use crate::dcl::*;
use std::error::Error;
#[allow(dead_code)]
pub fn write_ass_csv_01(tr_as: &Vec<PeaAssVar>, fnm: &str) -> Result<String, Box<dyn Error>> {
let mut x = String::new();
use std::fmt::Write;
let flds = [
VarType::NewCarReg,
VarType::Gpp,
VarType::MaxPosPowSub,
VarType::MaxNegPowSub,
VarType::VsppMv,
VarType::SppHv,
VarType::BigLotMv,
VarType::BigLotHv,
VarType::SubPowCap,
VarType::MaxPosPowFeeder,
VarType::MaxNegPowFeeder,
VarType::MaxPosDiffFeeder,
VarType::MaxNegDiffFeeder,
VarType::NoMeterTrans,
VarType::SmallSellTr,
VarType::ChgStnCapTr,
VarType::ChgStnSellTr,
VarType::PwCapTr,
VarType::ZoneTr,
VarType::PopTr,
VarType::UnbalPowTr,
VarType::PkPowTr,
VarType::LargeSellTr,
VarType::AllNoMeterTr,
VarType::NoTr,
VarType::HmChgEvTr,
VarType::LvPowSatTr,
VarType::CntLvPowSatTr,
VarType::ChgStnCap,
VarType::ChgStnSell,
VarType::MvPowSatTr,
VarType::PowSolar,
VarType::MvVspp,
VarType::HvSpp,
VarType::SmallSell,
VarType::LargeSell,
VarType::UnbalPow,
VarType::CntUnbalPow,
VarType::Uc1Val,
VarType::Uc2Val,
VarType::Uc3Val,
VarType::Uc1Rank,
VarType::Uc2Rank,
VarType::Uc3Rank,
VarType::NoHmChgEvTr,
VarType::PowHmChgEvTr,
];
write!(x, "\"SUB\"")?;
write!(x, ",\"FEEDER\"")?;
write!(x, ",\"AOJ\"")?;
write!(x, ",\"OWN\"")?;
write!(x, ",\"PEANO\"")?;
for f in flds.iter() {
let l = format!("{f:?}");
write!(x, ",\"{l}\"")?;
}
writeln!(x)?;
for t in tr_as {
write!(x, "\"{}\"", t.sbid)?;
write!(x, ",\"{}\"", t.fdid)?;
write!(x, ",\"{}\"", t.aoj)?;
write!(x, ",\"{}\"", t.own)?;
write!(x, ",\"{}\"", t.peano)?;
write!(x, ",\"{}\"", t.v[VarType::NewCarReg as usize].v)?;
for f in flds.iter() {
let d = t.v[f.clone() as usize].v;
write!(x, ",{d}")?;
}
writeln!(x)?;
}
println!(" ===== write to {fnm}");
let b = x.as_bytes();
let h = sha256::digest(b);
std::fs::write(fnm, b)?;
Ok(h)
}
#[allow(dead_code)]
pub fn write_ass_csv_02(tr_as: &Vec<PeaAssVar>, fnm: &str) -> Result<String, Box<dyn Error>> {
let mut x = String::new();
use std::fmt::Write;
let flds = [
VarType::NewCarReg,
VarType::Gpp,
VarType::MaxPosPowSub,
VarType::MaxNegPowSub,
VarType::VsppMv,
VarType::SppHv,
VarType::BigLotMv,
VarType::BigLotHv,
VarType::SubPowCap,
VarType::MaxPosPowFeeder,
VarType::MaxNegPowFeeder,
VarType::MaxPosDiffFeeder,
VarType::MaxNegDiffFeeder,
VarType::NoMeterTrans,
VarType::SmallSellTr,
VarType::ChgStnCapTr,
VarType::ChgStnSellTr,
VarType::PwCapTr,
VarType::ZoneTr,
VarType::PopTr,
VarType::UnbalPowTr,
VarType::PkPowTr,
VarType::LargeSellTr,
VarType::AllNoMeterTr,
VarType::NoTr,
VarType::HmChgEvTr,
VarType::LvPowSatTr,
VarType::CntLvPowSatTr,
VarType::ChgStnCap,
VarType::ChgStnSell,
VarType::MvPowSatTr,
VarType::PowSolar,
VarType::MvVspp,
VarType::HvSpp,
VarType::SmallSell,
VarType::LargeSell,
VarType::UnbalPow,
VarType::CntUnbalPow,
VarType::Uc1Val,
VarType::Uc2Val,
VarType::Uc3Val,
VarType::Uc1Rank,
VarType::Uc2Rank,
VarType::Uc3Rank,
VarType::NoHmChgEvTr,
VarType::PowHmChgEvTr,
VarType::SolarEnergy,
];
write!(x, "\"SUB\"")?;
write!(x, ",\"PROV\"")?;
write!(x, ",\"ARID\"")?;
for f in flds.iter() {
let l = format!("{f:?}");
write!(x, ",\"{l}\"")?;
}
writeln!(x)?;
for t in tr_as {
write!(x, "\"{}\"", t.sbid)?;
write!(x, ",\"{}\"", t.pvid)?;
write!(x, ",\"{}\"", t.arid)?;
for f in flds.iter() {
let d = t.v[f.clone() as usize].v;
write!(x, ",{d}")?;
}
writeln!(x)?;
}
println!(" ===== write to {fnm}");
let b = x.as_bytes();
let h = sha256::digest(b);
std::fs::write(fnm, b)?;
Ok(h)
}
#[allow(dead_code)]
pub fn write_trn_ass_01(tr_as: &Vec<PeaAssVar>, fnm: &str) -> Result<String, Box<dyn Error>> {
let flds = [
VarType::NewCarReg,
VarType::Gpp,
VarType::MaxPosPowSub,
VarType::MaxNegPowSub,
VarType::VsppMv,
VarType::SppHv,
VarType::BigLotMv,
VarType::BigLotHv,
VarType::SubPowCap,
VarType::MaxPosPowFeeder,
VarType::MaxNegPowFeeder,
VarType::MaxPosDiffFeeder,
VarType::MaxNegDiffFeeder,
VarType::NoMeterTrans,
VarType::SmallSellTr,
VarType::ChgStnCapTr,
VarType::ChgStnSellTr,
VarType::PwCapTr,
VarType::ZoneTr,
VarType::PopTr,
VarType::UnbalPowTr,
VarType::PkPowTr,
VarType::LargeSellTr,
VarType::AllNoMeterTr,
VarType::NoTr,
VarType::HmChgEvTr,
VarType::LvPowSatTr,
VarType::CntLvPowSatTr,
VarType::ChgStnCap,
VarType::ChgStnSell,
VarType::MvPowSatTr,
VarType::PowSolar,
VarType::MvVspp,
VarType::HvSpp,
VarType::SmallSell,
VarType::LargeSell,
VarType::UnbalPow,
VarType::CntUnbalPow,
VarType::Uc1Val,
VarType::Uc2Val,
VarType::Uc3Val,
VarType::Uc1Rank,
VarType::Uc2Rank,
VarType::Uc3Rank,
VarType::NoHmChgEvTr,
VarType::PowHmChgEvTr,
VarType::PkSelPowPhsAKw,
VarType::PkSelPowPhsBKw,
VarType::PkSelPowPhsCKw,
VarType::PkSelPowPhsAvg,
VarType::PkSelPowPhsMax,
VarType::UnbalPowRate,
VarType::TransLossKw,
VarType::UnbalPowLossKw,
];
write_text_01(tr_as, &flds, fnm)
}
#[allow(dead_code)]
pub fn write_trn_ass_02(tr_as: &Vec<PeaAssVar>, fnm: &str) -> Result<String, Box<dyn Error>> {
let flds = [
VarType::NewCarReg,
VarType::Gpp,
VarType::MaxPosPowSub,
VarType::MaxNegPowSub,
VarType::VsppMv,
VarType::SppHv,
VarType::BigLotMv,
VarType::BigLotHv,
VarType::SubPowCap,
VarType::MaxPosPowFeeder,
VarType::MaxNegPowFeeder,
VarType::MaxPosDiffFeeder,
VarType::MaxNegDiffFeeder,
VarType::NoMeterTrans,
VarType::SmallSellTr,
VarType::ChgStnCapTr,
VarType::ChgStnSellTr,
VarType::PwCapTr,
VarType::ZoneTr,
VarType::PopTr,
VarType::UnbalPowTr,
VarType::PkPowTr,
VarType::LargeSellTr,
VarType::AllNoMeterTr,
VarType::NoTr,
VarType::HmChgEvTr,
VarType::LvPowSatTr,
VarType::CntLvPowSatTr,
VarType::ChgStnCap,
VarType::ChgStnSell,
VarType::MvPowSatTr,
VarType::PowSolar,
VarType::MvVspp,
VarType::HvSpp,
VarType::SmallSell,
VarType::LargeSell,
VarType::UnbalPow,
VarType::CntUnbalPow,
VarType::Uc1Val,
VarType::Uc2Val,
VarType::Uc3Val,
VarType::Uc1Rank,
VarType::Uc2Rank,
VarType::Uc3Rank,
VarType::NoHmChgEvTr,
VarType::PowHmChgEvTr,
VarType::PkSelPowPhsAKw,
VarType::PkSelPowPhsBKw,
VarType::PkSelPowPhsCKw,
VarType::PkSelPowPhsAvg,
VarType::PkSelPowPhsMax,
VarType::UnbalPowRate,
VarType::TransLossKw,
VarType::UnbalPowLossKw,
VarType::TakeNote,
VarType::CntTrUnbalLoss,
VarType::CntTrSatLoss,
VarType::SolarEnergy,
];
write_text_02(tr_as, &flds, fnm)
}
pub fn write_text_02(
tr_as: &Vec<PeaAssVar>,
flds: &[VarType],
fnm: &str,
) -> Result<String, Box<dyn Error>> {
let mut x = String::new();
use std::fmt::Write;
for t in tr_as {
write!(x, "{}", t.sbid)?;
write!(x, "\t{}", t.pvid)?;
write!(x, "\t{}", t.arid)?;
for f in flds.iter() {
let d = t.v[f.clone() as usize].v;
write!(x, "\t{d}")?;
}
writeln!(x)?;
}
println!(" ??? ===== write to {fnm}");
let b = x.as_bytes();
let h = sha256::digest(b);
std::fs::write(fnm, b)?;
Ok(h)
}
#[allow(dead_code)]
pub fn write_text_01(
tr_as: &Vec<PeaAssVar>,
flds: &[VarType],
fnm: &str,
) -> Result<String, Box<dyn Error>> {
let mut x = String::new();
use std::fmt::Write;
for t in tr_as {
write!(x, "{}", t.sbid)?;
write!(x, "\t{}", t.fdid)?;
write!(x, "\t{}", t.aoj)?;
write!(x, "\t{}", t.own)?;
write!(x, "\t{}", t.peano)?;
for f in flds.iter() {
let d = t.v[f.clone() as usize].v;
write!(x, "\t{d}")?;
}
writeln!(x)?;
}
println!(" ===== write to {fnm}");
let b = x.as_bytes();
let h = sha256::digest(b);
std::fs::write(fnm, b)?;
Ok(h)
}