def PositionCursor(pos, x, y, term):
global width
curr_pos = 0
while curr_pos < pos:
max_width = width[term] - 1 - x
if pos - curr_pos >= max_width:
partial_count = max_width
x = 0
y = y + 1
else:
partial_count = pos - curr_pos
x = x + partial_count
curr_pos = curr_pos + partial_count
bits.goto_xy(x, y, term)
return(x, y)
def PositionCursor(pos, x, y, term):
global width
curr_pos = 0
while curr_pos < pos:
max_width = width[term] - 1 - x
if pos - curr_pos >= max_width:
partial_count = max_width
x = 0
y = y + 1
else:
partial_count = pos - curr_pos
x = x + partial_count
curr_pos = curr_pos + partial_count
bits.goto_xy(x, y, term)
return (x, y)
def print_buffer(line_buffer, x, y, term):
global width, height, line_y
curr_pos = 0
while curr_pos < len(line_buffer):
bits.goto_xy(x, y, term)
max_width = width[term] - 1 - x
newline = False
if len(line_buffer) - curr_pos >= max_width:
partial_count = max_width
x = 0
y = y + 1
newline = True
else:
partial_count = len(line_buffer) - curr_pos
x = x + partial_count
bits.puts(line_buffer[curr_pos:curr_pos + partial_count], term)
if newline:
bits.puts('\n', term)
# check for scroll here and adjust start position
if y == height[term]:
y = y - 1
line_y[term] = line_y[term] - 1
curr_pos = curr_pos + partial_count
def print_buffer(line_buffer, x, y, term):
global width, height, line_y
curr_pos = 0
while curr_pos < len(line_buffer):
bits.goto_xy(x, y, term)
max_width = width[term] - 1 - x
newline = False
if len(line_buffer) - curr_pos >= max_width:
partial_count = max_width
x = 0
y = y + 1
newline = True
else:
partial_count = len(line_buffer) - curr_pos
x = x + partial_count
bits.puts(line_buffer[curr_pos:curr_pos + partial_count], term)
if newline:
bits.puts('\n', term)
# check for scroll here and adjust start position
if y == height[term]:
y = y - 1
line_y[term] = line_y[term] - 1
curr_pos = curr_pos + partial_count
