pynenc.invocation.status_graph

Render the invocation status state machine from the status configuration.

Module Contents

Classes

RouteSpec

Functions

render_svg

Return the SVG representation generated from the current status config.

render_text

Return a plain-text representation of the invocation status graph.

_validate_layout

_node_bounds

_bounds_overlap

_edge_crosses_non_endpoint_node

_segment_intersects_bounds

_point_inside_bounds

_segments_intersect

_orientation

_point_on_segment

_iter_edges

_svg_header

_defs

_render_edge

_edge_points

_default_route

_anchor

_render_node

_style_for

_badge_for

_split_label

_render_legend

_node_name

Data

DEFAULT_OUTPUT_PATH

NodeKey

Side

NODE_WIDTH

NODE_HEIGHT

NODE_GAP

POSITIONS

PALETTE

S

EDGE_ROUTES

API

pynenc.invocation.status_graph.DEFAULT_OUTPUT_PATH: Final[pathlib.Path]

None

pynenc.invocation.status_graph.NodeKey

None

pynenc.invocation.status_graph.Side

None

pynenc.invocation.status_graph.NODE_WIDTH: Final[int]

176

pynenc.invocation.status_graph.NODE_HEIGHT: Final[int]

58

pynenc.invocation.status_graph.NODE_GAP: Final[int]

16

pynenc.invocation.status_graph.POSITIONS: Final[dict[pynenc.invocation.status_graph.NodeKey, tuple[int, int]]]

None

pynenc.invocation.status_graph.PALETTE: Final[dict[str, tuple[str, str, str]]]

None

class pynenc.invocation.status_graph.RouteSpec[source]
start_side: pynenc.invocation.status_graph.Side

None

end_side: pynenc.invocation.status_graph.Side

None

start_offset: int

0

end_offset: int

0

pynenc.invocation.status_graph.S

None

pynenc.invocation.status_graph.EDGE_ROUTES: Final[dict[tuple[str, str], pynenc.invocation.status_graph.RouteSpec]]

None

pynenc.invocation.status_graph.render_svg() → str[source]

Return the SVG representation generated from the current status config.

pynenc.invocation.status_graph.render_text() → str[source]

Return a plain-text representation of the invocation status graph.

pynenc.invocation.status_graph._validate_layout() → None[source]
pynenc.invocation.status_graph._node_bounds(node: pynenc.invocation.status_graph.NodeKey) → tuple[float, float, float, float][source]
pynenc.invocation.status_graph._bounds_overlap(first: tuple[float, float, float, float], second: tuple[float, float, float, float], padding: int) → bool[source]
pynenc.invocation.status_graph._edge_crosses_non_endpoint_node(source: pynenc.invocation.status_graph.NodeKey, target: pynenc.invocation.status.InvocationStatus) → pynenc.invocation.status_graph.NodeKey | None[source]
pynenc.invocation.status_graph._segment_intersects_bounds(start_x: float, start_y: float, end_x: float, end_y: float, bounds: tuple[float, float, float, float]) → bool[source]
pynenc.invocation.status_graph._point_inside_bounds(point_x: float, point_y: float, bounds: tuple[float, float, float, float]) → bool[source]
pynenc.invocation.status_graph._segments_intersect(first_start_x: float, first_start_y: float, first_end_x: float, first_end_y: float, second_start_x: float, second_start_y: float, second_end_x: float, second_end_y: float) → bool[source]
pynenc.invocation.status_graph._orientation(start_x: float, start_y: float, end_x: float, end_y: float, point_x: float, point_y: float) → int[source]
pynenc.invocation.status_graph._point_on_segment(start_x: float, start_y: float, point_x: float, point_y: float, end_x: float, end_y: float) → bool[source]
pynenc.invocation.status_graph._iter_edges() → list[tuple[pynenc.invocation.status_graph.NodeKey, pynenc.invocation.status.InvocationStatus]][source]
pynenc.invocation.status_graph._svg_header() → str[source]
pynenc.invocation.status_graph._defs() → str[source]
pynenc.invocation.status_graph._render_edge(source: pynenc.invocation.status_graph.NodeKey, target: pynenc.invocation.status.InvocationStatus) → str[source]
pynenc.invocation.status_graph._edge_points(source: pynenc.invocation.status_graph.NodeKey, target: pynenc.invocation.status.InvocationStatus) → tuple[float, float, float, float][source]
pynenc.invocation.status_graph._default_route(source: pynenc.invocation.status_graph.NodeKey, target: pynenc.invocation.status.InvocationStatus) → pynenc.invocation.status_graph.RouteSpec[source]
pynenc.invocation.status_graph._anchor(node: pynenc.invocation.status_graph.NodeKey, side: pynenc.invocation.status_graph.Side, offset: int) → tuple[float, float][source]
pynenc.invocation.status_graph._render_node(node: pynenc.invocation.status_graph.NodeKey) → str[source]
pynenc.invocation.status_graph._style_for(status: pynenc.invocation.status.InvocationStatus, definition: pynenc.invocation.status.StatusDefinition) → str[source]
pynenc.invocation.status_graph._badge_for(definition: pynenc.invocation.status.StatusDefinition) → str[source]
pynenc.invocation.status_graph._split_label(label: str) → list[str][source]
pynenc.invocation.status_graph._render_legend() → str[source]
pynenc.invocation.status_graph._node_name(node: pynenc.invocation.status_graph.NodeKey) → str[source]