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12 # Note: this test depends too much on not having a high host load to pass.
7 # much CI time
10 that the software does not get too much out of sync with real-world time.
18 apps won't require much time to reach an idle state
8 # Enable optional features that are off by default to cover as much as
10 Note: Currently Zephyr does not support multiple processes and therefore much of this option
17 * To reuse as much as possible from the llvm.h header we only redefine the
7 with the option ``-fanalyzer``. This option performs a much more expensive and thorough
29 configuration doesn't make much sense as there's
8 that is not always needed. Another example is a PMIC, typically a much more
38 # to keep it that way as to stress the stack as much as possible.
25 just one RAM region and doing this makes linking much simpler, as70 how much total memory can be used for page tables.139 retrieved from the backing store. This is much better for system
29 but it may be more efficient for MCU to read as much data as
15 # The test will be terminated much earlier if it passes
19 too much resource requirements. The security is not top-notch (AES-128) but it
44 /* skip state if it brings too much latency */ in pm_policy_next_state()
14 # all of zephyr's scripts/requirements.txt, which seems like too much
30 it's recommened to keep this value much smaller for easier handling of the data.
70 /* Reserved memory for an image definition block. The block is much72 * table at a much larger alignment offset.
37 This section is freeform - you should describe your change in as much detail
114 value too much can result in spurious interrupts. Leaving it too150 This layer provides much of the groundwork for keeping track of
70 be much less to be actually instantiated at runtime.
45 * usec_to_waste are spent in this context, irrespectively of how much more
35 * 32-bit of data. There's not much that can be done in this in rand_get()