def render(state, line):
maxy, maxx = g.stdscr.getmaxyx()
if 'line1' in state and state['line1']:
g.stdscr.addstr(
line,
util.centerallignindex(len(state['line1']), maxx) if
state['is_centered'] else util.leftallignindex(), state['line1'])
line += 1
if 'line2' in state and state['line2']:
g.stdscr.addstr(
line,
util.centerallignindex(len(state['line2']), maxx) if
state['is_centered'] else util.leftallignindex(), state['line2'])
line += 1
sattempts = ""
if state['finished_runs'] and state['attempts']:
sattempts = str(state['finished_runs']) + "/" + str(state['attempts'])
else:
if state['finished_runs']:
sattempts = str(state['finished_runs'])
if state['attempts']:
sattempts = str(state['attempts'])
g.stdscr.addstr(1, util.rightallignindex(len(sattempts), maxx), sattempts)
return line
def render(state, line):
if 'timer' not in state:
return line
usedlines = 0
# delegate timer render
usedlines += timer.render(state['timer'], line) - line
# delegate segment timer render
if 'segment_timer' in state:
tmp = line + usedlines
usedlines += timer.render(state['segment_timer'], tmp - min(usedlines, 1)) - tmp
line += usedlines
if 'segment_name' in state and state['segment_name']:
g.stdscr.addstr(line - min(5, usedlines), util.leftallignindex(minx=1), state['segment_name'])
if 'comparison1' in state and state['comparison1']:
s = state['comparison1']['name'] + ": " + state['comparison1']['time']
g.stdscr.addstr(line - min(3, usedlines), util.leftallignindex(minx=1), s)
if 'comparison2' in state and state['comparison2']:
s = state['comparison2']['name'] + ": " + state['comparison2']['time']
g.stdscr.addstr(line - min(2, usedlines), util.leftallignindex(minx=1), s)
return line
def render_messages():
global static_messages
global timed_messages
try:
i = 0
maxlen = 0
g.stdscr.attron(curses.color_pair(3))
lock.acquire()
# determine max length for box outline
for messages in [timed_messages, static_messages]:
for m in messages:
if len(m) > maxlen:
maxlen = len(m)
for tm in timed_messages:
i = i + 1
g.stdscr.addstr(g.stdscr.getmaxyx()[0] - i, util.leftallignindex(),
tm.ljust(maxlen, ' '))
lock.release()
for sm in static_messages:
i = i + 1
g.stdscr.addstr(g.stdscr.getmaxyx()[0] - i, util.leftallignindex(),
sm.ljust(maxlen, ' '))
if i > 0:
g.stdscr.addstr(g.stdscr.getmaxyx()[0] - i - 1,
util.leftallignindex(), "-" * (maxlen + 1) + "+")
for j in range(1, i + 1):
g.stdscr.addch(g.stdscr.getmaxyx()[0] - j, maxlen + 1, '|')
g.stdscr.attroff(curses.color_pair(3))
except curses.error:
pass
static_messages.clear()
def render(state, line):
maxy, maxx = g.stdscr.getmaxyx()
labels = None
if 'column_labels' in state:
labels = state['column_labels']
if labels:
for i in range(0, len(labels)):
s = labels[i].rjust(g.settings['defaults']['splitscolumnwidth'],
" ")
index = util.rightallignindex(
len(s), maxx - i * g.settings['defaults']['splitscolumnwidth'],
maxx // 2)
g.stdscr.addstr(line, index, s)
line += 1
if 'splits' in state:
for split in state['splits']:
s = split['name']
if split['is_current_split']:
s = "-> " + s
g.stdscr.addstr(line, util.leftallignindex(), s)
if state['display_two_rows']:
line += 1
columns = []
columncolors = []
for c in split['columns']:
s = c['value']
if s and not s.isspace():
columns.append(s)
columncolors.append(c['semantic_color'])
n = len(columns)
for i in range(0, n):
if i < n - 1:
s = columns[i].rjust(
g.settings['defaults']['splitscolumnwidth'], " ")
else:
s = " " + columns[i]
index = util.rightallignindex(
len(s),
maxx - i * g.settings['defaults']['splitscolumnwidth'],
maxx // 2)
g.stdscr.attron(timing.get_color(columncolors[i]))
g.stdscr.addstr(line, index, s)
g.stdscr.attroff(timing.get_color(columncolors[i]))
line += 1
return line
def render(state, line):
maxy, maxx = g.stdscr.getmaxyx()
if 'text' in state and 'comparison' in state:
g.stdscr.addstr(line, util.leftallignindex(), state['text'])
if state['display_two_rows']:
line += 1
g.stdscr.addstr(line,
util.rightallignindex(len(state['comparison']), maxx),
state['comparison'])
line += 1
return line
def render(state, line):
maxy, maxx = g.stdscr.getmaxyx()
if 'text' in state and 'time' in state:
g.stdscr.addstr(line, util.leftallignindex(), state['text'])
if state['display_two_rows']:
line += 1
g.stdscr.attron(timing.get_color(state['semantic_color']))
g.stdscr.addstr(line, util.rightallignindex(len(state['time']), maxx),
state['time'])
g.stdscr.attroff(timing.get_color(state['semantic_color']))
line += 1
return line
def render(state, line):
if 'text' not in state:
return line
maxy, maxx = g.stdscr.getmaxyx()
text = state['text']
if 'Center' in text:
g.stdscr.addstr(line, util.centerallignindex(len(text['Center']),
maxx), text['Center'])
line += 1
if 'Split' in text:
g.stdscr.addstr(line, util.leftallignindex(), text['Split'][0])
if state['display_two_rows']:
line += 1
g.stdscr.addstr(line, util.rightallignindex(len(text['Split'][1]),
maxx), text['Split'][1])
line += 1
return line
def render(state, line):
maxy, maxx = g.stdscr.getmaxyx()
g.stdscr.addstr(line, util.leftallignindex(), '-' * maxx)
return line + 1