dfhack/scripts/gui/workflow.lua

953 lines
29 KiB
Lua

-- A GUI front-end for the workflow plugin.
local utils = require 'utils'
local gui = require 'gui'
local guidm = require 'gui.dwarfmode'
local guimat = require 'gui.materials'
local widgets = require 'gui.widgets'
local dlg = require 'gui.dialogs'
local workflow = require 'plugins.workflow'
function check_enabled(cb)
if workflow.isEnabled() then
return cb()
else
dlg.showYesNoPrompt(
'Enable Plugin',
{ 'The workflow plugin is not enabled currently.', NEWLINE, NEWLINE,
'Press ', { key = 'MENU_CONFIRM' }, ' to enable it.' },
COLOR_YELLOW,
function()
workflow.setEnabled(true)
return cb()
end
)
end
end
function check_repeat(job, cb)
if job.flags['repeat'] then
return cb()
else
dlg.showYesNoPrompt(
'Not Repeat Job',
{ 'Workflow only tracks repeating jobs.', NEWLINE, NEWLINE,
'Press ', { key = 'MENU_CONFIRM' }, ' to make this one repeat.' },
COLOR_YELLOW,
function()
job.flags['repeat'] = true
return cb()
end
)
end
end
function describe_item_type(iobj)
local itemline = 'any item'
if iobj.is_craft then
itemline = 'any craft'
elseif iobj.item_type >= 0 then
itemline = df.item_type.attrs[iobj.item_type].caption or iobj.item_type
local subtype = iobj.item_subtype or -1
local def = dfhack.items.getSubtypeDef(iobj.item_type, subtype)
local count = dfhack.items.getSubtypeCount(iobj.item_type, subtype)
if def then
itemline = def.name
elseif count >= 0 then
itemline = 'any '..itemline
end
end
return itemline
end
function is_caste_mat(iobj)
return dfhack.items.isCasteMaterial(iobj.item_type or -1)
end
function describe_material(iobj)
local matflags = utils.list_bitfield_flags(iobj.mat_mask)
if #matflags > 0 then
matflags = 'any '..table.concat(matflags, '/')
else
matflags = nil
end
if is_caste_mat(iobj) then
return 'no material'
elseif (iobj.mat_type or -1) >= 0 then
local info = dfhack.matinfo.decode(iobj.mat_type, iobj.mat_index)
local matline
if info then
matline = info:toString()
else
matline = iobj.mat_type..':'..iobj.mat_index
end
return matline, matflags
else
return matflags or 'any material'
end
end
function current_stock(iobj)
if iobj.goal_by_count then
return iobj.cur_count
else
return iobj.cur_amount
end
end
function if_by_count(iobj,bc,ba)
if iobj.goal_by_count then
return bc
else
return ba
end
end
function compute_trend(history,field)
local count = #history
if count == 0 then
return 0
end
local sumX,sumY,sumXY,sumXX = 0,0,0,0
for i,v in ipairs(history) do
sumX = sumX + i
sumY = sumY + v[field]
sumXY = sumXY + i*v[field]
sumXX = sumXX + i*i
end
return (count * sumXY - sumX * sumY) / (count * sumXX - sumX * sumX)
end
------------------------
-- RANGE EDITOR GROUP --
------------------------
local null_cons = { goal_value = 0, goal_gap = 0, goal_by_count = false }
RangeEditor = defclass(RangeEditor, widgets.Label)
RangeEditor.ATTRS {
get_cb = DEFAULT_NIL,
save_cb = DEFAULT_NIL
}
function RangeEditor:init(args)
self:setText{
{ key = 'BUILDING_TRIGGER_ENABLE_CREATURE',
text = function()
local cons = self.get_cb() or null_cons
if cons.goal_by_count then
return ': Count stacks '
else
return ': Count items '
end
end,
on_activate = self:callback('onChangeUnit') },
{ key = 'BUILDING_TRIGGER_ENABLE_MAGMA', text = ': Modify',
on_activate = self:callback('onEditRange') },
NEWLINE, ' ',
{ key = 'BUILDING_TRIGGER_MIN_SIZE_DOWN',
on_activate = self:callback('onIncRange', 'goal_gap', 5) },
{ key = 'BUILDING_TRIGGER_MIN_SIZE_UP',
on_activate = self:callback('onIncRange', 'goal_gap', -1) },
{ text = function()
local cons = self.get_cb() or null_cons
return string.format(': Min %-4d ', cons.goal_value - cons.goal_gap)
end },
{ key = 'BUILDING_TRIGGER_MAX_SIZE_DOWN',
on_activate = self:callback('onIncRange', 'goal_value', -1) },
{ key = 'BUILDING_TRIGGER_MAX_SIZE_UP',
on_activate = self:callback('onIncRange', 'goal_value', 5) },
{ text = function()
local cons = self.get_cb() or null_cons
return string.format(': Max %-4d', cons.goal_value)
end },
}
end
function RangeEditor:onChangeUnit()
local cons = self.get_cb()
cons.goal_by_count = not cons.goal_by_count
self.save_cb(cons)
end
function RangeEditor:onEditRange()
local cons = self.get_cb()
dlg.showInputPrompt(
'Input Range',
'Enter the new constraint range:',
COLOR_WHITE,
(cons.goal_value-cons.goal_gap)..'-'..cons.goal_value,
function(text)
local maxv = string.match(text, '^%s*(%d+)%s*$')
if maxv then
cons.goal_value = maxv
return self.save_cb(cons)
end
local minv,maxv = string.match(text, '^%s*(%d+)-(%d+)%s*$')
if minv and maxv and minv ~= maxv then
cons.goal_value = math.max(minv,maxv)
cons.goal_gap = math.abs(maxv-minv)
return self.save_cb(cons)
end
dlg.showMessage('Invalid Range', 'This range is invalid: '..text, COLOR_LIGHTRED)
end
)
end
function RangeEditor:onIncRange(field, delta)
local cons = self.get_cb()
if not cons.goal_by_count then
delta = delta * 5
end
cons[field] = math.max(1, cons[field] + delta)
self.save_cb(cons)
end
---------------------------
-- NEW CONSTRAINT DIALOG --
---------------------------
NewConstraint = defclass(NewConstraint, gui.FramedScreen)
NewConstraint.focus_path = 'workflow/new'
NewConstraint.ATTRS {
frame_style = gui.GREY_LINE_FRAME,
frame_title = 'New workflow constraint',
frame_width = 39,
frame_height = 20,
frame_inset = 1,
constraint = DEFAULT_NIL,
on_submit = DEFAULT_NIL,
}
function NewConstraint:init(args)
self.constraint = args.constraint or { item_type = -1 }
rawset_default(self.constraint, { goal_value = 10, goal_gap = 5, goal_by_count = false })
local matlist = {}
local matsel = 1
local matmask = self.constraint.mat_mask
for i,v in ipairs(df.dfhack_material_category) do
if v and v ~= 'wood2' then
table.insert(matlist, { icon = self:callback('isMatSelected', v), text = v })
if matmask and matmask[v] and matsel == 1 then
matsel = #matlist
end
end
end
self:addviews{
widgets.Label{
frame = { l = 0, t = 0 },
text = 'Items matching:'
},
widgets.Label{
frame = { l = 1, t = 2, w = 26 },
text = {
'Type: ',
{ pen = function()
if self:isValid() then return COLOR_LIGHTCYAN else return COLOR_LIGHTRED end
end,
text = function()
if self:isValid() then
return describe_item_type(self.constraint)
else
return 'item not set'
end
end },
NEWLINE, ' ',
{ key = 'CUSTOM_T', text = ': Select, ',
on_activate = self:callback('chooseType') },
{ key = 'CUSTOM_SHIFT_C', text = ': Crafts',
on_activate = self:callback('chooseCrafts') },
NEWLINE, NEWLINE,
'Material: ',
{ pen = COLOR_LIGHTCYAN,
text = function() return describe_material(self.constraint) end },
NEWLINE, ' ',
{ key = 'CUSTOM_P', text = ': Specific',
on_activate = self:callback('chooseMaterial') },
NEWLINE, NEWLINE,
'Other:',
NEWLINE, ' ',
{ key = 'D_MILITARY_SUPPLIES_WATER_DOWN',
on_activate = self:callback('incQuality', -1) },
{ key = 'D_MILITARY_SUPPLIES_WATER_UP', key_sep = ': ',
text = function()
return df.item_quality[self.constraint.min_quality or 0]..' quality'
end,
on_activate = self:callback('incQuality', 1) },
NEWLINE, ' ',
{ key = 'CUSTOM_L', key_sep = ': ',
text = function()
if self.constraint.is_local then
return 'Locally made only'
else
return 'Include foreign'
end
end,
on_activate = self:callback('toggleLocal') },
}
},
widgets.Label{
frame = { l = 0, t = 13 },
text = {
'Desired range: ',
{ pen = COLOR_LIGHTCYAN,
text = function()
local cons = self.constraint
local goal = (cons.goal_value-cons.goal_gap)..'-'..cons.goal_value
if cons.goal_by_count then
return goal .. ' stacks'
else
return goal .. ' items'
end
end },
}
},
RangeEditor{
frame = { l = 1, t = 15 },
get_cb = self:cb_getfield('constraint'),
save_cb = self:callback('onRangeChange'),
},
widgets.Label{
frame = { l = 30, t = 0 },
text = 'Mat class'
},
widgets.List{
view_id = 'matlist',
frame = { l = 30, t = 2, w = 9, h = 18 },
scroll_keys = widgets.STANDARDSCROLL,
choices = matlist,
selected = matsel,
on_submit = self:callback('onToggleMatclass')
},
widgets.Label{
frame = { l = 0, b = 0, w = 29 },
text = {
{ key = 'LEAVESCREEN', text = ': Cancel, ',
on_activate = self:callback('dismiss') },
{ key = 'MENU_CONFIRM', key_sep = ': ',
enabled = self:callback('isValid'),
text = function()
if self.is_existing then return 'Update' else return 'Create new' end
end,
on_activate = function()
self:dismiss()
if self.on_submit then
self.on_submit(self.constraint)
end
end },
}
},
}
end
function NewConstraint:postinit()
self:onChange()
end
function NewConstraint:isValid()
return self.constraint.item_type >= 0
end
function NewConstraint:onChange()
local token = workflow.constraintToToken(self.constraint)
local out
if self:isValid() then
out = workflow.findConstraint(token)
end
if out then
self.constraint = out
self.is_existing = true
else
self.constraint.token = token
self.is_existing = false
end
end
function NewConstraint:chooseType()
guimat.ItemTypeDialog{
prompt = 'Please select a new item type',
hide_none = true,
on_select = function(itype,isub)
local cons = self.constraint
cons.item_type = itype
cons.item_subtype = isub
cons.is_craft = nil
self:onChange()
end
}:show()
end
function NewConstraint:chooseCrafts()
local cons = self.constraint
cons.item_type = -1
cons.item_subtype = -1
cons.is_craft = true
self:onChange()
end
function NewConstraint:chooseMaterial()
local cons = self.constraint
guimat.MaterialDialog{
prompt = 'Please select a new material',
none_caption = 'any material',
frame_width = 37,
on_select = function(mat_type, mat_index)
local cons = self.constraint
cons.mat_type = mat_type
cons.mat_index = mat_index
cons.mat_mask = nil
self:onChange()
end
}:show()
end
function NewConstraint:incQuality(diff)
local cons = self.constraint
local nq = (cons.min_quality or 0) + diff
if nq < 0 then
nq = df.item_quality.Masterful
elseif nq > df.item_quality.Masterful then
nq = 0
end
cons.min_quality = nq
self:onChange()
end
function NewConstraint:toggleLocal()
local cons = self.constraint
cons.is_local = not cons.is_local
self:onChange()
end
function NewConstraint:isMatSelected(token)
if self.constraint.mat_mask and self.constraint.mat_mask[token] then
return { ch = '\xfb', fg = COLOR_LIGHTGREEN }
else
return nil
end
end
function NewConstraint:onToggleMatclass(idx,obj)
local cons = self.constraint
if cons.mat_mask and cons.mat_mask[obj.text] then
cons.mat_mask[obj.text] = false
else
cons.mat_mask = cons.mat_mask or {}
cons.mat_mask[obj.text] = true
cons.mat_type = -1
cons.mat_index = -1
end
self:onChange()
end
function NewConstraint:onRangeChange()
local cons = self.constraint
cons.goal_gap = math.max(1, math.min(cons.goal_gap, cons.goal_value-1))
end
------------------------------
-- GLOBAL CONSTRAINT SCREEN --
------------------------------
ConstraintList = defclass(ConstraintList, gui.FramedScreen)
ConstraintList.focus_path = 'workflow/list'
ConstraintList.ATTRS {
frame_title = 'Workflow Status',
frame_inset = 0,
frame_background = COLOR_BLACK,
frame_style = gui.BOUNDARY_FRAME,
}
function ConstraintList:init(args)
local fwidth_cb = self:cb_getfield('fwidth')
self.fwidth = 20
self.sort_by_severity = false
self:addviews{
widgets.Panel{
frame = { w = 31, r = 0, h = 6, t = 0 },
frame_inset = 1,
subviews = {
widgets.Label{
frame = { l = 0, t = 0 },
enabled = self:callback('isAnySelected'),
text = {
{ text = function()
local cur = self:getCurConstraint()
if cur then
return string.format(
'Currently %d (%d in use)',
current_stock(cur),
if_by_count(cur, cur.cur_in_use_count, cur.cur_in_use_amount)
)
else
return 'No constraint selected'
end
end }
}
},
RangeEditor{
frame = { l = 0, t = 2 },
enabled = self:callback('isAnySelected'),
get_cb = self:callback('getCurConstraint'),
save_cb = self:callback('saveConstraint'),
},
}
},
widgets.Widget{
active = false,
frame = { w = 1, r = 31 },
frame_background = gui.BOUNDARY_FRAME.frame_pen,
},
widgets.Widget{
active = false,
frame = { w = 31, r = 0, h = 1, t = 6 },
frame_background = gui.BOUNDARY_FRAME.frame_pen,
},
widgets.Panel{
frame = { l = 0, r = 32 },
frame_inset = 1,
on_layout = function(body)
self.fwidth = body.width - (12+1+1+7+1+1+1+7)
end,
subviews = {
widgets.Label{
frame = { l = 0, t = 0 },
text_pen = COLOR_CYAN,
text = {
{ text = 'Item', width = 12 }, ' ',
{ text = 'Material etc', width = fwidth_cb }, ' ',
{ text = 'Stock / Limit' },
}
},
widgets.FilteredList{
view_id = 'list',
frame = { t = 2, b = 2 },
edit_below = true,
not_found_label = 'No matching constraints',
edit_pen = COLOR_LIGHTCYAN,
text_pen = { fg = COLOR_GREY, bg = COLOR_BLACK },
cursor_pen = { fg = COLOR_WHITE, bg = COLOR_GREEN },
},
widgets.Label{
frame = { b = 0, h = 1 },
text = {
{ key = 'CUSTOM_SHIFT_A', text = ': Add',
on_activate = self:callback('onNewConstraint') }, ', ',
{ key = 'CUSTOM_SHIFT_X', text = ': Delete',
on_activate = self:callback('onDeleteConstraint') }, ', ',
{ key = 'CUSTOM_SHIFT_O', text = ': Severity Order',
on_activate = self:callback('onSwitchSort'),
pen = function()
if self.sort_by_severity then
return COLOR_LIGHTCYAN
else
return COLOR_WHITE
end
end }, ', ',
{ key = 'CUSTOM_SHIFT_S', text = ': Search',
on_activate = function()
self.subviews.list.edit.active = not self.subviews.list.edit.active
end,
pen = function()
if self.subviews.list.edit.active then
return COLOR_LIGHTCYAN
else
return COLOR_WHITE
end
end }
}
}
}
},
}
self.subviews.list.edit.active = false
self:initListChoices()
end
function stock_trend_color(cons)
local stock = current_stock(cons)
if stock >= cons.goal_value - cons.goal_gap then
return COLOR_LIGHTGREEN, 0
elseif stock <= cons.goal_gap then
return COLOR_LIGHTRED, 4
elseif stock >= cons.goal_value - 2*cons.goal_gap then
return COLOR_GREEN, 1
elseif stock <= 2*cons.goal_gap then
return COLOR_RED, 3
else
local trend = if_by_count(cons, cons.trend_count, cons.trend_amount)
if trend > 0.3 then
return COLOR_GREEN, 1
elseif trend < -0.3 then
return COLOR_RED, 3
else
return COLOR_GREY, 2
end
end
end
function ConstraintList:initListChoices(clist, sel_token)
clist = clist or workflow.listConstraints(nil, true)
local fwidth_cb = self:cb_getfield('fwidth')
local choices = {}
for i,cons in ipairs(clist) do
cons.trend_count = compute_trend(cons.history, 'cur_count')
cons.trend_amount = compute_trend(cons.history, 'cur_amount')
local itemstr = describe_item_type(cons)
local matstr,matflagstr = describe_material(cons)
if matflagstr then
matstr = matflagstr .. ' ' .. matstr
end
if cons.min_quality > 0 or cons.is_local then
local lst = {}
if cons.is_local then
table.insert(lst, 'local')
end
if cons.min_quality > 0 then
table.insert(lst, string.lower(df.item_quality[cons.min_quality]))
end
matstr = matstr .. ' ('..table.concat(lst,',')..')'
end
local goal_color = COLOR_GREY
if #cons.jobs == 0 then
goal_color = COLOR_RED
elseif cons.is_delayed then
goal_color = COLOR_YELLOW
end
table.insert(choices, {
text = {
{ text = itemstr, width = 12, pad_char = ' ' }, ' ',
{ text = matstr, width = fwidth_cb, pad_char = ' ' }, ' ',
{ text = curry(current_stock,cons), width = 7, rjustify = true,
pen = function() return { fg = stock_trend_color(cons) } end },
{ text = curry(if_by_count,cons,'S','I'), gap = 1,
pen = { fg = COLOR_GREY } },
{ text = function() return cons.goal_value end, gap = 1,
pen = { fg = goal_color } }
},
severity = select(2, stock_trend_color(cons)),
search_key = itemstr .. ' | ' .. matstr,
token = cons.token,
obj = cons
})
end
self:setChoices(choices, sel_token)
end
function ConstraintList:isAnySelected()
return self.subviews.list:getSelected() ~= nil
end
function ConstraintList:getCurConstraint()
local selidx,selobj = self.subviews.list:getSelected()
if selobj then return selobj.obj end
end
function ConstraintList:onSwitchSort()
self.sort_by_severity = not self.sort_by_severity
self:setChoices(self.subviews.list:getChoices())
end
function ConstraintList:setChoices(choices, sel_token)
if self.sort_by_severity then
table.sort(choices, function(a,b)
return a.severity > b.severity
or (a.severity == b.severity and
current_stock(a.obj)/a.obj.goal_value < current_stock(b.obj)/b.obj.goal_value)
end)
else
table.sort(choices, function(a,b) return a.search_key < b.search_key end)
end
local selidx = nil
if sel_token then
selidx = utils.linear_index(choices, sel_token, 'token')
end
local list = self.subviews.list
local filter = list:getFilter()
list:setChoices(choices, selidx)
if filter ~= '' then
list:setFilter(filter, selidx)
if selidx and list:getSelected() ~= selidx then
list:setFilter('', selidx)
end
end
end
function ConstraintList:onInput(keys)
if keys.LEAVESCREEN then
self:dismiss()
else
ConstraintList.super.onInput(self, keys)
end
end
function ConstraintList:onNewConstraint()
NewConstraint{
on_submit = self:callback('saveConstraint')
}:show()
end
function ConstraintList:saveConstraint(cons)
local out = workflow.setConstraint(cons.token, cons.goal_by_count, cons.goal_value, cons.goal_gap)
self:initListChoices(nil, out.token)
end
function ConstraintList:onDeleteConstraint()
local cons = self:getCurConstraint()
dlg.showYesNoPrompt(
'Delete Constraint',
'Really delete the current constraint?',
COLOR_YELLOW,
function()
workflow.deleteConstraint(cons.token)
self:initListChoices()
end
)
end
-------------------------------
-- WORKSHOP JOB INFO OVERLAY --
-------------------------------
JobConstraints = defclass(JobConstraints, guidm.MenuOverlay)
JobConstraints.focus_path = 'workflow/job'
JobConstraints.ATTRS {
job = DEFAULT_NIL,
frame_inset = 1,
frame_background = COLOR_BLACK,
}
function JobConstraints:init(args)
self.building = dfhack.job.getHolder(self.job)
self:addviews{
widgets.Label{
frame = { l = 0, t = 0 },
text = {
'Workflow Constraints'
}
},
widgets.List{
view_id = 'list',
frame = { t = 2, b = 6 },
row_height = 4,
scroll_keys = widgets.SECONDSCROLL,
},
RangeEditor{
frame = { l = 0, b = 3 },
enabled = self:callback('isAnySelected'),
get_cb = self:callback('getCurConstraint'),
save_cb = self:callback('saveConstraint'),
},
widgets.Label{
frame = { l = 0, b = 0 },
text = {
{ key = 'CUSTOM_N', text = ': New limit, ',
on_activate = self:callback('onNewConstraint') },
{ key = 'CUSTOM_X', text = ': Delete',
enabled = self:callback('isAnySelected'),
on_activate = self:callback('onDeleteConstraint') },
NEWLINE, NEWLINE,
{ key = 'LEAVESCREEN', text = ': Back',
on_activate = self:callback('dismiss') }
}
},
}
self:initListChoices(args.clist)
end
function JobConstraints:onGetSelectedBuilding()
return self.building
end
function JobConstraints:onGetSelectedJob()
return self.job
end
function JobConstraints:initListChoices(clist, sel_token)
clist = clist or workflow.listConstraints(self.job)
local choices = {}
for i,cons in ipairs(clist) do
local goal = (cons.goal_value-cons.goal_gap)..'-'..cons.goal_value
local curval
if cons.goal_by_count then
goal = goal .. ' stacks'
curval = cons.cur_count
else
goal = goal .. ' items'
curval = cons.cur_amount
end
local order_pen = COLOR_GREY
if cons.request == 'resume' then
order_pen = COLOR_GREEN
elseif cons.request == 'suspend' then
order_pen = COLOR_BLUE
end
local itemstr = describe_item_type(cons)
if cons.min_quality > 0 or cons.is_local then
local lst = {}
if cons.is_local then
table.insert(lst, 'local')
end
if cons.min_quality > 0 then
table.insert(lst, string.lower(df.item_quality[cons.min_quality]))
end
itemstr = itemstr .. ' ('..table.concat(lst,',')..')'
end
local matstr,matflagstr = describe_material(cons)
table.insert(choices, {
text = {
goal, ' ', { text = '(now '..curval..')', pen = order_pen }, NEWLINE,
' ', itemstr, NEWLINE, ' ', matstr, NEWLINE, ' ', (matflagstr or '')
},
token = cons.token,
obj = cons
})
end
local selidx = nil
if sel_token then
selidx = utils.linear_index(choices, sel_token, 'token')
end
self.subviews.list:setChoices(choices, selidx)
end
function JobConstraints:isAnySelected()
return self.subviews.list:getSelected() ~= nil
end
function JobConstraints:getCurConstraint()
local i,v = self.subviews.list:getSelected()
if v then return v.obj end
end
function JobConstraints:saveConstraint(cons)
local out = workflow.setConstraint(cons.token, cons.goal_by_count, cons.goal_value, cons.goal_gap)
self:initListChoices(nil, out.token)
end
function JobConstraints:onNewConstraint()
local outputs = workflow.listJobOutputs(self.job)
if #outputs == 0 then
dlg.showMessage('Unsupported', 'Workflow cannot guess the outputs of this job.', COLOR_LIGHTRED)
return
end
local variants = workflow.listWeakenedConstraints(outputs)
local choices = {}
for i,cons in ipairs(variants) do
local itemstr = describe_item_type(cons)
local matstr = describe_material(cons)
local matflags = utils.list_bitfield_flags(cons.mat_mask)
if #matflags > 0 then
local fstr = table.concat(matflags, '/')
if matstr == 'any material' then
matstr = 'any '..fstr
else
matstr = 'any '..fstr..' '..matstr
end
end
table.insert(choices, { text = itemstr..' of '..matstr, obj = cons })
end
dlg.ListBox{
frame_title = 'New limit',
text = 'Select one of the possible outputs:',
text_pen = COLOR_WHITE,
choices = choices,
on_select = function(idx,item)
self:saveConstraint(item.obj)
end,
select2_hint = 'Advanced',
on_select2 = function(idx,item)
NewConstraint{
constraint = item.obj,
on_submit = self:callback('saveConstraint')
}:show()
end,
}:show()
end
function JobConstraints:onDeleteConstraint()
local cons = self:getCurConstraint()
dlg.showYesNoPrompt(
'Delete Constraint',
'Really delete the current constraint?',
COLOR_YELLOW,
function()
workflow.deleteConstraint(cons.token)
self:initListChoices()
end
)
end
function JobConstraints:onInput(keys)
if self:propagateMoveKeys(keys) then
if df.global.world.selected_building ~= self.building then
self:dismiss()
end
else
JobConstraints.super.onInput(self, keys)
end
end
local args = {...}
if args[1] == 'list' then
check_enabled(function() ConstraintList{}:show() end)
else
if not string.match(dfhack.gui.getCurFocus(), '^dwarfmode/QueryBuilding/Some/Workshop/Job') then
qerror("This script requires a workshop job selected in the 'q' mode")
end
local job = dfhack.gui.getSelectedJob()
check_enabled(function()
check_repeat(job, function()
local clist = workflow.listConstraints(job)
if not clist then
dlg.showMessage('Not Supported', 'This type of job is not supported by workflow.', COLOR_LIGHTRED)
return
end
JobConstraints{ job = job, clist = clist }:show()
end)
end)
end