45         Ok(SelectedBlockDevice { devs: self, id: id })  in get()
110 fn until_ok<F, R>(devs: &mut (impl AsMultiBlockDevices + ?Sized), mut f: F) -> Result<R>  in until_ok()
115     devs.for_each_until(&mut |v, id| {  in until_ok()
123 fn with_id<F, R>(devs: &mut (impl AsMultiBlockDevices + ?Sized), dev_id: u64, mut f: F) -> Result<R>  in with_id()
127     until_ok(devs, |dev, id| match dev_id == id {  in with_id()
136     devs: &'a mut dyn AsMultiBlockDevices,  field
142         let _ = with_id(self.devs, self.id, |dev| dev.with(f));  in with()
154         let mut devs: TestMultiBlockDevices = TestMultiBlockDevices(vec![  in test_get()  localVariable
158         devs.sync_gpt_all(&mut |_, _, _| panic!("GPT sync failed"));  in test_get()
159         devs.get(0).unwrap();  in test_get()
160         devs.get(1).unwrap();  in test_get()
161         assert!(devs.get(2).is_err());  in test_get()
169         let mut devs =  in test_multi_block_read()  localVariable
173         devs.get(0).unwrap().read(u64::try_from(off).unwrap(), &mut out[..]).unwrap();  in test_multi_block_read()
177         devs.get(1).unwrap().read(u64::try_from(off).unwrap(), &mut out[..]).unwrap();  in test_multi_block_read()
186         let mut devs = TestMultiBlockDevices(vec![  in test_multi_block_write()  localVariable
191         devs.get(0).unwrap().write(u64::try_from(off).unwrap(), &mut blk_0[off..]).unwrap();  in test_multi_block_write()
192         assert_eq!(blk_0[off..], devs.0[0].io.storage[off..]);  in test_multi_block_write()
194         devs.get(1).unwrap().write(u64::try_from(off).unwrap(), &mut blk_1[off..]).unwrap();  in test_multi_block_write()
195         assert_eq!(blk_1[off..], devs.0[1].io.storage[off..]);  in test_multi_block_write()
200         let mut devs = TestMultiBlockDevices(vec![  in test_multi_block_gpt_partition_size()  localVariable
204         devs.sync_gpt_all(&mut |_, _, _| panic!("GPT sync failed"));  in test_multi_block_gpt_partition_size()
206         assert_eq!(devs.find_partition("boot_a").map(|v| v.size()).unwrap(), Ok(8 * 1024));  in test_multi_block_gpt_partition_size()
208             devs.get(0).unwrap().find_partition("boot_a").map(|v| v.size()).unwrap(),  in test_multi_block_gpt_partition_size()
212         assert_eq!(devs.find_partition("boot_b").map(|v| v.size()).unwrap(), Ok(12 * 1024));  in test_multi_block_gpt_partition_size()
214             devs.get(0).unwrap().find_partition("boot_b").map(|v| v.size()).unwrap(),  in test_multi_block_gpt_partition_size()
218         assert_eq!(devs.find_partition("vendor_boot_a").map(|v| v.size()).unwrap(), Ok(4 * 1024));  in test_multi_block_gpt_partition_size()
220             devs.get(1).unwrap().find_partition("vendor_boot_a").map(|v| v.size()).unwrap(),  in test_multi_block_gpt_partition_size()
224         assert_eq!(devs.find_partition("vendor_boot_b").map(|v| v.size()).unwrap(), Ok(6 * 1024));  in test_multi_block_gpt_partition_size()
226             devs.get(1).unwrap().find_partition("vendor_boot_b").map(|v| v.size()).unwrap(),  in test_multi_block_gpt_partition_size()
235         devs: &mut TestMultiBlockDevices,  in check_read_partition()
242         devs.read_gpt_partition(part, off, &mut out[..]).unwrap();  in check_read_partition()
250         let mut devs = TestMultiBlockDevices(vec![  in test_multi_block_gpt_read()  localVariable
254         devs.sync_gpt_all(&mut |_, _, _| panic!("GPT sync failed"));  in test_multi_block_gpt_read()
259         check_read_partition(&mut devs, "boot_a", off, expect_boot_a);  in test_multi_block_gpt_read()
260         check_read_partition(&mut devs, "boot_b", off, expect_boot_b);  in test_multi_block_gpt_read()
265         check_read_partition(&mut devs, "vendor_boot_a", off, expect_vendor_boot_a);  in test_multi_block_gpt_read()
266         check_read_partition(&mut devs, "vendor_boot_b", off, expect_vendor_boot_b);  in test_multi_block_gpt_read()
272         devs: &mut TestMultiBlockDevices,  in check_write_partition()
280         devs.write_gpt_partition(part, off, to_write).unwrap();  in check_write_partition()
281         devs.read_gpt_partition(part, off, &mut out[..]).unwrap();  in check_write_partition()
285         devs.write_gpt_partition(part, off, to_write).unwrap();  in check_write_partition()
286         devs.read_gpt_partition(part, off, &mut out[..]).unwrap();  in check_write_partition()
294         let mut devs = TestMultiBlockDevices(vec![  in test_multi_block_gpt_write()  localVariable
298         devs.sync_gpt_all(&mut |_, _, _| panic!("GPT sync failed"));  in test_multi_block_gpt_write()
305         check_write_partition(&mut devs, "boot_a", off, expect_boot_a);  in test_multi_block_gpt_write()
306         check_write_partition(&mut devs, "boot_b", off, expect_boot_b);  in test_multi_block_gpt_write()
313         check_write_partition(&mut devs, "vendor_boot_a", off, expect_vendor_boot_a);  in test_multi_block_gpt_write()
314         check_write_partition(&mut devs, "vendor_boot_b", off, expect_vendor_boot_b);  in test_multi_block_gpt_write()
319         let mut devs = TestMultiBlockDevices(vec![  in test_none_block_id_fail_with_non_unique_partition()  localVariable
323         devs.sync_gpt_all(&mut |_, _, _| panic!("GPT sync failed"));  in test_none_block_id_fail_with_non_unique_partition()
324         assert!(devs.read_gpt_partition("boot_a", 0, &mut []).is_err());  in test_none_block_id_fail_with_non_unique_partition()
325         assert!(devs.write_gpt_partition("boot_a", 0, &mut []).is_err());  in test_none_block_id_fail_with_non_unique_partition()
326         assert!(devs.find_partition("boot_a").is_err());  in test_none_block_id_fail_with_non_unique_partition()