def duplicate(self):
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(ONLY_NORM_SEL_MODE.format(DUPLICATION))
crts = ed.get_carets()
if len(crts) > 1:
return app.msg_status(ONLY_SINGLE_CRT.format(DUPLICATION))
(cCrt, rCrt, cEnd, rEnd) = crts[0]
bEmpSel = -1 == rEnd
bUseFLn = get_opt('duplicate_full_line_if_no_sel', True)
bSkip = get_opt('duplicate_move_down', True)
if bEmpSel:
if not bUseFLn:
return
# Dup whole row
row_txt = ed.get_text_line(rCrt)
ed.insert(0, rCrt, row_txt + '\n')
# Move crt to next row
if bSkip and (rCrt + 1) < ed.get_line_count():
_move_caret_down(cCrt, rCrt)
return
(rFr, cFr), (rTo, cTo) = minmax((rCrt, cCrt), (rEnd, cEnd))
pass
#LOG and log('(cFr , rFr , cTo , rTo) ={}',(cFr , rFr , cTo , rTo))
sel_txt = ed.get_text_substr(cFr, rFr, cTo, rTo)
pass
#LOG and log('sel_txt={}',repr(sel_txt))
ed.insert(cFr, rFr, sel_txt)
def duplicate(self):
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(ONLY_NORM_SEL_MODE.format(DUPLICATION))
crts = ed.get_carets()
if len(crts)>1:
return app.msg_status(ONLY_SINGLE_CRT.format(DUPLICATION))
(cCrt, rCrt, cEnd, rEnd) = crts[0]
bEmpSel = -1==rEnd
bUseFLn = get_opt('duplicate_full_line_if_no_sel', True)
bSkip = get_opt('duplicate_move_down', True)
if bEmpSel:
if not bUseFLn:
return
# Dup whole row
row_txt = ed.get_text_line(rCrt)
ed.insert(0, rCrt, row_txt+'\n')
# Move crt to next row
if bSkip and (rCrt+1)<ed.get_line_count():
_move_caret_down(cCrt, rCrt)
return
(rFr, cFr), (rTo, cTo) = minmax((rCrt, cCrt), (rEnd, cEnd))
pass; #LOG and log('(cFr , rFr , cTo , rTo) ={}',(cFr , rFr , cTo , rTo))
sel_txt = ed.get_text_substr(cFr, rFr, cTo, rTo)
pass; #LOG and log('sel_txt={}',repr(sel_txt))
ed.insert(cFr, rFr, sel_txt)
def duplicate(self):
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(ONLY_NORM_SEL_MODE.format(DUPLICATION))
crts = ed.get_carets()
if len(crts)>1:
return app.msg_status(ONLY_SINGLE_CRT.format(DUPLICATION))
(cCrt, rCrt, cEnd, rEnd) = crts[0]
if -1==cEnd:
# Empty sel -- dup whole row
row_txt = ed.get_text_line(rCrt)
ed.insert(0, rCrt, row_txt+'\n')
# Move crt to next row
if (rCrt+1)<ed.get_line_count():
colCrt = pos2pos(cCrt , rCrt, 'smb2col')
smbCrt1 = pos2pos(colCrt, rCrt+1, 'col2smb')
ed.set_caret(smbCrt1, rCrt+1)
return
(rFr, cFr), (rTo, cTo) = minmax((rCrt, cCrt), (rEnd, cEnd))
#pass; LOG and log('(cCrt, rCrt, cEnd, rEnd)={}',(cCrt, rCrt, cEnd, rEnd))
pass; LOG and log('(cFr , rFr , cTo , rTo) ={}',(cFr , rFr , cTo , rTo))
sel_txt = ed.get_text_substr(cFr, rFr, cTo, rTo)
pass; LOG and log('sel_txt={}',repr(sel_txt))
ed.insert(cFr, rFr, sel_txt)
if -1==rEnd: # or rCrt==rEnd:
# Move crt to next row
colCrt = pos2pos(cCrt , rCrt, 'smb2col')
smbCrt1 = pos2pos(colCrt, rCrt+1, 'col2smb')
ed.set_caret(smbCrt1, rCrt+1)
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 add_ibm(self):
lxr = ed.get_prop(app.PROP_LEXER_FILE)
lxr = lxr if lxr else NO_LXR_SIGN
# if lxr not in self.lxr2cmnt: return app.msg_status(f(_('Cannot add in-text bookmark into document with Lexer {}. No to-end-of-line comment.'), lxr))
if lxr not in self.lxr2cmnt: return app.msg_status(f(_('Cannot add in-text bookmark: no line-comments defined for lexer {}.'), lxr))
cmnt = self.lxr2cmnt[lxr]
bm_msg = app.dlg_input(_('Enter message for in-text bookmark. Empty is good.'), '')
if bm_msg is None: return
(cCrt, rCrt
,cEnd, rEnd)= ed.get_carets()[0]
line_s = ed.get_text_line( rCrt)
ed.set_text_line( rCrt, line_s + cmnt + self.bm_sign + ' ' + bm_msg)
def add_ibm(self):
lxr = ed.get_prop(app.PROP_LEXER_FILE)
lxr = lxr if lxr else NO_LXR_SIGN
# if lxr not in self.lxr2cmnt: return app.msg_status(f(_('Cannot add in-text bookmark into document with Lexer {}. No to-end-of-line comment.'), lxr))
if lxr not in self.lxr2cmnt:
return app.msg_status(
f(
_('Cannot add in-text bookmark: no line-comments defined for lexer {}.'
), lxr))
cmnt = self.lxr2cmnt[lxr]
bm_msg = app.dlg_input(
_('Enter message for in-text bookmark. Empty is good.'), '')
if bm_msg is None: return
(cCrt, rCrt, cEnd, rEnd) = ed.get_carets()[0]
line_s = ed.get_text_line(rCrt)
ed.set_text_line(rCrt, line_s + cmnt + self.bm_sign + ' ' + bm_msg)
def cmt_toggle_stream(self):
''' '''
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(ONLY_NORM_SEL_MODE.format(COMMENTING))
lex = ed.get_prop(app.PROP_LEXER_CARET)
((bgn_sgn, end_sgn), bOnlyLn) = self._get_cmt_pair(lex)
if not bgn_sgn:
return app.msg_status(CMT_NO_STRM_4LEX.format(lex))
bUseFLn = get_opt('comment_full_line_if_no_sel', True)
crts = ed.get_carets()
pass
#LOG and log('lex, get_carets()={}', (lex, crts))
pass
#LOG and log('(bgn_sgn,end_sgn),bOnlyLn,bUseFLn={}', ((bgn_sgn,end_sgn),bOnlyLn,bUseFLn))
for icrt, (cCrt, rCrt, cEnd, rEnd) in enumerate(crts):
pass
#LOG and log('(cCrt, rCrt), (cEnd, rEnd)={}', ((cCrt, rCrt), (cEnd, rEnd)))
bEmpSel = -1 == rEnd
bDrtSel = -1 == rEnd or (rCrt, cCrt) > (rEnd, cEnd)
if False: pass
elif bEmpSel and (bUseFLn or bOnlyLn):
# Use full line
line = ed.get_text_line(rCrt)
(cTx1, rTx1), (cTx2, rTx2) = (0, rCrt), (len(line), rCrt)
elif bOnlyLn: # and not bEmpSel
# Only full lines
rTx1, rTx2 = minmax(rCrt, rEnd)
line = ed.get_text_line(rTx2)
(cTx1, rTx1), (cTx2, rTx2) = (0, rTx1), (len(line), rTx2)
elif bEmpSel: # and not bUseFLn and not bOnlyLn
continue
else:
(rTx1, cTx1), (rTx2, cTx2) = minmax((rCrt, cCrt), (rEnd, cEnd))
selTx = ed.get_text_substr(cTx1, rTx1, cTx2, rTx2)
pass
#LOG and log('(rTx1, cTx1), (rTx2, cTx2), selTx={}', ((rTx1, cTx1), (rTx2, cTx2), repr(selTx)))
do_uncmt = selTx.startswith(bgn_sgn) and selTx.endswith(end_sgn)
pass
#LOG and log('do_uncmt={}', (do_uncmt))
if False: pass
elif not do_uncmt and bOnlyLn:
# Comment!
ed.insert(0, rTx2 + 1, end_sgn + '\n') #! true insert sequence
ed.insert(0, rTx1, bgn_sgn + '\n') #! true insert sequence
(cNSel1, rNSel1, cNSel2,
rNSel2) = 0, rTx1, len(end_sgn), rTx2 + 2
elif not do_uncmt:
# Comment!
ed.insert(cTx2, rTx2, end_sgn) #! true insert sequence
ed.insert(cTx1, rTx1, bgn_sgn) #! true insert sequence
if False: pass
elif rTx1 == rTx2:
# sel into one row
(cNSel1, rNSel1, cNSel2, rNSel2
) = cTx1, rTx1, cTx2 + len(bgn_sgn) + len(end_sgn), rTx2
elif rTx1 != rTx2:
# sel ends on diff rows
(cNSel1, rNSel1, cNSel2,
rNSel2) = cTx1, rTx1, cTx2 + len(end_sgn), rTx2
elif do_uncmt and bOnlyLn:
# UnComment!
ed.delete(0, rTx2, 0, rTx2 + 1) #! true delete sequence
ed.delete(0, rTx1, 0, rTx1 + 1) #! true delete sequence
(cNSel1, rNSel1, cNSel2,
rNSel2) = 0, rTx1, len(ed.get_text_line(rTx2 - 2)), rTx2 - 2
elif do_uncmt:
# UnComment!
ed.delete(cTx2 - len(end_sgn), rTx2, cTx2,
rTx2) #! true delete sequence
ed.delete(cTx1, rTx1, cTx1 + len(bgn_sgn),
rTx1) #! true delete sequence
if False: pass
elif rTx1 == rTx2:
# sel into one row
(cNSel1, rNSel1, cNSel2, rNSel2
) = cTx1, rTx1, cTx2 - len(bgn_sgn) - len(end_sgn), rTx2
elif rTx1 != rTx2:
# sel ends on diff rows
(cNSel1, rNSel1, cNSel2,
rNSel2) = cTx1, rTx1, cTx2 - len(end_sgn), rTx2
pass
#LOG and log('bDrtSel, (cNSel1, rNSel1), (cNSel2, rNSel2)={}', (bDrtSel, (cNSel1, rNSel1), (cNSel2, rNSel2)))
if bDrtSel:
ed.set_caret(cNSel2, rNSel2, cNSel1, rNSel1,
app.CARET_SET_INDEX + icrt)
else:
ed.set_caret(cNSel1, rNSel1, cNSel2, rNSel2,
app.CARET_SET_INDEX + icrt)
#for icrt
bSkip = get_opt('comment_move_down', True)
if False: pass
elif 1 == len(crts) and bEmpSel and bUseFLn and bSkip:
_move_caret_down(cCrt, rCrt)
if bOnlyLn and not do_uncmt:
crt = ed.get_carets()[0]
_move_caret_down(crt[0], crt[1])
crt = ed.get_carets()[0]
_move_caret_down(crt[0], crt[1])
def _cmt_toggle_line(self, cmt_type):
''' Add/Remove line comment
Params
cmt_type '1st' at begin of line
'bod' at first not blank
'''
if not _check_API('1.0.107'): return
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(ONLY_NORM_SEL_MODE.format(COMMENTING))
lex = ed.get_prop(app.PROP_LEXER_CARET)
cmt_sgn = app.lexer_proc(app.LEXER_GET_COMMENT, lex)
pass; LOG and log('lex, cmt_sgn={}', (lex, cmt_sgn))
if not cmt_sgn:
return app.msg_status(CMT_NO_LINE_4LEX.format(lex))
crts = ed.get_carets()
if len(crts)>1:
return app.msg_status(ONLY_SINGLE_CRT.format(COMMENTING))
no_tab = ed.get_prop(app.PROP_TAB_SPACES) # only blanks
opts = self._get_opts('cmt')
save_bd_col = no_tab and opts.get('save_body_col', False)
blnks4cmt = '\t'.expandtabs(len(cmt_sgn))
(cCrt, rCrt
,cEnd, rEnd)= crts[0]
(rCmtBgn
,rCmtEnd) = minmax(rCrt, rEnd if -1!=rEnd else rCrt)
uncmtAll = ed.get_text_line(rCmtBgn).lstrip().startswith(cmt_sgn)
pass; LOG and log('rCmtBgn,rCmtEnd,uncmtAll={}', (rCmtBgn,rCmtEnd,uncmtAll))
for rCmt in range(rCmtBgn, rCmtEnd+1):
line = ed.get_text_line(rCmt)
pos_body= line.index(line.lstrip())
pass; LOG and log('rCmtBgn,rCmtEnd,uncmtAll={}', (rCmtBgn,rCmtEnd,uncmtAll))
if uncmtAll:
# Uncomment!
if not line[pos_body:].startswith(cmt_sgn):
# Already no comment
continue
if save_bd_col:
line = line.replace(cmt_sgn, blnks4cmt, 1)
else:
line = line.replace(cmt_sgn, '' , 1)
else:
# Comment!
if cmt_type=='bod' and line[pos_body:].startswith(cmt_sgn):
# Body comment already sets - willnot double it
continue
if False:pass
elif cmt_type=='1st' and save_bd_col and line.startswith(blnks4cmt) :
line = line.replace(blnks4cmt, cmt_sgn, 1)
# elif cmt_type=='1st' and save_bd_col # !line.startswith(blnks4cmt) :
elif cmt_type=='1st':# !save_bd_col
line = cmt_sgn+line
elif cmt_type=='bod' and save_bd_col and line.startswith(blnks4cmt) :
line = line.replace(blnks4cmt, cmt_sgn, 1)
line = line[:pos_body-len(cmt_sgn)]+cmt_sgn+line[pos_body:]
# elif cmt_type=='bod' and save_bd_col # !line.startswith(blnks4cmt) :
elif cmt_type=='bod':# !save_bd_col
line = line[:pos_body] +cmt_sgn+line[pos_body:]
ed.set_text_line(rCmt, line)
#for rCmt
if -1==rEnd and opts.get('skip-line-after', True) and (rCrt+1)<ed.get_line_count():
colCrt = pos2pos(cCrt , rCrt, 'smb2col')
smbCrt1 = pos2pos(colCrt, rCrt+1, 'col2smb')
ed.set_caret(smbCrt1, rCrt+1)
def cmt_toggle_stream(self):
''' '''
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(f(_('{} works only with normal selection'), _('Commenting')))
lex = ed.get_prop(app.PROP_LEXER_CARET)
((bgn_sgn
,end_sgn)
,bOnlyLn)=self._get_cmt_pair(lex)
if not bgn_sgn:
return app.msg_status(f(_('No stream comment for lexer "{}"'), lex))
bUseFLn = apx.get_opt('comment_full_line_if_no_sel', True)
crts = ed.get_carets()
pass; #LOG and log('lex, get_carets()={}', (lex, crts))
pass; #LOG and log('(bgn_sgn,end_sgn),bOnlyLn,bUseFLn={}', ((bgn_sgn,end_sgn),bOnlyLn,bUseFLn))
for icrt, (cCrt, rCrt, cEnd, rEnd) in enumerate(crts):
pass; #LOG and log('(cCrt, rCrt), (cEnd, rEnd)={}', ((cCrt, rCrt), (cEnd, rEnd)))
bEmpSel = -1==rEnd
bDrtSel = -1==rEnd or (rCrt, cCrt)>(rEnd, cEnd)
if False:pass
elif bEmpSel and (bUseFLn or bOnlyLn):
# Use full line
line = ed.get_text_line(rCrt)
(cTx1, rTx1), (cTx2, rTx2) = (0, rCrt), (len(line), rCrt)
elif bOnlyLn: # and not bEmpSel
# Only full lines
rTx1, rTx2 = apx.minmax(rCrt, rEnd)
line = ed.get_text_line(rTx2)
(cTx1, rTx1), (cTx2, rTx2) = (0, rTx1), (len(line), rTx2)
elif bEmpSel: # and not bUseFLn and not bOnlyLn
continue
else:
(rTx1, cTx1), (rTx2, cTx2) = apx.minmax((rCrt, cCrt), (rEnd, cEnd))
selTx = ed.get_text_substr(cTx1, rTx1, cTx2, rTx2)
pass; #LOG and log('(rTx1, cTx1), (rTx2, cTx2), selTx={}', ((rTx1, cTx1), (rTx2, cTx2), repr(selTx)))
do_uncmt= selTx.startswith(bgn_sgn) and selTx.endswith(end_sgn)
pass; #LOG and log('do_uncmt={}', (do_uncmt))
if False:pass
elif not do_uncmt and bOnlyLn:
# Comment!
ed.insert(0, rTx2+1, end_sgn+'\n') #! true insert sequence
ed.insert(0, rTx1, bgn_sgn+'\n') #! true insert sequence
(cNSel1, rNSel1
,cNSel2, rNSel2) = 0, rTx1, len(end_sgn), rTx2+2
elif not do_uncmt:
# Comment!
ed.insert(cTx2, rTx2, end_sgn) #! true insert sequence
ed.insert(cTx1, rTx1, bgn_sgn) #! true insert sequence
if False:pass
elif rTx1==rTx2:
# sel into one row
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2+len(bgn_sgn)+len(end_sgn), rTx2
elif rTx1!=rTx2:
# sel ends on diff rows
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2 +len(end_sgn), rTx2
elif do_uncmt and bOnlyLn:
# UnComment!
ed.delete(0, rTx2, 0, rTx2+1) #! true delete sequence
ed.delete(0, rTx1, 0, rTx1+1) #! true delete sequence
(cNSel1, rNSel1
,cNSel2, rNSel2) = 0, rTx1, len(ed.get_text_line(rTx2-2)), rTx2-2
elif do_uncmt:
# UnComment!
ed.delete(cTx2-len(end_sgn), rTx2, cTx2, rTx2) #! true delete sequence
ed.delete(cTx1, rTx1, cTx1+len(bgn_sgn), rTx1) #! true delete sequence
if False:pass
elif rTx1==rTx2:
# sel into one row
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2-len(bgn_sgn)-len(end_sgn), rTx2
elif rTx1!=rTx2:
# sel ends on diff rows
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2 -len(end_sgn), rTx2
pass; #LOG and log('bDrtSel, (cNSel1, rNSel1), (cNSel2, rNSel2)={}', (bDrtSel, (cNSel1, rNSel1), (cNSel2, rNSel2)))
if bDrtSel:
ed.set_caret(cNSel2, rNSel2, cNSel1, rNSel1, app.CARET_SET_INDEX+icrt)
else:
ed.set_caret(cNSel1, rNSel1, cNSel2, rNSel2, app.CARET_SET_INDEX+icrt)
#for icrt
bSkip = apx.get_opt('comment_move_down', True)
if False:pass
elif 1==len(crts) and bEmpSel and bUseFLn and bSkip:
apx._move_caret_down(cCrt, rCrt)
if bOnlyLn and not do_uncmt:
crt=ed.get_carets()[0]; apx._move_caret_down(crt[0], crt[1])
crt=ed.get_carets()[0]; apx._move_caret_down(crt[0], crt[1])
def get_line(n):
# limit max length of line
return ed.get_text_line(n, opt.MAX_LINE_LEN)
def _prep_sess(self, wdex='word'):
""" Params
wdex Type of sess: 'word' / 'expr'
"""
crts = ed.get_carets()
if len(crts) > 1:
return app.msg_status(_("Command doesnt work with multi-carets"))
(cCrt, rCrt, cEnd, rEnd) = crts[0]
if -1 != rEnd and rCrt != rEnd:
return app.msg_status(
_("Command doesnt work with multi-line selection"))
stayed = self.sess \
and self.sess.pre_mver == ed.get_prop(app.PROP_MODIFIED_VERSION) \
and self.sess.pre_crt0 == crts[0]
cEnd, rEnd = (cCrt, rCrt) if -1 == rEnd else (cEnd, rEnd)
sel_be_eb = 'be' if cCrt > cEnd else 'eb' if cCrt < cEnd else ''
((rSelB, cSelB), (rSelE, cSelE)) = apx.minmax((rCrt, cCrt),
(rEnd, cEnd))
pass
#LOG and stayed and log('stayed,(wdex,self.sess.wdex)={}',(stayed,(wdex,self.sess.wdex)))
if stayed and wdex == self.sess.wdex:
# Sess OK
return True
what = '' # Str to find
what_b = -1 # Pos what begin
what_e = -1 # Pos what end
kill_b = -1 # Pos kill begin
kill_e = -1 # Pos kill end
wbnd = True # Need left word bound
sel = ''
if stayed and wdex != self.sess.wdex:
# Change sess type
what = self.sess.src_what
what_b = self.sess.src_what_b
what_e = self.sess.src_what_e
kill_b = self.sess.src_kill_b
kill_e = self.sess.src_kill_e
wbnd = self.sess.src_wbnd
if not stayed:
# New sess
line = ed.get_text_line(rCrt)
sel = ed.get_text_sel()
if sel:
# Use selection to find
what = sel
what_b = cSelB
what_e = cSelE
wbnd = 0 == cSelB or line[cSelB - 1].isspace()
else:
# Use "chars around caret" to find what
tx_bfr = line[:cCrt]
ch_bfr = tx_bfr[-1] if tx_bfr else ' '
tx_aft = line[cCrt:]
ch_aft = tx_aft[0] if tx_aft else ' '
pass
#LOG and log('ch_bfr,ch_aft,tx_bfr,tx_aft={}',(ch_bfr,ch_aft,tx_bfr,tx_aft))
shf_l = 0
shf_r = 0
if ch_bfr.isalnum() or ch_bfr in self.wdsgns:
tx_bfr_r = ''.join(reversed(tx_bfr))
shf_l = len(self.base_re.match(tx_bfr_r).group())
if ch_aft.isalnum() or ch_aft in self.wdsgns:
shf_r = len(self.base_re.match(tx_aft).group())
what_b = cCrt - shf_l
if self.kill:
what_e = cCrt
kill_b = cCrt
kill_e = cCrt + shf_r
else:
what_e = cCrt + shf_r
what = line[what_b:what_e]
pass
#LOG and log('(shf_l,shf_r), (what_b,what_e), what={}',((shf_l,shf_r), (what_b,what_e), what))
if not what \
or not what.strip():
return app.msg_status(_('No data for search'))
if len(what) < self.min_len:
return app.msg_status(
f(_('Need |base|>={}, but |"{}"|=={}'), self.min_len, what,
len(what)))
pass
#LOG and log('what,wbnd={}',(what,wbnd))
asword = wdex == 'word'
asexpr = wdex == 'expr'
# Make new Sess
if not stayed:
pass
#LOG and log('new sess',())
self.sess = Command.Sess()
self.sess.row = rCrt
self.sess.sel_sub = sel_be_eb
self.sess.src_crt = cCrt
self.sess.src_what = what
self.sess.src_what_b = what_b
self.sess.src_what_e = what_e
self.sess.src_kill_b = kill_b
self.sess.src_kill_e = kill_e
self.sess.src_wbnd = wbnd
self.sess.wdex = wdex
what_re = re.compile('' + (r'\b' if wbnd else '') + re.escape(what) +
(self.wdcmpl if asword else self.excmpl))
# + r'[\w'+re.escape(self.wdsgns)+']+')
pass
#LOG and log('what_re={}',(what_re.pattern))
bids_d = OrdDict()
for line_n in range(ed.get_line_count()):
if line_n == self.sess.row: continue #for line_n
line = ed.get_text_line(line_n)
if asexpr and self.expair:
# Find+expand upto close brackets/quotes
lbids_l = []
for m in what_re.finditer(line):
lbid = m.group(0)
ok = False
for op, cl in self.opn2cls.items():
if op in lbid and lbid.count(op) > lbid.count(
cl): # Try expand to good cl
ext_bgn = m.end()
ext_end = line.find(cl, ext_bgn)
while -1 != ext_end:
lbid_ext = lbid + line[ext_bgn:ext_end + 1]
if lbid_ext.count(op) == lbid_ext.count(cl):
lbid, ok = lbid_ext, True
break #while
ext_end = line.find(cl, ext_end + 1)
if ok: break #for op
#for op
ok = False
for qu in self.quotes:
if qu in lbid and 1 == lbid.count(
qu) % 2: # Try expand to good qu
ext_bgn = m.end()
ext_end = line.find(qu, ext_bgn)
while -1 != ext_end:
lbid_ext = lbid + line[ext_bgn:ext_end + 1]
if 0 == lbid_ext.count(qu) % 2:
lbid, ok = lbid_ext, True
break #while
ext_end = line.find(cl, ext_end + 1)
if ok: break #for qu
#for qu
lbids_l.append(lbid)
#for m
else:
# Find only
lbids_l = what_re.findall(line)
if lbids_l:
bids_d.update({
bid: line_n
for bid in lbids_l
if bid not in bids_d or abs(line_n - self.sess.row) < abs(
bids_d[bid] - self.sess.row)
}) # closest
if not bids_d:
return app.msg_status(_('No in-text completions'))
self.sess.bids = list(bids_d.keys())
self.sess.bids_c = list(bids_d.values())
self.sess.bids_i= min([(abs(bid_r-self.sess.row), bid_i)
for (bid_i,bid_r) in enumerate(self.sess.bids_c)
])[1] \
if len(self.sess.bids)>1 and self.near else \
0
self.incr_bfr = False # Dont increment before use
pass
#LOG and log('bids={}',(list(zip(self.sess.bids, self.sess.bids_c))))
pass
#LOG and log('sess={}',(self.sess))
pass
#return False
return True
def find_cb_string(self, updn, bgn_crt_fin='crt'):
''' Find clipboard value in text.
Params
updn 'up'|'dn' - direction
bgn_crt_fin 'bgn'|'crt'|'fin' - start point
'''
clip = app.app_proc(app.PROC_GET_CLIP, '')
if ''==clip: return
clip = clip.replace('\r\n', '\n').replace('\r', '\n')
pass; #LOG and log('clip={}',repr(clip))
crts = ed.get_carets()
if len(crts)>1:
return app.msg_status(ONLY_SINGLE_CRT.format('Command'))
# Prepare bgn-, crt-, fin-point
(cBgn, rBgn) = (0, 0)
(cCrt, rCrt
,cEnd, rEnd) = crts[0]
lst_line_ind = ed.get_line_count()-1
lst_line = ed.get_text_line(lst_line_ind)
(cFin, rFin) = (max(0, len(lst_line)-1), lst_line_ind)
if bgn_crt_fin=='crt':
# Some cases for natural (not wrap) find
if updn=='dn' and (cFin, rFin) == (cCrt, rCrt):
# Caret at finish - immediately find from start
return self.find_cb_string(updn, bgn_crt_fin='bgn')
if updn=='up' and (cBgn, rBgn) == (cCrt, rCrt):
# Caret at start - immediately find from finish
return self.find_cb_string(updn, bgn_crt_fin='fin')
if updn=='dn' and (cBgn, rBgn) == (cCrt, rCrt):
# Caret already at start - switch wrap off
bgn_crt_fin = 'bgn'
if updn=='up' and (cFin, rFin) == (cCrt, rCrt):
# Caret already at finish - switch wrap off
bgn_crt_fin = 'fin'
(cPnt, rPnt
,cEnd, rEnd) = apx.icase(False,0
,bgn_crt_fin=='bgn', (cBgn, rBgn, cBgn, rBgn)
,bgn_crt_fin=='crt', (cCrt, rCrt, cEnd, rEnd)
,bgn_crt_fin=='fin', (cFin, rFin, cFin, rFin)
)
# Main part
if '\n' not in clip:
# 1) Find inside each line
row = rPnt
line = ed.get_text_line(row)
pos = line.find(clip, cPnt) if updn=='dn' else line.rfind(clip, 0, cPnt)
while -1==pos:
row = apx.icase(updn=='dn', row+1, updn=='up', row-1, -1)
if row<0 or row==ed.get_line_count():
break #while
line = ed.get_text_line(row)
pos = line.find(clip) if updn=='dn' else line.rfind(clip)
if False:pass
elif -1==pos and bgn_crt_fin!='crt':
return app.msg_status(FIND_FAIL_FOR_STR.format(clip))
elif -1==pos:#and bgn_crt_fin=='crt'
# Wrap!
return self.find_cb_string(updn, bgn_crt_fin=apx.icase(updn=='dn', 'bgn', 'fin'))
elif updn=='dn':
ed.set_caret(pos+len(clip), row, pos, row)
elif updn=='up':
ed.set_caret(pos, row, pos+len(clip), row)
return
# 2) Find m-line
pass; #LOG and log('')
clpls = clip.split('\n')
pass; #LOG and log('clpls={}',(clpls))
clip = repr(clip)
if False:pass
elif updn=='dn':
found = False
row = max(rPnt, rEnd if rEnd!=-1 else rPnt)
if row+len(clpls) < ed.get_line_count():
txtls = [ed.get_text_line(r) for r in range(row, row+len(clpls))]
pass; #LOG and log('txtls={}',(txtls))
while True:
if self._find_cb_string_included_mlines(txtls, clpls):
# Found!
found = True
break #while
row = row+1
pass; #LOG and log('row={}',(row))
if row+len(clpls) >= ed.get_line_count():
pass; #LOG and log('nfnd12',)
break #while
txtls = txtls[1:]+[ed.get_text_line(row+len(clpls)-1)]
pass; #LOG and log('txtls={}',(txtls))
#while
if False:pass
elif not found and bgn_crt_fin!='crt':
return app.msg_status(FIND_FAIL_FOR_STR.format(clip))
elif not found:#and bgn_crt_fin=='crt'
# Wrap!
return self.find_cb_string(updn, bgn_crt_fin=apx.icase(updn=='dn', 'bgn', 'fin'))
ed.set_caret(len(clpls[-1]), row+len(clpls)-1, len(txtls[0])-len(clpls[0]), row)
elif updn=='up':
found = False
row = min(rPnt, rEnd if rEnd!=-1 else rPnt)
if row-len(clpls)+1 >= 0:
txtls = [ed.get_text_line(r) for r in range(row-len(clpls)+1, row+1)]
pass; #LOG and log('txtls={}',(txtls))
while True:
if self._find_cb_string_included_mlines(txtls, clpls):
# Found!
found = True
break #while
row = row-1
pass; #LOG and log('row={}',(row))
if row-len(clpls)+1 < 0:
break #while
txtls = [ed.get_text_line(row-len(clpls)+1)]+txtls[:-1]
pass; #LOG and log('txtls={}',(txtls))
#while
if False:pass
elif not found and bgn_crt_fin!='crt':
return app.msg_status(FIND_FAIL_FOR_STR.format(clip))
elif not found:#and bgn_crt_fin=='crt'
# Wrap!
return self.find_cb_string(updn, bgn_crt_fin=apx.icase(updn=='dn', 'bgn', 'fin'))
ed.set_caret(len(clpls[-1]), row, len(txtls[0])-len(clpls[0]), row-len(clpls)+1)
def cmt_toggle_stream(self):
''' '''
if ed.get_sel_mode() != app.SEL_NORMAL:
return app.msg_status(f(_('{} works only with normal selection'), _('Commenting')))
lex = ed.get_prop(app.PROP_LEXER_CARET)
((bgn_sgn
,end_sgn)
,bOnlyLn)=self._get_cmt_pair(lex)
if not bgn_sgn:
return app.msg_status(f(_('No stream comment for lexer "{}"'), lex))
bUseFLn = True
crts = ed.get_carets()
pass; #LOG and log('lex, get_carets()={}', (lex, crts))
pass; #LOG and log('(bgn_sgn,end_sgn),bOnlyLn,bUseFLn={}', ((bgn_sgn,end_sgn),bOnlyLn,bUseFLn))
for icrt, (cCrt, rCrt, cEnd, rEnd) in enumerate(crts):
pass; #LOG and log('(cCrt, rCrt), (cEnd, rEnd)={}', ((cCrt, rCrt), (cEnd, rEnd)))
bEmpSel = -1==rEnd
bDrtSel = -1==rEnd or (rCrt, cCrt)>(rEnd, cEnd)
bEntireLn = (rEnd>=0) and (cEnd==0) and (cCrt==0)
bEntireLn1 = bEntireLn and abs(rEnd-rCrt)==1
bEntireLn2 = bEntireLn and abs(rEnd-rCrt)>1
if False:pass
elif bEmpSel and (bUseFLn or bOnlyLn):
# Use full line
line = ed.get_text_line(rCrt)
(cTx1, rTx1), (cTx2, rTx2) = (0, rCrt), (len(line), rCrt)
elif bOnlyLn: # and not bEmpSel
# Only full lines
rTx1, rTx2 = apx.minmax(rCrt, rEnd)
line = ed.get_text_line(rTx2)
(cTx1, rTx1), (cTx2, rTx2) = (0, rTx1), (len(line), rTx2)
elif bEmpSel: # and not bUseFLn and not bOnlyLn
continue
else:
(rTx1, cTx1), (rTx2, cTx2) = apx.minmax((rCrt, cCrt), (rEnd, cEnd))
selTx = ed.get_text_substr(cTx1, rTx1, cTx2, rTx2)
pass; #LOG and log('(rTx1, cTx1), (rTx2, cTx2), selTx={}', ((rTx1, cTx1), (rTx2, cTx2), repr(selTx)))
do_uncmt= selTx.startswith(bgn_sgn) #and selTx.endswith(end_sgn)
# don't check for ending of selection - for HTML and entire selected line(s)
pass; #LOG and log('do_uncmt={}', (do_uncmt))
if False:pass
elif not do_uncmt and bOnlyLn:
# Comment!
ed.insert(0, rTx2+1, end_sgn+'\n') #! true insert sequence
ed.insert(0, rTx1, bgn_sgn+'\n') #! true insert sequence
(cNSel1, rNSel1
,cNSel2, rNSel2) = 0, rTx1, len(end_sgn), rTx2+2
elif not do_uncmt:
# Comment!
if bEntireLn1:
s = ed.get_text_line(rTx1)
ed.set_text_line(rTx1, bgn_sgn+s+end_sgn)
(cNSel1, rNSel1
,cNSel2, rNSel2) = (0, rTx1, 0, rTx2)
elif bEntireLn2:
ed.insert(0, rTx2, end_sgn+'\n')
ed.insert(0, rTx1, bgn_sgn+'\n')
(cNSel1, rNSel1
,cNSel2, rNSel2) = (0, rTx1, 0, rTx2+2)
else:
ed.insert(cTx2, rTx2, end_sgn) #! true insert sequence
ed.insert(cTx1, rTx1, bgn_sgn) #! true insert sequence
if False:pass
elif rTx1==rTx2:
# sel into one row
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2+len(bgn_sgn)+len(end_sgn), rTx2
elif rTx1!=rTx2:
# sel ends on diff rows
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2 +len(end_sgn), rTx2
elif do_uncmt and bOnlyLn:
# UnComment!
ed.delete(0, rTx2, 0, rTx2+1) #! true delete sequence
ed.delete(0, rTx1, 0, rTx1+1) #! true delete sequence
(cNSel1, rNSel1
,cNSel2, rNSel2) = 0, rTx1, len(ed.get_text_line(rTx2-2)), rTx2-2
elif do_uncmt:
# UnComment!
if selTx.endswith(end_sgn):
ed.delete(cTx2-len(end_sgn), rTx2, cTx2, rTx2) #! true delete sequence
ed.delete(cTx1, rTx1, cTx1+len(bgn_sgn), rTx1) #! true delete sequence
if False:pass
elif rTx1==rTx2:
# sel into one row
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2-len(bgn_sgn)-len(end_sgn), rTx2
elif rTx1!=rTx2:
# sel ends on diff rows
(cNSel1, rNSel1
,cNSel2, rNSel2) = cTx1, rTx1, cTx2 -len(end_sgn), rTx2
elif bEntireLn1:
s = ed.get_text_line(rTx1)
if s.startswith(bgn_sgn):
s = s[len(bgn_sgn):]
if s.endswith(end_sgn):
s = s[:-len(end_sgn)]
ed.set_text_line(rTx1, s)
(cNSel1, rNSel1
,cNSel2, rNSel2) = (0, rTx1, 0, rTx2)
elif bEntireLn2:
ed.delete(0, rTx2-1, 0, rTx2)
ed.delete(0, rTx1, 0, rTx1+1)
(cNSel1, rNSel1
,cNSel2, rNSel2) = (0, rTx1, 0, rTx2-2)
pass; #LOG and log('bDrtSel, (cNSel1, rNSel1), (cNSel2, rNSel2)={}', (bDrtSel, (cNSel1, rNSel1), (cNSel2, rNSel2)))
if bDrtSel:
ed.set_caret(cNSel2, rNSel2, cNSel1, rNSel1, app.CARET_SET_INDEX+icrt)
else:
ed.set_caret(cNSel1, rNSel1, cNSel2, rNSel2, app.CARET_SET_INDEX+icrt)
#for icrt
bSkip = apx.get_opt('comment_move_down', True)
if False:pass
elif 1==len(crts) and bEmpSel and bUseFLn and bSkip:
apx._move_caret_down(cCrt, rCrt)
if bOnlyLn and not do_uncmt:
crt=ed.get_carets()[0]; apx._move_caret_down(crt[0], crt[1])
crt=ed.get_carets()[0]; apx._move_caret_down(crt[0], crt[1])
def _prep_sess(self, wdex='word'):
""" Params
wdex Type of sess: 'word' / 'expr'
"""
crts = ed.get_carets()
if len(crts)>1:
return app.msg_status(_("Command doesnt work with multi-carets"))
(cCrt, rCrt
,cEnd, rEnd)= crts[0]
if -1!=rEnd and rCrt!=rEnd:
return app.msg_status(_("Command doesnt work with multi-line selection"))
stayed = self.sess \
and self.sess.pre_mver == ed.get_prop(app.PROP_MODIFIED_VERSION) \
and self.sess.pre_crt0 == crts[0]
cEnd, rEnd = (cCrt, rCrt) if -1==rEnd else (cEnd, rEnd)
sel_be_eb = 'be' if cCrt>cEnd else 'eb' if cCrt<cEnd else ''
((rSelB, cSelB)
,(rSelE, cSelE))= apx.minmax((rCrt, cCrt), (rEnd, cEnd))
pass; #LOG and stayed and log('stayed,(wdex,self.sess.wdex)={}',(stayed,(wdex,self.sess.wdex)))
if stayed and wdex==self.sess.wdex:
# Sess OK
return True
what = '' # Str to find
what_b = -1 # Pos what begin
what_e = -1 # Pos what end
kill_b = -1 # Pos kill begin
kill_e = -1 # Pos kill end
wbnd = True # Need left word bound
sel = ''
if stayed and wdex!=self.sess.wdex:
# Change sess type
what = self.sess.src_what
what_b = self.sess.src_what_b
what_e = self.sess.src_what_e
kill_b = self.sess.src_kill_b
kill_e = self.sess.src_kill_e
wbnd = self.sess.src_wbnd
if not stayed:
# New sess
line = ed.get_text_line(rCrt)
sel = ed.get_text_sel()
if sel:
# Use selection to find
what = sel
what_b = cSelB
what_e = cSelE
wbnd = 0==cSelB or line[cSelB-1].isspace()
else:
# Use "chars around caret" to find what
tx_bfr = line[:cCrt ]
ch_bfr = tx_bfr[-1] if tx_bfr else ' '
tx_aft = line[ cCrt:]
ch_aft = tx_aft[ 0] if tx_aft else ' '
pass; #LOG and log('ch_bfr,ch_aft,tx_bfr,tx_aft={}',(ch_bfr,ch_aft,tx_bfr,tx_aft))
shf_l = 0
shf_r = 0
if ch_bfr.isalnum() or ch_bfr in self.wdsgns:
tx_bfr_r= ''.join(reversed(tx_bfr))
shf_l = len(self.base_re.match(tx_bfr_r).group())
if ch_aft.isalnum() or ch_aft in self.wdsgns:
shf_r = len(self.base_re.match(tx_aft).group())
what_b = cCrt-shf_l
if self.kill:
what_e = cCrt
kill_b = cCrt
kill_e = cCrt+shf_r
else:
what_e = cCrt+shf_r
what = line[what_b:what_e]
pass; #LOG and log('(shf_l,shf_r), (what_b,what_e), what={}',((shf_l,shf_r), (what_b,what_e), what))
if not what \
or not what.strip():
return app.msg_status(_('No data for search'))
if len(what) < self.min_len:
return app.msg_status(f(_('Need |base|>={}, but |"{}"|=={}'), self.min_len, what, len(what)))
pass; #LOG and log('what,wbnd={}',(what,wbnd))
asword = wdex=='word'
asexpr = wdex=='expr'
# Make new Sess
if not stayed:
pass; #LOG and log('new sess',())
self.sess = Command.Sess()
self.sess.row = rCrt
self.sess.sel_sub = sel_be_eb
self.sess.src_crt = cCrt
self.sess.src_what = what
self.sess.src_what_b= what_b
self.sess.src_what_e= what_e
self.sess.src_kill_b= kill_b
self.sess.src_kill_e= kill_e
self.sess.src_wbnd = wbnd
self.sess.wdex = wdex
what_re = re.compile(''
+ (r'\b' if wbnd else '')
+ re.escape(what)
+ (self.wdcmpl if asword else self.excmpl)
)
# + r'[\w'+re.escape(self.wdsgns)+']+')
pass; #LOG and log('what_re={}',(what_re.pattern))
bids_d = OrdDict()
for line_n in range(ed.get_line_count()):
if line_n == self.sess.row: continue#for line_n
line = ed.get_text_line(line_n)
if asexpr and self.expair:
# Find+expand upto close brackets/quotes
lbids_l = []
for m in what_re.finditer(line):
lbid = m.group(0)
ok = False
for op, cl in self.opn2cls.items():
if op in lbid and lbid.count(op) > lbid.count(cl): # Try expand to good cl
ext_bgn = m.end()
ext_end = line.find(cl, ext_bgn)
while -1!=ext_end:
lbid_ext = lbid + line[ext_bgn:ext_end+1]
if lbid_ext.count(op) == lbid_ext.count(cl):
lbid,ok = lbid_ext, True
break#while
ext_end = line.find(cl, ext_end+1)
if ok: break#for op
#for op
ok = False
for qu in self.quotes:
if qu in lbid and 1 == lbid.count(qu) % 2: # Try expand to good qu
ext_bgn = m.end()
ext_end = line.find(qu, ext_bgn)
while -1!=ext_end:
lbid_ext = lbid + line[ext_bgn:ext_end+1]
if 0 == lbid_ext.count(qu) % 2:
lbid,ok = lbid_ext, True
break#while
ext_end = line.find(cl, ext_end+1)
if ok: break#for qu
#for qu
lbids_l.append(lbid)
#for m
else:
# Find only
lbids_l = what_re.findall(line)
if lbids_l:
bids_d.update({bid:line_n
for bid in lbids_l
if bid not in bids_d
or abs(line_n-self.sess.row)<abs(bids_d[bid]-self.sess.row)
}) # closest
if not bids_d:
return app.msg_status(_('No in-text completions'))
self.sess.bids = list(bids_d.keys())
self.sess.bids_c= list(bids_d.values())
self.sess.bids_i= min([(abs(bid_r-self.sess.row), bid_i)
for (bid_i,bid_r) in enumerate(self.sess.bids_c)
])[1] \
if len(self.sess.bids)>1 and self.near else \
0
self.incr_bfr = False # Dont increment before use
pass; #LOG and log('bids={}',(list(zip(self.sess.bids, self.sess.bids_c))))
pass; #LOG and log('sess={}',(self.sess))
pass; #return False
return True