %08lx\n", ppc_inst_as_ulong(op));
return -EINVAL;
return -EFAULT;
}
- /* Make sure that that this is still a 24bit jump */
+ /* Make sure that this is still a 24bit jump */
if (!is_bl_op(op)) {
pr_err("Not expected bl: opcode is %08lx\n", ppc_inst_as_ulong(op));
return -EINVAL;
return -EFAULT;
}
- /* Make sure that that this is still a 24bit jump */
+ /* Make sure that this is still a 24bit jump */
if (!is_bl_op(op)) {
pr_err("Not expected bl: opcode is %08lx\n", ppc_inst_as_ulong(op));
return -EINVAL;
if (__wd_nmi_output && xchg(&__wd_nmi_output, 0)) {
/*
* Something has called printk from NMI context. It might be
- * stuck, so this this triggers a flush that will get that
+ * stuck, so this triggers a flush that will get that
* printk output to the console.
*
* See wd_lockup_ipi.
else
kvmppc_xics_clr_mapped(kvm, guest_gsi, pimap->mapped[i].r_hwirq);
- /* invalidate the entry (what do do on error from the above ?) */
+ /* invalidate the entry (what to do on error from the above ?) */
pimap->mapped[i].r_hwirq = 0;
/*
ssize);
if (ret == -1) {
/*
- * Try to to keep bolted entries in primary.
+ * Try to keep bolted entries in primary.
* Remove non bolted entries and try insert again
*/
ret = mmu_hash_ops.hpte_remove(hpteg);
* known as class 1, 2 and 3. For class 1 units, they are
* unconditionally put to sleep when the corresponding CPM bit is
* set. For class 2 and 3 units this is not case; if they can be
- * put to to sleep, they will. Here we do not verify, we just
+ * put to sleep, they will. Here we do not verify, we just
* set them and expect them to eventually go off when they can.
*/
value = dcr_read(cpm.dcr_host, cpm.dcr_offset[cpm_reg]);
/*
* VAS can interrupt with multiple page faults. So process all
* valid CRBs within fault FIFO until reaches invalid CRB.
- * We use CCW[0] and pswid to validate validate CRBs:
+ * We use CCW[0] and pswid to validate CRBs:
*
* CCW[0] Reserved bit. When NX pastes CRB, CCW[0]=0
* OS sets this bit to 1 after reading CRB.
if (pdev->is_virtfn) {
/*
* FIXME: This really should be handled by choosing the right
- * parent PE in in pseries_eeh_init_edev().
+ * parent PE in pseries_eeh_init_edev().
*/
struct eeh_pe *physfn_pe = pci_dev_to_eeh_dev(pdev->physfn)->pe;
struct eeh_dev *edev = pdn_to_eeh_dev(pdn);
(1ul << ND_CMD_SET_CONFIG_DATA) | \
(1ul << ND_CMD_CALL))
-/* DIMM health bitmap bitmap indicators */
+/* DIMM health bitmap indicators */
/* SCM device is unable to persist memory contents */
#define PAPR_PMEM_UNARMED (1ULL << (63 - 0))
/* SCM device failed to persist memory contents */
projects / platform / kernel / linux-starfive.git / commitdiff