266     let mut cpus = ArrayVec::new();  localVariable
272     for (idx, cpu) in cpu_nodes.by_ref().take(cpus.capacity()).enumerate() {
283         cpus.push(info);
297         warn!("DT has more than {} CPU nodes: discarding extra nodes.", cpus.capacity());
300     Ok((cpus, cpu_map.map(|_| topology)))
303 fn validate_cpu_info(cpus: &[CpuInfo]) -> Result<(), FdtValidationError> {  in validate_cpu_info()
304     if cpus.is_empty() {  in validate_cpu_info()
329     cpus: &[CpuInfo],  in validate_vcpufreq_info()
336     let expected_size = VCPUFREQ_SIZE_PER_CPU * cpus.len() as u64;  in validate_vcpufreq_info()
386     cpus: &[CpuInfo],  in patch_cpus()
391     for (idx, cpu) in cpus.iter().enumerate() {  in patch_cpus()
400     let mut next = get_nth_compatible(fdt, cpus.len(), COMPAT)?;  in patch_cpus()
918     cpus: ArrayVec<[CpuInfo; DeviceTreeInfo::MAX_CPUS]>,  field
1030     let (cpus, cpu_topology) = read_cpu_info_from(fdt).map_err(|e| {  in parse_device_tree()
1034     validate_cpu_info(&cpus).map_err(|e| {  in parse_device_tree()
1044         validate_vcpufreq_info(info, &cpus).map_err(|e| {  in parse_device_tree()
1103         cpus,  in parse_device_tree()
1132     patch_cpus(fdt, &info.cpus, &info.cpu_topology).map_err(|e| {  in patch_device_tree()
1152     patch_gic(fdt, info.cpus.len()).map_err(|e| {  in patch_device_tree()
1156     patch_timer(fdt, info.cpus.len()).map_err(|e| {  in patch_device_tree()