func (s *Source) NewPlanetView(fid int, pl overpower.PlanetDat, exodus bool) overpower.PlanetViewDat {
pv := &PlanetView{
GID: s.GID,
FID: fid,
Loc: pl.Loc(),
Name: pl.Name(),
}
if pl.PrimaryFaction() == fid || pl.SecondaryFaction() == fid {
pv.Turn = 1
pF := pl.PrimaryFaction()
sF := pl.SecondaryFaction()
if pF != 0 {
pv.PrimaryFaction = sql.NullInt64{Valid: true, Int64: int64(pF)}
}
if sF != 0 {
pv.SecondaryFaction = sql.NullInt64{Valid: true, Int64: int64(sF)}
}
pv.PrimaryPresence = pl.PrimaryPresence()
pv.PrimaryPower = pl.PrimaryPower()
pv.SecondaryPresence = pl.SecondaryPresence()
pv.SecondaryPower = pl.SecondaryPower()
pv.Antimatter = pl.Antimatter()
pv.Tachyons = pl.Tachyons()
}
s.M.CreatePlanetView(pv)
return pv.Intf()
}
func (s *Source) UpdatePlanetView(fid, turn int, planet overpower.PlanetDat) overpower.PlanetViewDat {
pv := &PlanetView{
GID: s.GID,
FID: fid,
Turn: turn,
//
Name: planet.Name(),
Loc: planet.Loc(),
PrimaryPresence: planet.PrimaryPresence(),
PrimaryPower: planet.PrimaryPower(),
SecondaryPresence: planet.SecondaryPresence(),
SecondaryPower: planet.SecondaryPower(),
Antimatter: planet.Antimatter(),
Tachyons: planet.Tachyons(),
}
pF := planet.PrimaryFaction()
sF := planet.SecondaryFaction()
if pF != 0 {
pv.PrimaryFaction = sql.NullInt64{Valid: true, Int64: int64(pF)}
}
if sF != 0 {
pv.SecondaryFaction = sql.NullInt64{Valid: true, Int64: int64(sF)}
}
pv.sql.UPDATE = true
//
pt := [3]int{pv.Loc[0], pv.Loc[1], fid}
sess := s.M.PlanetView()
if i, ok := s.updatedPVs[pt]; ok {
sess.List[i] = pv
} else {
s.updatedPVs[pt] = len(sess.List)
sess.List = append(sess.List, pv)
}
sess.List = append(sess.List, pv)
return pv.Intf()
}
func InternalSetLaunchOrder(gid, fid, size int, source, target hexagon.Coord) (errS, errU error) {
manager := OPDB.NewManager()
planets, err := manager.Planet().SelectByLocs(gid, source, target)
if my, bad := Check(err, "internal set order failure on resource aquisition", "resource", "planets", "gid", gid, "source", source, "target", target); bad {
return my, nil
}
if len(planets) != 2 {
return nil, NewError("Planets not found for given locations")
}
var sPl, tPl overpower.PlanetDat
if planets[0].Loc() == source {
sPl = planets[0]
} else if planets[0].Loc() == target {
tPl = planets[0]
}
if planets[1].Loc() == source {
sPl = planets[1]
} else if planets[1].Loc() == target {
tPl = planets[1]
}
if tPl == nil || sPl == nil {
return nil, NewError("Could not sort source/target planets")
}
var powerType, avail int
if sPl.PrimaryFaction() == fid {
powerType = sPl.PrimaryPower()
} else if sPl.SecondaryFaction() == fid {
powerType = sPl.SecondaryPower()
} else {
return nil, NewError("Faction not in control of source planet")
}
switch powerType {
case overpower.ANTIMATTER:
avail = sPl.Antimatter()
case overpower.TACHYONS:
avail = sPl.Tachyons()
default:
return nil, NewError("Faction is not aligned to a power type for source planet")
}
orders, err := manager.LaunchOrder().SelectBySource(gid, fid, source)
if my, bad := Check(err, "internal setorder failure on resource aquisition: select order by source", "gid", gid, "fid", fid, "source", source); bad {
return my, nil
}
var used int
var o overpower.LaunchOrderDat
for _, test := range orders {
if test.Target() == target {
o = test
} else {
used += test.Size()
}
}
if size < 1 {
if o != nil {
o.DELETE()
err := manager.Close()
if my, bad := Check(err, "internal setorder failure on save order deletion", "order", o); bad {
return my, nil
}
}
return nil, nil
}
if size > avail-used {
return nil, NewError("Order size is too large for available resources")
}
if o != nil {
o.SetSize(size)
err := manager.Close()
if my, bad := Check(err, "internal setorder failure on save order update", "order", o, "size", size); bad {
return my, nil
}
return nil, nil
}
newO := &models.LaunchOrder{
GID: gid,
FID: fid,
Size: size,
Source: source,
Target: target,
}
manager.CreateLaunchOrder(newO)
err = manager.Close()
if my, bad := Check(err, "internal setorder failure on save order create", "order", newO); bad {
return my, nil
}
return nil, nil
}