def __init__(self):
opts = ffi.new("notcurses_options *")
opts.flags = lib.NCOPTION_NO_ALTERNATE_SCREEN
self.nc = lib.notcurses_init(opts, sys.stdout)
if not self.nc:
raise NotcursesError("Error initializing notcurses")
self.stdncplane = Ncplane(lib.notcurses_stdplane(self.nc))
def putSimpleYX(self, y, x, ch):
if y < -1:
raise ValueError("Bad y position")
if x < -1:
raise ValueError("Bad x position")
c = Cell(self, ch)
if not c.simpleP():
raise ValueError("Bad simple value")
r = ffi.new("unsigned *")
g = ffi.new("unsigned *")
b = ffi.new("unsigned *")
lib.ncplane_fg_rgb(self.n, r, g, b)
c.setFgRGB(r[0], g[0], b[0])
lib.ncplane_bg_rgb(self.n, r, g, b)
c.setBgRGB(r[0], g[0], b[0])
return lib.ncplane_putc_yx(self.n, y, x, c.getNccell())
def putEGCYX(self, y, x, egc):
if y < -1:
raise ValueError("Bad y position")
if x < -1:
raise ValueError("Bad x position")
cstr = ffi.new("char[]", egc.encode('utf-8'))
ret = lib.ncplane_putegc_yx(self.n, y, x, cstr, ffi.NULL)
ffi.release(cstr)
return ret
def __init__(self, ncplane, egc):
self.ncp = ncplane
self.c = ffi.new("cell *")
self.c.gcluster = egc # FIXME need use cell_load
def getDimensions(self):
y = ffi.new("int *")
x = ffi.new("int *")
lib.ncplane_dim_yx(self.n, y, x)
return (y[0], x[0])
def __init__(self):
opts = ffi.new("notcurses_options *")
opts.inhibit_alternate_screen = True
self.nc = lib.notcurses_init(opts, sys.stdout)
self.stdncplane = Ncplane(lib.notcurses_stdplane(self.nc))
def __init__(self, ncplane, egc):
self.ncp = ncplane
self.c = ffi.new("cell *")
self.c.gcluster = egc
self.c.channels = 0
self.c.attrword = 0
