def update_tree(self, ed, lexer):
getter = self.get_getter(lexer)
if not getter: return
filename = ed.get_filename()
lines = ed.get_text_all().split("\n")
heads = list(getter(filename, lines))
ed.set_prop(app.PROP_CODETREE, False)
app.tree_proc(self.h_tree, app.TREE_LOCK)
app.tree_proc(self.h_tree, app.TREE_ITEM_DELETE, 0)
last_levels = {0: 0}
for index, data in enumerate(heads):
pos = data[0]
level = data[1]
header = data[2]
icon_index = data[3] if len(data) > 3 else -1
for test_level in reversed(range(level)):
parent = last_levels.get(test_level)
if parent is None:
continue
identity = app.tree_proc(self.h_tree,
app.TREE_ITEM_ADD,
parent,
index=-1,
text=header,
image_index=icon_index)
# when adding level K, forget all levels > K
last_levels = {
k: v
for k, v in last_levels.items() if k <= level
}
last_levels[level] = identity
if type(pos) == int:
if index == len(heads) - 1:
end_y = len(lines) - 1
s = ed.get_text_line(end_y)
if s is None:
end_x = 0
else:
end_x = len(s)
else:
end_y = heads[index +
1][0] # line_index of next header
end_x = 0
rng = (0, pos, end_x, end_y)
else:
rng = pos
app.tree_proc(self.h_tree,
app.TREE_ITEM_SET_RANGE,
identity,
index=-1,
text=rng)
break
app.tree_proc(self.h_tree, app.TREE_UNLOCK)
def run(self, mcr_id, times=1, waits=0, while_chngs=False, till_endln=False):
''' Main (and single) way to run any macro
'''
pass; LOG and log('mcr_id, times, waits, while_chngs, till_endln={}',(mcr_id, times, waits, while_chngs, till_endln))
mcr = self.mcr4id.get(str(mcr_id))
if mcr is None:
pass; LOG and log('no id',)
return app.msg_status(_('No macros: {}').format(mcr_id))
cmds4eval = ';'.join(mcr['evl'])
pass; LOG and log('nm, cmds4eval={}',(mcr['nm'], cmds4eval))
how_t = 'wait'
rp_ctrl = self.tm_ctrl.get('rp_ctrl', 1000) # testing one of 1000 execution
tm_wait = waits if waits>0 else self.tm_ctrl.get('tm_wait', 10) # sec
start_t = datetime.datetime.now()
pre_body = '' if not while_chngs else ed.get_text_all()
for rp in range(times if times>0 else 0xffffffff):
exec(cmds4eval)
if till_endln and ed.get_carets()[0][1] == ed.get_line_count()-1:
pass; LOG and log('break endln',)
break #for rp
if while_chngs:
new_body = ed.get_text_all()
if pre_body == new_body:
pass; LOG and log('break no change',)
break #for rp
pre_body = new_body
if (how_t=='wait'
and (rp_ctrl-1) == rp % rp_ctrl
and tm_wait < (datetime.datetime.now()-start_t).seconds):
cnts = ([
dict( tp='lb' ,t=GAP ,l=GAP ,w=400 ,cap=_('Macro "{}" playback time is too long'.format(mcr['nm'])))
,dict(cid='wait' ,tp='bt' ,t=GAP*2+25*1 ,l=GAP ,w=400 ,cap=_('Wait &another {} sec').format(tm_wait) ,props='1' ) # default
,dict(cid='cont' ,tp='bt' ,t=GAP*3+25*2 ,l=GAP ,w=400 ,cap=_('Continue &without control') )
,dict(cid='stop' ,tp='bt' ,t=GAP*6+25*3 ,l=GAP ,w=300 ,cap=_('&Cancel playback [ESC]') )
])
btn,vals,chds= dlg_wrapper(_('Playback macro'), GAP*2+400, GAP*7+4*25, cnts, {})
if btn is None or btn=='stop':
pass; LOG and log('break by user',)
app.msg_status(_('Cancel playback macro: {}'.format(mcr['nm'])))
break #for rp
if btn=='cont': #ans=='cont':
how_t = 'work'
if btn=='wait': #ans=='wait':
start_t = datetime.datetime.now()
#for rp
self.last_mcr_id = mcr_id
def run(self, mcr_id, times=1, waits=0, while_chngs=False, till_endln=False):
''' Main (and single) way to run any macro
'''
pass; LOG and log('mcr_id, times, waits, while_chngs, till_endln={}',(mcr_id, times, waits, while_chngs, till_endln))
mcr = self.mcr4id.get(str(mcr_id))
if mcr is None:
pass; LOG and log('no id',)
return app.msg_status('No macros: {}'.format(mcr_id))
cmds4eval = ';'.join(mcr['evl'])
pass; LOG and log('nm, cmds4eval={}',(mcr['nm'], cmds4eval))
how_t = 'wait'
rp_ctrl = self.tm_ctrl.get('rp_ctrl', 1000) # testing one of 1000 execution
tm_wait = waits if waits>0 else self.tm_ctrl.get('tm_wait', 10) # sec
start_t = datetime.datetime.now()
pre_body = '' if not while_chngs else ed.get_text_all()
for rp in range(times if times>0 else 0xffffffff):
exec(cmds4eval)
if till_endln and ed.get_carets()[0][1] == ed.get_line_count()-1:
pass; LOG and log('break endln',)
break #for rp
if while_chngs:
new_body = ed.get_text_all()
if pre_body == new_body:
pass; LOG and log('break no change',)
break #for rp
pre_body = new_body
if (how_t=='wait'
and (rp_ctrl-1) == rp % rp_ctrl
and tm_wait < (datetime.datetime.now()-start_t).seconds):
WD_BTN = 220
ans = app.dlg_custom( 'Playback macro', GAP*2+WD_BTN, GAP*7+4*25, '\n'.join([]
+[C1.join(['type=label' ,POS_FMT(l=GAP, t=GAP*1+25*0+3, r=GAP+WD_BTN, b=0)
,'cap=Macro playback time is too long'
] # i=0
)]
+[C1.join(['type=button' ,POS_FMT(l=GAP, t=GAP*2+25*1, r=GAP+WD_BTN, b=0)
,'cap=Wait &another {} sec'.format(tm_wait)
] # i=1
)]
+[C1.join(['type=button' ,POS_FMT(l=GAP, t=GAP*3+25*2, r=GAP+WD_BTN, b=0)
,'cap=Continue &without control'
] # i=2
)]
+[C1.join(['type=button' ,POS_FMT(l=GAP, t=GAP*6+25*3, r=GAP+WD_BTN, b=0)
,'cap=&Cancel playback [ESC]'
] # i=3
)]
), 1) # start focus
pass; #LOG and log('ans={}',ans)
ans =('break' if ans is None else
'break' if ans[0]==3 else
'wait' if ans[0]==1 else
'cont' if ans[0]==2 else 'break')
if ans=='cont':
how_t = 'work'
if ans=='wait':
start_t = datetime.datetime.now()
if ans=='break':
pass; LOG and log('break by user',)
break #for rp
#for rp
self.last_mcr_id = mcr_id
def lineops_trim_right(self):
ed.set_text_all("\n".join(
map(lambda x: x.rstrip(),
ed.get_text_all().split("\n"))))
def lineops_remove_dup_all(self):
ed.set_text_all("\n".join(list(set(ed.get_text_all().split("\n")))))
def lineops_sort_desc(self):
ed.set_text_all("\n".join(
sorted(ed.get_text_all().split("\n"), reverse=True)))
def lineops_sort_asc(self):
ed.set_text_all("\n".join(sorted(ed.get_text_all().split("\n"))))
def lineops_remove_empty(self):
ed.set_text_all("\n".join(
list(filter(None,
ed.get_text_all().split("\n")))))
def run(self,
mcr_id,
times=1,
waits=0,
while_chngs=False,
till_endln=False):
''' Main (and single) way to run any macro
'''
pass
LOG and log('mcr_id, times, waits, while_chngs, till_endln={}',
(mcr_id, times, waits, while_chngs, till_endln))
mcr = self.mcr4id.get(str(mcr_id))
if mcr is None:
pass
LOG and log('no id', )
return app.msg_status('No macros: {}'.format(mcr_id))
cmds4eval = ';'.join(mcr['evl'])
pass
LOG and log('nm, cmds4eval={}', (mcr['nm'], cmds4eval))
how_t = 'wait'
rp_ctrl = self.tm_ctrl.get('rp_ctrl',
1000) # testing one of 1000 execution
tm_wait = waits if waits > 0 else self.tm_ctrl.get('tm_wait',
10) # sec
start_t = datetime.datetime.now()
pre_body = '' if not while_chngs else ed.get_text_all()
for rp in range(times if times > 0 else 0xffffffff):
exec(cmds4eval)
if till_endln and ed.get_carets()[0][1] == ed.get_line_count() - 1:
pass
LOG and log('break endln', )
break #for rp
if while_chngs:
new_body = ed.get_text_all()
if pre_body == new_body:
pass
LOG and log('break no change', )
break #for rp
pre_body = new_body
if (how_t == 'wait' and (rp_ctrl - 1) == rp % rp_ctrl and tm_wait <
(datetime.datetime.now() - start_t).seconds):
WD_BTN = 220
ans = app.dlg_custom(
'Playback macro',
GAP * 2 + WD_BTN,
GAP * 7 + 4 * 25,
'\n'.join([] + [
C1.join([
'type=label',
POS_FMT(l=GAP,
t=GAP * 1 + 25 * 0 + 3,
r=GAP + WD_BTN,
b=0), 'cap=Macro playback time is too long'
] # i=0
)
] + [
C1.join([
'type=button',
POS_FMT(
l=GAP, t=GAP * 2 + 25 * 1, r=GAP + WD_BTN, b=0
), 'cap=Wait &another {} sec'.format(tm_wait)
] # i=1
)
] + [
C1.join([
'type=button',
POS_FMT(
l=GAP, t=GAP * 3 + 25 * 2, r=GAP +
WD_BTN, b=0), 'cap=Continue &without control'
] # i=2
)
] + [
C1.join([
'type=button',
POS_FMT(
l=GAP, t=GAP * 6 + 25 * 3, r=GAP +
WD_BTN, b=0), 'cap=&Cancel playback [ESC]'
] # i=3
)
]),
1) # start focus
pass
#LOG and log('ans={}',ans)
ans = ('break'
if ans is None else 'break' if ans[0] == 3 else 'wait'
if ans[0] == 1 else 'cont' if ans[0] == 2 else 'break')
if ans == 'cont':
how_t = 'work'
if ans == 'wait':
start_t = datetime.datetime.now()
if ans == 'break':
pass
LOG and log('break by user', )
break #for rp
#for rp
self.last_mcr_id = mcr_id
