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cd_kv_dlg.py
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cd_kv_dlg.py
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''' Lib for Plugin
Authors:
Andrey Kvichansky (kvichans on github.com)
Version:
'1.1.03 2024-06-10'
Content
See github.com/kvichans/cuda_kv_dlg/wiki
ToDo: (see end of file)
'''
import sys, os, tempfile, json, re
from time import perf_counter
import cudatext as app
from cudatext import ed
import cudax_lib as apx
from .cd_kv_base import * # as part of this plugin
VERSION = re.split('Version:', __doc__)[1].split("'")[1]
VERSION_V, \
VERSION_D = VERSION.split(' ')
version = lambda: VERSION_V
_ = None
try:
_ = get_translation(__file__) # I18N
except:pass
pass; _log4mod = -1 #LOG_FREE # Order log in the module
pass; from pprint import pformat
pass; pfw=lambda d,w=150:pformat(d,width=w)
_TYPE_ABBRS = {
'labl': 'label'
,'lilb': 'linklabel'
,'edit': 'edit'
,'edtp': 'edit_pwd'
,'sped': 'spinedit'
,'memo': 'memo'
,'bttn': 'button'
,'rdio': 'radio'
,'chck': 'check'
,'chbt': 'checkbutton'
,'chgp': 'checkgroup'
,'rdgp': 'radiogroup'
,'cmbx': 'combo'
,'cmbr': 'combo_ro'
,'libx': 'listbox'
,'clbx': 'checklistbox'
,'livw': 'listview'
,'clvw': 'checklistview'
,'tabs': 'tabs'
,'clpn': 'colorpanel'
,'imag': 'image'
,'flbx': 'filter_listbox'
,'flvw': 'filter_listview'
,'bvel': 'bevel'
,'panl': 'panel'
,'grop': 'group'
,'splt': 'splitter'
,'pags': 'pages'
,'trvw': 'treeview'
,'edtr': 'editor'
,'stbr': 'statusbar'
,'btex': 'button_ex'
}
_TYPE_WITH_VALUE = {
'edit'
,'edit_pwd'
,'spinedit'
,'memo'
,'radio'
,'check'
,'checkbutton'
,'checkgroup'
,'radiogroup'
,'combo'
,'combo_ro'
,'listbox'
,'checklistbox'
,'listview'
,'checklistview'
,'tabs'
,'filter_listbox'
,'filter_listview'
,'pages'
# ,'grop'
# ,'splt'
# ,'pags'
# ,'trvw'
# ,'edtr'
# ,'stbr'
# ,'btex'
}
_ATTR_ABBRS = {
'cols' : 'columns'
,'au' : 'autosize'
,'ali' : 'align'
,'sto' : 'tab_stop'
,'tor' : 'tab_order'
,'thint': 'texthint'
}
_ATTR_TP_ABBRS = {**_ATTR_ABBRS, 'tp':'type'}
#_ATTR_TP_ABBRS = upd_dict(_ATTR_ABBRS, {'tp':'type'})
_LIVE_ATTRS = {'r', 'b', 'x', 'y', 'w', 'h', 'val', 'columns', 'cols', 'cols_ws', 'items'}
_LIVE_CALC_ATTRS= {'r', 'b'}
CB_HIDE = lambda ag,name,d='':None # Control callback to hide dlg
CBP_WODATA = lambda cb_user: lambda ag,name,d='':cb_user(ag,name) # Callback-proxy to skip data
ALI_CL = app.ALIGN_CLIENT
ALI_LF = app.ALIGN_LEFT
ALI_RT = app.ALIGN_RIGHT
ALI_TP = app.ALIGN_TOP
ALI_BT = app.ALIGN_BOTTOM
SCROLL_W= app.app_proc(app.PROC_GET_GUI_HEIGHT, 'scrollbar')
pair_list_to_dict = lambda pair_lst: {p[0]:p[1] for p in pair_lst if p}
class DlgAg:
# See github.com/kvichans/cuda_kv_dlg/wiki
@staticmethod
def version(): return VERSION_V
###############
## Creators
###############
def __del__(self):
_dlg_proc(self.did, app.DLG_FREE) if self.did else 0
def __init__(self, ctrls, form, vals=None, fid=None, opts=None):
""" Create dialog """
pass; log4fun=0 # Order log in the function
# Fields
self._retval= None # Last event src-cid or user pointed val to return from show()
self._hidden= True # State of form
self._dockto= '' # State of form
self._modal = None # State of form
self._onetime = False # Free form data on hide
self._skip_free = False # To ban to free form data
self.locks = 0 # Lock counter to batch updates
self.opts = opts.copy() if opts else {}
ctrl_to_meta= self.opts.get('ctrl_to_meta', 'by_os')
self._c2m = ctrl_to_meta=='need' or \
ctrl_to_meta=='by_os' and \
'mac'==get_desktop_environment() # Need to translate 'Ctrl+' to 'Meta+' in hint,...
self.did = app.dlg_proc(0, app.DLG_CREATE)
self.ctrls = None # Mem-attrs of all controls {cid:{k:v}}
self.form = None # Mem-attrs of form {k:v}
self._setup(ctrls, form, vals, fid)
self.gen_repro_code()
#def __init__
def show(self, on_exit=None, modal=True, onetime=True):
""" Show the dialog
on_exit Call the function after dlg was hidden
modal Show as modal or nonmodal
onetime Free resources (if True) after or wait next show() (if False)
Return (if modal): (retval, vals)
retval Value of param ag.hide(retval) or None
vals Last live val properties of all controls
"""
pass; log4fun=0 # Order log in the function
pass; log__('modal, self._dockto, onetime, ed={}', (modal, self._dockto, onetime, ed) ,__=(log4fun,)) if _log4mod>=0 else 0
if not self.did:
raise ValueError('Dialog data is already destroyed (see "onetime" parameter)')
self._modal = modal if not self._dockto else False
self._retval = None
self._hidden = False
self._onetime = onetime
ed_caller = ed if self._modal else None
def when_close():
pass; log__("self.fattr('p')={}",self.fattr('p') ,__=(log4fun,)) if _log4mod>=0 else 0
if not self.fattr('p'): # Not docked
_form_acts('save', did=self.did
,key4store=self.opts.get('form data key')) \
if self.opts.get('restore_position', True) else 0
for cid in self.opts.get('store_col_widths', []):
self._cols_serv('save-ws', cid=cid)
if callable(on_exit):
on_exit(self)
vals = self.vals(live=True) if self._modal else None
if onetime:
if self._modal:
_dlg_proc(self.did, app.DLG_FREE)
else:
app.timer_proc(app.TIMER_START_ONE, lambda tag:app.dlg_proc(int(tag)
, app.DLG_FREE)
,200 ,tag= str(self.did)
)
self.did = 0
ed_to_focus = self.opts.get('on_exit_focus_to_ed', ed_caller)
pass; log__('ed_to_focus={}',ed_to_focus ,__=(log4fun,)) if _log4mod>=0 else 0
if ed_to_focus:
ed_to_focus.focus()
elif not self._modal:
ed.focus()
self._modal = None
return (self._retval, vals)
#def when_close
if self._modal:
pass; log__('as modal' ,__=(log4fun,)) if _log4mod>=0 else 0
# self._modal = True
app.dlg_proc(self.did, app.DLG_SHOW_MODAL)
return when_close()
# Nonmodal
app.dlg_proc(self.did, app.DLG_PROP_SET
,prop=dict(on_close=lambda idd, idc=0, data='':
when_close()))
pass; log__('as nonmodal' ,__=(log4fun,)) if _log4mod>=0 else 0
# self._modal = False
app.dlg_proc(self.did, app.DLG_SHOW_NONMODAL)
self.activate()
return (None, None)
#def show
###############
## Getters
###############
def focused(self, live=True):
if not live: return self.form.get('fid')
form = _dlg_proc(self.did, app.DLG_PROP_GET)
c_ind = form.get('focused')
c_pr = _dlg_proc(self.did, app.DLG_CTL_PROP_GET, index=c_ind)
return c_pr['name'] if c_pr else None
#def focused
def fattr(self, attr, defv=None, live=True):
""" Return one form property """
if attr in ('focused', 'fid'): return self.focused(live)
pr = _dlg_proc(self.did, app.DLG_PROP_GET) if live else self.form
return pr.get(attr, defv)
#def fattr
def fattrs(self, attrs=None, live=True):
""" Return form properties """
pr = _dlg_proc(self.did, app.DLG_PROP_GET) if live else self.form
return pr if not attrs else \
{attr:(self.focused(live) if attr in ('focused', 'fid') else pr.get(attr))
for attr in attrs}
#def fattrs
def _cattr(self, lpr, cid, attr, attr_=None, defv=None):
attr_ = attr_ if attr_ else _ATTR_TP_ABBRS.get(attr, attr)
pass; #log("cid, attr, attr_={}",(cid, attr, attr_))
pass; #log("lpr={}",(lpr))
if attr not in lpr and \
attr_ not in lpr and \
attr not in _LIVE_CALC_ATTRS: # Only into mem
mpr = self.ctrls[cid]
if attr in mpr: return mpr[attr ]
if attr_ in mpr: return mpr[attr_]
pass; #log("cid, defv={}",(cid,defv))
return defv
if attr=='r':
return lpr['x'] + lpr['w']
if attr=='b':
return lpr['y'] + lpr['h']
rsp = lpr.get(attr, lpr.get(attr_, defv))
if attr=='val' and rsp:
return self._take_val( cid , rsp, defv)
if attr in ('cols_ws'): pass # See cattr/cattrs
if attr in ('items', 'columns', 'cols') and rsp:
return self._take_it_cl(cid, attr, rsp, defv)
pass; #log("name, rsp={}",(name, rsp))
return rsp
#def _cattr
def cattr(self, name, attr, defv=None, live=True):
""" Return the attribute of the control.
If no the attribute return defv.
Take attribute value from screen (live) or from last settings (not live).
"""
if name not in self.ctrls: raise ValueError(f'Unknown name: {name}')
if attr=='cols_ws':
return self._cols_serv('get-ws', name, live=live)
attr_ = _ATTR_TP_ABBRS.get(attr, attr)
mpr = self.ctrls[name]
if not live:
return mpr.get(attr, mpr.get(attr_, defv))
else:# live:
# Some attrs not changable - return mem-value (if is)
if attr not in _LIVE_ATTRS and attr in mpr: return mpr[attr ]
if attr_ not in _LIVE_ATTRS and attr_ in mpr: return mpr[attr_]
lpr = _dlg_proc(self.did, app.DLG_CTL_PROP_GET, name=name)
rsp = self._cattr(lpr, name, attr, attr_)
return rsp
#def cattr
def cattrs(self, name, attrs=None, live=True):
""" Return the control attributes """
pass; log4fun=1 # Order log in the function
if name not in self.ctrls: raise ValueError(f'Unknown name: {name}')
mpr = self.ctrls[name]
if not live:
attrs = attrs if attrs else mpr
return {attr: self.cattr(name, attr, live=live) if attr=='cols_ws' else
mpr.get(attr)
for attr in attrs
}
elif attrs:# and live
# Are all attrs not changable? - return mem-values (if is)
rsp_attrs = {}
for attr in attrs:
attr_ = _ATTR_TP_ABBRS.get(attr, attr)
if attr not in _LIVE_ATTRS and attr in mpr:
rsp_attrs[attr ] = attr
elif attr_ not in _LIVE_ATTRS and attr_ in mpr:
rsp_attrs[attr ] = attr_
else:
rsp_attrs = None
break#for
pass; #log("rsp_attrs={}",(rsp_attrs))
if rsp_attrs:
return {attr: mpr.get(rsp_attrs[attr]) for attr in rsp_attrs}
lpr = _dlg_proc(self.did, app.DLG_CTL_PROP_GET, name=name)
attrs = attrs if attrs else list(lpr.keys())
return {attr: self.cattr(name, attr, live=live) if attr=='cols_ws' else
self._cattr(lpr, name, attr)
for attr in attrs
}
#def cattrs
def val(self, name, live=True):
""" Return the control val property """
return self.cattr(name, 'val', defv=None, live=live)
def vals(self, names=None, live=True):
""" Return val property for the controls
or (if names==None) for all controls with val
"""
names = names \
if names else \
[cid for (cid,cfg) in self.ctrls.items()
if cfg['type'] in _TYPE_WITH_VALUE]
return {cid: self.cattr(cid, 'val', defv=None, live=live)
for cid in names}
###############
## Updaters
###############
def reset(self, ctrls, form, vals=None, fid=None, opts=None):
pass; log4fun=0 # Order log in the function
_form_acts('save', did=self.did
,key4store=self.opts.get('form data key')) \
if self.opts.get('restore_position', True) else 0
app.dlg_proc(self.did, app.DLG_CTL_DELETE_ALL)
self.opts = opts.copy() if opts else {}
self._setup(ctrls, form, vals, fid)
return []
#def reset
def _lock(self, how):
pass; #print(f'_lock: how={how} self.locks={self.locks}')
pass; #return
if False:pass
elif how=='+':
if self.locks==0:
app.dlg_proc(self.did, app.DLG_LOCK)
self.locks += 1
elif how=='-':
self.locks = max(0, self.locks-1)
if self.locks==0:
app.dlg_proc(self.did, app.DLG_UNLOCK)
elif how=='.':
if self.locks >0:
app.dlg_proc(self.did, app.DLG_UNLOCK)
self.locks = 0
#def _lock
def update(self, upds=None, ctrls=[], form={}, vals={}, fid='', retval=None, opts=None):
""" Update most of dlg props
upds dict(ctrls=, form=, vals=, fid=)
ctrls [(name, {k:v})] or {name:{k:v}}
form {k:v}
vals {name:v}
fid name
Or list of such dicts
retval Value to "show()" return if form will be hidden during the update
"""
pass; log4fun=0 # Order log in the function
if upds is None and (ctrls or form or vals or fid):
upds = dict(ctrls=ctrls.copy(), form=form.copy(), vals=vals.copy())
if fid:
upds['fid'] = fid
pass; log__("upds, retval, opts={}",(upds, retval, opts) ,__=(log4fun,)) if _log4mod>=0 else 0
# if self._hidden:
# pass; log__('skip as hidden' ,__=(log4fun,)) if _log4mod>=0 else 0
# return
if upds is None: # To hide/close
pass; #log__('to hide' ,__=(log4fun,)) if _log4mod>=0 else 0
if retval is not None and self._retval is None:
self._retval = retval
if self._skip_free:
self._skip_free = False
return
app.dlg_proc(self.did, app.DLG_HIDE)
self._hidden = True
return
if upds is False:
pass; #log__('to stop ev' ,__=(log4fun,)) if _log4mod>=0 else 0
return False # False to cancel the current event
if upds in ([], {}):
return
if likeslist(upds): # Allow to use list of upd data
pass; #log__('many upds' ,__=(log4fun,)) if _log4mod>=0 else 0
shown = not self._hidden
self._lock('+')
for upd in upds:
self.update(upd, retval=retval, opts=opts)
if shown and self._hidden: break # hide is called on update
self._lock('-')
return
self._lock('+')
cupds = upds.get('ctrls', [])
cupds = pair_list_to_dict(cupds) if likeslist(cupds) else cupds
pass; log__('cupds={}',(cupds) ,__=(log4fun,)) if _log4mod>=0 else 0
vals = upds.get('vals', {})
form = upds.get('form', {})
DlgAg._check_data(self.ctrls, cupds, form, vals, upds.get('fid'))
if False:pass
elif vals and not cupds: # Allow to update only val in some controls
cupds = { cid_ : {'val':val} for cid_, val in vals.items()}
pass; #log("+vals-cupds cupds={}",(cupds))
elif vals and cupds:
for cid_, val in vals.items():
if cid_ not in cupds:
cupds[cid_] = {'val':val} # Merge vals to cupds
else:
cupds[cid_]['val'] = val # NB! Prefer val from vals but not from cupds
for cid_, cfg in cupds.items():
cfg['tp'] = self.ctrls[cid_]['tp'] # Type is stable
cfg['type'] = self.ctrls[cid_]['type'] # Type is stable
skip_form_upd = opts and opts.get('_skip_form_upd' , False)
skip_ctrls_upd = opts and opts.get('_skip_ctrls_upd', False)
if form:
self.form.update(form) if not skip_form_upd else 0
pass; #log('form={}',(self.fattrs(live=F)))
pass; #log('form={}',(self.fattrs()))
pass; #log('form={}',(form))
_dlg_proc(self.did, app.DLG_PROP_SET
,prop=form)
if cupds:
for cid, new_cfg in cupds.items():
pass; #log__('cid, new_cfg={}',(cid, new_cfg) ,__=(log4fun,)) if _log4mod>=0 else 0
cfg = self.ctrls[cid]
pass; #log__('cfg={}',(cfg) ,__=(log4fun,)) if _log4mod>=0 else 0
cfg.update(new_cfg) if not skip_ctrls_upd else 0
pass; #log__('cfg={}',(cfg) ,__=(log4fun,)) if _log4mod>=0 else 0
c_prop = self._prepare_control_prop(cid, new_cfg, {'ctrls':cupds})
pass; #log('c_prop={}',(c_prop)) if new_ctrl['type']=='listview' else None
pass; log__('c_prop={}',(c_prop) ,__=(log4fun,)) if _log4mod>=0 else 0
_dlg_proc(self.did, app.DLG_CTL_PROP_SET
,name=cid
,prop=c_prop
)
if 'fid' in upds or 'fid' in form:
fid = upds.get('fid', form.get('fid'))
self.form['fid']= fid
app.dlg_proc(self.did, app.DLG_CTL_FOCUS
,name=fid)
self._lock('-')
#def update
@staticmethod
def _check_data(mem_ctrls, ctrls, form, vals, fid):
# Check cid/tid/fid in (ctrls, form, vals, fid) to exist into mem_ctrls
if 'skip checks'!='skip checks': return
if likeslist(ctrls):
cids = [cid_cnt[0] for cid_cnt in ctrls if cid_cnt]
cids_d = [cid for cid in cids if cids.count(cid)>1]
if cids_d:
raise ValueError(f'Repeated names: {set(cids_d)}')
no_tids = {cnt['tid']
for cnt in ctrls
if cnt and 'tid' in cnt and
cnt['tid'] not in mem_ctrls}
if no_tids:
raise ValueError(f'No name for tid: {no_tids}')
if 'fid' in form and form['fid'] not in mem_ctrls:
raise ValueError(f('No name for form[fid]: {}', form['fid']))
no_vals = {cid
for cid in vals
if cid not in mem_ctrls} if vals else None
if no_vals:
raise ValueError(f'No name for val: {no_vals}')
if fid is not None and fid not in mem_ctrls:
raise ValueError(f'No name for fid: {fid}')
#def _check_data
def _setup(self, ctrls, form, vals=None, fid=None):
""" Arrange and fill all: controls attrs, form attrs, focus.
Params
ctrls [(name, {k:v})] or {name:{k:v}}
NB! Only from 3.7 Python saves key sequence for dict.
The sequence is important for tab-order of controls.
form {k:v}
vals {name:v}
fid name
"""
pass; log4fun=0 # Order log in the function
#NOTE: DlgAg init
self.ctrls = pair_list_to_dict(ctrls) if likeslist(ctrls) else ctrls.copy()
self.form = form.copy()
fid = fid if fid else form.get('fid', form.get('focused')) # focused?
DlgAg._check_data(self.ctrls, ctrls, form, vals, fid)
if vals:
for cid, val in vals.items():
self.ctrls[cid]['val'] = val
# Create controls
for cid, ccfg in self.ctrls.items():
tp = ccfg.get('tp', ccfg.get('type'))
if not tp:
raise ValueError(f'No type/tp for name: {cid}')
ccfg['tp'] = tp
ccfg['type'] = _TYPE_ABBRS.get(tp, tp)
pass; #log("tp,type={}",(tp,ccfg['type']))
# Create control
_dlg_proc(self.did, DLG_CTL_ADD_SET
,name=ccfg['type']
,prop=self._prepare_control_prop(cid, ccfg))
#for cid, ccfg
# Prepare form
fpr = self.form
fpr['topmost'] = True
wait_resize = 'auto_stretch_col' in self.opts # Agent will stretch column(s)
# Prepare callbacks
def get_proxy_cb(u_callbk, event):
def form_callbk(idd, key=-1, data=''):
pass; #log("event,wait_resize={}",(event,wait_resize))
if wait_resize and event=='on_resize':
self.update(self._on_resize()
,opts={'_skip_ctrls_upd':True}) # Agent acts: stretch column(s), ...
self._skip_free = (event=='on_resize') # Ban to close dlg by some events (on_resize,...)
upds = u_callbk(self, key, data)
if event=='on_close_query': # No upd, only bool about form close
return upds
# rsp = self.update(upds) # :(
# self._lock('.') # :(
# return rsp # :(
return self.update(upds)
return form_callbk
if wait_resize and 'on_resize' not in fpr:
fpr['on_resize'] = lambda ag,k,d:[] # Empty user callback
for on_key in [k for k in fpr if k[:3]=='on_' and callable(fpr[k])]:
fpr[on_key] = get_proxy_cb(fpr[on_key], on_key)
self._prepare_anchors() # a,aid -> a_*,sp_*
for cid in self.opts.get('store_col_widths', []):
self._cols_serv('restore-ws', cid=cid)
self._prepare_frame() # frame, border, on_resize
if fid:
fpr['fid'] = fid # Save in mem
app.dlg_proc(self.did, app.DLG_CTL_FOCUS, name=fid) # Push to live
#def _setup
def _on_resize(self):
pass; #log("",())
cupd = {}
if 'auto_stretch_col' in self.opts:
for cid, stch in self.opts['auto_stretch_col'].items():
if cid not in self.ctrls: continue
ctrl_w = self.cattr(cid, 'w')
if cid in self.opts.get('auto_start_col_width_on_min', []) and \
ctrl_w==self.cattr(cid, 'w', live=False):
# Min width - restore mem col width
col_ws = self.cattr(cid, 'cols_ws', live=False)
pass; #log("mem ws={}",(col_ws))
else:
cols = self.cattr(cid, 'cols', live=False)
cols = cols if cols else self.cattr(cid, 'cols')
min_cw = cols[stch].get('mi', 20)
min_cw = min_cw if min_cw else 20
col_ws = self.cattr(cid, 'cols_ws')
extra = ctrl_w - len(col_ws) - SCROLL_W - sum(col_ws)
pass; #log("w,SCROLL_W,extra,stch,ws[stch]={}",(ctrl_w,SCROLL_W,extra,stch,col_ws[stch]))
col_ws[stch]= max(min_cw, col_ws[stch] + extra)
pass; #log("calc ws={}",(col_ws))
cupd[cid] = dict(cols_ws=col_ws)
pass; #log("ws={}",(col_ws))
pass; #log("cupd={}",(cupd))
return {'ctrls':cupd} if cupd else []
#def _on_resize
def _prepare_frame(self, fpr=None):
fpr = self.form if fpr is None else fpr
w0,h0 = fpr['w'],fpr['h']
pass; #log("fpr['on_resize']={}",(fpr['on_resize']))
if callable(fpr.get('on_resize')) and 'resize' not in fpr.get('frame', ''):
fpr['frame'] = fpr.get('frame', '') + 'resize'
if False:pass
elif 'frame' not in fpr and 'border' not in fpr:
fpr['border'] = app.DBORDER_DIALOG
elif 'border' in fpr:
pass
elif 'no' in fpr['frame']:
fpr['border'] = app.DBORDER_NONE
elif 'resize' in fpr['frame'] and ('full-cap' in fpr['frame'] or 'min-max' in fpr['frame']):
fpr['border'] = app.DBORDER_SIZE
elif 'resize' in fpr['frame']:
fpr['border'] = app.DBORDER_TOOLSIZE
elif 'full-cap' in fpr['frame'] or 'min-max' in fpr['frame']:
fpr['border'] = app.DBORDER_SINGLE
pass; #log("fpr['border']={}",(fpr['border'], get_const_name(fpr['border'], 'DBORDER_')))
if fpr.get('border') in (app.DBORDER_SIZE, app.DBORDER_TOOLSIZE):
fpr['w_min'] = fpr.get('w_min', w0)
fpr['h_min'] = fpr.get('h_min', h0)
fpr.pop('resize', None)
'''
# Restore prev pos/sizes
# Commented 2024/09 becase dlg grows on each call
fpr = _form_acts('move', fprs=fpr # Move and (maybe) resize
, key4store=self.opts.get('form data key')) \
if self.opts.get('restore_position', True) else fpr
'''
pass; #log("fpr['on_resize']={}",(fpr['on_resize']))
pass; #log("fpr={}",(fpr))
if 'on_resize' in fpr and (fpr['w'],fpr['h']) != (w0,h0):
pass; #log("fpr['on_resize']={}",(fpr['on_resize']))
def on_show(idd,idc='',data=''):
self.form['on_resize'](self)
return []
fpr['on_show'] = on_show
_dlg_proc(self.did, app.DLG_PROP_SET, prop=fpr.copy()) # Push to live
#def _prepare_frame
def _prepare_control_prop(self, cid, ccfg, opts={}):
pass; log4fun=0 # Order log in the function
Self = self.__class__
pass; log__('cid, ccfg={}',(cid, ccfg) ,__=(log4fun,)) if _log4mod>=0 else 0
EXTRA_C_ATTRS = ['tp','r','b','tid','a','aid']
tp = ccfg['type']
pass; log__('cid, ccfg={}',(cid, ccfg) ,__=(log4fun,)) if _log4mod>=0 else 0
Self._preprocessor(ccfg, tp) # sto -> tab_stop,... EXTRA_C_ATTRS
pass; log__('cid, ccfg={}',(cid, ccfg) ,__=(log4fun,)) if _log4mod>=0 else 0
c_pr = {k:v for (k,v) in ccfg.items()
if k not in ['items', 'val', 'columns', 'cols', 'cols_ws']
+EXTRA_C_ATTRS and
(k[:3]!='on_' or k=='on')}
c_pr['name'] = cid
pass; log__('cid, ccfg={}',(cid, ccfg) ,__=(log4fun,)) if _log4mod>=0 else 0
c_pr = self._prepare_vl_it_cl(c_pr, ccfg, cid, opts) #if k in ['items', 'val', 'cols']
c_pr.update(
self._prep_pos_attrs(ccfg, cid, opts.get('ctrls')) # r,b,tid -> x,y,w,h
)
pass; log__('c_pr={}',(c_pr) ,__=(log4fun,)) if _log4mod>=0 else 0
# Remove deprecated
for attr in ('props',):
c_pr.pop(attr, None)
if self._c2m and 'hint' in c_pr:
c_pr['hint'] = c_pr['hint'].replace('Ctrl+', 'Meta+')
# Prepare callbacks
def get_proxy_cb(u_callbk, event):
def ctrl_callbk(idd, idc, data):
pass; #log('ev,idc,cid,data={}',(event,idc,cid,data))
# if tp in ('listview',) and type(data) in (tuple, list):
if tp in ('listview',) and likeslist(data):
if not data[1]: return # Skip event "selection loss"
# Crutch for Linux! Wait fix in core
event_val = app.dlg_proc(idd, app.DLG_CTL_PROP_GET, index=idc)['val']
if event_val!=data[0]:
app.dlg_proc( idd, app.DLG_CTL_PROP_SET, index=idc, prop={'val':data[0]})
upds = u_callbk(self, cid, data)
rsp = self.update(upds, retval=cid)
self._lock('.')
return rsp
# return self.update(upds, retval=cid)
#def ctrl_callbk
return ctrl_callbk
#def get_proxy_cb
for on_key in [k for k in ccfg if k[:3]=='on_' and callable(ccfg[k])]:
if tp!='button':
c_pr['act'] = True
c_pr[on_key] = get_proxy_cb(ccfg[on_key], on_key)
#for on_key
return c_pr
#def _prepare_control_prop
def _prep_pos_attrs(self, cnt, cid, ctrls4cid=None):
pass; log4fun=0 # Order log in the function
ctrls4cid = ctrls4cid if ctrls4cid else self.ctrls
reflect = self.opts.get('negative_coords_reflect', False)
pass; log__('cid, reflect, cnt={}',(cid, reflect, cnt) ,__=(log4fun,)) if _log4mod>=0 else 0
prP = {}
cnt_ty = ctrls4cid[cid].get('tp', ctrls4cid[cid].get('type'))
cnt_ty = _TYPE_ABBRS.get(cnt_ty, cnt_ty)
if cnt_ty in ('label', 'linklabel'
,'combo', 'combo_ro'
) \
or 'h' not in cnt and \
cnt_ty in ('button', 'checkbutton'
,'edit', 'spinedit'
,'check', 'radio'
,'filter_listbox', 'filter_listview'
):
# OS specific control height
cnt['h'] = _get_gui_height(cnt_ty) # Some types kill 'h'
prP['_ready_h'] = True # Skip scaling
pass; #log('cnt={}',(cnt)) if cnt_ty=='checkbutton' else 0
if 'tid' in cnt:
assert cnt['tid'] in ctrls4cid
# cid for horz-align text
bas_cnt = ctrls4cid[ cnt['tid']]
bas_ty = bas_cnt.get('tp', bas_cnt.get('type'))
bas_ty = _TYPE_ABBRS.get(bas_ty, bas_ty)
t = bas_cnt.get('y', 0) + _fit_top_by_env(cnt_ty, bas_ty)
cnt['y'] = t # 'tid' kills 'y'
if reflect and (
cnt.get('x', 0)<0 or
cnt.get('r', 0)<0 or
cnt.get('y', 0)<0 or
cnt.get('b', 0)<0 ): #NOTE: reflect
def do_reflect(cnt_, k, pval):
if 0>cnt_.get(k, 0):
pass; log__('cid, k, pval, cnt_={}',(cid, k, pval, cnt_) ,__=(log4fun,)) if _log4mod>=0 else 0
cnt_[k] = pval + cnt_[k]
pass; log__('cnt_={}',(cnt_) ,__=(log4fun,)) if _log4mod>=0 else 0
pass; #log('cid,cnt={}',(cid,cnt))
prnt = cnt.get('p', self.form)
prnt = self.ctrls[prnt] if likesstr(prnt) else prnt ##?? Only form/[panel/]ctrl
prnt_w = prnt.get('w', self.form.get('w', 0)) ##?? Only form/[panel/]ctrl
prnt_h = prnt.get('h', self.form.get('h', 0)) ##?? Only form/[panel/]ctrl
pass; log__('prnt={}',(prnt) ,__=(log4fun,)) if _log4mod>=0 else 0
pass; log__('prnt_w,prnt_h={}',(prnt_w,prnt_h) ,__=(log4fun,)) if _log4mod>=0 else 0
pass; log__('cnt={}',(cnt) ,__=(log4fun,)) if _log4mod>=0 else 0
pass; #log('cnt={}',({k:v for k,v in cnt.items() if k in [('x','r','w')]}))
do_reflect(cnt, 'x', prnt_w)
do_reflect(cnt, 'r', prnt_w)
do_reflect(cnt, 'y', prnt_h)
do_reflect(cnt, 'b', prnt_h)
pass; #log('cnt={}',({k:v for k,v in cnt.items() if k in [('x','r','w')]}))
pass; log__('cnt={}',(cnt) ,__=(log4fun,)) if _log4mod>=0 else 0
def calt_third(kasx, kasr, kasw, src, trg):
# Use d[kasw] = d[kasr] - d[kasx]
# to copy val from src to trg
# Skip kasr if it is redundant
if False:pass
elif kasx in src and kasw in src: # x,w or y,h is enough
trg[kasx] = src[kasx]
trg[kasw] = src[kasw]
elif kasr in src and kasw in src: # r,w or b,h to calc
trg[kasx] = src[kasr] - src[kasw]
trg[kasw] = src[kasw]
elif kasx in src and kasr in src: # x,r or y,b to calc
trg[kasx] = src[kasx]
trg[kasw] = src[kasr] - src[kasx]
return trg
#def calt_third
pass; #log('cnt={}',cnt)#({k:cnt[k] for k in cnt if k in [('x','r','w')]}))
pass; #log('prP={}',prP)#({k:prP[k] for k in prP if k in [('x','r','w')]}))
prP = calt_third('x', 'r', 'w', cnt, prP)
prP = calt_third('y', 'b', 'h', cnt, prP)
pass; #log('prP={}',prP)#({k:prP[k] for k in prP if k in [('x','r','w')]}))
pass; #log__('cid, prP={}',(cid, prP) ,__=(log4fun,)) if _log4mod>=0 else 0
return prP
#def _prep_pos_attrs
def _prepare_vl_it_cl(self, c_pr, cfg_ctrl, cid, opts={}):
pass; log4fun=0 # Order log in the function
pass; log__('c_pr={}',(c_pr) ,__=(log4fun,)) if _log4mod>=0 else 0
pass; log__('cfg_ctrl={}',(cfg_ctrl) ,__=(log4fun,)) if _log4mod>=0 else 0
pass; log__('opts={}',(opts) ,__=(log4fun,)) if _log4mod>=0 else 0
tp = cfg_ctrl['type']
if 'val' in cfg_ctrl and opts.get('prepare val', True):
in_val = cfg_ctrl['val']
def list_to_list01(lst):
return list(('1' if v=='1' or v is True else '0')
for v in lst)
if False:pass
elif tp=='memo':
# For memo: "\t"-separated lines (in lines "\t" must be replaced to chr(3))
pass; log__("tp,in_val={}",(tp,in_val) ,__=(log4fun,)) if _log4mod>=0 else 0
if likeslist(in_val):
in_val = '\t'.join([v.replace('\t', chr(3)) for v in in_val])
else:
in_val = in_val.replace('\t', chr(3)).replace('\r\n','\n').replace('\r','\n').replace('\n','\t')
pass; log__("tp,in_val={}",(tp,in_val) ,__=(log4fun,)) if _log4mod>=0 else 0
elif tp=='checkgroup' and likeslist(in_val):
# For checkgroup: ","-separated checks (values "0"/"1")
in_val = ','.join(list_to_list01(in_val))
elif tp in ['checklistbox', 'checklistview'] and likeslist(in_val):
# For checklistbox, checklistview: index+";"+checks
in_val = ';'.join( (str(in_val[0]), ','.join(list_to_list01(in_val[1])) ) )
elif tp in ['listbox', 'combo_ro'] and 'ivals' in cfg_ctrl and cfg_ctrl['ivals']:
ivals = cfg_ctrl['ivals']
in_val = ivals.index(in_val) if in_val in ivals else -1
c_pr['val'] = in_val
if 'items' in cfg_ctrl and opts.get('prepare items', True):
items = cfg_ctrl['items']
pass; log__("tp,items={}",(tp,items) ,__=(log4fun,)) if _log4mod>=0 else 0
if likesstr(items):
pass
elif tp in ['listview', 'checklistview']:
# For listview, checklistview: "\t"-separated items.
# first item is column headers: title1+"="+size1 + "\r" + title2+"="+size2 + "\r" +...
# other items are data: cell1+"\r"+cell2+"\r"+...
# ([(hd,wd)], [[cells],[cells],])
items = '\t'.join(['\r'.join(['='.join((hd,str(sz))) for hd,sz in items[0]])]
+['\r'.join(row) for row in items[1]]
)
else:
# For combo, combo_ro, listbox, checkgroup, radiogroup, checklistbox: "\t"-separated lines
items = '\t'.join(items)
pass; log__("items={}",(items) ,__=(log4fun,)) if _log4mod>=0 else 0
c_pr['items'] = items
if ('cols' in cfg_ctrl or 'columns' in cfg_ctrl or 'cols_ws' in cfg_ctrl) and opts.get('prepare cols', True):
cols = cfg_ctrl.get('cols', cfg_ctrl.get('columns'))
cols = cols if cols else self.cattr(cid, 'cols')
cfg_ctrl['columns'] = cols
if likesstr(cols):
pass
else:
if 'cols_ws' in cfg_ctrl:
cols_ws = cfg_ctrl['cols_ws']
pass; #log("cols_ws={}",(cols_ws))
if len(cols_ws)!=len(cols): raise ValueError('Inconsistent attribures: cols/columns and cols_ws')
for n,w in enumerate(cols_ws):
cols[n]['wd'] = w
# For listview, checklistview:
# "\t"-separated of
# "\r"-separated
# Name, Width, Min Width, Max Width, Alignment (str), Autosize('0'/'1'), Visible('0'/'1')
pass; #log('cols={}',(cols))
str_sc = lambda n: str(_os_scale('scale', {'w':n})['w'])
cols = '\t'.join(['\r'.join([ cd[ 'hd']
,str_sc(cd.get('wd' ,0))
,str_sc(cd.get('mi' ,0))
,str_sc(cd.get('ma' ,0))
, cd.get('al','')
,'1' if cd.get('au',False) else '0'
,'1' if cd.get('vi',True ) else '0'
])
for cd in cols]
)
pass; #log('cols={}',repr(cols))
c_pr['columns'] = cols
return c_pr
#def _prepare_vl_it_cl
def _take_val(self, name, liv_val, defv=None):
pass; log4fun=0 # Order log in the function
pass; log__("name, liv_val={}",(name, liv_val) ,__=(log4fun,)) if _log4mod>=0 else 0
tp = self.ctrls[name]['type']
old_val = self.ctrls[name].get('val', defv)
new_val = liv_val
ivals = self.ctrls[name].get('ivals')
if False:pass
elif tp=='memo':
# For memo: "\t"-separated lines (in lines "\t" must be replaced to chr(3))
if likeslist(old_val):
# new_val = [v.replace(chr(3), '\t') for v in liv_val.split('\t')]
new_val = [v.replace(chr(2), '\t') ##!! Wait core fix
.replace(chr(3), '\t') for v in liv_val.split('\t')]
#liv_val = '\t'.join([v.replace('\t', chr(3)) for v in old_val])
else:
new_val = liv_val.replace('\t','\n').replace(chr(3), '\t')
#liv_val = old_val.replace('\t', chr(3)).replace('\r\n','\n').replace('\r','\n').replace('\n','\t')
elif tp=='checkgroup' and likeslist(old_val):
# For checkgroup: ","-separated checks (values "0"/"1")
new_val = liv_val.split(',')
#in_val = ','.join(in_val)
elif tp in ['checklistbox', 'checklistview'] and likeslist(old_val):
new_val = liv_val.split(';')
new_val = (new_val[0], new_val[1].split(','))
#liv_val = ';'.join(old_val[0], ','.join(old_val[1]))
elif tp in ['listbox', 'combo_ro'] and ivals:
new_val = int(new_val)
new_val = ivals[new_val] if 0<=new_val<len(ivals) else None
elif isinstance(old_val, bool):
new_val = liv_val=='1'
elif tp=='listview':
new_val = -1 if liv_val=='' else int(liv_val)
elif old_val is not None:
pass; #log('name,old_val,liv_val={}',(name,old_val,liv_val))
new_val = type(old_val)(liv_val)
return new_val
#def _take_val
def _take_it_cl(self, cid, attr, liv_val, defv=None):
tp = self.ctrls[cid]['type']
old_val = self.ctrls[cid].get(attr, defv)
pass; #log('cid, attr, isinstance(old_val, str)={}',(cid, attr, isinstance(old_val, str)))
if likesstr(old_val):
# No need parsing - config was by string
return liv_val
new_val = liv_val
if attr=='items':
if tp in ['listview', 'checklistview']:
# For listview, checklistview: "\t"-separated items.
# first item is column headers: title1+"="+size1 + "\r" + title2+"="+size2 + "\r" +...
# other items are data: cell1+"\r"+cell2+"\r"+...
# ([(hd,wd)], [[cells],[cells],])
header_rows = new_val.split('\t')
new_val =[[h.split('=') for h in header_rows[0].split('\r')]
,[r.split('\r') for r in header_rows[1:]]
]
else:
# For combo, combo_ro, listbox, checkgroup, radiogroup, checklistbox: "\t"-separated lines
new_val = new_val.split('\t')
if attr in ('columns', 'cols'):
# For listview, checklistview:
# "\t"-separated of
# "\r"-separated
# Name, Width, Min Width, Max Width, Alignment (str), Autosize('0'/'1'), Visible('0'/'1')
# [{nm:str, wd:num, mi:num, ma:num, al:str, au:bool, vi:bool}]
pass; #log('new_val={}',repr(new_val))
new_val= [ci.split('\r') for ci in new_val.split('\t')]
pass; #log('new_val={}',repr(new_val))
int_sc = lambda s: _os_scale('unscale', {'w':int(s)})['w']
new_val= [ dict(hd= ci[0]
,wd=int_sc(ci[1])
,mi=int_sc(ci[2])
,ma=int_sc(ci[3])
,al= ci[4]
,au='1'== ci[5]
,vi='1'== ci[6]
) for ci in new_val]
pass; #log('new_val={}',(new_val))
return new_val
#def _take_it_cl
@staticmethod
def _preprocessor(cnt, tp):
pass; log4fun=0 # Order log in the function
pass; log__('tp,cnt={}',(tp,cnt) ,__=(log4fun,)) if _log4mod>=0 else 0
# on -> on_???
if 'on' in cnt:
if False:pass
elif tp in ('listview', 'treeview'):
cnt['on_select'] = cnt['on']
elif tp in ('linklabel'):
cnt['on_click'] = cnt['on']
else:
cnt['on_change'] = cnt['on']
# Joins
if 'sp_lr' in cnt:
cnt['sp_l'] = cnt['sp_r'] = cnt['sp_lr']
if 'sp_lrt' in cnt: