`piel.tools.openlane.parse.sta_rpt`#

Module Contents#

Functions#

`calculate_max_frame_amount`(file_lines_data)	Calculate the maximum frame amount based on the frame IDs in the DataFrame
`calculate_propagation_delay_from_timing_data`(...)	Calculate the propagation delay between two nets
`calculate_propagation_delay_from_file`(file_path)	Calculate the propagation delay for each frame in the file
`configure_timing_data_rows`(file_lines_data)	Identify the timing data lines for each frame and creates a metadata dictionary for frames.
`configure_frame_id`(file_lines_data)	Identify the frame delimiters and assign frame ID to each line in the file
`filter_timing_data_by_net_name_and_type`(timing_data, ...)	Filter the timing data by net name and type
`get_frame_meta_data`(file_lines_data)	Get the frame metadata
`get_frame_lines_data`(file_path)	Calculate the timing data for each frame in the file
`get_frame_timing_data`(file, frame_meta_data[, frame_id])	Extract the timing data from the file
`get_all_timing_data_from_file`(file_path)	Calculate the timing data for each frame in the file
`read_sta_rpt_fwf_file`(file, frame_meta_data[, frame_id])	Read the fixed width file and return a DataFrame

calculate_max_frame_amount(file_lines_data: pandas.DataFrame)[source]#

Calculate the maximum frame amount based on the frame IDs in the DataFrame

Parameters:: file_lines_data (pd.DataFrame) – Dataframe containing the file lines
Returns:: Maximum number of frames in the file
Return type:: maximum_frame_amount (int)

calculate_propagation_delay_from_timing_data(net_name_in: str, net_name_out: str, timing_data: pandas.DataFrame)[source]#

Calculate the propagation delay between two nets

Parameters:

net_name_in (str) – Name of the input net
net_name_out (str) – Name of the output net
timing_data (pd.DataFrame) – Dataframe containing the timing data

Returns:

Dataframe containing the propagation delay

Return type:

propagation_delay_dataframe (pd.DataFrame)

calculate_propagation_delay_from_file(file_path: str | pathlib.Path)[source]#

Calculate the propagation delay for each frame in the file

Parameters:: file_path (str | pathlib.Path) – Path to the file
Returns:: Dictionary containing the propagation delay
Return type:: propagation_delay (dict)

configure_timing_data_rows(file_lines_data: pandas.DataFrame)[source]#

Identify the timing data lines for each frame and creates a metadata dictionary for frames.

Parameters:: file_lines_data (pd.DataFrame) – Dataframe containing the file lines
Returns:: Dictionary containing the frame metadata
Return type:: frame_meta_data (dict)

configure_frame_id(file_lines_data: pandas.DataFrame)[source]#

Identify the frame delimiters and assign frame ID to each line in the file

Parameters:: file_lines_data (pd.DataFrame) – Dataframe containing the file lines
Returns:: Dataframe containing the file lines
Return type:: file_lines_data (pd.DataFrame)

filter_timing_data_by_net_name_and_type(timing_data: pandas.DataFrame, net_name: str, net_type: str)[source]#

Filter the timing data by net name and type

Parameters:

timing_data (pd.DataFrame) – DataFrame containing the timing data
net_name (str) – Net name to be filtered
net_type (str) – Net type to be filtered

Returns:

DataFrame containing the timing data

Return type:

timing_data (pd.DataFrame)

get_frame_meta_data(file_lines_data)[source]#

Get the frame metadata

Parameters:: file_lines_data (pd.DataFrame) – DataFrame containing the file lines
Returns:: DataFrame containing the start point name end_point_name (pd.DataFrame): DataFrame containing the end point name path_group_name (pd.DataFrame): DataFrame containing the path group name path_type_name (pd.DataFrame): DataFrame containing the path type name
Return type:: start_point_name (pd.DataFrame)

get_frame_lines_data(file_path: str | pathlib.Path)[source]#

Calculate the timing data for each frame in the file

Parameters:: file_path (str | pathlib.Path) – Path to the file
Returns:: DataFrame containing the file lines
Return type:: file_lines_data (pd.DataFrame)

get_frame_timing_data(file: str | pathlib.Path, frame_meta_data: dict, frame_id: int = 0)[source]#

Extract the timing data from the file

Parameters:

file (str | pathlib.Path) – Address of the file
frame_meta_data (dict) – Dictionary containing the frame metadata
frame_id (int) – Frame ID to be read

Returns:

DataFrame containing the timing data

Return type:

timing_data (pd.DataFrame)

get_all_timing_data_from_file(file_path: str | pathlib.Path)[source]#

Calculate the timing data for each frame in the file

Parameters:: file_path (str | pathlib.Path) – Path to the file
Returns:: Dictionary containing the timing data for each frame
Return type:: frame_timing_data (dict)

read_sta_rpt_fwf_file(file: str | pathlib.Path, frame_meta_data: dict, frame_id: int = 0)[source]#

Read the fixed width file and return a DataFrame

Parameters:

file (str | pathlib.Path) – Address of the file
frame_meta_data (dict) – Dictionary containing the frame metadata
frame_id (int) – Frame ID to be read

Returns:

DataFrame containing the file data

Return type:

file_data (pd.DataFrame)

piel.tools.openlane.parse.sta_rpt

Contents

piel.tools.openlane.parse.sta_rpt#

Module Contents#

Functions#

`piel.tools.openlane.parse.sta_rpt`#