reda_lib/model/
pin.rs

1use reda_lib_macro::model;
2use crate::lib_enum;
3
4use super::{LibDontFault, LibExpr};
5
6#[model]
7#[derive(Debug, Clone, Default)]
8pub struct LibPin {
9    pub name: String,
10
11    // Simple attr
12    pub alive_during_power_up: Option<bool>,
13    pub always_on: Option<bool>,
14
15    pub antenna_diode_type: Option<LibAntennaDiodeType>,
16    pub antenna_diode_related_ground_pins: Option<String>,
17    pub antenna_diode_related_power_pins: Option<String>,
18
19    pub bit_width: Option<usize>,
20
21    pub capacitance: Option<f64>,
22    pub fall_capacitance: Option<f64>,
23    pub fanout_load: Option<f64>,
24    pub drive_current: Option<f64>,
25    pub fall_current_slope_after_threshold: Option<f64>,
26    pub fall_current_slope_before_threshold: Option<f64>,
27    pub fall_time_after_threshold: Option<f64>,
28    pub fall_time_before_threshold: Option<f64>,
29
30    pub max_capacitance: Option<f64>,
31    pub min_capacitance: Option<f64>,
32    pub max_fanout: Option<f64>,
33    pub min_fanout: Option<f64>,
34    pub max_transition: Option<f64>,
35    pub min_transition: Option<f64>,
36    pub min_period: Option<f64>,
37    pub min_pulse_width_high: Option<f64>,
38    pub min_pulse_width_low: Option<f64>,
39    pub max_input_delta_overdrive_high: Option<f64>,
40    pub max_input_delta_underdrive_high: Option<f64>,
41
42    pub clamp_0_function: Option<String>,
43    pub clamp_1_function: Option<String>,
44    pub clamp_latch_function: Option<String>,
45    pub clamp_z_function: Option<String>,
46    pub function: Option<LibExpr>,
47    pub illegal_clamp_condition: Option<String>,
48    pub complementary_pin: Option<String>,
49    pub nextstate_type: Option<LibNextStateType>,
50
51    pub clock: Option<bool>,
52    pub clock_gate_clock_pin: Option<bool>,
53    pub clock_gate_enable_pin: Option<bool>,
54    pub clock_gate_test_pin: Option<bool>,
55    pub clock_gate_obs_pin: Option<bool>,
56    pub clock_gate_out_pin: Option<bool>,
57    pub clock_isolation_cell_clock_pin: Option<bool>,
58
59    pub direction: LibPinDirection,
60    pub driver_type: Option<LibDriverType>,
61    pub output_signal_level: Option<String>,
62    pub output_signal_level_high: Option<f64>,
63    pub output_signal_level_low: Option<f64>,
64    pub output_voltage: Option<String>,
65    pub input_signal_level: Option<String>,
66    pub input_voltage: Option<String>,
67
68    pub has_builtin_pad: Option<bool>,
69    pub hysteresis: Option<bool>,
70    pub is_pad: Option<bool>,
71    pub is_unconnected: Option<bool>,
72    pub multicell_pad_pin: Option<bool>,
73    pub inverted_output: Option<bool>,
74
75    pub connection_class: Option<String>,
76    pub fault_model: Option<String>,
77    pub dont_fault: Option<LibDontFault>,
78    pub internal_node: Option<String>,
79    pub input_map: Option<String>,
80
81    pub pin_func_type: Option<LibPinFuncType>,
82    pub primary_output: Option<bool>,
83    pub pulling_current: Option<f64>,
84    pub pulling_resistance: Option<f64>,
85    pub restore_action: Option<LibAction>,
86    pub restore_edge_type: Option<LibRestoreEdgeType>,
87    pub rise_capacitance: Option<f64>,
88    pub rise_current_slope_after_threshold: Option<f64>,
89    pub rise_current_slope_before_threshold: Option<f64>,
90    pub rise_time_after_threshold: Option<f64>,
91    pub rise_time_before_threshold: Option<f64>,
92    pub save_action: Option<LibAction>,
93    pub signal_type: Option<LibSignalType>,
94    pub slew_control: Option<LibSlewControl>,
95    pub state_function: Option<LibExpr>,
96    pub test_output_only: Option<bool>,
97    pub three_state: Option<LibExpr>,
98    pub x_function: Option<LibExpr>,
99
100    // Complex attr
101    pub fall_capacitance_range: Option<[f64; 2]>,
102    pub rise_capacitance_range: Option<[f64; 2]>,
103
104    // Group
105    pub timings: Vec<LibTiming>,
106}
107
108#[model]
109#[derive(Debug, Clone)]
110pub struct LibTiming {
111    pub related_pin: String,
112    pub timing_sense: Option<LibTimingSense>,
113    pub timing_type: Option<LibTimingType>,
114
115    pub cell_fall: Option<LibLuTable>,
116    pub cell_rise: Option<LibLuTable>,
117    pub fall_transition: Option<LibLuTable>,
118    pub rise_transition: Option<LibLuTable>,
119
120    pub fall_constraint: Option<LibLuTable>,
121    pub rise_constraint: Option<LibLuTable>,
122}
123
124#[model]
125#[derive(Debug, Clone)]
126pub struct LibInternalPower {
127    pub related_pin: String,
128    pub fall_power: LibLuTable,
129    pub rise_power: LibLuTable,
130}
131
132#[model]
133#[derive(Debug, Clone)]
134pub struct LibLuTable {
135    pub template_name: String,
136    pub index_1: Option<Vec<f64>>,
137    pub index_2: Option<Vec<f64>>,
138    pub index_3: Option<Vec<f64>>,
139    pub values: Vec<Vec<f64>>,
140}
141
142lib_enum!(LibTimingSense, positive_unate, negative_unate, non_unate);
143
144lib_enum!(LibTimingType, 
145    combinational, combinational_rise,
146    combinational_fall, three_state_disable,
147    three_state_disable_rise, three_state_disable_fall,
148    three_state_enable, three_state_enable_rise,
149    three_state_enable_fall,rising_edge, falling_edge,
150    preset, clear, hold_rising, hold_falling,
151    setup_rising, setup_falling, recovery_rising,
152    recovery_falling, skew_rising, skew_falling,
153    removal_rising, removal_falling, min_pulse_width,
154    minimum_period, max_clock_tree_path,
155    min_clock_tree_path,non_seq_setup_rising,
156    non_seq_setup_falling, non_seq_hold_rising,
157    non_seq_hold_falling, nochange_high_high,
158    nochange_high_low,
159    nochange_low_high,
160    nochange_low_low);
161
162lib_enum!(LibPinDirection, input, output, inout, internal);
163
164lib_enum!(LibAntennaDiodeType, power, ground, power_and_ground);
165
166lib_enum!(LibDriverType,
167    pull_up,
168    pull_down,
169    open_drain,
170    open_source,
171    bus_hold,
172    resistive,
173    resistive0,
174    resistive1,
175);
176
177lib_enum!(LibNextStateType,
178    data,
179    preset,
180    clear,
181    load,
182    scan_in,
183    scan_enable,
184);
185
186lib_enum!(LibAction, l, h, r, f);
187
188lib_enum!(LibRestoreEdgeType, edge_trigger, leading, trailing);
189
190lib_enum!(LibSlewControl, low, medium, high, none);
191
192lib_enum!(LibSignalType,
193    test_scan_in,
194    test_scan_in_inverted,
195    test_scan_out,
196    test_scan_out_inverted,
197    test_scan_enable,
198    test_scan_enable_inverted,
199    test_scan_clock,
200    test_scan_clock_a,
201    test_scan_clock_b,
202    test_clock,
203);
204
205lib_enum!(LibPinFuncType,
206    clock_enable,
207    active_high,
208    active_low,
209    active_rising,
210    active_falling,
211);
212
213impl LibPin {
214    pub fn new<S: Into<String>>(name: S) -> Self {
215        Self { 
216            name: name.into(),
217            ..Default::default()
218        }
219    }
220}
reda_lib/model/pin.rs

reda_lib/model/
pin.rs
