level2co.proto

syntax = "proto3";

package dfs.msc.level2co;
option go_package = "cnlab.net/csst/proto/msc/level2co";
import "common/error.proto";

service Level2CoSrv {
	rpc Find(FindLevel2CoReq) returns (FindLevel2CoResp) {}
	rpc FindCatalog(FindLevel2CoCatalogReq) returns (FindLevel2CoCatalogResp) {}
	rpc Get(GetLevel2CoReq) returns (GetLevel2CoResp) {}
	rpc Write(stream WriteLevel2CoReq) returns (WriteLevel2CoResp) {}
	rpc UpdateQc2Status(UpdateQc2StatusReq) returns (UpdateQc2StatusResp) {}
	rpc UpdateProcStatus(UpdateProcStatusReq) returns (UpdateProcStatusResp) {}	
	rpc DeleteCatalogByLevel2CoId(DeleteCatalogByLevel2CoIdReq) returns (DeleteCatalogByLevel2CoIdResp) {}
}
message Level2CoRecord {
	int64 id = 1;
	string data_type = 2;
	string filename = 3;
	string file_path = 4;
	int32 qc2_status = 5;
	string qc2_time = 6;
	int32 prc_status = 7;
	string prc_time = 8;
	string create_time = 9;
	string pipeline_id = 10; 
	int32 import_status = 11;
}

message FindLevel2CoReq {
	string data_type = 1;
	string create_time_start = 2;
	string create_time_end = 3;
	int32 qc2_status = 4;
	int32 prc_status = 5;
	string filename = 6;
	int32 limit = 7;
	map<string,string> other_conditions = 8;
}

message FindLevel2CoResp {
	bool success = 1;
	int32 totalCount = 2;
	common.Error error = 3;
	repeated Level2CoRecord records = 4;
}

message GetLevel2CoReq {
	int64 id = 1;	
}

message GetLevel2CoResp {
	Level2CoRecord record = 1;
}

message WriteLevel2CoReq {
	Level2CoRecord record = 1;
	bytes data = 2;
}

message WriteLevel2CoResp {
	bool success = 1;
	common.Error error = 2;
	Level2CoRecord record = 3;
}
message UpdateQc2StatusReq {
	int64 id = 1;
	int32 status = 2;
}

message UpdateQc2StatusResp {
	bool success = 1;
	common.Error error = 2;
}
message UpdateProcStatusReq {
	int64 id = 1;
	int32 status = 2;
}

message UpdateProcStatusResp {
	bool success = 1;
	common.Error error = 2;
}
message Level2CoCatalogRecord {
	int64 ID = 1;
	float X = 2;
	double XErr = 3;
	float Y = 4;
	double YErr = 5;
	double RA = 6;
	double RAErr = 7;
	double DEC = 8;
	double DECErr = 9;
	float A = 10;
	float AErr = 11;
	float B = 12;
	float BErr = 13;
	float PA = 14;
	float PAErr = 15;
	int32 Flag = 16;
	int32 Flag_ISO = 17;
	int32 Flag_ISO_Num = 18;
	float FWHM = 19;
	float AB = 20;
	float E = 21;
	double Flux_Kron = 22;
	float FluxErr_Kron = 23;
	double Mag_Kron = 24;
	double MagErr_Kron = 25;
	double Radius_Kron = 26;
	float Sky = 27;
	float Flux_Aper1 = 28;
	float FluxErr_Aper1 = 29;
	float Mag_Aper1 = 30;
	float MagErr_Aper1 = 31;
	float Flux_Aper2 = 32;
	float FluxErr_Aper2 = 33;
	float Mag_Aper2 = 34;
	float MagErr_Aper2 = 35;
	float Flux_Aper3 = 36;
	float FluxErr_Aper3 = 37;
	float Mag_Aper3 = 38;
	float MagErr_Aper3 = 39;
	float Flux_Aper4 = 40;
	float FluxErr_Aper4 = 41;
	float Mag_Aper4 = 42;
	float MagErr_Aper4 = 43;
	float Flux_Aper5 = 44;
	float FluxErr_Aper5 = 45;
	float Mag_Aper5 = 46;
	float MagErr_Aper5 = 47;
	float Flux_Aper6 = 48;
	float FluxErr_Aper6 = 49;
	float Mag_Aper6 = 50;
	float MagErr_Aper6 = 51;
	float Flux_Aper7 = 52;
	float FluxErr_Aper7 = 53;
	float Mag_Aper7 = 54;
	float MagErr_Aper7 = 55;
	float Flux_Aper8 = 56;
	float FluxErr_Aper8 = 57;
	float Mag_Aper8 = 58;
	float MagErr_Aper8 = 59;
	float Flux_Aper9 = 60;
	float FluxErr_Aper9 = 61;
	float Mag_Aper9 = 62;
	float MagErr_Aper9 = 63;
	float Flux_Aper10 = 64;
	float FluxErr_Aper10 = 65;
	float Mag_Aper10 = 66;
	float MagErr_Aper10 = 67;
	float Flux_Aper11 = 68;
	float FluxErr_Aper11 = 69;
	float Mag_Aper11 = 70;
	float MagErr_Aper11 = 71;
	float Flux_Aper12 = 72;
	float FluxErr_Aper12 = 73;
	float Mag_Aper12 = 74;
	float MagErr_Aper12 = 75;
	int32 Type = 76;
	float R20 = 77;
	float R50 = 78;
	float R90 = 79;
	double X_PSF = 80;
	double Y_PSF = 81;
	double RA_PSF = 82;
	double DEC_PSF = 83;
	float Chi2_PSF = 84;
	float Flux_PSF = 85;
	float FluxErr_PSF = 86;
	float Mag_PSF = 87;
	float MagErr_PSF = 88;
	double X_Model = 89;
	double Y_Model = 90;
	double RA_Model = 91;
	double DEC_Model = 92;
	float Chi2_Model = 93;
	int32 Flag_Model = 94;
	float Flux_Model = 95;
	float FluxErr_Model = 96;
	float Mag_Model = 97;
	float MagErr_Model = 98;
	float Flux_Bulge = 99;
	float FluxErr_Bulge = 100;
	float Mag_Bulge = 101;
	float MagErr_Bulge = 102;
	float Re_Bulge = 103;
	float ReErr_Bulge = 104;
	float E_Bulge = 105;
	float EErr_Bulge = 106;
	float PA_Bulge = 107;
	float PAErr_Bulge = 108;
	float Flux_Disk = 109;
	float FluxErr_Disk = 110;
	float Mag_Disk = 111;
	float MagErr_Disk = 112;
	float Re_Disk = 113;
	float ReErr_Disk = 114;
	float E_Disk = 115;
	float EErr_Disk = 116;
	float PA_Disk = 117;
	float PAErr_Disk = 118;
	float Ratio_Disk = 119;
	float RatioErr_Disk = 120;
	float Spread_Model = 121;
	float SpreadErr_Model = 122;
	int32 NS128HIdx = 123;
}

message FindLevel2CoCatalogReq {
	string obs_id = 1;
	string detector_no = 2;
	string ra = 3;
	string dec = 4;
	double radius = 5;
	double minMag = 6;
	double maxMag = 7;
	string obs_time_start = 8;	
	string obs_time_end = 9;	
	int32 limit = 10;
}

message FindLevel2CoCatalogResp {
	bool success = 1;
	int32 totalCount = 2;
	common.Error error = 3;
	repeated Level2CoCatalogRecord records = 4;
}



message DeleteCatalogByLevel2CoIdReq {
	int64 level2_id = 1;
}

message DeleteCatalogByLevel2CoIdResp {
	bool success = 1;
	common.Error error = 2;
}