private void get_log_file_values(DataRow row, ge_log_file file)
{
file.Id = (Guid)row["Id"];
file.dataId = (Guid)row["dataId"];
if (row["ReadingAggregates"] != DBNull.Value)
{
file.readingAggregates = (String)row["ReadingAggregates"];
}
if (row["FieldHeader"] != DBNull.Value)
{
file.fieldHeader = (String)row["FieldHeader"];
}
if (row["FileHeader"] != DBNull.Value)
{
file.fileHeader = (String)row["FileHeader"];
}
if (row["Comments"] != DBNull.Value)
{
file.Comments = (String)row["Comments"];
}
if (row["channel"] != DBNull.Value)
{
file.channel = (String)row["channel"];
}
if (row["SearchTemplate"] != DBNull.Value)
{
file.SearchTemplate = (String)row["SearchTemplate"];
}
if (row["templateId"] != DBNull.Value)
{
file.templateId = (Guid)row["templateId"];
}
}
private async Task <List <ge_log_file> > GetFiles(Guid dataId,
Boolean IncludeReadings = true)
{
if (dataId == null)
{
return(null);
}
var _logger = await _context.ge_data
.Include(d => d.project)
.AsNoTracking()
.SingleOrDefaultAsync(m => m.Id == dataId);
dbConnectDetails cd = await getConnectDetails(_logger.projectId, logTables.DB_DATA_TYPE);
if (cd == null)
{
return(null);
}
string dbConnectStr = cd.AsConnectionString();
var dt_file2 = await Task.Run(() =>
{
using (SqlConnection cnn = new SqlConnection(dbConnectStr))
{
cnn.Open();
dsTable <ge_log_file> ds_files = new logTables().file;
ds_files.setConnection(cnn);
ds_files.sqlWhere("dataId='" + dataId.ToString() + "'");
ds_files.getDataSet();
DataTable dt_file = ds_files.getDataTable();
return(dt_file);
}
});
List <ge_log_file> local_log_files = new List <ge_log_file>();
foreach (DataRow row in dt_file2.Rows)
{
ge_log_file file = new ge_log_file();
get_log_file_values(row, file);
if (IncludeReadings == true)
{
file = await GetFile(file.dataId, file.channel, true);
}
local_log_files.Add(file);
}
return(local_log_files);
}
private void set_log_file_values(ge_log_file file, DataRow row)
{
row["Id"] = file.Id;
row["dataId"] = file.dataId;
row["fieldHeader"] = file.fieldHeader;
row["ReadingAggregates"] = file.readingAggregates;
row["FileHeader"] = file.fileHeader;
row["Comments"] = file.Comments;
row["channel"] = file.channel;
row["templateId"] = file.templateId;
row["SearchTemplate"] = file.SearchTemplate;
}
private async Task <int> saveFileLogger()
{
ge_log_file exist = await _logService.GetByDataId(Id, table);
if (exist != null)
{
log_file.Id = exist.Id;
return(await _logService.UpdateFile(log_file, true));
}
else
{
return(await _logService.CreateFile(log_file));
}
}
public async Task <IActionResult> Post(string log_file, string origin_data, string format)
{
ge_log_file f = null;
ge_data d = null;
ge_data_file b = new ge_data_file();
if (format == "json")
{
d = JsonConvert.DeserializeObject <ge_data>(origin_data);
f = JsonConvert.DeserializeObject <ge_log_file>(log_file);
d.filetype = "text/json";
d.fileext = ".json";
d.encoding = "utf-8";
b.data_string = log_file;
}
if (format == "xml")
{
d = (ge_data)origin_data.DeserializeFromXmlString <ge_data>();
f = (ge_log_file)log_file.DeserializeFromXmlString <ge_log_file>();
d.filetype = "text/xml";
d.fileext = ".xml";
d.encoding = "utf-8";
b.data_xml = log_file;
}
var user = await GetUserAsync();
d.Id = f.Id;
string filename = d.filename.Substring(0, d.filename.IndexOf(".")) + ' ' + f.channel + ".xml";
d.filename = filename;
d.filesize = log_file.Length;
d.createdDT = DateTime.Now;
d.editedDT = DateTime.Now;
d.editedId = user.Id;
d.createdId = user.Id;
string s1 = d.SerializeToXmlString <ge_data>();
string s2 = b.SerializeToXmlString <ge_data_file>();
var resp_post = await new ge_dataController(_context,
_authorizationService,
_userManager,
_env,
_ge_config).Post(s1, s2, "xml");
return(resp_post);
}
public ge_data NewData(Guid projectId, string UserId, ge_log_file log_file, string saveAsFormat)
{
ge_data _data = NewData(projectId, UserId);
ge_data_file _file = new ge_data_file();
if (saveAsFormat == "text/xml")
{
// _file.data_xml = SerializeToXmlString<ge_log_file>();
}
if (saveAsFormat == "json")
{
_file.data_string = JsonConvert.SerializeObject(log_file);
}
_data.file = _file;
return(_data);
}
public async Task <IActionResult> Put(string s1, Boolean IncludeReadings, string format)
{
ge_log_file log_file = null;;
if (format == "json")
{
log_file = JsonConvert.DeserializeObject <ge_log_file>(s1);
}
if (format == "xml")
{
log_file = s1.DeserializeFromXmlString <ge_log_file>();
}
var resp = await UpdateFile(log_file, IncludeReadings);
if (resp == -1)
{
BadRequest($"Unable to update log_file Id:{log_file.Id} dataId:{log_file.dataId} table:{log_file.channel}");
}
return(Ok(resp));
}
public async Task <int> UpdateFile(ge_log_file data, Boolean includereadings)
{
var existing = await _unitOfWork.LoggerFile.FindByIdAsync(data.Id);
if (existing == null)
{
return(-1);
}
var ret = await _unitOfWork.LoggerFile.UpdateAsync(data, includereadings);
if (ret == 0 && includereadings == false)
{
return(await _unitOfWork.CommitAsync());
}
if (ret == 0 && includereadings == true)
{
return(await _unitOfWork.CommitBulkAsync());
}
return(-1);
}
public async Task <IActionResult> Post(string s1, string format)
{
ge_log_file log_file = null;
if (format == "json")
{
log_file = JsonConvert.DeserializeObject <ge_log_file>(s1);
}
if (format == "xml")
{
log_file = s1.DeserializeFromXmlString <ge_log_file>();
}
var resp = await AddNewFile(log_file);
if (resp == -1)
{
BadRequest("Unable to add new log file");
}
return(Ok($"log file id:{log_file.Id} created"));
}
private async Task <int> UpdateFile(ge_log_file file, Boolean IncludeReadings)
{
int NOT_OK = -1;
int ret = 0;
if (file.dataId == null)
{
return(NOT_OK);
}
file.packFieldHeaders();
file.packFileHeader();
var _logger = await _context.ge_data
.Include(d => d.project)
.SingleOrDefaultAsync(m => m.Id == file.dataId);
dbConnectDetails cd = await getConnectDetails(_logger.projectId, logTables.DB_DATA_TYPE);
if (cd == null)
{
return(NOT_OK);
}
string dbConnectStr = cd.AsConnectionString();
return(await Task.Run(() =>
{
using (SqlConnection cnn = new SqlConnection(dbConnectStr))
{
dsTable <ge_log_reading> ds_readings = new logTables().reading;
dsTable <ge_log_file> ds_file = new logTables().file;
cnn.Open();
ds_file.setConnection(cnn);
ds_file.getDataTable();
ds_readings.setConnection(cnn);
ds_readings.getDataTable();
ds_file.sqlWhere("Id='" + file.Id + "'");
ds_file.getDataSet();
DataTable dt_file = ds_file.getDataTable();
if (dt_file == null)
{
return NOT_OK;
}
if (dt_file.Rows.Count == 0)
{
return NOT_OK;
}
DataRow file_row = dt_file.Rows[0];
set_log_file_values(file, file_row);
ret = ds_file.Update();
if (IncludeReadings)
{
ds_readings.sqlWhere("FileId='" + file.Id.ToString() + "'");
ds_readings.getDataSet();
DataTable dt_readings = ds_readings.getDataTable();
Boolean checkExisting = false;
if (dt_readings.Rows.Count > 0)
{
checkExisting = true;
}
foreach (ge_log_reading reading in file.readings)
{
DataRow row = null;
if (checkExisting == true)
{
if (reading.Id != Guid.Empty)
{
row = dt_readings.Select($"Id='{reading.Id}'").SingleOrDefault();
}
if (row == null)
{
row = dt_readings.Select($"ReadingDateTime='{String.Format("{0:yyyy-MM-dd HH:mm:ss.ffff}",reading.ReadingDateTime)}'").SingleOrDefault();
}
}
if (row == null)
{
row = ds_readings.NewRow();
reading.Id = Guid.NewGuid();
reading.fileId = file.Id;
ds_readings.addRow(row);
}
else
{
reading.Id = (Guid)row["Id"];
reading.fileId = file.Id;
}
set_log_reading_values(reading, row);
}
//what if there are other records (more) in dt_readings from a previous version of the ge_log_file?
// mark for deletion all records not 'new' or 'updated'
if (file.readings.Count() < dt_readings.Rows.Count)
{
foreach (DataRow row in dt_readings.Rows)
{
if (row.RowState == DataRowState.Added |
row.RowState != DataRowState.Modified)
{
row.Delete();
}
}
}
ret = ret + ds_readings.Update();
return ret;
}
return ret;
}
}));
}
private async Task <ge_log_file> GetFile(Guid dataId,
string table = "data_pressure",
Boolean IncludeReadings = true)
{
if (dataId == null)
{
return(null);
}
var _logger = await _context.ge_data
.Include(d => d.project)
.AsNoTracking()
.SingleOrDefaultAsync(m => m.Id == dataId);
dbConnectDetails cd = await getConnectDetails(_logger.projectId, logTables.DB_DATA_TYPE);
if (cd == null)
{
return(null);
}
string dbConnectStr = cd.AsConnectionString();
return(await Task.Run(() =>
{
using (SqlConnection cnn = new SqlConnection(dbConnectStr))
{
cnn.Open();
dsTable <ge_log_reading> ds_readings = new logTables().reading;
dsTable <ge_log_file> ds_file = new logTables().file;
ds_file.setConnection(cnn);
ds_readings.setConnection(cnn);
//Multichannel transducer have upto 8 tables which will all have the same dataId
if (string.IsNullOrEmpty(table))
{
ds_file.sqlWhere("dataId='" + dataId.ToString() + "' and (channel is null or channel='')");
}
else
{
ds_file.sqlWhere("dataId='" + dataId.ToString() + "' and channel='" + table + "'");
}
ds_file.getDataSet();
DataTable dt_file = ds_file.getDataTable();
if (dt_file == null)
{
return null;
}
if (dt_file.Rows.Count == 0)
{
return null;
}
ge_log_file file = new ge_log_file();
DataRow row = dt_file.Rows[0];
get_log_file_values(row, file);
if (IncludeReadings)
{
ds_readings.sqlWhere("FileId='" + file.Id.ToString() + "'");
ds_readings.getDataSet();
DataTable dt_readings = ds_readings.getDataTable();
file.readings = new List <ge_log_reading>();
foreach (DataRow rrow in dt_readings.Rows)
{
ge_log_reading r = new ge_log_reading();
get_log_reading_values(rrow, r);
file.readings.Add(r);
}
file.OrderReadings();
}
file.unpack_exist_file();
return file;
}
}));
}
public async Task <int> CreateFile(ge_log_file newData)
{
await _unitOfWork.LoggerFile.AddAsync(newData);
return(await _unitOfWork.CommitBulkAsync());
}
private async Task <int> AddNewFile(ge_log_file file)
{
int NOT_OK = -1;
int ret = 0;
if (file == null)
{
return(NOT_OK);
}
file.packFieldHeaders();
file.packFileHeader();
var _data = await _context.ge_data
.Include(d => d.project)
.SingleOrDefaultAsync(m => m.Id == file.dataId);
dbConnectDetails cd = await getConnectDetails(_data.projectId, logTables.DB_DATA_TYPE);
if (cd == null)
{
return(NOT_OK);
}
string dbConnectStr = cd.AsConnectionString();
return(await Task.Run(() =>
{
using (SqlConnection cnn = new SqlConnection(dbConnectStr))
{
dsTable <ge_log_reading> ds_readings = new logTables().reading;
dsTable <ge_log_file> ds_file = new logTables().file;
cnn.Open();
ds_file.setConnection(cnn);
ds_file.Reset();
ds_readings.setConnection(cnn);
ds_readings.Reset();
DataTable dt_file = ds_file.getDataTable();
DataRow file_row = dt_file.NewRow();
file.Id = Guid.NewGuid();
set_log_file_values(file, file_row);
ds_file.addRow(file_row);
ret = ds_file.Update();
DataTable dt_readings = ds_readings.getDataTable();
foreach (ge_log_reading reading in file.readings)
{
DataRow row = dt_readings.NewRow();
reading.Id = Guid.NewGuid();
reading.fileId = file.Id;
set_log_reading_values(reading, row);
ds_readings.addRow(row);
}
ret = ret + ds_readings.Update();
return ret;
}
}));
}
public async Task <int> DeleteFile(ge_log_file dataToBeDeleted)
{
_unitOfWork.LoggerFile.Remove(dataToBeDeleted);
return(await _unitOfWork.CommitAsync());
}
private async Task <List <MOND> > createMOND(ge_log_file log_file,
int page_size,
int page,
string round_ref,
DateTime?fromDT,
DateTime?toDT,
string ge_source = "ge_flow",
Boolean addWLEV = true)
{
// Find borehole in point table of gint database
string holeId = log_file.getBoreHoleId();
if (holeId == "")
{
return(null); // BadRequest ($"Borehole ref not provided");
}
POINT pt = await GetPointByHoleId(holeId);
if (pt == null)
{
return(null);// return BadRequest ($"Borehole ref {holeId} not found in {project.name}");
}
List <MONG> mgs = await GetParentsByHoleId(holeId);
// Find monitoring point in mong table of gint database
float probe_depth = log_file.getProbeDepth();
if (probe_depth == 0)
{
return(null); // return BadRequest ($"No probe depth provided for borehole ref {holeId} not found in {project.name}");
}
MONG mg = null;
string formatMATCH = "{0:00.0}";
if (mgs.Count == 1)
{
mg = mgs.FirstOrDefault();
}
else
{
foreach (MONG m in mgs)
{
if (m.MONG_DIS != null)
{
if (String.Format(formatMATCH, m.MONG_DIS.Value) == String.Format(formatMATCH, probe_depth))
{
mg = m;
break;
}
}
}
}
if (mg == null)
{
return(null); // return BadRequest ($"No installations in borehole ref {holeId} have a probe depth of {probe_depth} in {project.name}");
}
// Add all readings to new items in List<MOND>
List <MOND> MOND = new List <MOND>();
string device_name = log_file.getDeviceName();
float?gl = null;
if (pt.Elevation != null)
{
gl = Convert.ToSingle(pt.Elevation.Value);
}
if (gl == null && pt.LOCA_GL != null)
{
gl = Convert.ToSingle(pt.LOCA_GL.Value);
}
// int round_no = getInt32(round_ref);
string mond_rem_suffix = "";
string mond_ref = "";
if (ge_source == "ge_flow")
{
mond_rem_suffix = " flow meter reading";
}
if (ge_source == "ge_logger")
{
mond_rem_suffix = " datalogger reading";
}
List <ge_log_reading> readings2 = log_file.getIncludeReadingsPage(fromDT, toDT, page_size, page);
foreach (ge_log_reading reading in readings2)
{
foreach (value_header vh in log_file.field_headers)
{
if (ge_source == "ge_flow")
{
mond_ref = String.Format("Round {0} Seconds {1:00}", round_ref, reading.Duration);
}
if (vh.id == "WDEPTH" && vh.units == "m")
{
// Add MOND WDEP record
MOND md = NewMOND(mg, reading, device_name, round_ref, "WDEP", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Water Depth", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
if (gl != null && addWLEV == true)
{
// Add MOND WLEV record
MOND md2 = NewMOND(mg, reading, device_name, round_ref, "WLEV", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Water Level", vh.units, vh.format, gl, ge_source);
if (md2 != null)
{
MOND.Add(md2);
}
}
}
if (vh.id == "PH")
{
// Add MOND Potential Hydrogen
MOND md = NewMOND(mg, reading, device_name, round_ref, "PH", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "DO" && vh.units == "mg/l")
{
// Add MOND Disolved Oxygen
MOND md = NewMOND(mg, reading, device_name, round_ref, "DO", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Dissolved Oxygen", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
// if ((vh.id == "AEC" && vh.units == "μS/cm") |
// (vh.id == "AEC" & vh.units == "mS/cm")) {
// // Add MOND Electrical Conductivity
// MOND md = NewMOND (mg, reading, device_name, round_ref, "AEC", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Actual Electrical Conductivity", vh.units, vh.format, null, ge_source);
// if (md!=null) MOND.Add (md);
// }
//if (vh.id == "AEC" && (vh.units == "μS/cm" || vh.units == "mS/cm")) {
if (vh.id == "AEC")
{
// Add MOND Electrical Conductivity
MOND md = NewMOND(mg, reading, device_name, round_ref, "AEC", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Actual Electrical Conductivity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
// if ((vh.id == "EC" && vh.units == "μS/cm")) {
if ((vh.id == "EC"))
{
// Add MOND Electrical Conductivity
MOND md = NewMOND(mg, reading, device_name, round_ref, "EC", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Electrical Conductivity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "SAL" && vh.units == "g/cm3")
{
// Add MOND Salinity record
MOND md = NewMOND(mg, reading, device_name, round_ref, "SAL", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Salinity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "TEMP" && vh.units == "Deg C")
{
// Add MOND Temp record
MOND md = NewMOND(mg, reading, device_name, round_ref, "DOWNTEMP", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Downhole Temperature", vh.units, vh.format, null, ge_source);
MOND.Add(md);
}
if (vh.id == "RDX" && vh.units == "mV")
{
// Add MOND Redox Salinity record
MOND md = NewMOND(mg, reading, device_name, round_ref, "RDX", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Redox Potential", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "TURB" && vh.units == "NTU")
{
// Add MOND Salinity record
MOND md = NewMOND(mg, reading, device_name, round_ref, "TURB", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Turbity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
}
}
return(MOND);
}
public async Task <List <MOND> > CreateMOND(ge_log_file log_file,
string table,
string round_ref,
DateTime?fromDT,
DateTime?toDT,
Boolean save_MOND
)
{
string ge_source = "";
if (table.Contains("waterquality") ||
table.Contains("wq"))
{
ge_source = "ge_flow";
}
if (table.Contains("depth") ||
table.Contains("head") ||
table.Contains("pressure") ||
table.Contains("channel") ||
table.Contains("r0") ||
table.Contains("r1")
)
{
ge_source = "ge_logger";
}
int page_size = 1000;
int row_count = log_file.getIncludeReadings(fromDT, toDT).Count();
int total_pages = Convert.ToInt32(row_count / page_size) + 1;
List <MOND> ordered = new List <MOND>();
for (int page = 1; page <= total_pages; page++)
{
List <MOND> batch = await createMOND(log_file,
page_size,
page,
round_ref,
fromDT,
toDT,
ge_source,
true);
if (batch == null)
{
continue;
}
if (batch.Count == 0)
{
continue;
}
if (save_MOND == true)
{
string where2 = $"ge_source='{ge_source}'";
await UpdateRange(batch, where2);
}
ordered.AddRange(batch.OrderBy(e => e.DateTime).ToList());
}
return(ordered);
}
public ge_log_file NewFile(ge_search dic,
string[] lines,
Guid dataId,
Guid templateId)
{
ge_log_file file = new ge_log_file();
file.dataId = dataId;
file.templateId = templateId;
file.search_template = dic;
file.file_headers = dic.search_items;
file.file_array = dic.array_items;
search_table st = dic.search_tables.FirstOrDefault();
file.search_table = st;
file.field_headers = st.headers;
file.channel = st.name;
value_header DateTimeReading = dic.getHeader(ge_log_constants.READINGDATETIME);
int intReadTime = NOT_FOUND;
if (DateTimeReading != null)
{
intReadTime = DateTimeReading.found;
}
value_header Duration = dic.getHeader(ge_log_constants.DURATION);
int intDuration = NOT_FOUND;
if (Duration != null)
{
intDuration = Duration.found;
}
value_header Header1 = dic.getHeader(ge_log_constants.VALUE1);
int intValue1 = NOT_FOUND;
if (Header1 != null)
{
intValue1 = Header1.found;
}
value_header Header2 = dic.getHeader(ge_log_constants.VALUE2);
int intValue2 = NOT_FOUND;
if (Header2 != null)
{
intValue2 = Header2.found;
}
value_header Header3 = dic.getHeader(ge_log_constants.VALUE3);
int intValue3 = NOT_FOUND;
if (Header3 != null)
{
intValue3 = Header3.found;
}
value_header Header4 = dic.getHeader(ge_log_constants.VALUE4);
int intValue4 = NOT_FOUND;
if (Header4 != null)
{
intValue4 = Header4.found;
}
value_header Header5 = dic.getHeader(ge_log_constants.VALUE5);
int intValue5 = NOT_FOUND;
if (Header5 != null)
{
intValue5 = Header5.found;
}
value_header Header6 = dic.getHeader(ge_log_constants.VALUE6);
int intValue6 = NOT_FOUND;
if (Header6 != null)
{
intValue6 = Header6.found;
}
value_header Header7 = dic.getHeader(ge_log_constants.VALUE7);
int intValue7 = NOT_FOUND;
if (Header7 != null)
{
intValue7 = Header7.found;
}
value_header Header8 = dic.getHeader(ge_log_constants.VALUE8);
int intValue8 = NOT_FOUND;
if (Header8 != null)
{
intValue8 = Header8.found;
}
value_header Header9 = dic.getHeader(ge_log_constants.VALUE9);
int intValue9 = NOT_FOUND;
if (Header9 != null)
{
intValue9 = Header9.found;
}
value_header Header10 = dic.getHeader(ge_log_constants.VALUE10);
int intValue10 = NOT_FOUND;
if (Header10 != null)
{
intValue10 = Header10.found;
}
value_header Header11 = dic.getHeader(ge_log_constants.VALUE11);
int intValue11 = NOT_FOUND;
if (Header11 != null)
{
intValue11 = Header11.found;
}
value_header Header12 = dic.getHeader(ge_log_constants.VALUE12);
int intValue12 = NOT_FOUND;
if (Header12 != null)
{
intValue12 = Header12.found;
}
value_header Header13 = dic.getHeader(ge_log_constants.VALUE13);
int intValue13 = NOT_FOUND;
if (Header13 != null)
{
intValue13 = Header13.found;
}
value_header Header14 = dic.getHeader(ge_log_constants.VALUE14);
int intValue14 = NOT_FOUND;
if (Header14 != null)
{
intValue14 = Header14.found;
}
value_header Header15 = dic.getHeader(ge_log_constants.VALUE15);
int intValue15 = NOT_FOUND;
if (Header15 != null)
{
intValue15 = Header15.found;
}
value_header Header16 = dic.getHeader(ge_log_constants.VALUE16);
int intValue16 = NOT_FOUND;
if (Header16 != null)
{
intValue16 = Header16.found;
}
value_header Header17 = dic.getHeader(ge_log_constants.VALUE17);
int intValue17 = NOT_FOUND;
if (Header17 != null)
{
intValue17 = Header17.found;
}
value_header Header18 = dic.getHeader(ge_log_constants.VALUE18);
int intValue18 = NOT_FOUND;
if (Header18 != null)
{
intValue18 = Header18.found;
}
value_header HeaderRemark = dic.getHeader(ge_log_constants.REMARK);
int intRemark = NOT_FOUND;
if (HeaderRemark != null)
{
intRemark = HeaderRemark.found;
}
value_header log_wdepthM = file.getHeaderByIdUnits(ge_log_constants.WDEPTH, "m");
int intCheckValueForDry = NOT_FOUND;
if (log_wdepthM != null)
{
intCheckValueForDry = log_wdepthM.found;
}
file.readings = new List <ge_log_reading>();
int line_start = dic.data_start_row(NOT_FOUND);
int line_end = dic.data_end_row(lines.Count());
int readlines = addReadingsAny(file.readings,
lines,
line_start,
line_end,
intReadTime,
intDuration,
intValue1,
intValue2,
intValue3,
intValue4,
intValue5,
intValue6,
intValue7,
intValue8,
intValue9,
intValue10,
intValue11,
intValue12,
intValue13,
intValue14,
intValue15,
intValue16,
intValue17,
intValue18,
intRemark,
intCheckValueForDry,
DateTimeReading.format
);
if (readlines <= 0)
{
return(null);
}
file.init_new_file();
file.calcReadingAggregates();
return(file);
}