How to use test_fin method in pytest-django

Best Python code snippet using pytest-django_python

test_db.py

Source:test_db.py

1import unittest2import xtract3from xtract import db4import xtract.model.stockdatamodel5import os6import tempfile7import pytest8# import date from datetime9TEST_TICKER = "GLUMANDA"10TEST_PERIOD = "2055-12-31"11TEST_FCF = 9.9312TEST_FD = 999.9913@pytest.fixture14def client():15    db_fd, app.config['DATABASE'] = tempfile.mkstemp()16    app.config['TESTING'] = True17    18    19    with app.test_client() as client:20        with app.app_context():21            app.init_db()22        yield client23    os.close(db_fd)24    os.unlink(app.config['DATABASE'])25class DatabaseConnectionTestCase(unittest.TestCase):26    def setUp(self):27        print("Setting up the DB")28        29        self.app, self.app_connex, self.port = xtract.create_app(os.getenv('BOILERPLATE_ENV') or 'dev')30        31        self.app.app_context().push()32        33        #self.db = db.init_db()34        self.delete_test_financial()35    def test_1_write_and_read_back_StockData(self):36        print(37            "Writing some stuff {tick} {period} {FCF}".format(38                tick=TEST_TICKER, period=TEST_PERIOD, FCF=TEST_FCF39            )40        )41        financial = xtract.model.stockdatamodel.Financial(42            ticker=TEST_TICKER, beta=TEST_FD, dividend_yield=TEST_FD,43        )44        db.session.add(financial)45        db.session.commit()46        f = xtract.model.stockdatamodel.Ratio(47            ticker=TEST_TICKER,48            period=TEST_PERIOD,49            gross_margin=34,50            operating_income=2.0,51            net_income=2000.33,52            eps=3.3,53            dividends=2.0,54            payout_ratio=9.2,55            shares=400000,56            bps=20.2,57            operating_cash_flow=4.0,58            cap_spending=3.2,59            fcf=TEST_FCF,60            working_capital=2.3,61            current_ratio=10.0,62            debt_equity=10.0,63        )64        print("Adding {0}".format(f))65        db.session.add(f)66        db.session.commit()67        # check it's there68        print("Reading it back")69        read_q = self.read_test_ratios()70        assert read_q.count() == 171        # check it is what it should be72        print("Checking Ratio it's correct")73        test_fin = read_q.first()74        assert test_fin.fcf == TEST_FCF75        read_q = self.read_test_financial()76        assert read_q.count() == 177        print("Checking Financial is correct")78        test_fin = read_q.first()79        assert test_fin.beta == TEST_FD80        # Clean up81        print("Nuking it")82        self.delete_test_financial()83        # Check it's gone84        print("Checking it's gone")85        read_q = self.read_test_financial()86        assert read_q.count() == 087    def read_test_financial(self):88        query = xtract.model.stockdatamodel.Financial.query.filter(89            xtract.model.stockdatamodel.Financial.ticker == TEST_TICKER90        )91        return query92    def read_test_ratios(self):93        query = xtract.model.stockdatamodel.Ratio.query.filter(94            xtract.model.stockdatamodel.Ratio.ticker == TEST_TICKER95        ).filter(xtract.model.stockdatamodel.Ratio.period == TEST_PERIOD)96        return query97    def delete_test_financial(self):98        print("Checking if we need to delete our test financial")99        test_ratios = self.read_test_ratios()100        test_financial = self.read_test_financial()101        # print(test_fin)102        if test_ratios.count() == 1:103            db.session.delete(test_ratios.first())104        db.session.commit()105        if test_financial.count() == 1:106            print("Deleting our test financials")107            db.session.delete(test_financial.first())108        db.session.commit()109if __name__ == "__main__":110    print("Here we go ")...

Spo2Calulation.py

Source:Spo2Calulation.py

1import cv22import imutils3import numpy as np4import time5# from face_detection import FaceDetection6# from scipy import signal7import sys8from numpy.linalg import inv9# import dlib10import imutils11import time12import skin_detector13def face_detect_and_thresh(frame):14    skinM = skin_detector.process(frame)15    skin = cv2.bitwise_and(frame, frame, mask = skinM)16    # cv2.imshow("skin2",skin)17    # cv2.waitKey(1)18    return skin,skinM19def spartialAverage(thresh,frame):20    a=list(np.argwhere(thresh>0))21    # x=[i[0] for i in a]22    # y=[i[1] for i in a]23    # p=[x,y]24    if a:25        ind_img=(np.vstack((a)))26    else:27        return 0,0,028    sig_fin=np.zeros([np.shape(ind_img)[0],3])29    test_fin=[]30    for i in range(np.shape(ind_img)[0]):31        sig_temp=frame[ind_img[i,0],ind_img[i,1],:]32        sig_temp = sig_temp.reshape((1, 3))33        if sig_temp.any()!=0:34            sig_fin=np.concatenate((sig_fin,sig_temp))35    # print(sig_fin)36    for _ in sig_fin:37        if sum(_)>0:38            # test_fin=np.concatenate((test_fin,_))39            test_fin.append(_)40    # print("min=>")41    a= [item for item in sig_fin if sum(item)>0]42    # print(min(a, key=sum))43    min_value=sum(min(a, key=sum))44    max_value=sum(max(a, key=sum))45    # print(sum1)46    img_rgb_mean=np.nanmean(test_fin,axis=0)47    # print(img_rgb_mean)48    return img_rgb_mean,min_value,max_value49def MeanRGB(thresh,frame,last_stage,min_value,max_value):50    # cv2.imshow("threshh",thresh)51    # print(thresh)52    # print("==<>>")53    # print(img_rgb)54    # cv2.waitKey(1)55    # print(img_rgb[0])56    # thresh=thresh.reshape((1,3))57    # img_rgb_mean=np.nanmean(thresh,axis=0)58    a= [item for item in frame[0] if (sum(item)>min_value and sum(item)<max_value)]59    # print(a)60    # a = filter(lambda (x,y,z) : i+j+k>764 ,frame[0])61    # print(a[1:10])62    # img_temp = [item for item in img_rgb if sum(item)>764]63    # print(frame[0])64    # print(img_temp)65    # print(np.mean(a, axis=(0)))66    if a:67        # print("==>")68        # print(a)69        # print("==>")70        img_mean=np.mean(a, axis=(0))71        # print(img_mean)72        return img_mean[::-1]73    else:74        return last_stage75def preprocess(z1,z2,detrended_RGB,window_size,size_video,duration,frame):76    temp=(int(size_video/duration))77    f=frame-278    main_R=[]79    main_B=[]80    out=[]81    for i in range(len(detrended_RGB)-f+1):82        temp_R=z1[i:i+f-1]83        temp_B=z2[i:i+f-1]84        p=[list(a) for a in zip(temp_R, temp_B)]85        out.append(p)86        # if not main_R:87        #     main_R.append(temp_R)88        # else:89        #     main_R=[main_R,temp_R]90        #91        # if not main_B:92        #     main_B.append(temp_B)93        # else:94        #     main_B=[main_B,temp_B]95    # out=[main_R,main_B]96    # print(out[0])97    return out[0]98def SPooEsitmate(final_sig,video_size,frames,seconds):99    A = 100.6100    B = 4.834101    ten=10102    z1=[item[0] for item in final_sig]103    z3=[item[2] for item in final_sig]104    SPO_pre=[]105    for _ in range(len(z1)):106        SPO_pre.append([z1[_],z3[_]])107    Spo2 = preprocess(z1,z3,SPO_pre,ten,video_size,seconds,frames)108    R_temp = [item[0] for item in Spo2]109    DC_R_comp=np.mean(R_temp)110    AC_R_comp=np.std(R_temp)111    # print(DC_R_comp)112    # print(R_temp)113    # print(AC_R_comp)114    I_r=AC_R_comp/DC_R_comp115    B_temp = [item[1] for item in Spo2]116    DC_B_comp=np.mean(B_temp)117    AC_B_comp=np.std(B_temp)118    # print(I_r)119    I_b=AC_B_comp/DC_B_comp120    SpO2_value=(A-B*((I_b*650)/(I_r*950)))...

exercice5.py

Source:exercice5.py

1""" @auteur : johanna2date : 10/09/20203description : atelier3 exercice 24version 15"""67#exercice 589def present(L,e):10    if e in L:11        return(True)12    else:13        return(False)1415def test_present(present:callable):16    liste_vide=[]17    liste=[2,5,8,4,6,9,456,1,3]18    test_debut=219    test_fin=320    test_milieu=621    test_pas_present=99922    msg_succes = " succÃ¨s"23    msg_echec = " echec"24    e=52526    if not(present(liste_vide,e)):27        msg= msg_succes28    else:29        msg =msg_echec3031    if present(liste, test_fin):32        msg += msg_succes +" test_fin "33    else:34        msg += msg_echec + " test_fin "3536    if present(liste, test_debut):37        msg += msg_succes + " test_debut "38    else:39        msg += msg_echec + " test_debut"4041    if present(liste, test_milieu ):42        msg += msg_succes + " test_milieu "43    else:44        msg += msg_echec + " test_milieu "4546    if not present(liste,test_pas_present):47        msg += msg_succes + " test_pas_present "48    else:49        msg += msg_echec + " test_pas_present "50    return msg515253def present1 (L,e):54    for i in range(0,len(L)):55        if(L[i]==e):56            return(True)57    else:58         return(False)5960def present2(L,e):61    b= False62    for i in range(0,len(L)):63        if(L[i]==e):64            b=True65    return(b)6667def present3(L,e):68    b=False69    for i in range(0,len(L)):70        if (L[i] == e):71            b = True72    return (b)737475def present4(L,e):76    b= False77    i=078    while(i<len(L)):79        if(L[i]==e):80            b=True81        i+=182    return(b)83print(test_present(present))84print(test_present(present1))85print(test_present(present2))86print(test_present(present3))87print(test_present(present4))888990def test_pos(pos:callable):91    liste=[2,3,1,2,2,3]92    test_1 = pos(liste,1)93    test_2 = pos(liste,2)94    test_3 = pos(liste,3)95    msg_succes = "succÃ¨s"96    msg_echec = " echec"97    msg=""9899    liste_1=[0,3,4]100    liste_2=[1,5]101102    print(test_1)103    print(test_2)104    print(test_3)105    if len(test_1)==1 :106        if test_1[0]==2:107            msg+=msg_succes + "test 1"108        else:109            msg+= msg_echec + "bon_numÃ©ro test 1"110    else:111        msg += msg_echec + "mauvaise taille test 1"112113    if len(test_2)==3 :114        estOk = True115        for i in range(0,len(test_2)):116            for j in range(0,len(liste_1)):117                if test_2[i]!=liste_1[i] :118                    estOk = False119        if (estOk):120            msg += msg_succes + "test 2"121        else:122            msg+= msg_echec + "bon_numÃ©ro test 2"123    else:124        msg += msg_echec + "mauvaise taille test 2"125126127128129    return(msg)130131132def pos1(L,e):133    Lres= []134    for i in range(0,len(L)):135        if L[i]==e:136            Lres.append(i)137    return Lres138139def pos3(L,e):140    Lres= []141    for i in range(0,len(L),1):142        if L[i]==e:143            Lres.append(i)144    return Lres145146def pos2(L,e):147    Lres= []148    for i in range(0,len(L)):149        if(L[i]==e):150            Lres.append(i)151    return Lres152153def pos4(L,e):154    nb= L.count(e)155    Lres = [0]*nb156    j=0157    for i in range(0,len(L)):158        if(L[i]==e):159            Lres[j]=i160            j+=1161    return Lres162163print(test_pos(pos1))164print(test_pos(pos2))165print(test_pos(pos3))
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