mono/linux-packaging-mono
0
0
Fork 0
Code Issues Pull Requests Packages Projects Releases Wiki Activity
linux-packaging-mono/mono/profiler/log.h
Xamarin Public Jenkins (auto-signing) 7d7f676260 Imported Upstream version 5.16.0.100 
Former-commit-id: 38faa55fb9669e35e7d8448b15c25dc447f25767
2018-08-07 15:19:03 +00:00

531 lines
21 KiB
C++
Raw Blame History

#ifndef __MONO_PROFLOG_H__
#define __MONO_PROFLOG_H__
#include <glib.h>
#include <mono/metadata/profiler.h>
#include <mono/metadata/callspec.h>
#define BUF_ID 0x4D504C01
#define LOG_HEADER_ID 0x4D505A01
#define LOG_VERSION_MAJOR 3
#define LOG_VERSION_MINOR 0
#define LOG_DATA_VERSION 17
/*
* Changes in major/minor versions:
* version 1.0: removed sysid field from header
* added args, arch, os fields to header
* version 3.0: added nanoseconds startup time to header
*
* Changes in data versions:
* version 2: added offsets in heap walk
* version 3: added GC roots
* version 4: added sample/statistical profiling
* version 5: added counters sampling
* version 6: added optional backtrace in sampling info
* version 8: added TYPE_RUNTIME and JIT helpers/trampolines
* version 9: added MONO_PROFILER_CODE_BUFFER_EXCEPTION_HANDLING
* version 10: added TYPE_COVERAGE
* version 11: added thread ID to TYPE_SAMPLE_HIT
added more load/unload events
unload for class
unload for image
load/unload for appdomain
load/unload for contexts
load/unload/name for assemblies
removed TYPE_LOAD_ERR flag (profiler never generated it, now removed from the format itself)
added TYPE_GC_HANDLE_{CREATED,DESTROYED}_BT
TYPE_JIT events are no longer guaranteed to have code start/size info (can be zero)
* version 12: added MONO_COUNTER_PROFILER
* version 13: added MONO_GC_EVENT_{PRE_STOP_WORLD_LOCKED,POST_START_WORLD_UNLOCKED}
added TYPE_META + TYPE_SYNC_POINT
removed il and native offset in TYPE_SAMPLE_HIT
methods in backtraces are now encoded as proper method pointers
removed flags in backtrace format
removed flags in metadata events
changed the following fields to a single byte rather than leb128
TYPE_GC_EVENT: event_type, generation
TYPE_HEAP_ROOT: root_type
TYPE_JITHELPER: type
TYPE_SAMPLE_HIT: sample_type
TYPE_CLAUSE: clause_type
TYPE_SAMPLE_COUNTERS_DESC: type, unit, variance
TYPE_SAMPLE_COUNTERS: type
added time fields to all events that were missing one
TYPE_HEAP_OBJECT
TYPE_HEAP_ROOT
TYPE_SAMPLE_USYM
TYPE_SAMPLE_COUNTERS_DESC
TYPE_COVERAGE_METHOD
TYPE_COVERAGE_STATEMENT
TYPE_COVERAGE_CLASS
TYPE_COVERAGE_ASSEMBLY
moved the time field in TYPE_SAMPLE_HIT to right after the event byte, now encoded as a regular time field
changed the time field in TYPE_SAMPLE_COUNTERS to be encoded as a regular time field (in nanoseconds)
added TYPE_GC_FINALIZE_{START,END,OBJECT_START,OBJECT_END}
* version 14: added event field to TYPE_MONITOR instead of encoding it in the extended info
all TYPE_MONITOR events can now contain backtraces
changed address field in TYPE_SAMPLE_UBIN to be based on ptr_base
added an image pointer field to assembly load events
added an exception object field to TYPE_CLAUSE
class unload events no longer exist (they were never emitted)
removed type field from TYPE_SAMPLE_HIT
removed MONO_GC_EVENT_{MARK,RECLAIM}_{START,END}
reverted the root_type field back to uleb128
removed MONO_PROFILER_CODE_BUFFER_UNKNOWN (was never used)
renumbered the MonoProfilerCodeBufferType enum
* version 15: reverted the type, unit, and variance fields back to uleb128
added TYPE_HEAP_ROOT_{REGISTER,UNREGISTER}
TYPE_HEAP_ROOT now has a different, saner format
added TYPE_VTABLE metadata load event
changed TYPE_ALLOC and TYPE_HEAP_OBJECT to include a vtable pointer instead of a class pointer
added MONO_ROOT_SOURCE_EPHEMERON
* version 16: removed TYPE_COVERAGE
added mvid to image load events
added generation field to TYPE_HEAO_OBJECT
added TYPE_AOT_ID
removed TYPE_SAMPLE_UBIN
* version 17: MONO_PROFILER_CODE_BUFFER_{METHOD_TRAMPOLINE,MONITOR} are no longer produced
*/
/*
* file format:
* [header] [buffer]*
*
* The file is composed by a header followed by 0 or more buffers.
* Each buffer contains events that happened on a thread: for a given thread
* buffers that appear later in the file are guaranteed to contain events
* that happened later in time. Buffers from separate threads could be interleaved,
* though.
* Buffers are not required to be aligned.
*
* header format:
* [id: 4 bytes] constant value: LOG_HEADER_ID
* [major: 1 byte] major version of the log profiler
* [minor: 1 byte] minor version of the log profiler
* [format: 1 byte] version of the data format for the rest of the file
* [ptrsize: 1 byte] size in bytes of a pointer in the profiled program
* [startup time: 8 bytes] time in milliseconds since the unix epoch when the program started
* [ns startup time: 8 bytes] time in nanoseconds since an unspecified epoch when the program started
* [timer overhead: 4 bytes] approximate overhead in nanoseconds of the timer
* [flags: 4 bytes] file format flags, should be 0 for now
* [pid: 4 bytes] pid of the profiled process
* [port: 2 bytes] tcp port for server if != 0
* [args size: 4 bytes] size of args
* [args: string] arguments passed to the profiler
* [arch size: 4 bytes] size of arch
* [arch: string] architecture the profiler is running on
* [os size: 4 bytes] size of os
* [os: string] operating system the profiler is running on
*
* The multiple byte integers are in little-endian format.
*
* buffer format:
* [buffer header] [event]*
* Buffers have a fixed-size header followed by 0 or more bytes of event data.
* Timing information and other values in the event data are usually stored
* as uleb128 or sleb128 integers. To save space, as noted for each item below,
* some data is represented as a difference between the actual value and
* either the last value of the same type (like for timing information) or
* as the difference from a value stored in a buffer header.
*
* For timing information the data is stored as uleb128, since timing
* increases in a monotonic way in each thread: the value is the number of
* nanoseconds to add to the last seen timing data in a buffer. The first value
* in a buffer will be calculated from the time_base field in the buffer head.
*
* Object or heap sizes are stored as uleb128.
* Pointer differences are stored as sleb128, instead.
*
* If an unexpected value is found, the rest of the buffer should be ignored,
* as generally the later values need the former to be interpreted correctly.
*
* buffer header format:
* [bufid: 4 bytes] constant value: BUF_ID
* [len: 4 bytes] size of the data following the buffer header
* [time_base: 8 bytes] time base in nanoseconds since an unspecified epoch
* [ptr_base: 8 bytes] base value for pointers
* [obj_base: 8 bytes] base value for object addresses
* [thread id: 8 bytes] system-specific thread ID (pthread_t for example)
* [method_base: 8 bytes] base value for MonoMethod pointers
*
* event format:
* [extended info: upper 4 bits] [type: lower 4 bits]
* [time diff: uleb128] nanoseconds since last timing
* [data]*
* The data that follows depends on type and the extended info.
* Type is one of the enum values in mono-profiler-log.h: TYPE_ALLOC, TYPE_GC,
* TYPE_METADATA, TYPE_METHOD, TYPE_EXCEPTION, TYPE_MONITOR, TYPE_HEAP.
* The extended info bits are interpreted based on type, see
* each individual event description below.
* strings are represented as a 0-terminated utf8 sequence.
*
* backtrace format:
* [num: uleb128] number of frames following
* [frame: sleb128]* mum MonoMethod* as a pointer difference from the last such
* pointer or the buffer method_base
*
* type alloc format:
* type: TYPE_ALLOC
* exinfo: zero or TYPE_ALLOC_BT
* [vtable: sleb128] MonoVTable* as a pointer difference from ptr_base
* [obj: sleb128] object address as a byte difference from obj_base
* [size: uleb128] size of the object in the heap
* If exinfo == TYPE_ALLOC_BT, a backtrace follows.
*
* type GC format:
* type: TYPE_GC
* exinfo: one of TYPE_GC_EVENT, TYPE_GC_RESIZE, TYPE_GC_MOVE, TYPE_GC_HANDLE_CREATED[_BT],
* TYPE_GC_HANDLE_DESTROYED[_BT], TYPE_GC_FINALIZE_START, TYPE_GC_FINALIZE_END,
* TYPE_GC_FINALIZE_OBJECT_START, TYPE_GC_FINALIZE_OBJECT_END
* if exinfo == TYPE_GC_RESIZE
* [heap_size: uleb128] new heap size
* if exinfo == TYPE_GC_EVENT
* [event type: byte] GC event (MONO_GC_EVENT_* from profiler.h)
* [generation: byte] GC generation event refers to
* if exinfo == TYPE_GC_MOVE
* [num_objects: uleb128] number of object moves that follow
* [objaddr: sleb128]+ num_objects object pointer differences from obj_base
* num is always an even number: the even items are the old
* addresses, the odd numbers are the respective new object addresses
* if exinfo == TYPE_GC_HANDLE_CREATED[_BT]
* [handle_type: uleb128] MonoGCHandleType enum value
* upper bits reserved as flags
* [handle: uleb128] GC handle value
* [objaddr: sleb128] object pointer differences from obj_base
* If exinfo == TYPE_GC_HANDLE_CREATED_BT, a backtrace follows.
* if exinfo == TYPE_GC_HANDLE_DESTROYED[_BT]
* [handle_type: uleb128] MonoGCHandleType enum value
* upper bits reserved as flags
* [handle: uleb128] GC handle value
* If exinfo == TYPE_GC_HANDLE_DESTROYED_BT, a backtrace follows.
* if exinfo == TYPE_GC_FINALIZE_OBJECT_{START,END}
* [object: sleb128] the object as a difference from obj_base
*
* type metadata format:
* type: TYPE_METADATA
* exinfo: one of: TYPE_END_LOAD, TYPE_END_UNLOAD (optional for TYPE_THREAD and TYPE_DOMAIN,
* doesn't occur for TYPE_CLASS)
* [mtype: byte] metadata type, one of: TYPE_CLASS, TYPE_IMAGE, TYPE_ASSEMBLY, TYPE_DOMAIN,
* TYPE_THREAD, TYPE_CONTEXT, TYPE_VTABLE
* [pointer: sleb128] pointer of the metadata type depending on mtype
* if mtype == TYPE_CLASS
* [image: sleb128] MonoImage* as a pointer difference from ptr_base
* [name: string] full class name
* if mtype == TYPE_IMAGE
* [name: string] image file name
* [mvid: string] image mvid, can be empty for dynamic images
* if mtype == TYPE_ASSEMBLY
* [image: sleb128] MonoImage* as a pointer difference from ptr_base
* [name: string] assembly name
* if mtype == TYPE_DOMAIN && exinfo == 0
* [name: string] domain friendly name
* if mtype == TYPE_CONTEXT
* [domain: sleb128] domain id as pointer difference from ptr_base
* if mtype == TYPE_THREAD && exinfo == 0
* [name: string] thread name
* if mtype == TYPE_VTABLE
* [domain: sleb128] domain id as pointer difference from ptr_base, can be zero for proxy VTables
* [class: sleb128] MonoClass* as a pointer difference from ptr_base
*
* type method format:
* type: TYPE_METHOD
* exinfo: one of: TYPE_LEAVE, TYPE_ENTER, TYPE_EXC_LEAVE, TYPE_JIT
* [method: sleb128] MonoMethod* as a pointer difference from the last such
* pointer or the buffer method_base
* if exinfo == TYPE_JIT
* [code address: sleb128] pointer to the native code as a diff from ptr_base
* [code size: uleb128] size of the generated code
* [name: string] full method name
*
* type exception format:
* type: TYPE_EXCEPTION
* exinfo: zero, TYPE_CLAUSE, or TYPE_THROW_BT
* if exinfo == TYPE_CLAUSE
* [clause type: byte] MonoExceptionEnum enum value
* [clause index: uleb128] index of the current clause
* [method: sleb128] MonoMethod* as a pointer difference from the last such
* pointer or the buffer method_base
* [object: sleb128] the exception object as a difference from obj_base
* else
* [object: sleb128] the exception object as a difference from obj_base
* If exinfo == TYPE_THROW_BT, a backtrace follows.
*
* type runtime format:
* type: TYPE_RUNTIME
* exinfo: one of: TYPE_JITHELPER
* if exinfo == TYPE_JITHELPER
* [type: byte] MonoProfilerCodeBufferType enum value
* [buffer address: sleb128] pointer to the native code as a diff from ptr_base
* [buffer size: uleb128] size of the generated code
* if type == MONO_PROFILER_CODE_BUFFER_SPECIFIC_TRAMPOLINE
* [name: string] buffer description name
*
* type monitor format:
* type: TYPE_MONITOR
* exinfo: zero or TYPE_MONITOR_BT
* [type: byte] MonoProfilerMonitorEvent enum value
* [object: sleb128] the lock object as a difference from obj_base
* If exinfo == TYPE_MONITOR_BT, a backtrace follows.
*
* type heap format
* type: TYPE_HEAP
* exinfo: one of TYPE_HEAP_START, TYPE_HEAP_END, TYPE_HEAP_OBJECT, TYPE_HEAP_ROOT, TYPE_HEAP_ROOT_REGISTER, TYPE_HEAP_ROOT_UNREGISTER
* if exinfo == TYPE_HEAP_OBJECT
* [object: sleb128] the object as a difference from obj_base
* [vtable: sleb128] MonoVTable* as a pointer difference from ptr_base
* [size: uleb128] size of the object on the heap
* [generation: byte] generation the object is in
* [num_refs: uleb128] number of object references
* each referenced objref is preceded by a uleb128 encoded offset: the
* first offset is from the object address and each next offset is relative
* to the previous one
* [objrefs: sleb128]+ object referenced as a difference from obj_base
* The same object can appear multiple times, but only the first time
* with size != 0: in the other cases this data will only be used to
* provide additional referenced objects.
* if exinfo == TYPE_HEAP_ROOT
* [num_roots: uleb128] number of root references
* for i = 0 to num_roots
* [address: sleb128] the root address as a difference from ptr_base
* [object: sleb128] the object address as a difference from obj_base
* if exinfo == TYPE_HEAP_ROOT_REGISTER
* [start: sleb128] start address as a difference from ptr_base
* [size: uleb] size of the root region
* [source: byte] MonoGCRootSource enum value
* [key: sleb128] root key, meaning dependent on type, value as a difference from ptr_base
* [desc: string] description of the root
* if exinfo == TYPE_HEAP_ROOT_UNREGISTER
* [start: sleb128] start address as a difference from ptr_base
*
* type sample format
* type: TYPE_SAMPLE
* exinfo: one of TYPE_SAMPLE_HIT, TYPE_SAMPLE_USYM, TYPE_SAMPLE_COUNTERS_DESC, TYPE_SAMPLE_COUNTERS
* if exinfo == TYPE_SAMPLE_HIT
* [thread: sleb128] thread id as difference from ptr_base
* [count: uleb128] number of following instruction addresses
* [ip: sleb128]* instruction pointer as difference from ptr_base
* [mbt_count: uleb128] number of managed backtrace frames
* [method: sleb128]* MonoMethod* as a pointer difference from the last such
* pointer or the buffer method_base (the first such method can be also indentified by ip, but this is not neccessarily true)
* if exinfo == TYPE_SAMPLE_USYM
* [address: sleb128] symbol address as a difference from ptr_base
* [size: uleb128] symbol size (may be 0 if unknown)
* [name: string] symbol name
* if exinfo == TYPE_SAMPLE_COUNTERS_DESC
* [len: uleb128] number of counters
* for i = 0 to len
* [section: uleb128] section of counter
* if section == MONO_COUNTER_PERFCOUNTERS:
* [section_name: string] section name of counter
* [name: string] name of counter
* [type: uleb128] type of counter
* [unit: uleb128] unit of counter
* [variance: uleb128] variance of counter
* [index: uleb128] unique index of counter
* if exinfo == TYPE_SAMPLE_COUNTERS
* while true:
* [index: uleb128] unique index of counter
* if index == 0:
* break
* [type: uleb128] type of counter value
* if type == string:
* if value == null:
* [0: byte] 0 -> value is null
* else:
* [1: byte] 1 -> value is not null
* [value: string] counter value
* else:
* [value: uleb128/sleb128/double] counter value, can be sleb128, uleb128 or double (determined by using type)
*
* type meta format:
* type: TYPE_META
* exinfo: one of: TYPE_SYNC_POINT, TYPE_AOT_ID
* if exinfo == TYPE_SYNC_POINT
* [type: byte] MonoProfilerSyncPointType enum value
* if exinfo == TYPE_AOT_ID
* [aot id: string] current runtime's AOT ID
*/
enum {
TYPE_ALLOC = 0,
TYPE_GC = 1,
TYPE_METADATA = 2,
TYPE_METHOD = 3,
TYPE_EXCEPTION = 4,
TYPE_MONITOR = 5,
TYPE_HEAP = 6,
TYPE_SAMPLE = 7,
TYPE_RUNTIME = 8,
TYPE_META = 10,
/* extended type for TYPE_HEAP */
TYPE_HEAP_START = 0 << 4,
TYPE_HEAP_END = 1 << 4,
TYPE_HEAP_OBJECT = 2 << 4,
TYPE_HEAP_ROOT = 3 << 4,
TYPE_HEAP_ROOT_REGISTER = 4 << 4,
TYPE_HEAP_ROOT_UNREGISTER = 5 << 4,
/* extended type for TYPE_METADATA */
TYPE_END_LOAD = 2 << 4,
TYPE_END_UNLOAD = 4 << 4,
/* extended type for TYPE_GC */
TYPE_GC_EVENT = 1 << 4,
TYPE_GC_RESIZE = 2 << 4,
TYPE_GC_MOVE = 3 << 4,
TYPE_GC_HANDLE_CREATED = 4 << 4,
TYPE_GC_HANDLE_DESTROYED = 5 << 4,
TYPE_GC_HANDLE_CREATED_BT = 6 << 4,
TYPE_GC_HANDLE_DESTROYED_BT = 7 << 4,
TYPE_GC_FINALIZE_START = 8 << 4,
TYPE_GC_FINALIZE_END = 9 << 4,
TYPE_GC_FINALIZE_OBJECT_START = 10 << 4,
TYPE_GC_FINALIZE_OBJECT_END = 11 << 4,
/* extended type for TYPE_METHOD */
TYPE_LEAVE = 1 << 4,
TYPE_ENTER = 2 << 4,
TYPE_EXC_LEAVE = 3 << 4,
TYPE_JIT = 4 << 4,
/* extended type for TYPE_EXCEPTION */
TYPE_THROW_NO_BT = 0 << 7,
TYPE_THROW_BT = 1 << 7,
TYPE_CLAUSE = 1 << 4,
/* extended type for TYPE_ALLOC */
TYPE_ALLOC_NO_BT = 0 << 4,
TYPE_ALLOC_BT = 1 << 4,
/* extended type for TYPE_MONITOR */
TYPE_MONITOR_NO_BT = 0 << 7,
TYPE_MONITOR_BT = 1 << 7,
/* extended type for TYPE_SAMPLE */
TYPE_SAMPLE_HIT = 0 << 4,
TYPE_SAMPLE_USYM = 1 << 4,
TYPE_SAMPLE_COUNTERS_DESC = 3 << 4,
TYPE_SAMPLE_COUNTERS = 4 << 4,
/* extended type for TYPE_RUNTIME */
TYPE_JITHELPER = 1 << 4,
/* extended type for TYPE_META */
TYPE_SYNC_POINT = 0 << 4,
TYPE_AOT_ID = 1 << 4,
};
enum {
/* metadata type byte for TYPE_METADATA */
TYPE_CLASS = 1,
TYPE_IMAGE = 2,
TYPE_ASSEMBLY = 3,
TYPE_DOMAIN = 4,
TYPE_THREAD = 5,
TYPE_CONTEXT = 6,
TYPE_VTABLE = 7,
};
typedef enum {
SYNC_POINT_PERIODIC = 0,
SYNC_POINT_WORLD_STOP = 1,
SYNC_POINT_WORLD_START = 2,
} MonoProfilerSyncPointType;
typedef enum {
MONO_PROFILER_MONITOR_CONTENTION = 1,
MONO_PROFILER_MONITOR_DONE = 2,
MONO_PROFILER_MONITOR_FAIL = 3,
} MonoProfilerMonitorEvent;
enum {
MONO_PROFILER_GC_HANDLE_CREATED = 0,
MONO_PROFILER_GC_HANDLE_DESTROYED = 1,
};
typedef enum {
MONO_PROFILER_HEAPSHOT_NONE = 0,
MONO_PROFILER_HEAPSHOT_MAJOR = 1,
MONO_PROFILER_HEAPSHOT_ON_DEMAND = 2,
MONO_PROFILER_HEAPSHOT_X_GC = 3,
MONO_PROFILER_HEAPSHOT_X_MS = 4,
} MonoProfilerHeapshotMode;
// If you alter MAX_FRAMES, you may need to alter SAMPLE_BLOCK_SIZE too.
#define MAX_FRAMES 32
//The following flags control emitting individual events
#define PROFLOG_EXCEPTION_EVENTS (1 << 0)
#define PROFLOG_MONITOR_EVENTS (1 << 1)
#define PROFLOG_GC_EVENTS (1 << 2)
#define PROFLOG_GC_ALLOCATION_EVENTS (1 << 3)
#define PROFLOG_GC_MOVE_EVENTS (1 << 4)
#define PROFLOG_GC_ROOT_EVENTS (1 << 5)
#define PROFLOG_GC_HANDLE_EVENTS (1 << 6)
#define PROFLOG_GC_FINALIZATION_EVENTS (1 << 7)
#define PROFLOG_COUNTER_EVENTS (1 << 8)
#define PROFLOG_SAMPLE_EVENTS (1 << 9)
#define PROFLOG_JIT_EVENTS (1 << 10)
#define PROFLOG_ALLOC_ALIAS (PROFLOG_GC_EVENTS | PROFLOG_GC_ALLOCATION_EVENTS | PROFLOG_GC_MOVE_EVENTS)
#define PROFLOG_HEAPSHOT_ALIAS (PROFLOG_GC_EVENTS | PROFLOG_GC_ROOT_EVENTS)
#define PROFLOG_LEGACY_ALIAS (PROFLOG_EXCEPTION_EVENTS | PROFLOG_MONITOR_EVENTS | PROFLOG_GC_EVENTS | PROFLOG_GC_MOVE_EVENTS | PROFLOG_GC_ROOT_EVENTS | PROFLOG_GC_HANDLE_EVENTS | PROFLOG_GC_FINALIZATION_EVENTS | PROFLOG_COUNTER_EVENTS)
typedef struct {
//Events explicitly enabled
int enable_mask;
//Events explicitly disabled
int disable_mask;
// Actual mask the profiler should use. Can be changed at runtime.
int effective_mask;
// Whether to do method prologue/epilogue instrumentation. Only used at startup.
gboolean enter_leave;
//Emit a report at the end of execution
gboolean do_report;
//Enable profiler internal debugging
gboolean do_debug;
//Where to compress the output file
gboolean use_zip;
// Heapshot mode (every major, on demand, XXgc, XXms). Can be changed at runtime.
MonoProfilerHeapshotMode hs_mode;
// Heapshot frequency in milliseconds (for MONO_HEAPSHOT_X_MS). Can be changed at runtime.
unsigned int hs_freq_ms;
// Heapshot frequency in number of collections (for MONO_HEAPSHOT_X_GC). Can be changed at runtime.
unsigned int hs_freq_gc;
// Should root reports be done even outside of heapshots?
gboolean always_do_root_report;
// Whether to do a heapshot on shutdown.
gboolean hs_on_shutdown;
// Sample frequency in Hertz. Only used at startup.
int sample_freq;
// Maximum number of frames to collect. Can be changed at runtime.
int num_frames;
// Max depth to record enter/leave events. Can be changed at runtime.
int max_call_depth;
//Name of the generated mlpd file
const char *output_filename;
// Port to listen for profiling commands (e.g. "heapshot" for on-demand heapshot).
int command_port;
// Maximum number of SampleHit structures. We'll drop samples if this number is not sufficient.
int max_allocated_sample_hits;
// Sample mode. Only used at startup.
MonoProfilerSampleMode sampling_mode;
// Callspec config - which methods are to be instrumented
MonoCallSpec callspec;
} ProfilerConfig;
void proflog_parse_args (ProfilerConfig *config, const char *desc);
#endif /* __MONO_PROFLOG_H__ */
Reference in New Issue View Git Blame Copy Permalink