def _compile_program_file_t(self, file_content):
"""
Running in its own thread, this method will compile the provided
VHDL code and then program the board if the result is successful.
"""
self._current_state = STATE_SYNTHESIZING
c = Compiler(self._compiling_files_path, self._compiling_tools_path,
self._device_name.lower())
# c.DEBUG = True
content = base64.b64decode(file_content)
done_already = c.is_same_as_last(content)
if not done_already:
if self._device_name.lower() == "fpga":
# TODO: This is quite ugly. We make sure the Compilar class replaces some string to make the
# UCF / augmented reality works.
c.feed_vhdl(content, True, False)
else:
c.feed_vhdl(content, False, False)
if DEBUG: print "[DBG]: VHDL fed. Now compiling."
success = c.compileit()
else:
if DEBUG: print "[DBG]: VHDL is already available. Reusing."
success = c.get_last_result()
# TODO: Fix this. Wrong work-around around a bug, so that it works during
# controlled circumstances.
# if success is None: success = True
if success is not None and not success:
self._current_state = STATE_SYNTHESIZING_ERROR
self._compiling_result = c.errors()
else:
# If we are using adaptive timing, modify it according to this last input.
# TODO: Consider limiting the allowed range of variation, in order to dampen potential anomalies.
elapsed = c.get_time_elapsed()
if (self._adaptive_time):
self._programmer_time = elapsed
targetfile = c.retrieve_targetfile()
if DEBUG:
print "[DBG]: Target file retrieved after successful compile. Now programming."
c._compiling_result = "Synthesizing done."
self._program_file_t(targetfile)
def _handle_ucf_file(self, file_content, file_info):
print os.getcwd()
c = Compiler(self._compiling_files_path)
content = base64.b64decode(file_content)
c.feed_ucf(content)