public void Start()
{
_input_output.Output_line("");
_input_output.Output_options(new List <string>
{
ReconConsts.Load_pending_csvs,
"2. Do actual reconciliation."
});
string input = _input_output.Get_generic_input(ReconConsts.PendingOrReconciliate);
switch (input)
{
case "1":
{
var file_loader = new FileLoader(_input_output, new Clock());
file_loader.Create_pending_csvs();
}
break;
case "2":
{
Reconciliate();
}
break;
}
}
private void Update_bank_balance(
ActualBankOutFile actual_bank_out_file,
ISpreadsheet spreadsheet,
IInputOutput input_output)
{
input_output.Output_line("Writing bank balance to spreadsheet...");
IList <ActualBankRecord> potential_balance_rows = actual_bank_out_file.Get_potential_balance_rows().ToList();
if (!potential_balance_rows.Any())
{
input_output.Output_line("");
input_output.Get_generic_input(ReconConsts.CantFindBalanceRow);
}
else
{
ActualBankRecord balance_row = Choose_balance_row(potential_balance_rows, input_output);
string balance_description = String.Format(
ReconConsts.BankBalanceDescription,
ReconConsts.Bank_descriptor,
balance_row.Description,
balance_row.Main_amount().To_csv_string(true),
balance_row.Date.ToString(@"dd\/MM\/yyyy"));
spreadsheet.Update_balance_on_totals_sheet(
Codes.Bank_bal,
balance_row.Balance,
balance_description,
balance_column: ReconConsts.BankBalanceAmountColumn,
text_column: ReconConsts.BankBalanceTextColumn,
code_column: ReconConsts.BankBalanceCodeColumn,
input_output: input_output);
}
}
private ActualBankRecord Choose_balance_row(IList <ActualBankRecord> potential_balance_rows, IInputOutput input_output)
{
var result = potential_balance_rows.First();
if (potential_balance_rows.Count > 1)
{
input_output.Output_line("");
input_output.Output_line(String.Format(ReconConsts.MultipleBalanceRows, result.To_string()));
for (int index = 0; index < potential_balance_rows.Count; index++)
{
input_output.Output_line($"{index + 1}. {potential_balance_rows[index].To_string()}");
}
string input = input_output.Get_generic_input(ReconConsts.MultipleBalanceRows);
int new_index = 0;
if (int.TryParse(input, out new_index))
{
result = potential_balance_rows[new_index - 1];
}
}
return(result);
}
public void Start()
{
_input_output.Output_line("");
_input_output.Output_options(new List <string>
{
ReconConsts.Load_pending_csvs,
"2. Do actual reconciliation."
});
string input = _input_output.Get_generic_input(ReconConsts.PendingOrReconciliate);
switch (input)
{
case "1":
{
ISpreadsheetRepoFactory spreadsheet_factory = new FakeSpreadsheetRepoFactory();
var path = new PathSetter(_input_output, spreadsheet_factory).Set_path();
var file_loader = new FileLoader(_input_output);
file_loader.Create_pending_csvs(path);
}
break;
case "2":
{
Do_actual_reconciliation();
}
break;
}
}
private DateTime Decide_date(DateTime date, string day_name, string context_description, string start_or_end)
{
_input_output.Output_line($"1. {date.ToShortDateString()}");
_input_output.Output_line($"2. {date.AddDays(7).ToShortDateString()}");
var choice = _input_output.Get_input($"Which {day_name} do you want to {start_or_end} with for {context_description}? Enter 1 or 2:");
if (choice == "2")
{
date = date.AddDays(7);
}
return(date);
}
public ISpreadsheetRepoFactory Decide_on_debug()
{
_input_output.Output_line("");
_input_output.Output_options(new List <string>
{
$"1. Debug Mode A: Copy live sheet to debug version in [live location]/{ReconConsts.Backup_sub_folder}, and work on it from there.",
$"2. Debug Mode B: Copy sheet from {ReconConsts.Source_debug_spreadsheet_path} to [live location]/{ReconConsts.Backup_sub_folder}, and work on it from there.",
"3. Debug Mode C: Use fake spreadsheet repo (like you would get in .Net Core).",
"4. Work in REAL mode"
});
string input = _input_output.Get_generic_input(ReconConsts.DebugOrReal);
WorkingMode working_mode = WorkingMode.DebugA;
ISpreadsheetRepoFactory spreadsheet_factory = new FakeSpreadsheetRepoFactory();;
switch (input)
{
case "1": { working_mode = WorkingMode.DebugA; spreadsheet_factory = Debug_mode_a(); } break;
case "2": { working_mode = WorkingMode.DebugB; spreadsheet_factory = Debug_mode_b(); } break;
case "3": { working_mode = WorkingMode.DebugC; spreadsheet_factory = Debug_mode_c(); } break;
case "4": { working_mode = WorkingMode.Real; spreadsheet_factory = Real_mode(); } break;
}
new Communicator(_input_output).Show_instructions(working_mode);
return(spreadsheet_factory);
}
public void Debug_preliminary_stuff <TThirdPartyType, TOwnedType>(IReconciliator <TThirdPartyType, TOwnedType> reconciliator)
where TThirdPartyType : ICSVRecord, new()
where TOwnedType : ICSVRecord, new()
{
List <ConsoleLine> all_expense_transactions_from_actual_bank_in = Get_all_expense_transactions_from_actual_bank_in(reconciliator);
_input_output.Output_line("***********");
_input_output.Output_line("All Expense Transactions From ActualBank In:");
_input_output.Output_all_lines(all_expense_transactions_from_actual_bank_in);
List <ConsoleLine> all_expense_transactions_from_expected_in = Get_all_wages_rows_and_expense_transactions_from_expected_in(reconciliator);
_input_output.Output_line("***********");
_input_output.Output_line("All Expense Transactions From Expected In:");
_input_output.Output_all_lines(all_expense_transactions_from_expected_in);
reconciliator.Refresh_files();
_input_output.Get_input(ReconConsts.EnterAnyKeyToContinue);
}
public void Merge_bespoke_data_with_pending_file(
IInputOutput input_output,
ISpreadsheet spreadsheet,
ICSVFile <BankRecord> pending_file,
BudgetingMonths budgeting_months,
DataLoadingInformation <ActualBankRecord, BankRecord> data_loading_info)
{
input_output.Output_line(ReconConsts.Loading_expenses);
_expected_income_csv_file.Load(false);
spreadsheet.Add_unreconciled_rows_to_csv_file <ExpectedIncomeRecord>(MainSheetNames.Expected_in, _expected_income_file.File);
_expected_income_csv_file.Populate_source_records_from_records();
_expected_income_file.Filter_for_employer_expenses_and_bank_transactions_only();
_expected_income_file.Copy_to_pending_file(pending_file);
_expected_income_csv_file.Populate_records_from_original_file_load();
}
public void Update_balance_on_totals_sheet(
string balance_code,
double new_balance,
string new_text,
int balance_column,
int text_column,
int code_column,
IInputOutput input_output)
{
input_output.Output_line($"Updating {MainSheetNames.Totals} with {balance_code} {new_balance} '{new_text}'.");
_spreadsheet_io.Update_amount_and_text(
MainSheetNames.Totals,
balance_code,
new_balance,
new_text,
balance_column,
text_column,
code_column);
}
public FilePaths Set_path_and_file_names()
{
_input_output.Output_line("Mathematical dude! Let's do some reconciliating. Type Exit at any time to leave (although to be honest I'm not sure that actually works...)");
bool using_defaults = Set_all_file_details();
if (!using_defaults)
{
Set_path();
Set_third_party_file_name();
Set_owned_file_name();
}
return(new FilePaths
{
Matcher = _matcher,
Main_path = _path,
Third_party_file_name = _third_party_file_name,
Owned_file_name = _owned_file_name
});
}
private void Recursively_show_auto_matches_and_get_choices()
{
List <ConsoleLine> auto_matches = Reconciliator.Get_auto_matches_for_console();
if (auto_matches.Count > 0)
{
Show_auto_matches(auto_matches);
Act_on_choices_for_auto_matching();
}
else
{
_input_output.Output_line("Couldn't find any automatic matches for you, sorry.");
_input_output.Output_line("");
}
}
public void Show_instructions(WorkingMode working_mode)
{
_input_output.Output_line("Here's how it works:");
_input_output.Output_line(" ****");
_input_output.Output_line(ReconConsts.Instructions_line_01);
_input_output.Output_line(" ****");
_input_output.Output_line(ReconConsts.Instructions_line_02);
_input_output.Output_line(ReconConsts.Instructions_line_03);
_input_output.Output_line(ReconConsts.Instructions_line_04);
_input_output.Output_line(" ****");
_input_output.Output_line(ReconConsts.Instructions_line_05);
_input_output.Output_line(ReconConsts.Instructions_line_06);
_input_output.Output_line(ReconConsts.Instructions_line_07);
_input_output.Output_line(ReconConsts.Instructions_line_08);
_input_output.Output_line(ReconConsts.Instructions_line_09);
_input_output.Output_line(" ****");
_input_output.Output_line(ReconConsts.Instructions_line_10);
_input_output.Output_line(ReconConsts.Instructions_line_11);
_input_output.Output_line("");
switch (working_mode)
{
case WorkingMode.DebugA: Show_debug_a_data_message(); break;
case WorkingMode.DebugB: Show_debug_b_data_message(); break;
case WorkingMode.DebugC: Show_debug_c_data_message(); break;
case WorkingMode.Real: Show_real_data_message(); break;
}
}
public void Create_pending_csvs(string path)
{
try
{
var pending_csv_file_creator = new PendingCsvFileCreator(path);
pending_csv_file_creator.Create_and_populate_all_csvs();
}
catch (Exception e)
{
_input_output.Output_line(e.Message);
}
}
public void Create_pending_csvs()
{
try
{
ISpreadsheetRepoFactory spreadsheet_factory = new FakeSpreadsheetRepoFactory();
var path = new PathSetter(_input_output, spreadsheet_factory).Set_path();
var pending_csv_file_creator = new PendingCsvFileCreator(path);
pending_csv_file_creator.Create_and_populate_all_csvs();
}
catch (Exception e)
{
_input_output.Output_line(e.Message);
}
}
