How to use get_idx method in Airtest

Best Python code snippet using Airtest

update_point.py

Source:update_point.py

1from ...utilities import utils_func2def get_idx(number_of_similar_unit):3    number_of_similar_unit = int(number_of_similar_unit)4    if number_of_similar_unit == 0:5        return 06    elif number_of_similar_unit in [1, 2]:7        return 18    elif number_of_similar_unit in [3, 4, 5]:9        return 210    elif number_of_similar_unit > 5:11        return 312    return 013def update_alluvial_fan(data_set):14    curve_name = "Alluvial_Fan"15    if data_set[curve_name] == 0:16        return 017    points = [-1, 0, 2, 3]18    return utils_func.handle_addition(19        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))20def update_fluvial_channel(data_set):21    curve_name = "Fluvial_Channel"22    if data_set[curve_name] == 0:23        return 024    points = [-2, 0, 2, 3]25    return utils_func.handle_addition(26        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))27def update_fluvial_point_bar(data_set):28    curve_name = "Fluvial_Point_Bar"29    if data_set[curve_name] == 0:30        return 031    points = [-2, 0, 2, 3]32    return utils_func.handle_addition(33        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))34def update_levee(data_set):35    curve_name = "Levee"36    if data_set[curve_name] == 0:37        return 038    points = [-1, 1, 2, 3]39    return utils_func.handle_addition(40        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))41def update_crevasse_splay(data_set):42    curve_name = "Crevasse_Splay"43    if data_set[curve_name] == 0:44        return 045    points = [-1, 1, 2, 3]46    return utils_func.handle_addition(47        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))48def update_fluvial_floodplain(data_set):49    curve_name = "Fluvial_Floodplain"50    if data_set[curve_name] == 0:51        return 052    points = [-3, 0, 2, 3]53    return utils_func.handle_addition(54        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))55def update_progradational_lacustrine_delta(data_set):56    curve_name = "Progradational_Lacustrine_Delta"57    if data_set[curve_name] == 0:58        return 059    points = [-3, 0, 2, 3]60    return utils_func.handle_addition(61        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))62def update_lacustrine_fan_delta(data_set):63    curve_name = "Lacustrine_Fan_Delta"64    if data_set[curve_name] == 0:65        return 066    points = [-2, 0, 2, 3]67    return utils_func.handle_addition(68        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))69def update_progradational_lacustrine_shoreface(data_set):70    curve_name = "Progradational_Lacustrine_Shoreface"71    if data_set[curve_name] == 0:72        return 073    points = [-2, 0, 2, 3]74    return utils_func.handle_addition(75        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))76def update_transgressive_lacustrine_shoreface(data_set):77    curve_name = "Transgressive_Lacustrine_Shoreface"78    if data_set[curve_name] == 0:79        return 080    points = [-1, 1, 2, 3]81    return utils_func.handle_addition(82        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))83def update_aggradational_lacustrine_shoreface(data_set):84    curve_name = "Aggradational_Lacustrine_Shoreface"85    if data_set[curve_name] == 0:86        return 087    points = [-2, 1, 2, 3]88    return utils_func.handle_addition(89        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))90def update_lacustrine_offshore_transition(data_set):91    curve_name = "Lacustrine_Offshore_Transition"92    if data_set[curve_name] == 0:93        return 094    points = [-1, 1, 2, 3]95    return utils_func.handle_addition(96        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))97def update_lacustrine_shelf(data_set):98    curve_name = "Lacustrine_Shelf"99    if data_set[curve_name] == 0:100        return 0101    points = [-2, 0, 2, 3]102    return utils_func.handle_addition(103        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))104def update_proximal_sub_lacustrine_fan(data_set):105    curve_name = "Proximal_Sub-Lacustrine_Fan"106    if data_set[curve_name] == 0:107        return 0108    points = [-1, 0, 2, 3]109    return utils_func.handle_addition(110        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))111def update_distal_sub_lacustrine_fan(data_set):112    curve_name = "Distal_Sub-Lacustrine_Fan"113    if data_set[curve_name] == 0:114        return 0115    points = [-1, 0, 2, 3]116    return utils_func.handle_addition(117        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))118def update_lacustrine_turbidite(data_set):119    curve_name = "Lacustrine_Turbidite"120    if data_set[curve_name] == 0:121        return 0122    points = [-2, 1, 2, 3]123    return utils_func.handle_addition(124        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))125def update_distal_lacustrine_turbidites(data_set):126    curve_name = "Distal_Lacustrine_Turbidites"127    if data_set[curve_name] == 0:128        return 0129    points = [-2, 0, 2, 3]130    return utils_func.handle_addition(131        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))132def update_lacustrine_deepwater(data_set):133    curve_name = "Lacustrine_Deepwater"134    if data_set[curve_name] == 0:135        return 0136    points = [-3, 0, 2, 3]137    return utils_func.handle_addition(138        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))139def update_marine_delta(data_set):140    curve_name = "Marine_Delta"141    if data_set[curve_name] == 0:142        return 0143    points = [-3, 0, 2, 3]144    return utils_func.handle_addition(145        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))146def update_marine_fan_delta(data_set):147    curve_name = "Marine_Fan_Delta"148    if data_set[curve_name] == 0:149        return 0150    points = [-2, 0, 2, 3]151    return utils_func.handle_addition(152        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))153def update_tidal_channel_and_sand_flat(data_set):154    curve_name = "Tidal_Channel_And_Sand_Flat"155    if data_set[curve_name] == 0:156        return 0157    points = [-1, 1, 2, 3]158    return utils_func.handle_addition(159        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))160def update_sandy_tidal_flat(data_set):161    curve_name = "Sandy_Tidal_Flat"162    if data_set[curve_name] == 0:163        return 0164    points = [-1, 1, 2, 3]165    return utils_func.handle_addition(166        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))167def update_mixed_tidal_flat(data_set):168    curve_name = "Mixed_Tidal_Flat"169    if data_set[curve_name] == 0:170        return 0171    points = [-1, 1, 2, 3]172    return utils_func.handle_addition(173        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))174def update_muddy_tidal_flat(data_set):175    curve_name = "Muddy_Tidal_Flat"176    if data_set[curve_name] == 0:177        return 0178    points = [-1, 1, 2, 3]179    return utils_func.handle_addition(180        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))181def update_lagoon(data_set):182    curve_name = "Lagoon"183    if data_set[curve_name] == 0:184        return 0185    points = [-2, 0, 2, 3]186    return utils_func.handle_addition(187        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))188def update_progradational_marine_shoreface(data_set):189    curve_name = "Progradational_Marine_Shoreface"190    if data_set[curve_name] == 0:191        return 0192    points = [-2, 0, 2, 3]193    return utils_func.handle_addition(194        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))195def update_transgressive_marine_shoreface(data_set):196    curve_name = "Transgressive_Marine_Shoreface"197    if data_set[curve_name] == 0:198        return 0199    points = [-1, 1, 2, 3]200    return utils_func.handle_addition(201        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))202def update_aggradational_marine_shoreface(data_set):203    curve_name = "Aggradational_Marine_Shoreface"204    if data_set[curve_name] == 0:205        return 0206    points = [-2, 1, 2, 3]207    return utils_func.handle_addition(208        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))209def update_marine_offshore_transition(data_set):210    curve_name = "Marine_Offshore_Transition"211    if data_set[curve_name] == 0:212        return 0213    points = [-1, 1, 2, 3]214    return utils_func.handle_addition(215        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))216def update_marine_shelf(data_set):217    curve_name = "Marine_Shelf"218    if data_set[curve_name] == 0:219        return 0220    points = [-2, 0, 2, 3]221    return utils_func.handle_addition(222        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))223def update_proximal_submarine_fan(data_set):224    curve_name = "Proximal_Submarine_Fan"225    if data_set[curve_name] == 0:226        return 0227    points = [-1, 0, 2, 3]228    return utils_func.handle_addition(229        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))230def update_distal_submarine_fan(data_set):231    curve_name = "Distal_Submarine_Fan"232    if data_set[curve_name] == 0:233        return 0234    points = [-1, 0, 2, 3]235    return utils_func.handle_addition(236        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))237def update_marine_turbidite(data_set):238    curve_name = "Marine_Turbidite"239    if data_set[curve_name] == 0:240        return 0241    points = [-2, 1, 2, 3]242    return utils_func.handle_addition(243        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))244def update_distal_marine_turbidites(data_set):245    curve_name = "Distal_Marine_Turbidites"246    if data_set[curve_name] == 0:247        return 0248    points = [-2, 0, 2, 3]249    return utils_func.handle_addition(250        points[get_idx(data_set["Lateral_proximity"])] + int(data_set[curve_name]))251def update_marine_deepwater(data_set):252    curve_name = "Marine_Deepwater"253    if data_set[curve_name] == 0:254        return 0255    points = [-3, 0, 2, 3]256    return utils_func.handle_addition(...

Tree_code_all.py

Source:Tree_code_all.py

...13            for child in root.children:14                if child.value == "DT" or child.value == "NP" or child.value == "PRP$" or child.value == "PRP":15                    valid = False16            if valid:17                idx_list.append(self.get_idx(root))18        for child in root.children:19            self.find_det_ins(child, idx_list)20    def find_sng_nouns(self, root, idx_list):21        if root.value == "NN":22            idx_list.append(self.get_idx(root))23        for child in root.children:24            self.find_sng_nouns(child, idx_list)25    def find_pl_noun(self, root, idx_list):26        if root.value == "NNS":27            idx_list.append(self.get_idx(root))28        for child in root.children:29            self.find_pl_noun(child, idx_list)30    def find_prep_ins(self, root, idx_list):31        if root.value == "VP":32            for child in root.children:33                if child.value == "NP":34                    idx_list.append(self.get_idx(child))35        for child in root.children:36            self.find_prep_ins(child, idx_list)37    def find_worder(self, root, idx_list):38        if root.value == "VP":39            if (root.children[0].value == "MD" or "VB" in root.children[0].value) and (root.children[1].value == "ADVP" or root.children[1].value == "ADVJ"):40                idx_list.append(self.get_idx(root.children[0]))41        for child in root.children:42            self.find_worder(child, idx_list)43    def find_advp(self, root, idx_list):44        if root.value == "ADVP":45            if len(root.children) == 1 and root.children[0].value == "RB" and not self.get_idx(root) == 0:46                idx_list.append(self.get_idx(root.children[0]))47            if len(root.children) == 2 and root.children[0].value in ["RBR", "RBS"]:48                idx_list.append(self.get_idx(root.children[0]))49        if root.value == "ADJP":50            if len(root.children) == 2 and root.children[0].value in ["RBR", "RBS"]:51                idx_list.append(self.get_idx(root.children[0]))52            if root.children[1] == "JJ" and root.children[0] == "RB":53                idx_list.append(self.get_idx(root.children[0]))54            if root.children[0] == "JJ" and root.children[1] == "RB":55                idx_list.append(self.get_idx(root.children[0]))56            if root.children[0] == "RB"  and "VB" in root.children[1]:57                idx_list.append(self.get_idx(root.children[0]))58        for child in root.children:59            self.find_advp(child, idx_list)60    def find_verb(self, root, idx_list):61        if root.value == "VB" or root.value == "VBZ" or root.value == "VBP" or root.value == "VBD" or root.value == "VBN" or root.value == "VBG":62            idx_list.append(self.get_idx(root))63        for child in root.children:64            self.find_verb(child, idx_list)65    def find_wform(self, root, idx_list):66        if root.value == "JJ" or root.value == "VB" or root.value == "VBZ" or root.value == "VBP" or root.value == "VBD" or root.value == "VBN" or root.value == "VBG":67            idx_list.append(self.get_idx(root))68        for child in root.children:69            self.find_wform(child, idx_list)70    def find_3sg(self, root, idx_list):71        if root.value == "VBZ":72            idx_list.append(self.get_idx(root))73        for child in root.children:74            self.find_3sg(child, idx_list)75    def find_n3sg(self, root, idx_list):76        if root.value == "VBP" or root.value == "VB":77            idx_list.append(self.get_idx(root))78        for child in root.children:79            self.find_n3sg(child, idx_list)80    def get_idx(self, root):81        if len(root.children):82            return self.get_idx(root.children[0])83        else:...

0316_remove_duplicate_letters_medium.py

Source:0316_remove_duplicate_letters_medium.py

1class Solution:2    def removeDuplicateLetters(self, s: str) -> str:3        def get_idx(c: str) -> int:4            return ord(c) - ord('a')5        count = [0] * 266        used = [False] * 267        for c in s:8            count[get_idx(c)] += 19        res = []10        for c in s:11            count[get_idx(c)] -= 112            if used[get_idx(c)]:13                continue14            while res and c < res[-1] and count[get_idx(res[-1])] > 0:15                used[get_idx(res[-1])] = False16                res.pop()17            res.append(c)18            used[get_idx(c)] = True...

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