#
# Command specific completions for the node command.
# These completions were generated from the commands
# man page by the make_completions.py script, but has
# been hand edited since.
#

# the four main options, each with a short & long flag
complete -x -c node -s v -n '__fish_not_contain_opt -s p -s i -s e eval print interactive' -l version -d "Print node's version"
complete -c node -n '__fish_not_contain_opt -s v -s p -s i version print interactive' -r -s e -l eval -d 'Evaluate script'
complete -c node -n '__fish_not_contain_opt -s v -s e -s i version eval interactive' -r -s p -l print -d 'Print result of --eval'
complete -c node -n '__fish_not_contain_opt -s v -s p -s e version print eval' -s i -l interactive -d 'Always enter the REPL even if stdin does not appear to be a terminal'

# longer options related to V8, ES5, logging, etc.
complete -c node -l no-deprecation -d 'Silence deprecation warnings'
complete -c node -l trace-deprecation -d 'Show stack traces on deprecations'
complete -c node -l throw-deprecation -d 'Throw errors on deprecations'
complete -c node -l v8-options -d 'Print v8 command line options'
complete -c node -l max-stack-size -d 'Set max v8 stack size (bytes)'
complete -c node -l use_strict -d 'enforce strict mode'
complete -c node -l es5_readonly -d 'activate correct semantics for inheriting readonliness'
complete -c node -l es52_globals -d 'activate new semantics for global var declarations'
complete -c node -l harmony_typeof -d 'enable harmony semantics for typeof'
complete -c node -l harmony_scoping -d 'enable harmony block scoping'
complete -c node -l harmony_modules -d 'enable harmony modules (implies block scoping)'
complete -c node -l harmony_proxies -d 'enable harmony proxies'
complete -c node -l harmony_collections -d 'enable harmony collections (sets, maps, and weak maps)'
complete -c node -l harmony -d 'enable all harmony features (except typeof)'
complete -c node -l packed_arrays -d 'optimizes arrays that have no holes'
complete -c node -l smi_only_arrays -d 'tracks arrays with only smi values'
complete -c node -l clever_optimizations -d 'Optimize object size, Array shift, DOM strings and string +'
complete -c node -l unbox_double_arrays -d 'automatically unbox arrays of doubles'
complete -c node -l string_slices -d 'use string slices'
complete -c node -l crankshaft -d 'use crankshaft'
complete -c node -l hydrogen_filter -d 'optimization filter'
complete -c node -l use_range -d 'use hydrogen range analysis'
complete -c node -l eliminate_dead_phis -d 'eliminate dead phis'
complete -c node -l use_gvn -d 'use hydrogen global value numbering'
complete -c node -l use_canonicalizing -d 'use hydrogen instruction canonicalizing'
complete -c node -l use_inlining -d 'use function inlining'
complete -c node -l max_inlined_source_size -d 'max source size in bytes considered for single inlining'
complete -c node -l max_inlined_nodes -d 'max number of AST nodes considered for single inlining'
complete -c node -l max_inlined_nodes_cumulative -d 'max cumulative number of AST nodes considered for inlining'
complete -c node -l loop_invariant_code_motion -d 'loop invariant code motion'
complete -c node -l collect_megamorphic_maps_from_stub_cache -d 'crankshaft harvests type feedback from stub cache'
complete -c node -l hydrogen_stats -d 'print statistics for hydrogen'
complete -c node -l trace_hydrogen -d 'trace generated hydrogen to file'
complete -c node -l trace_phase -d 'trace generated IR for specified phases'
complete -c node -l trace_inlining -d 'trace inlining decisions'
complete -c node -l trace_alloc -d 'trace register allocator'
complete -c node -l trace_all_uses -d 'trace all use positions'
complete -c node -l trace_range -d 'trace range analysis'
complete -c node -l trace_gvn -d 'trace global value numbering'
complete -c node -l trace_representation -d 'trace representation types'
complete -c node -l stress_pointer_maps -d 'pointer map for every instruction'
complete -c node -l stress_environments -d 'environment for every instruction'
complete -c node -l deopt_every_n_times -d 'deoptimize every n times a deopt point is passed'
complete -c node -l trap_on_deopt -d 'put a break point before deoptimizing'
complete -c node -l deoptimize_uncommon_cases -d 'deoptimize uncommon cases'
complete -c node -l polymorphic_inlining -d 'polymorphic inlining'
complete -c node -l use_osr -d 'use on-stack replacement'
complete -c node -l array_bounds_checks_elimination -d 'perform array bounds checks elimination'
complete -c node -l array_index_dehoisting -d 'perform array index dehoisting'
complete -c node -l trace_osr -d 'trace on-stack replacement'
complete -c node -l stress_runs -d 'number of stress runs'
complete -c node -l optimize_closures -d 'optimize closures'
complete -c node -l inline_construct -d 'inline constructor calls'
complete -c node -l inline_arguments -d 'inline functions with arguments object'
complete -c node -l loop_weight -d 'loop weight for representation inference'
complete -c node -l optimize_for_in -d 'optimize functions containing for-in loops'
complete -c node -l experimental_profiler -d 'enable all profiler experiments'
complete -c node -l watch_ic_patching -d 'profiler considers IC stability'
complete -c node -l frame_count -d 'number of stack frames inspected by the profiler'
complete -c node -l self_optimization -d 'primitive functions trigger their own optimization'
complete -c node -l direct_self_opt -d 'call recompile stub directly when self-optimizing'
complete -c node -l retry_self_opt -d 're-try self-optimization if it failed'
complete -c node -l count_based_interrupts -d 'trigger profiler ticks based on counting instead of timing'
complete -c node -l interrupt_at_exit -d 'insert an interrupt check at function exit'
complete -c node -l weighted_back_edges -d 'weight back edges by jump distance for interrupt triggering'
complete -c node -l interrupt_budget -d 'execution budget before interrupt is triggered'
complete -c node -l type_info_threshold -d '% of ICs that must have type info to allow optimization'
complete -c node -l self_opt_count -d 'call count before self-optimization'
complete -c node -l trace_opt_verbose -d 'extra verbose compilation tracing'
complete -c node -l debug_code -d 'generate extra code (assertions) for debugging'
complete -c node -l code_comments -d 'emit comments in code disassembly'
complete -c node -l enable_sse2 -d 'enable use of SSE2 instructions if available'
complete -c node -l enable_sse3 -d 'enable use of SSE3 instructions if available'
complete -c node -l enable_sse4_1 -d 'enable use of SSE4'
complete -c node -l enable_cmov -d 'enable use of CMOV instruction if available'
complete -c node -l enable_rdtsc -d 'enable use of RDTSC instruction if available'
complete -c node -l enable_sahf -d 'enable use of SAHF instruction if available (X64 only)'
complete -c node -l enable_vfp3 -d 'enable use of VFP3 instructions if available (ARM only)'
complete -c node -l enable_armv7 -d 'enable use of ARMv7 instructions if available (ARM only)'
complete -c node -l enable_fpu -d 'enable use of MIPS FPU instructions if available (MIPS only)'
complete -c node -l expose_natives_as -d 'expose natives in global object'
complete -c node -l expose_debug_as -d 'expose debug in global object'
complete -c node -l expose_gc -d 'expose gc extension'
complete -c node -l expose_externalize_string -d 'expose externalize string extension'
complete -c node -l stack_trace_limit -d 'number of stack frames to capture'
complete -c node -l builtins_in_stack_traces -d 'show built-in functions in stack traces'
complete -c node -l disable_native_files -d 'disable builtin natives files'
complete -c node -l inline_new -d 'use fast inline allocation'
complete -c node -l stack_trace_on_abort -d 'print a stack trace if an assertion failure occurs'
complete -c node -l trace -d 'trace function calls'
complete -c node -l mask_constants_with_cookie -d 'use random jit cookie to mask large constants'
complete -c node -l lazy -d 'use lazy compilation'
complete -c node -l trace_opt -d 'trace lazy optimization'
complete -c node -l trace_opt_stats -d 'trace lazy optimization statistics'
complete -c node -l opt -d 'use adaptive optimizations'
complete -c node -l always_opt -d 'always try to optimize functions'
complete -c node -l prepare_always_opt -d 'prepare for turning on always opt'
complete -c node -l sparkplug -d 'use non-optimizing sparkplug compiler'
complete -c node -l always_sparkplug -d 'always use non-optimizing sparkplug compiler'
complete -c node -l trace_deopt -d 'trace deoptimization'
complete -c node -l min_preparse_length -d 'minimum length for automatic enable preparsing'
complete -c node -l always_full_compiler -d 'try to use the dedicated run-once backend for all code'
complete -c node -l trace_bailout -d 'print reasons for falling back to the classic V8 backend'
complete -c node -l compilation_cache -d 'enable compilation cache'
complete -c node -l cache_prototype_transitions -d 'cache prototype transitions'
complete -c node -l trace_debug_json -d 'trace debugging JSON request/response'
complete -c node -l debugger_auto_break -d 'autoset debug break flag when debugger commands are in queue'
complete -c node -l enable_liveedit -d 'enable liveedit experimental feature'
complete -c node -l break_on_abort -d 'always cause a debug break before aborting'
complete -c node -l stack_size -d 'default size of stack region v8 is allowed to use (in kBs)'
complete -c node -l max_stack_trace_source_length -d 'max length of function source code printed in stack trace'
complete -c node -l always_inline_smi_code -d 'always inline smi code in non-opt code'
complete -c node -l max_new_space_size -d 'max size of the new generation (in kBytes)'
complete -c node -l max_old_space_size -d 'max size of the old generation (in Mbytes)'
complete -c node -l max_executable_size -d 'max size of executable memory (in Mbytes)'
complete -c node -l gc_global -d 'always perform global GCs'
complete -c node -l gc_interval -d 'garbage collect after <n> allocations'
complete -c node -l trace_gc -d 'print 1 trace line following each garbage collection'
complete -c node -l trace_gc_nvp -d 'print 1 full trace(w/ name=value) after garbage collections'
complete -c node -l print_cumulative_gc_stat -d 'print cumulative GC statistics(w/ name=value) on exit'
complete -c node -l trace_gc_verbose -d 'print more details following each garbage collection'
complete -c node -l trace_fragmentation -d 'report fragmentation for old pointer and data pages'
complete -c node -l collect_maps -d 'garbage collect maps from which no objects can be reached'
complete -c node -l flush_code -d 'flush code that we expect not to use again before full gc'
complete -c node -l incremental_marking -d 'use incremental marking'
complete -c node -l incremental_marking_steps -d 'do incremental marking steps'
complete -c node -l trace_incremental_marking -d 'trace progress of the incremental marking'
complete -c node -l use_idle_notification -d 'Use idle notification to reduce memory footprint'
complete -c node -l send_idle_notification -d 'Send idle notification between stress runs'
complete -c node -l use_ic -d 'use inline caching'
complete -c node -l native_code_counters -d 'generate extra code for manipulating stats counters'
complete -c node -l always_compact -d 'Perform compaction on every full GC'
complete -c node -l lazy_sweeping -d 'Use lazy sweeping for old pointer and data spaces'
complete -c node -l never_compact -d 'Never perform compaction on full GC - testing only'
complete -c node -l compact_code_space -d 'Compact code space on full non-incremental collections'
complete -c node -l cleanup_code_caches_at_gc -d 'Flush inline caches prior to mark compact collection and flush code caches in maps during mark compact cycle'
complete -c node -l random_seed -d 'Default seed for random generator init(0:default-sys random)'
complete -c node -l use_verbose_printer -d 'allows verbose printing'
complete -c node -l allow_natives_syntax -d 'allow natives syntax'
complete -c node -l trace_sim -d 'Trace simulator execution'
complete -c node -l check_icache -d 'Check icache flushes in ARM and MIPS simulator'
complete -c node -l stop_sim_at -d 'Simulator stop after x number of instructions'
complete -c node -l sim_stack_alignment -d 'Stack alignment in bytes in simulator (4/8, 8 is default)'
complete -c node -l trace_exception -d 'print stack trace when throwing exceptions'
complete -c node -l preallocate_message_memory -d 'preallocate some memory to build stack traces'
complete -c node -l randomize_hashes -d 'randomize hashes(w/ snapshots cannot override baked-in seed)'
complete -c node -l hash_seed -d 'Fix seed to hash prop. key(w/ snapshots no BI seed overr.)'
complete -c node -l preemption -d 'activate a 100ms timer that switches between V8 threads'
complete -c node -l regexp_optimization -d 'generate optimized regexp code'
complete -c node -l testing_bool_flag -d testing_bool_flag
complete -c node -l testing_int_flag -d testing_int_flag
complete -c node -l testing_float_flag -d float-flag
complete -c node -l testing_string_flag -d string-flag
complete -c node -l testing_prng_seed -d 'Seed used for threading test randomness'
complete -c node -l testing_serialization_file -d 'file in which to serialize heap'
complete -c node -l help -d 'Print usage message, including flags, on console'
complete -c node -l dump_counters -d 'Dump counters on exit'
complete -c node -l debugger -d 'Enable JavaScript debugger'
complete -c node -l remote_debugger -d 'Connect JS debugger to the debugger agent in another process'
complete -c node -l debugger_agent -d 'Enable debugger agent'
complete -c node -l debugger_port -d 'Port to use for remote debugging'
complete -c node -l map_counters -d 'Map counters to a file'
complete -c node -l js_arguments -d 'Pass all remaining arguments to the script'
complete -c node -l debug_compile_events -d 'Enable debugger compile events'
complete -c node -l debug_script_collected_events -d 'Enable debugger script collected events'
complete -c node -l gdbjit -d 'enable GDBJIT interface (disables compacting GC)'
complete -c node -l gdbjit_full -d 'enable GDBJIT interface for all code objects'
complete -c node -l gdbjit_dump -d 'dump elf objects with debug info to disk'
complete -c node -l gdbjit_dump_filter -d 'dump only objects containing this substring'
complete -c node -l force_marking_deque_overflows -d 'force overflow of marking deque by reducing size to 64 words'
complete -c node -l stress_compaction -d 'stress the GC compactor to flush out bugs'
complete -c node -l log -d 'Minimal logging (no API,code,GC,suspect,or handles samples)'
complete -c node -l log_all -d 'Log all events to the log file'
complete -c node -l log_runtime -d 'Activate runtime system %Log call'
complete -c node -l log_api -d 'Log API events to the log file'
complete -c node -l log_code -d 'Log code events to the log file without profiling'
complete -c node -l log_gc -d 'Log heap samples on garbage collection for the hp2ps tool'
complete -c node -l log_handles -d 'Log global handle events'
complete -c node -l log_snapshot_positions -d 'log positions of (de)serialized objects in the snapshot'
complete -c node -l log_suspect -d 'Log suspect operations'
complete -c node -l prof -d 'Log statistical profiling information (implies --log-code)'
complete -c node -l prof_auto -d 'Used w/ --prof,starts profiling automatically)'
complete -c node -l prof_lazy -d 'Used w/ --prof,only samples and logs w/ active profiler'
complete -c node -l prof_browser_mode -d 'Used w/ --prof,set on browser-compatible mode for profiling'
complete -c node -l log_regexp -d 'Log regular expression execution'
complete -c node -l sliding_state_window -d 'Update sliding state window counters'
complete -c node -l logfile -d 'Specify the name of the log file'
complete -c node -l ll_prof -d 'Enable low-level linux profiler'