Pure Erlang implementation of 9p2000 protocol
filesystem
fs
9p2000
erlang
9p
Fix typos in system_info files
+8
-7
+8
-7
src/e9p_sysfs.erl
+8
-7
src/e9p_sysfs.erl
···
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~"alloc_util_allocators",
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% ~"allocator_sizes", %% TBD
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~"cpu_topology",
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-
~"logocal_processors",
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+
~"logical_processors",
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~"logical_processors_available",
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~"logical_processors_online",
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~"cpu_quota",
···
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~"garbage_collection",
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~"heap_sizes",
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~"heap_type",
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-
~"max_heap_type",
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+
~"max_heap_size",
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~"message_queue_data",
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~"min_heap_size",
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~"min_bin_vheap_size",
···
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~"process_limit",
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~"end_time",
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~"os_monotonic_time_source",
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-
~"os_time_source",
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+
~"os_system_time_source",
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~"start_time",
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-
~"time_correlation",
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~"time_correction",
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~"time_offset",
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~"time_warp_mode",
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~"tolerant_timeofday",
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~"dirty_cpu_schedulers",
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~"dirty_cpu_schedulers_online",
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~"dirty_io_schedulers",
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~"dirty_io_schedulers_online",
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~"multi_scheduling",
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~"multi_scheduling_blockers",
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~"normal_multi_scheduling_blockers",
···
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{ok, {Data, 0}, State};
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open(_FID, [~"system_info", KeyB], _Mode, State) ->
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Key = binary_to_atom(KeyB),
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-
Val = erlang:system_info(Key),
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-
Data = iolist_to_binary(io_lib:format("~p", [Val])),
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+
Data = case erlang:system_info(Key) of
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Val when is_binary(Val) -> Val;
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Val -> iolist_to_binary(io_lib:format("~p", [Val]))
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end,
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{ok, {Data, 0}, State};
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%% ===== Processes =====
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open(_FID, [~"processes"], _Mode, State) ->