def render(results, cmdenv, tdb):
mode = results.summary.mode
singleMode = len(results.summary.queries) == 1
maxStnLen = max_len(results.rows, key=lambda row: row.station.name())
stnRowFmt = RowFormat()
stnRowFmt.addColumn('Station', '<', maxStnLen,
key=lambda row: row.station.name())
if not singleMode:
maxItmLen = max_len(results.rows, key=lambda row: row.item.name())
stnRowFmt.addColumn(results.summary.mode, '<', maxItmLen,
key=lambda row: row.item.name()
)
if mode is not SHIP_MODE or not singleMode:
stnRowFmt.addColumn('Cost', '>', 10, 'n',
key=lambda row: row.price)
if mode is not SHIP_MODE:
stnRowFmt.addColumn('Units', '>', 10,
key=lambda row: '{:n}'.format(row.units) if row.units >= 0 else '?')
if cmdenv.nearSystem:
stnRowFmt.addColumn('DistLy', '>', 6, '.2f',
key=lambda row: row.dist)
if mode is not SHIP_MODE:
stnRowFmt.addColumn('Age/days', '>', 7,
key=lambda row: row.age)
stnRowFmt.addColumn("StnLs", '>', 10,
key=lambda row: row.station.distFromStar())
stnRowFmt.addColumn('B/mkt', '>', 4,
key=lambda row: TradeDB.marketStates[row.station.blackMarket])
stnRowFmt.addColumn("Pad", '>', '3',
key=lambda row: TradeDB.padSizes[row.station.maxPadSize])
if not cmdenv.quiet:
heading, underline = stnRowFmt.heading()
print(heading, underline, sep='\n')
for row in results.rows:
print(stnRowFmt.format(row))
if singleMode and cmdenv.detail:
print("{:{lnl}} {:>10n}".format(
"-- Ship Cost" if mode is SHIP_MODE else "-- Average",
results.summary.avg,
lnl=maxStnLen,
))
def render(results, cmdenv, tdb):
from formatting import RowFormat, ColumnFormat, max_len
longestNameLen = max_len(results.rows,
key=lambda row: row.item.name(cmdenv.detail))
rowFmt = RowFormat()
rowFmt.addColumn('Item',
'<',
longestNameLen,
key=lambda row: row.item.name(cmdenv.detail))
rowFmt.addColumn('Profit', '>', 10, 'n', key=lambda row: row.gainCr)
rowFmt.addColumn('Cost', '>', 10, 'n', key=lambda row: row.costCr)
if cmdenv.detail > 1:
rowFmt.addColumn('AvgCost',
'>',
10,
key=lambda row: tdb.avgSelling.get(row.item.ID, 0))
rowFmt.addColumn('Buying',
'>',
10,
key=lambda row: row.costCr + row.gainCr)
rowFmt.addColumn('AvgBuy',
'>',
10,
key=lambda row: tdb.avgBuying.get(row.item.ID, 0))
if cmdenv.detail:
rowFmt.addColumn('Supply',
'>',
10,
key=lambda row: '{:n}'.format(row.supply)
if row.supply >= 0 else '?')
rowFmt.addColumn('Demand',
'>',
10,
key=lambda row: '{:n}'.format(row.demand)
if row.demand >= 0 else '?')
rowFmt.addColumn('SrcAge',
'>',
8,
'.2f',
key=lambda row: (row.srcAge / 86400))
rowFmt.addColumn('DstAge',
'>',
8,
'.2f',
key=lambda row: (row.dstAge / 86400))
if not cmdenv.quiet:
heading, underline = rowFmt.heading()
print(heading, underline, sep='\n')
for row in results.rows:
print(rowFmt.format(row))
def render(results, cmdenv, tdb):
if not results or not results.rows:
raise CommandLineError("No ships available at {}".format(results.summary.station.name()))
maxShipLen = max_len(results.rows, key=lambda row: row.ship.name())
rowFmt = (
RowFormat()
.append(ColumnFormat("Ship", "<", maxShipLen, key=lambda row: row.ship.name()))
.append(ColumnFormat("Cost", ">", 12, "n", key=lambda row: row.ship.cost))
)
if not cmdenv.quiet:
heading, underline = rowFmt.heading()
print(heading, underline, sep="\n")
for row in results.rows:
print(rowFmt.format(row))
def render(results, cmdenv, tdb):
if not results or not results.rows:
raise CommandLineError("No ships available at {}".format(
results.summary.station.name()))
maxShipLen = max_len(results.rows, key=lambda row: row.ship.name())
rowFmt = RowFormat().append(
ColumnFormat("Ship", '<', maxShipLen,
key=lambda row: row.ship.name())).append(
ColumnFormat("Cost",
'>',
12,
'n',
key=lambda row: row.ship.cost))
if not cmdenv.quiet:
heading, underline = rowFmt.heading()
print(heading, underline, sep='\n')
for row in results.rows:
print(rowFmt.format(row))
def render(results, cmdenv, tdb):
"""
If the "run" command returned a result set and we are running
from the command line, this function will be called to generate
the output of the command.
"""
if not results.rows:
raise CommandLineError("No items found.")
# Calculate the longest station and rareitem name in our list.
longestStnNameLen = max_len(results.rows,
key=lambda row: row.rare.station.name())
longestRareNameLen = max_len(results.rows,
key=lambda row: row.rare.name(cmdenv.detail))
# Use the formatting system to describe what our
# output rows are going to look at (see formatting.py)
rowFmt = RowFormat()
rowFmt.addColumn('Station',
'<',
longestStnNameLen,
key=lambda row: row.rare.station.name())
rowFmt.addColumn('Rare',
'<',
longestRareNameLen,
key=lambda row: row.rare.name(cmdenv.detail))
rowFmt.addColumn('Cost', '>', 10, 'n', key=lambda row: row.rare.costCr)
rowFmt.addColumn('DistLy', '>', 6, '.2f', key=lambda row: row.dist)
rowFmt.addColumn('Alloc', '>', 6, 'n', key=lambda row: row.rare.maxAlloc)
rowFmt.addColumn('B/mkt',
'>',
4,
key=lambda row: TradeDB.marketStates[row.rare.illegal])
rowFmt.addColumn("StnLs",
'>',
10,
key=lambda row: row.rare.station.distFromStar())
rowFmt.addColumn(
'B/mkt',
'>',
4,
key=lambda row: TradeDB.marketStates[row.rare.station.blackMarket])
rowFmt.addColumn(
"Pad",
'>',
'3',
key=lambda row: TradeDB.padSizes[row.rare.station.maxPadSize])
rowFmt.addColumn(
"Plt",
'>',
'3',
key=lambda row: TradeDB.planetStates[row.rare.station.planetary])
# Print a heading summary if the user didn't use '-q'
if not cmdenv.quiet:
heading, underline = rowFmt.heading()
print(heading, underline, sep='\n')
# Print out our results.
for row in results.rows:
print(rowFmt.format(row))
def render(results, cmdenv, tdb):
system, station = results.summary.system, results.summary.station
if cmdenv.detail:
sysDetail = "(#{} @ {},{},{})".format(system.ID, system.posX,
system.posY, system.posZ)
else:
sysDetail = "(#{})".format(system.ID)
print("Station Data:")
print("System....:", system.name(), sysDetail)
print("Station...:", station.dbname, "(#{})".format(station.ID))
if cmdenv.detail:
siblings = ", ".join(stn.dbname for stn in system.stations
if stn is not station)
if siblings:
print("Also Here.:", siblings)
ls = station.distFromStar()
if cmdenv.detail and ls == '?':
ls = '0 [unknown]'
print("Stn/Ls....:", ls)
def _detail(value, source):
detail = source[value]
if cmdenv.detail and detail == '?':
detail += ' [unknown]'
return detail
print("Pad Size..:", _detail(station.maxPadSize, TradeDB.padSizes))
print("Market....:", _detail(station.market, TradeDB.marketStates))
print("B/Market..:", _detail(station.blackMarket, TradeDB.marketStates))
print("Shipyard..:", _detail(station.shipyard, TradeDB.marketStates))
print("Outfitting:", _detail(station.outfitting, TradeDB.marketStates))
print("Rearm.....:", _detail(station.rearm, TradeDB.marketStates))
print("Refuel....:", _detail(station.refuel, TradeDB.marketStates))
print("Repair....:", _detail(station.repair, TradeDB.marketStates))
print("Planetary.:", _detail(station.planetary, TradeDB.planetStates))
print("Prices....:", station.itemCount or 'None')
if station.itemCount == 0:
return
newest, oldest = tdb.query(
"""
SELECT JULIANDAY('NOW') - JULIANDAY(MAX(si.modified)),
JULIANDAY('NOW') - JULIANDAY(MIN(si.modified))
FROM StationItem si
WHERE station_id = ?
""", [station.ID]).fetchone()
if newest or oldest:
# less than a quarter hour difference? ignore?
if abs(newest - oldest) < (1 / (24 * 4)):
pricesAge = "{:.2f} days".format(oldest)
else:
pricesAge = "{:.2f}-{:.2f} days".format(newest, oldest)
else:
pricesAge = "[n/a]"
print("Price Age.:", pricesAge)
def makeBest(rows, explanation, alt, maxLen, starFn):
if not rows:
return "[n/a]"
best = []
for irow in rows:
star = '*' if starFn(irow.price, irow.avgTrade) else ''
best.append([irow, star])
if not cmdenv.detail:
return ', '.join(irow[0].item.name() + irow[1] for irow in best)
bestText = "(" + explanation + ")"
for irow in best:
bestText += "\n {:<{len}} @ {:7n}cr (Avg {} {:7n}cr)".format(
irow[0].item.name(cmdenv.detail) + irow[1],
irow[0].price,
alt,
irow[0].avgTrade,
len=maxLen + 1,
)
return bestText
longestNameLen = max(
max_len(results.summary.selling,
key=lambda row: row.item.name(cmdenv.detail)),
max_len(results.summary.buying,
key=lambda row: row.item.name(cmdenv.detail)),
)
print("Best Buy..:", makeBest(
results.summary.selling, "Buy from this station", "Sell", longestNameLen,
starFn=lambda price, avgCr: \
price <= (avgCr * 0.9),
))
print("Best Sale.:", makeBest(
results.summary.buying, "Sell to this station", "Cost", longestNameLen,
starFn=lambda price, avgCr: \
price >= (avgCr * 1.1),
))
def render(results, cmdenv, tdb):
mode = results.summary.mode
singleMode = len(results.summary.queries) == 1
maxStnLen = max_len(results.rows, key=lambda row: row.station.name())
stnRowFmt = RowFormat()
stnRowFmt.addColumn('Station',
'<',
maxStnLen,
key=lambda row: row.station.name())
if not singleMode:
maxItmLen = max_len(results.rows,
key=lambda row: row.item.name(cmdenv.detail))
stnRowFmt.addColumn(results.summary.mode,
'<',
maxItmLen,
key=lambda row: row.item.name(cmdenv.detail))
if mode is not SHIP_MODE or not singleMode:
stnRowFmt.addColumn('Cost', '>', 10, 'n', key=lambda row: row.price)
if mode is not SHIP_MODE:
stnRowFmt.addColumn('Units',
'>',
10,
key=lambda row: '{:n}'.format(row.units)
if row.units >= 0 else '?')
if cmdenv.nearSystem:
stnRowFmt.addColumn('DistLy', '>', 6, '.2f', key=lambda row: row.dist)
if mode is not SHIP_MODE:
stnRowFmt.addColumn('Age/days', '>', 7, key=lambda row: row.age)
stnRowFmt.addColumn("StnLs",
'>',
10,
key=lambda row: row.station.distFromStar())
stnRowFmt.addColumn(
'B/mkt',
'>',
4,
key=lambda row: TradeDB.marketStates[row.station.blackMarket])
stnRowFmt.addColumn(
"Pad",
'>',
'3',
key=lambda row: TradeDB.padSizes[row.station.maxPadSize])
stnRowFmt.addColumn(
"Plt",
'>',
'3',
key=lambda row: TradeDB.planetStates[row.station.planetary])
if not cmdenv.quiet:
heading, underline = stnRowFmt.heading()
print(heading, underline, sep='\n')
for row in results.rows:
print(stnRowFmt.format(row))
if singleMode and cmdenv.detail:
print("{:{lnl}} {:>10n}".format(
"-- Ship Cost" if mode is SHIP_MODE else "-- Average",
results.summary.avg,
lnl=maxStnLen,
))
def render(results, cmdenv, tdb):
if not results or not results.rows:
raise TradeException("No systems found within {}ly of {}.".format(
results.summary.ly, results.summary.near.name()))
# Compare system names so we can tell
maxSysLen = max_len(results.rows, key=lambda row: row.system.name())
sysRowFmt = RowFormat().append(
ColumnFormat("System",
'<',
maxSysLen,
key=lambda row: row.system.name())).append(
ColumnFormat("Dist",
'>',
'7',
'.2f',
key=lambda row: row.dist))
showStations = cmdenv.detail
if showStations:
maxStnLen = max_len(chain.from_iterable(row.stations
for row in results.rows),
key=lambda row: row.station.dbname)
maxLsLen = max_len(chain.from_iterable(row.stations
for row in results.rows),
key=lambda row: row.station.distFromStar())
maxLsLen = max(maxLsLen, 5)
stnRowFmt = RowFormat(prefix=' / ').append(
ColumnFormat("Station", '.<', maxStnLen + 2,
key=lambda row: row.station.dbname)
).append(
ColumnFormat("StnLs", '>', maxLsLen,
key=lambda row: row.station.distFromStar())
).append(
ColumnFormat("Age/days", '>', 7,
key=lambda row: row.age)
).append(
ColumnFormat("Mkt", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.market])
).append(
ColumnFormat("BMk", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.blackMarket])
).append(
ColumnFormat("Shp", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.shipyard])
).append(
ColumnFormat("Out", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.outfitting])
).append(
ColumnFormat("Arm", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.rearm])
).append(
ColumnFormat("Ref", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.refuel])
).append(
ColumnFormat("Rep", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.repair])
).append(
ColumnFormat("Pad", '>', '3',
key=lambda row: \
TradeDB.padSizes[row.station.maxPadSize])
).append(
ColumnFormat("Plt", '>', '3',
key=lambda row: \
TradeDB.planetStates[row.station.planetary])
)
if cmdenv.detail > 1:
stnRowFmt.append(
ColumnFormat("Itms",
">",
4,
key=lambda row: row.station.itemCount))
cmdenv.DEBUG0(
"Systems within {ly:<5.2f}ly of {sys}.\n",
sys=results.summary.near.name(),
ly=results.summary.ly,
)
if not cmdenv.quiet:
heading, underline = sysRowFmt.heading()
if showStations:
print(heading)
heading, underline = stnRowFmt.heading()
print(heading, underline, sep='\n')
for row in results.rows:
print(sysRowFmt.format(row))
for stnRow in row.stations:
print(stnRowFmt.format(stnRow))
def render(results, cmdenv, tdb):
if not results or not results.rows:
raise TradeException(
"No systems found within {}ly of {}."
.format(results.summary.ly, results.summary.near.name())
)
# Compare system names so we can tell
maxSysLen = max_len(results.rows, key=lambda row: row.system.name())
sysRowFmt = RowFormat().append(
ColumnFormat("System", '<', maxSysLen,
key=lambda row: row.system.name())
).append(
ColumnFormat("Dist", '>', '7', '.2f',
key=lambda row: row.dist)
)
showStations = cmdenv.detail
if showStations:
maxStnLen = max_len(
chain.from_iterable(row.stations for row in results.rows),
key=lambda row: row.station.dbname
)
maxLsLen = max_len(
chain.from_iterable(row.stations for row in results.rows),
key=lambda row: row.station.distFromStar()
)
maxLsLen = max(maxLsLen, 5)
stnRowFmt = RowFormat(prefix=' / ').append(
ColumnFormat("Station", '.<', maxStnLen + 2,
key=lambda row: row.station.dbname)
).append(
ColumnFormat("StnLs", '>', maxLsLen,
key=lambda row: row.station.distFromStar())
).append(
ColumnFormat("Age/days", '>', 7,
key=lambda row: row.age)
).append(
ColumnFormat("Mkt", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.market])
).append(
ColumnFormat("BMk", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.blackMarket])
).append(
ColumnFormat("Shp", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.shipyard])
).append(
ColumnFormat("Out", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.outfitting])
).append(
ColumnFormat("Arm", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.rearm])
).append(
ColumnFormat("Ref", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.refuel])
).append(
ColumnFormat("Rep", '>', '3',
key=lambda row: \
TradeDB.marketStates[row.station.repair])
).append(
ColumnFormat("Pad", '>', '3',
key=lambda row: \
TradeDB.padSizes[row.station.maxPadSize])
)
if cmdenv.detail > 1:
stnRowFmt.append(
ColumnFormat("Itms", ">", 4,
key=lambda row: row.station.itemCount)
)
cmdenv.DEBUG0(
"Systems within {ly:<5.2f}ly of {sys}.\n",
sys=results.summary.near.name(),
ly=results.summary.ly,
)
if not cmdenv.quiet:
heading, underline = sysRowFmt.heading()
if showStations:
print(heading)
heading, underline = stnRowFmt.heading()
print(heading, underline, sep='\n')
for row in results.rows:
print(sysRowFmt.format(row))
for stnRow in row.stations:
print(stnRowFmt.format(stnRow))
