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///////////////////////////////////////////////////////////////////////////////
// Copyright 2016, Oushu Inc.
// All rights reserved.
//
// Author:
///////////////////////////////////////////////////////////////////////////////
#ifndef DBCOMMON_SRC_DBCOMMON_UTILS_INSTRUMENT_H_
#define DBCOMMON_SRC_DBCOMMON_UTILS_INSTRUMENT_H_
#include <stdint.h>
typedef struct MyInstrumentation {
struct MyInstrumentation *leftTree;
struct MyInstrumentation *rightTree;
struct MyInstrumentation *subTree;
struct MyInstrumentation *subplan;
struct MyInstrumentation *subplanSibling;
bool running; // TRUE if we've completed first tupleBatch
uint64_t startTime; // Start time of current iteration of node
uint64_t counter; // Accumulated runtime for this node
uint64_t firstTupleBatch; // Time for first tupleBatch of this cycle
uint64_t firstStart; // Start time of first iteration of node
uint64_t tupleCount; // Tuples emitted so far this cycle
double nloops; // Number of run cycles for this node
double execmemused; // CDB: executor memory used (bytes)
double workmemused; // CDB: work_mem actually used (bytes)
double workmemwanted; // CDB: work_mem to avoid scratch i/o (bytes)
bool workfileReused; // TRUE if cached workfiles reused in this node
bool workfileCreated; // TRUE if workfiles are created in this node
uint32_t numPartScanned; // Number of part tables scanned
const char *notebuf; // extra message text
int32_t notebufLen; // size of extra message text
// for new scheduler only
const char *queryId;
int32_t stageNo;
int32_t execId;
} MyInstrumentation;
__attribute__((weak)) void MyInstrInitNode(MyInstrumentation *instr) {}
__attribute__((weak)) void MyInstrStartNode(MyInstrumentation *instr) {}
__attribute__((weak)) void MyInstrStopNode(MyInstrumentation *instr, uint64_t nTuples) {}
__attribute__((weak)) void MyInstrEndLoop(MyInstrumentation *instr) {}
#endif // DBCOMMON_SRC_DBCOMMON_UTILS_INSTRUMENT_H_