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How to use test3 method in avocado
Best Python code snippet using avocado_python
manual_test_gpa.py
Source:manual_test_gpa.py 
1# Test of GPA Module2import numpy as np3import math as math4import data as data5import gpa as gpa6import matplotlib.pyplot as plt7import statistics8# #######################################9# Test #2 in TestPlan document10# #######################################11data_test_2 = data.SMGData() # Data structure for test 212# Generated STEM Moire hologram (256x256 pixels) using numpy arrays with a unique periodicity of 16 pixels along13# horizontal axis. (Very easy test case)14x2 = np.linspace(0, 255, 256)15y2 = np.linspace(0, 255, 256)16mx2, my2 = np.meshgrid(x2, y2)17ismh2 = np.sin(mx2 * 2 * np.pi / 16)18ft_ismh2 = np.fft.fft2(ismh2)19# Store data in datastructure20data_test_2.store('ISMHexp', ismh2)21data_test_2.store('FTISMHexp', ft_ismh2)22# Create branch for mask23data_test_2.create_branch('Mask1')24# Circle of radius 1 centered around coordinate (192, 128)25r2 = 126center2 = (144, 128)27circle2 = center2, r228# Store mask properties into datastructure29data_test_2.store_g('Mask1', 'Mask', circle2)30# Entering gpa31gpa.gpa('Mask1', data_test_2)32# Display data33# Input/Output data - Phase is supposed to be constant and equal to 0, anything different from 0 represents the error.34fig_test2 = plt.figure(figsize=(13, 9))35fig_test2_ax1 = fig_test2.add_subplot(2, 3, 1)36fig_test2_ax2 = fig_test2.add_subplot(2, 3, 4)37fig_test2_ax3 = fig_test2.add_subplot(2, 3, 2)38fig_test2_ax4 = fig_test2.add_subplot(2, 3, 5)39fig_test2_ax5 = fig_test2.add_subplot(2, 3, 3)40fig_test2_ax6 = fig_test2.add_subplot(2, 3, 6)41fig_test2_ax1.imshow(ismh2, cmap='gray')42fig_test2_ax1.set_title('I_SMH')43fig_test2_ax2.imshow(np.log1p(np.fft.fftshift(np.abs(ft_ismh2 ** 2))), cmap='gray')44fig_test2_ax2.set_title('Fourier Transform of I_SMH')45fig_test2_ax3.imshow(data_test_2.load_g('Mask1', 'phaseraw'), cmap='gray', vmin=-np.pi, vmax=np.pi)46fig_test2_ax3.set_title('Raw Phase')47fig_test2_ax4.imshow(data_test_2.load_g('Mask1', 'phasegM'), cmap='gray', vmin=-np.pi, vmax=np.pi)48fig_test2_ax4.set_title('Phase corrected')49fig_test2_ax5.imshow(data_test_2.load_g('Mask1', 'deltagM')[0], cmap='gray', vmin=-1, vmax=1)50fig_test2_ax5.set_title('Vertical component of Îg')51fig_test2_ax6.imshow(data_test_2.load_g('Mask1', 'deltagM')[1], cmap='gray', vmin=-1, vmax=1)52fig_test2_ax6.set_title('Horizontal component of Îg')53fig_test2.savefig('/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/'54 'Test_2_explanation.png', dpi=300, bbox_inches='tight')55# Input/Output data in 1D56fig_test2_1d = plt.figure(figsize=(13, 9))57fig_test2_1d_ax1 = fig_test2_1d.add_subplot(2, 3, 1)58fig_test2_1d_ax2 = fig_test2_1d.add_subplot(2, 3, 4)59fig_test2_1d_ax3 = fig_test2_1d.add_subplot(2, 3, 2)60fig_test2_1d_ax4 = fig_test2_1d.add_subplot(2, 3, 5)61fig_test2_1d_ax5 = fig_test2_1d.add_subplot(2, 3, 3)62fig_test2_1d_ax6 = fig_test2_1d.add_subplot(2, 3, 6)63fig_test2_1d_ax1.plot(ismh2[128, :])64fig_test2_1d_ax1.set_title('I_SMH')65fig_test2_1d_ax2.plot(x2, np.log1p(np.fft.fftshift(np.abs(ft_ismh2 ** 2)))[128, :])66fig_test2_1d_ax2.set_title('Fourier Transform of I_SMH')67fig_test2_1d_ax3.plot(x2, data_test_2.load_g('Mask1', 'phaseraw')[128, :])68fig_test2_1d_ax3.set_ylim(-np.pi, np.pi)69fig_test2_1d_ax3.set_title('Raw Phase')70fig_test2_1d_ax4.plot(x2, data_test_2.load_g('Mask1', 'phasegM')[128, :])71fig_test2_1d_ax4.set_ylim(-np.pi, np.pi)72fig_test2_1d_ax4.set_title('Phase corrected')73fig_test2_1d_ax5.plot(x2, data_test_2.load_g('Mask1', 'deltagM')[0, 128, :])74fig_test2_1d_ax5.set_ylim(-1, 1)75fig_test2_1d_ax5.set_title('Vertical component of Îg')76fig_test2_1d_ax6.plot(x2, data_test_2.load_g('Mask1', 'deltagM')[1, 128, :])77fig_test2_1d_ax6.set_ylim(-1, 1)78fig_test2_1d_ax6.set_title('Horizontal component of Îg')79fig_test2_1d.savefig('/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/'80 'Test_2_explanation_1D.png', dpi=300, bbox_inches='tight')81plt.show()82# -------------------- Test #2 Improvement ---------------83# periodicity in pixels: q84q = [3, 4, 4.1, 4.2, 4.5, 16, 100]85data2 = []86for periodicity in q:87 ismh = np.sin(mx2 * 2 * np.pi / periodicity)88 ft_ismh = np.fft.fft2(ismh)89 circle = (128 + round(256 / periodicity), 128), r290 data_i = data.SMGData()91 data_i.store('ISMHexp', ismh)92 data_i.store('FTISMHexp', ft_ismh)93 data_i.create_branch('Mask1')94 data_i.store_g('Mask1', 'Mask', circle)95 gpa.gpa('Mask1', data_i)96 data2.append(data_i)97fig_test2_multiple_q = plt.figure(figsize=(13, 6))98fig_test2_multiple_q_ax1 = fig_test2_multiple_q.add_subplot(1, 2, 1)99fig_test2_multiple_q_ax2 = fig_test2_multiple_q.add_subplot(1, 2, 2)100fig_test2_multiple_q_ismh = plt.figure(figsize=(13, 6))101fig_test2_multiple_q_ismh_ax1 = fig_test2_multiple_q_ismh.add_subplot(1, 2, 1)102fig_test2_multiple_q_ismh_ax2 = fig_test2_multiple_q_ismh.add_subplot(1, 2, 2)103fig_test2_error_delta_g = plt.figure(figsize=(13, 9))104fig_test2_error_delta_g_ax = fig_test2_error_delta_g.add_subplot(1, 1, 1)105count = 0106mean_test_2 = []107stand_dev_test_2 = []108for elements in data2:109 fig_test2_multiple_q_ax1.plot(x2, elements.load_g('Mask1', 'phasegM')[128, :], linewidth=3, label=str(q[count]))110 fig_test2_multiple_q_ax2.plot(x2, elements.load_g('Mask1', 'deltagM')[1, 128, :], linewidth=3, label=str(q[count]))111 fig_test2_multiple_q_ismh_ax1.plot(x2[160:180], elements.load('ISMHexp')[128, 160:180], linewidth=3,112 label=str(q[count]))113 fig_test2_multiple_q_ismh_ax2.plot(x2, np.log1p(np.fft.fftshift(np.abs(elements.load('FTISMHexp') ** 2)))[128, :],114 linewidth=3, label=str(q[count]))115 error_delta_g = np.abs(elements.load_g('Mask1', 'deltagM')[1, 128, :])116 fig_test2_error_delta_g_ax.plot(x2, error_delta_g, linewidth=3, label=str(q[count]))117 mean_test_2.append(statistics.mean(elements.load_g('Mask1', 'deltagM')[1, 128, :]))118 stand_dev_test_2.append(statistics.stdev(elements.load_g('Mask1', 'deltagM')[1, 128, :]))119 count += 1120fig_test2_multiple_q_ax1.set_ylim(-np.pi, np.pi)121fig_test2_multiple_q_ax1.legend()122fig_test2_multiple_q_ax1.set_title('Phase corrected')123fig_test2_multiple_q_ax2.set_title('Horizontal component of Îg')124fig_test2_multiple_q_ax2.set_ylim(-0.01, 0.01)125fig_test2_multiple_q_ismh_ax1.set_title('I_SMH')126fig_test2_multiple_q_ismh_ax2.set_title('Fourier Transform of I_SMH')127fig_test2_multiple_q_ismh_ax2.legend()128fig_test2_error_delta_g_ax.set_ylim(0, 0.0025)129fig_test2_error_delta_g_ax.legend()130fig_test2_error_delta_g_ax.set_title('Error of the horizontal component of Îg ')131fig_test2_multiple_q.savefig(132 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_test_results.png',133 dpi=300, bbox_inches='tight')134fig_test2_multiple_q_ismh.savefig(135 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_test_cases.png',136 dpi=300, bbox_inches='tight')137fig_test2_error_delta_g.savefig(138 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_test_error.png',139 dpi=300, bbox_inches='tight')140plt.show()141print('Mean test 2 = ', mean_test_2)142print('StDev test 2 = ', stand_dev_test_2)143# -------------------- Testing the vertical direction -------------------144data_test_2_v = data.SMGData() # Data structure for test 2145# Generated STEM Moire hologram (256x256 pixels) using numpy arrays with a unique periodicity of 16 pixels along146# horizontal axis. (Very easy test case)147x2_v = np.linspace(0, 255, 256)148y2_v = np.linspace(0, 255, 256)149mx2_v, my2_v = np.meshgrid(x2_v, y2_v)150ismh2_v = np.sin(my2_v * 2 * np.pi / 16)151ft_ismh2_v = np.fft.fft2(ismh2_v)152# Store data in datastructure153data_test_2_v.store('ISMHexp', ismh2_v)154data_test_2_v.store('FTISMHexp', ft_ismh2_v)155# Create branch for mask156data_test_2_v.create_branch('Mask1')157# Circle of radius 1 centered around coordinate (192, 128)158r2_v = 1159center2_v = (128, 144)160circle2_v = center2_v, r2_v161# Store mask properties into datastructure162data_test_2_v.store_g('Mask1', 'Mask', circle2_v)163# Entering gpa164gpa.gpa('Mask1', data_test_2_v)165# Display data166# Input/Output data - Phase is supposed to be constant and equal to 0, anything different from 0 represents the error.167fig_test2_v = plt.figure(figsize=(13, 9))168fig_test2_ax1_v = fig_test2_v.add_subplot(2, 3, 1)169fig_test2_ax2_v = fig_test2_v.add_subplot(2, 3, 4)170fig_test2_ax3_v = fig_test2_v.add_subplot(2, 3, 2)171fig_test2_ax4_v = fig_test2_v.add_subplot(2, 3, 5)172fig_test2_ax5_v = fig_test2_v.add_subplot(2, 3, 3)173fig_test2_ax6_v = fig_test2_v.add_subplot(2, 3, 6)174fig_test2_ax1_v.imshow(ismh2_v, cmap='gray')175fig_test2_ax1_v.set_title('I_SMH')176fig_test2_ax2_v.imshow(np.log1p(np.fft.fftshift(np.abs(ft_ismh2_v ** 2))), cmap='gray')177fig_test2_ax2_v.set_title('Fourier Transform of I_SMH')178fig_test2_ax3_v.imshow(data_test_2_v.load_g('Mask1', 'phaseraw'), cmap='gray', vmin=-np.pi, vmax=np.pi)179fig_test2_ax3_v.set_title('Raw Phase')180fig_test2_ax4_v.imshow(data_test_2_v.load_g('Mask1', 'phasegM'), cmap='gray', vmin=-np.pi, vmax=np.pi)181fig_test2_ax4_v.set_title('Phase corrected')182fig_test2_ax5_v.imshow(data_test_2_v.load_g('Mask1', 'deltagM')[0], cmap='gray', vmin=-1, vmax=1)183fig_test2_ax5_v.set_title('Vertical component of Îg')184fig_test2_ax6_v.imshow(data_test_2_v.load_g('Mask1', 'deltagM')[1], cmap='gray', vmin=-1, vmax=1)185fig_test2_ax6_v.set_title('Horizontal component of Îg')186fig_test2_v.savefig(187 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_v_explanation.png',188 dpi=300, bbox_inches='tight')189# Input/Output data in 1D190fig_test2_1d_v = plt.figure(figsize=(13, 9))191fig_test2_1d_ax1_v = fig_test2_1d_v.add_subplot(2, 3, 1)192fig_test2_1d_ax2_v = fig_test2_1d_v.add_subplot(2, 3, 4)193fig_test2_1d_ax3_v = fig_test2_1d_v.add_subplot(2, 3, 2)194fig_test2_1d_ax4_v = fig_test2_1d_v.add_subplot(2, 3, 5)195fig_test2_1d_ax5_v = fig_test2_1d_v.add_subplot(2, 3, 3)196fig_test2_1d_ax6_v = fig_test2_1d_v.add_subplot(2, 3, 6)197fig_test2_1d_ax1_v.plot(ismh2_v[:, 128])198fig_test2_1d_ax1_v.set_title('I_SMH')199fig_test2_1d_ax2_v.plot(y2_v, np.log1p(np.fft.fftshift(np.abs(ft_ismh2_v ** 2)))[:, 128])200fig_test2_1d_ax2_v.set_title('Fourier Transform of I_SMH')201fig_test2_1d_ax3_v.plot(y2_v, data_test_2_v.load_g('Mask1', 'phaseraw')[:, 128])202fig_test2_1d_ax3_v.set_ylim(-np.pi, np.pi)203fig_test2_1d_ax3_v.set_title('Raw Phase')204fig_test2_1d_ax4_v.plot(y2_v, data_test_2_v.load_g('Mask1', 'phasegM')[:, 128])205fig_test2_1d_ax4_v.set_ylim(-np.pi, np.pi)206fig_test2_1d_ax4_v.set_title('Phase corrected')207fig_test2_1d_ax5_v.plot(y2_v, data_test_2_v.load_g('Mask1', 'deltagM')[0, :, 128])208fig_test2_1d_ax5_v.set_ylim(-1, 1)209fig_test2_1d_ax5_v.set_title('Vertical component of Îg')210fig_test2_1d_ax6_v.plot(y2_v, data_test_2_v.load_g('Mask1', 'deltagM')[1, :, 128])211fig_test2_1d_ax6_v.set_ylim(-1, 1)212fig_test2_1d_ax6_v.set_title('Horizontal component of Îg')213fig_test2_1d_v.savefig(214 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_v_explanation_1D.png',215 dpi=300, bbox_inches='tight')216plt.show()217# -------------------- Test #2 Improvement ---------------218# periodicity in pixels: q219q_v = [3, 4, 4.1, 4.2, 4.5, 16, 100]220data2_v = []221for periodicity in q_v:222 ismh_v = np.sin(my2_v * 2 * np.pi / periodicity)223 ft_ismh_v = np.fft.fft2(ismh_v)224 circle_v = (128, 128 + round(256 / periodicity)), r2_v225 data_i_v = data.SMGData()226 data_i_v.store('ISMHexp', ismh_v)227 data_i_v.store('FTISMHexp', ft_ismh_v)228 data_i_v.create_branch('Mask1')229 data_i_v.store_g('Mask1', 'Mask', circle_v)230 gpa.gpa('Mask1', data_i_v)231 data2_v.append(data_i_v)232fig_test2_multiple_q_v = plt.figure(figsize=(13, 6))233fig_test2_multiple_q_ax1_v = fig_test2_multiple_q_v.add_subplot(1, 2, 1)234fig_test2_multiple_q_ax2_v = fig_test2_multiple_q_v.add_subplot(1, 2, 2)235fig_test2_multiple_q_ismh_v = plt.figure(figsize=(13, 6))236fig_test2_multiple_q_ismh_ax1_v = fig_test2_multiple_q_ismh_v.add_subplot(1, 2, 1)237fig_test2_multiple_q_ismh_ax2_v = fig_test2_multiple_q_ismh_v.add_subplot(1, 2, 2)238fig_test2_error_delta_g_v = plt.figure(figsize=(13, 9))239fig_test2_error_delta_g_ax_v = fig_test2_error_delta_g_v.add_subplot(1, 1, 1)240count = 0241mean_test_2_v = []242stand_dev_test_2_v = []243for elements in data2_v:244 fig_test2_multiple_q_ax1_v.plot(y2_v, elements.load_g('Mask1', 'phasegM')[:, 128],245 linewidth=3, label=str(q[count]))246 fig_test2_multiple_q_ax2_v.plot(y2_v, elements.load_g('Mask1', 'deltagM')[0, :, 128],247 linewidth=3, label=str(q[count]))248 fig_test2_multiple_q_ismh_ax1_v.plot(y2_v[160:180], elements.load('ISMHexp')[160:180, 128],249 linewidth=3, label=str(q_v[count]))250 fig_test2_multiple_q_ismh_ax2_v.plot(y2_v,251 np.log1p(np.fft.fftshift(np.abs(elements.load('FTISMHexp') ** 2)))[:, 128],252 linewidth=3, label=str(q_v[count]))253 error_delta_g_v = np.abs(elements.load_g('Mask1', 'deltagM')[0, :, 128])254 fig_test2_error_delta_g_ax_v.plot(y2_v, error_delta_g_v, linewidth=3, label=str(q_v[count]))255 mean_test_2_v.append(statistics.mean(elements.load_g('Mask1', 'deltagM')[0, :, 128]))256 stand_dev_test_2_v.append(statistics.stdev(elements.load_g('Mask1', 'deltagM')[0, :, 128]))257 count += 1258fig_test2_multiple_q_ax1_v.set_ylim(-np.pi, np.pi)259fig_test2_multiple_q_ax1_v.legend()260fig_test2_multiple_q_ax1_v.set_title('Phase corrected')261fig_test2_multiple_q_ax2_v.set_title('Vertical component of Îg')262fig_test2_multiple_q_ax2_v.set_ylim(-0.01, 0.01)263fig_test2_multiple_q_ismh_ax1_v.set_title('I_SMH')264fig_test2_multiple_q_ismh_ax2_v.set_title('Fourier Transform of I_SMH')265fig_test2_multiple_q_ismh_ax2_v.legend()266fig_test2_error_delta_g_ax_v.set_ylim(0, 0.0025)267fig_test2_error_delta_g_ax_v.legend()268fig_test2_error_delta_g_ax_v.set_title('Error of the vertical component of Îg ')269fig_test2_multiple_q_v.savefig(270 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_v_test_results.png',271 dpi=300, bbox_inches='tight')272fig_test2_multiple_q_ismh_v.savefig(273 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_v_test_cases.png',274 dpi=300, bbox_inches='tight')275fig_test2_error_delta_g_v.savefig(276 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_2_v_test_error.png',277 dpi=300, bbox_inches='tight')278plt.show()279print('Mean test 2 = ', mean_test_2_v)280print('StDev test 2 = ', stand_dev_test_2_v)281# #######################################282# Test #3 in TestPlan document283# #######################################284data_test_3 = data.SMGData()285# STEM Moire hologram with a unique periodicity of 4 pixels along horizontal axis on half image and a periodicity of286# 4.5 pixel along the same axis on the second half of the image (easy case). This leads to o a 'delta g' of287# 1/4-1/4.5 = 0.0277778.288x3a = np.linspace(0, 127, 128)289x3b = np.linspace(128, 255, 128)290y3 = np.linspace(0, 255, 256)291mx3a, my3a = np.meshgrid(x3a, y3)292mx3b, my3b = np.meshgrid(x3b, y3)293ismh3a = np.sin(mx3a * 2 * np.pi / 4)294ismh3b = np.sin(mx3b * 2 * np.pi / 4.5)295ismh3 = np.concatenate((ismh3a, ismh3b), axis=1)296ft_ismh3 = np.fft.fft2(ismh3)297# Store data in datastructure298data_test_3.store('ISMHexp', ismh3)299data_test_3.store('FTISMHexp', ft_ismh3)300# Create branch for mask301data_test_3.create_branch('Mask1')302# Circle of radius R centered around coordinate (192, 128)303r3 = 20304center3 = (192, 128)305circle3 = center3, r3306# Store mask properties into datastructure307data_test_3.store_g('Mask1', 'Mask', circle3)308# Entering gpa309gpa.gpa('Mask1', data_test_3)310# Display data311# Input/Output data - Phase is supposed to be constant and equal to 0, anything different from 0 represents the error.312fig_test3 = plt.figure(figsize=(13, 9))313fig_test3_ax1 = fig_test3.add_subplot(2, 3, 1)314fig_test3_ax2 = fig_test3.add_subplot(2, 3, 4)315fig_test3_ax3 = fig_test3.add_subplot(2, 3, 2)316fig_test3_ax4 = fig_test3.add_subplot(2, 3, 5)317fig_test3_ax5 = fig_test3.add_subplot(2, 3, 3)318fig_test3_ax6 = fig_test3.add_subplot(2, 3, 6)319fig_test3_ax1.imshow(ismh3, cmap='gray')320fig_test3_ax2.imshow(np.log1p(np.fft.fftshift(np.abs(ft_ismh3 ** 2))), cmap='gray')321fig_test3_ax3.imshow(data_test_3.load_g('Mask1', 'phaseraw'), cmap='gray', vmin=-np.pi, vmax=np.pi)322fig_test3_ax4.imshow(data_test_3.load_g('Mask1', 'phasegM'), cmap='gray', vmin=-np.pi, vmax=np.pi)323fig_test3_ax5.imshow(data_test_3.load_g('Mask1', 'deltagM')[0], cmap='gray', vmin=-1, vmax=1)324fig_test3_ax6.imshow(data_test_3.load_g('Mask1', 'deltagM')[1], cmap='gray', vmin=-1, vmax=1)325fig_test3_ax1.set_title('I_SMH')326fig_test3_ax2.set_title('Fourier Transform of I_SMH')327fig_test3_ax3.set_title('Raw Phase')328fig_test3_ax4.set_title('Phase corrected')329fig_test3_ax5.set_title('Vertical component of Îg')330fig_test3_ax6.set_title('Horizontal component of Îg')331fig_test3.savefig(332 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_3_explanation.png',333 dpi=300, bbox_inches='tight')334# Input/Output data in 1D335fig_test3_1d = plt.figure(figsize=(13, 9))336fig_test3_1d_ax1 = fig_test3_1d.add_subplot(2, 3, 1)337fig_test3_1d_ax2 = fig_test3_1d.add_subplot(2, 3, 4)338fig_test3_1d_ax3 = fig_test3_1d.add_subplot(2, 3, 2)339fig_test3_1d_ax4 = fig_test3_1d.add_subplot(2, 3, 5)340fig_test3_1d_ax5 = fig_test3_1d.add_subplot(2, 3, 3)341fig_test3_1d_ax6 = fig_test3_1d.add_subplot(2, 3, 6)342fig_test3_1d_ax1.plot(x2[50:206], ismh3[128, 50:206])343fig_test3_1d_ax2.plot(x2, np.log1p(np.fft.fftshift(np.abs(ft_ismh3 ** 2)))[128, :])344fig_test3_1d_ax3.plot(x2, data_test_3.load_g('Mask1', 'phaseraw')[128, :])345fig_test3_1d_ax3.set_ylim(-np.pi, np.pi)346fig_test3_1d_ax4.plot(x2, data_test_3.load_g('Mask1', 'phasegM')[128, :])347fig_test3_1d_ax4.set_ylim(-np.pi, np.pi)348fig_test3_1d_ax5.plot(x2, data_test_3.load_g('Mask1', 'deltagM')[0, 128, :])349fig_test3_1d_ax5.set_ylim(-0.1, 0.1)350fig_test3_1d_ax6.plot(x2, data_test_3.load_g('Mask1', 'deltagM')[1, 128, :])351fig_test3_1d_ax6.set_ylim(-0.1, 0.1)352fig_test3_1d_ax1.set_title('I_SMH')353fig_test3_1d_ax2.set_title('Fourier Transform of I_SMH')354fig_test3_1d_ax3.set_title('Raw Phase')355fig_test3_1d_ax4.set_title('Phase corrected')356fig_test3_1d_ax5.set_title('Vertical component of Îg')357fig_test3_1d_ax6.set_title('Horizontal component of Îg')358fig_test3_1d.savefig(359 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_3_explanation_1D.png',360 dpi=300, bbox_inches='tight')361plt.show()362# -------------------- Test #3 Improvement ---------------363# Different strain level: dg364dg = [1/4 - 1/3, 1/4 - 1/3.8, 1/4 - 1/3.9, 1/4 - 1/4, 1/4 - 1/4.1, 1/4 - 1/4.2, 1/4 - 1/5]365# Different strain periodicity366dq = [3, 3.8, 3.9, 4, 4.1, 4.2, 5]367data3 = []368for strain in dq:369 ismhb = np.sin(mx3b * 2 * np.pi / strain)370 ismh = np.concatenate((ismh3a, ismhb), axis=1)371 ft_ismh = np.fft.fft2(ismh)372 circle = (128 + round(256 / 4), 128), r3373 print(circle)374 data_i = data.SMGData()375 data_i.store('ISMHexp', ismh)376 data_i.store('FTISMHexp', ft_ismh)377 data_i.create_branch('Mask1')378 data_i.store_g('Mask1', 'Mask', circle)379 gpa.gpa('Mask1', data_i)380 data3.append(data_i)381fig_test3_multiple_dq = plt.figure(figsize=(13, 6))382fig_test3_multiple_dq_ax1 = fig_test3_multiple_dq.add_subplot(1, 2, 1)383fig_test3_multiple_dq_ax2 = fig_test3_multiple_dq.add_subplot(1, 2, 2)384count = 0385strain_values = []386for elements in data3:387 fig_test3_multiple_dq_ax1.plot(x2[100:200], elements.load_g('Mask1', 'phasegM')[128, 100:200],388 linewidth=3, label=str(dq[count]))389 fig_test3_multiple_dq_ax2.plot(x2, elements.load_g('Mask1', 'deltagM')[1, 128, :],390 linewidth=3, label=str(dq[count]))391 strain_value = elements.load_g('Mask1', 'deltagM')[1, 128, 200]392 strain_values.append(strain_value)393 count += 1394fig_test3_multiple_dq_ax1.set_ylim(-np.pi, np.pi)395fig_test3_multiple_dq_ax1.legend()396fig_test3_multiple_dq_ax1.set_title('Raw phase')397fig_test3_multiple_dq_ax2.set_title('Horizontal component of Îg')398fig_test3_multiple_dq_ax2.set_ylim(-0.1, 0.1)399fig_test3_multiple_dq.savefig(400 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_3_test_results.png',401 dpi=300, bbox_inches='tight')402print('dg = ', dg)403print('strain = ', strain_values)404print('error = ', np.abs(np.array(dg)-np.array(strain_values)))405plt.show()406# ----------------------- Test vertical component ----------------------407data_test_3_v = data.SMGData()408# STEM Moire hologram with a unique periodicity of 4 pixels along horizontal axis on half image and a periodicity of409# 4.5 pixel along the same axis on the second half of the image (easy case). This leads to o a 'delta g' of410# 1/4-1/4.5 = 0.0277778.411y3a_v = np.linspace(0, 127, 128)412y3b_v = np.linspace(128, 255, 128)413x3_v = np.linspace(0, 255, 256)414mx3a_v, my3a_v = np.meshgrid(x3_v, y3a_v)415mx3b_v, my3b_v = np.meshgrid(x3_v, y3b_v)416ismh3a_v = np.sin(my3a_v * 2 * np.pi / 4)417ismh3b_v = np.sin(my3b_v * 2 * np.pi / 4.5)418ismh3_v = np.concatenate((ismh3a_v, ismh3b_v), axis=0)419ft_ismh3_v = np.fft.fft2(ismh3_v)420# Store data in datastructure421data_test_3_v.store('ISMHexp', ismh3_v)422data_test_3_v.store('FTISMHexp', ft_ismh3_v)423# Create branch for mask424data_test_3_v.create_branch('Mask1')425# Circle of radius R centered around coordinate (192, 128)426r3_v = 20427center3_v = (128, 192)428circle3_v = center3_v, r3_v429# Store mask properties into datastructure430data_test_3_v.store_g('Mask1', 'Mask', circle3_v)431# Entering gpa432gpa.gpa('Mask1', data_test_3_v)433# Display data434# Input/Output data - Phase is supposed to be constant and equal to 0, anything different from 0 represents the error.435fig_test3_v = plt.figure(figsize=(13, 9))436fig_test3_ax1_v = fig_test3_v.add_subplot(2, 3, 1)437fig_test3_ax2_v = fig_test3_v.add_subplot(2, 3, 4)438fig_test3_ax3_v = fig_test3_v.add_subplot(2, 3, 2)439fig_test3_ax4_v = fig_test3_v.add_subplot(2, 3, 5)440fig_test3_ax5_v = fig_test3_v.add_subplot(2, 3, 3)441fig_test3_ax6_v = fig_test3_v.add_subplot(2, 3, 6)442fig_test3_ax1_v.imshow(ismh3_v, cmap='gray')443fig_test3_ax2_v.imshow(np.log1p(np.fft.fftshift(np.abs(ft_ismh3_v ** 2))), cmap='gray')444fig_test3_ax3_v.imshow(data_test_3_v.load_g('Mask1', 'phaseraw'), cmap='gray', vmin=-np.pi, vmax=np.pi)445fig_test3_ax4_v.imshow(data_test_3_v.load_g('Mask1', 'phasegM'), cmap='gray', vmin=-np.pi, vmax=np.pi)446fig_test3_ax5_v.imshow(data_test_3_v.load_g('Mask1', 'deltagM')[0], cmap='gray', vmin=-1, vmax=1)447fig_test3_ax6_v.imshow(data_test_3_v.load_g('Mask1', 'deltagM')[1], cmap='gray', vmin=-1, vmax=1)448fig_test3_ax1_v.set_title('I_SMH')449fig_test3_ax2_v.set_title('Fourier Transform of I_SMH')450fig_test3_ax3_v.set_title('Raw Phase')451fig_test3_ax4_v.set_title('Phase corrected')452fig_test3_ax5_v.set_title('Vertical component of Îg')453fig_test3_ax6_v.set_title('Horizontal component of Îg')454fig_test3_v.savefig(455 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_3_v_explanation.png',456 dpi=300, bbox_inches='tight')457# Input/Output data in 1D458fig_test3_1d_v = plt.figure(figsize=(13, 9))459fig_test3_1d_ax1_v = fig_test3_1d_v.add_subplot(2, 3, 1)460fig_test3_1d_ax2_v = fig_test3_1d_v.add_subplot(2, 3, 4)461fig_test3_1d_ax3_v = fig_test3_1d_v.add_subplot(2, 3, 2)462fig_test3_1d_ax4_v = fig_test3_1d_v.add_subplot(2, 3, 5)463fig_test3_1d_ax5_v = fig_test3_1d_v.add_subplot(2, 3, 3)464fig_test3_1d_ax6_v = fig_test3_1d_v.add_subplot(2, 3, 6)465fig_test3_1d_ax1_v.plot(x2[50:206], ismh3_v[50:206, 128])466fig_test3_1d_ax2_v.plot(x2, np.log1p(np.fft.fftshift(np.abs(ft_ismh3_v ** 2)))[:, 128])467fig_test3_1d_ax3_v.plot(x2, data_test_3_v.load_g('Mask1', 'phaseraw')[:, 128])468fig_test3_1d_ax3_v.set_ylim(-np.pi, np.pi)469fig_test3_1d_ax4_v.plot(x2, data_test_3_v.load_g('Mask1', 'phasegM')[:, 128])470fig_test3_1d_ax4_v.set_ylim(-np.pi, np.pi)471fig_test3_1d_ax5_v.plot(x2, data_test_3_v.load_g('Mask1', 'deltagM')[0, :, 128])472fig_test3_1d_ax5_v.set_ylim(-0.1, 0.1)473fig_test3_1d_ax6_v.plot(x2, data_test_3_v.load_g('Mask1', 'deltagM')[1, :, 128])474fig_test3_1d_ax6_v.set_ylim(-0.1, 0.1)475fig_test3_1d_ax1_v.set_title('I_SMH')476fig_test3_1d_ax2_v.set_title('Fourier Transform of I_SMH')477fig_test3_1d_ax3_v.set_title('Raw Phase')478fig_test3_1d_ax4_v.set_title('Phase corrected')479fig_test3_1d_ax5_v.set_title('Vertical component of Îg')480fig_test3_1d_ax6_v.set_title('Horizontal component of Îg')481fig_test3_1d_v.savefig(482 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_3_v_explanation_1D.png',483 dpi=300, bbox_inches='tight')484# -------------------- Test #3 Improvement ---------------485# Different strain level: dg486dg = [1/4 - 1/3, 1/4 - 1/3.8, 1/4 - 1/3.9, 1/4 - 1/4, 1/4 - 1/4.1, 1/4 - 1/4.2, 1/4 - 1/5]487# Different strain periodicity488dq = [3, 3.8, 3.9, 4, 4.1, 4.2, 5]489data3 = []490for strain in dq:491 ismhb = np.sin(mx3b * 2 * np.pi / strain)492 ismh = np.concatenate((ismh3a, ismhb), axis=1)493 ft_ismh = np.fft.fft2(ismh)494 circle = (128 + round(256 / 4), 128), r3495 print(circle)496 data_i = data.SMGData()497 data_i.store('ISMHexp', ismh)498 data_i.store('FTISMHexp', ft_ismh)499 data_i.create_branch('Mask1')500 data_i.store_g('Mask1', 'Mask', circle)501 gpa.gpa('Mask1', data_i)502 data3.append(data_i)503fig_test3_multiple_dq = plt.figure(figsize=(13, 6))504fig_test3_multiple_dq_ax1 = fig_test3_multiple_dq.add_subplot(1, 2, 1)505fig_test3_multiple_dq_ax2 = fig_test3_multiple_dq.add_subplot(1, 2, 2)506count = 0507strain_values = []508for elements in data3:509 fig_test3_multiple_dq_ax1.plot(x2[100:200], elements.load_g('Mask1', 'phasegM')[128, 100:200],510 linewidth=3, label=str(dq[count]))511 fig_test3_multiple_dq_ax2.plot(x2, elements.load_g('Mask1', 'deltagM')[1, 128, :],512 linewidth=3, label=str(dq[count]))513 strain_value = elements.load_g('Mask1', 'deltagM')[1, 128, 200]514 strain_values.append(strain_value)515 count += 1516fig_test3_multiple_dq_ax1.set_ylim(-np.pi, np.pi)517fig_test3_multiple_dq_ax1.legend()518fig_test3_multiple_dq_ax1.set_title('Raw phase')519fig_test3_multiple_dq_ax2.set_title('Horizontal component of Îg')520fig_test3_multiple_dq_ax2.set_ylim(-0.1, 0.1)521fig_test3_multiple_dq.savefig(522 '/media/alex/Work/PhD/Course/CAS 741/project/STEM_Moire_GPA/Doc/TestReport/Figures/Test_3_test_results.png',523 dpi=300, bbox_inches='tight')524print('dg = ', dg)525print('strain = ', strain_values)526print('error = ', np.abs(np.array(dg)-np.array(strain_values)))527plt.show()528# #######################################529# Test #4 in TestPlan document530# #######################################531data_test_4 = data.SMGData()532# STEM Moire hologram with a unique periodicity of 4 pixels along horizontal axis on half image and a periodicity of533# 4.5 pixel along the same axis on the second half of the image (easy case). This leads to o a 'delta g' of534# 1/4-1/4.5 = 0.0277778.535x4a = np.linspace(0, 127, 128)536x4b = np.linspace(128, 255, 128)537y4 = np.linspace(0, 255, 256)538mx4a, my4a = np.meshgrid(x4a, y4)539mx4b, my4b = np.meshgrid(x4b, y4)540ismh4a = np.sin(mx4a * 2 * np.pi / 4)541ismh4b = np.sin(mx4b * 2 * np.pi / 4.5)542ismh4 = np.concatenate((ismh4a, ismh4b), axis=1)543ft_ismh4 = np.fft.fft2(ismh4)544# Store data in datastructure545data_test_4.store('ISMHexp', ismh4)546data_test_4.store('FTISMHexp', ft_ismh4)547# Mask parameter548r4 = [1, 2, 4, 8, 16, 32, 64, 128, 256]549center4 = (192, 128)550# Create the amount of branches corresponding the the radius tested and store the mask properties551for radius in r4:552 data_test_4.create_branch(str(radius))553 circle4 = center4, radius554 data_test_4.store_g(str(radius), 'Mask', circle4)555# Looping on the various radius into gpa556for radius in r4:557 gpa.gpa(str(radius), data_test_4)558count = 1559fig_test4 = plt.figure()560fig_test4_1d = plt.figure()561fig_test4_deltag_1d = plt.figure()562N_sublpot = math.ceil(math.sqrt(len(r4)))563print(math.ceil(math.sqrt(len(r4))))564for element in r4:565 fig_test4.add_subplot(N_sublpot, N_sublpot, count).imshow(data_test_4.load_g(566 str(element), 'phasegM'), cmap='gray', vmin=-np.pi, vmax=np.pi)567 fig_ax = fig_test4_1d.add_subplot(N_sublpot, N_sublpot, count)568 fig_ax.plot(x2, data_test_4.load_g(str(element), 'phasegM')[128, :])569 fig_ax.set_ylim(-np.pi, np.pi)570 fig_ax_g = fig_test4_deltag_1d.add_subplot(N_sublpot, N_sublpot, count)571 fig_ax_g.plot(x2, data_test_4.load_g(572 str(element), 'deltagM')[1, 128, :])573 fig_ax_g.set_ylim(-0.1, 0.1)574 count += 1...
test_unittest.py
Source:test_unittest.py
1#!/usr/bin/python2#3# Copyright 2008 Google Inc. All Rights Reserved.4"""Tests for test."""5import unittest, sys, os6import common7from autotest_lib.cli import cli_mock, topic_common, test8from autotest_lib.client.common_lib import control_data9CLIENT = control_data.CONTROL_TYPE_NAMES.CLIENT10SERVER = control_data.CONTROL_TYPE_NAMES.SERVER11class test_list_unittest(cli_mock.cli_unittest):12 values = [{u'description': u'unknown',13 u'test_type': CLIENT,14 u'test_class': u'Canned Test Sets',15 u'path': u'client/tests/test0/control',16 u'synch_type': u'Asynchronous',17 u'id': 138,18 u'name': u'test0',19 u'experimental': False},20 {u'description': u'unknown',21 u'test_type': SERVER,22 u'test_class': u'Kernel',23 u'path': u'server/tests/test1/control',24 u'synch_type': u'Asynchronous',25 u'id': 139,26 u'name': u'test1',27 u'experimental': False},28 {u'description': u'unknown',29 u'test_type': CLIENT,30 u'test_class': u'Canned Test Sets',31 u'path': u'client/tests/test2/control.readprofile',32 u'synch_type': u'Asynchronous',33 u'id': 140,34 u'name': u'test2',35 u'experimental': False},36 {u'description': u'unknown',37 u'test_type': SERVER,38 u'test_class': u'Canned Test Sets',39 u'path': u'server/tests/test3/control',40 u'synch_type': u'Asynchronous',41 u'id': 142,42 u'name': u'test3',43 u'experimental': False},44 {u'description': u'Random stuff to check that things are ok',45 u'test_type': CLIENT,46 u'test_class': u'Hardware',47 u'path': u'client/tests/test4/control.export',48 u'synch_type': u'Asynchronous',49 u'id': 143,50 u'name': u'test4',51 u'experimental': True}]52 def test_test_list_tests_default(self):53 self.run_cmd(argv=['atest', 'test', 'list'],54 rpcs=[('get_tests', {'experimental': False},55 True, self.values)],56 out_words_ok=['test0', 'test1', 'test2',57 'test3', 'test4'],58 out_words_no=['Random', 'control.export'])59 def test_test_list_tests_all(self):60 self.run_cmd(argv=['atest', 'test', 'list', '--all'],61 rpcs=[('get_tests', {},62 True, self.values)],63 out_words_ok=['test0', 'test1', 'test2',64 'test3', 'test4'],65 out_words_no=['Random', 'control.export'])66 def test_test_list_tests_exp(self):67 self.run_cmd(argv=['atest', 'test', 'list', '--experimental'],68 rpcs=[('get_tests', {'experimental': True},69 True,70 [{u'description': u'Random stuff',71 u'test_type': CLIENT,72 u'test_class': u'Hardware',73 u'path': u'client/tests/test4/control.export',74 u'synch_type': u'Asynchronous',75 u'id': 143,76 u'name': u'test4',77 u'experimental': True}])],78 out_words_ok=['test4'],79 out_words_no=['Random', 'control.export'])80 def test_test_list_tests_select_one(self):81 filtered = [val for val in self.values if val['name'] in ['test3']]82 self.run_cmd(argv=['atest', 'test', 'list', 'test3'],83 rpcs=[('get_tests', {'name__in': ['test3'],84 'experimental': False},85 True, filtered)],86 out_words_ok=['test3'],87 out_words_no=['test0', 'test1', 'test2', 'test4',88 'unknown'])89 def test_test_list_tests_select_two(self):90 filtered = [val for val in self.values91 if val['name'] in ['test3', 'test1']]92 self.run_cmd(argv=['atest', 'test', 'list', 'test3,test1'],93 rpcs=[('get_tests', {'name__in': ['test1', 'test3'],94 'experimental': False},95 True, filtered)],96 out_words_ok=['test3', 'test1', SERVER],97 out_words_no=['test0', 'test2', 'test4',98 'unknown', CLIENT])99 def test_test_list_tests_select_two_space(self):100 filtered = [val for val in self.values101 if val['name'] in ['test3', 'test1']]102 self.run_cmd(argv=['atest', 'test', 'list', 'test3', 'test1'],103 rpcs=[('get_tests', {'name__in': ['test1', 'test3'],104 'experimental': False},105 True, filtered)],106 out_words_ok=['test3', 'test1', SERVER],107 out_words_no=['test0', 'test2', 'test4',108 'unknown', CLIENT])109 def test_test_list_tests_all_verbose(self):110 self.run_cmd(argv=['atest', 'test', 'list', '-v'],111 rpcs=[('get_tests', {'experimental': False},112 True, self.values)],113 out_words_ok=['test0', 'test1', 'test2',114 'test3', 'test4', 'client/tests',115 'server/tests'],116 out_words_no=['Random'])117 def test_test_list_tests_all_desc(self):118 self.run_cmd(argv=['atest', 'test', 'list', '-d'],119 rpcs=[('get_tests', {'experimental': False},120 True, self.values)],121 out_words_ok=['test0', 'test1', 'test2',122 'test3', 'test4', 'unknown', 'Random'],123 out_words_no=['client/tests', 'server/tests'])124 def test_test_list_tests_all_desc_verbose(self):125 self.run_cmd(argv=['atest', 'test', 'list', '-d', '-v'],126 rpcs=[('get_tests', {'experimental': False},127 True, self.values)],128 out_words_ok=['test0', 'test1', 'test2',129 'test3', 'test4', 'client/tests',130 'server/tests', 'unknown', 'Random' ])131if __name__ == '__main__':...
uniterrorcharsets.py
Source:uniterrorcharsets.py
1#!/usr/bin/env python2import sys3import bots.botslib as botslib4import bots.botsglobal as botsglobal5import bots.botsinit as botsinit6'''7no plugin needed.8run in commandline.9should give no errors.10utf-16 etc are reported.11'''12def testraise(expect,msg2,*args,**kwargs):13 try:14 raise botslib.BotsError(msg2,*args,**kwargs)15 except Exception, msg:16 if not isinstance(msg,unicode):17 msg = unicode(msg)18 #~ print 'not unicode',type(msg),expect19 #~ print 'Error xxx\n',msg20 if expect:21 if unicode(expect) != msg.strip():22 print expect,'(expected)'23 print msg,'(received)'24 txt = botslib.txtexc()25 if not isinstance(txt,unicode):26 print 'Error txt\n',txt27 28# .decode(): bytes->unicode29# .encode(): unicode -> bytes30def testrun():31 print '\n'32 #normal, valid handling33 testraise('','',{'test1':'test1','test2':'test2','test3':'test3'})34 testraise('0test','0test',{'test1':'test1','test2':'test2','test3':'test3'})35 testraise('0test test1 test2','0test %(test1)s %(test2)s %(test4)s',{'test1':'test1','test2':'test2','test3':'test3'})36 testraise('1test test1 test2 test3','1test %(test1)s %(test2)s %(test3)s',{'test1':'test1','test2':'test2','test3':'test3'})37 testraise(u'2test test1 test2 test3',u'2test %(test1)s %(test2)s %(test3)s',{u'test1':u'test1',u'test2':u'test2',u'test3':u'test3'})38 #different inputs in BotsError39 testraise(u'3test','3test')40 testraise(u'4test test1 test2',u'4test %(test1)s %(test2)s %(test3)s',{u'test1':u'test1',u'test2':u'test2'})41 testraise(u'5test test1 test2',u'5test %(test1)s %(test2)s %(test3)s',test1=u'test1',test2=u'test2')42 testraise(u'6test',u'6test %(test1)s %(test2)s %(test3)s',u'test1')43 testraise(u"7test [u'test1', u'test2']",u'7test %(test1)s %(test2)s %(test3)s',test1=[u'test1',u'test2'])44 testraise(u"8test {u'test1': u'test1', u'test2': u'test2'}",u'8test %(test1)s %(test2)s %(test3)s',test1={u'test1':u'test1',u'test2':u'test2'})45 testraise(u"9test [<module 'bots.botslib' from '/home/hje/Bots/botsdev/bots/botslib.pyc'>, <module 'bots.botslib' from '/home/hje/Bots/botsdev/bots/botslib.pyc'>]",46 u'9test %(test1)s %(test2)s %(test3)s',test1=[botslib,botslib])47 #different charsets in BotsError48 testraise(u'12test test1 test2 test3',u'12test %(test1)s %(test2)s %(test3)s',{u'test1':u'test1',u'test2':u'test2',u'test3':u'test3'})49 testraise(u'13test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 test2\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 test3\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202',50 u'13test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 %(test1)s %(test2)s %(test3)s',51 {u'test1':u'test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202',u'test2':u'test2\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202',u'test3':u'test3\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202'})52 testraise(u'14test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202',53 u'14test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 %(test1)s'.encode('utf_8'),54 {u'test1':u'test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202'.encode('utf_8')})55 testraise(u'15test test1',56 u'15test %(test1)s',57 {u'test1':u'test1'.encode('utf_16')})58 testraise(u'16test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202',59 u'16test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 %(test1)s',60 {u'test1':u'test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202'.encode('utf_16')})61 testraise(u'17test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202',62 u'17test\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202 %(test1)s',63 {u'test1':u'test1\u00E9\u00EB\u00FA\u00FB\u00FC\u0103\u0178\u01A1\u0202'.encode('utf_32')})64 testraise(u'18test\u00E9\u00EB\u00FA\u00FB\u00FC test1\u00E9\u00EB\u00FA\u00FB\u00FC',65 u'18test\u00E9\u00EB\u00FA\u00FB\u00FC %(test1)s',66 {u'test1':u'test1\u00E9\u00EB\u00FA\u00FB\u00FC'.encode('latin_1')})67 testraise(u'19test test1',68 u'19test %(test1)s',69 {u'test1':u'test1'.encode('cp500')})70 testraise(u'20test test1',71 u'20test %(test1)s',72 {u'test1':u'test1'.encode('euc_jp')})73 #make utf-8 unicode string,many chars74 l = []75 for i in xrange(0,pow(256,2)):76 l.append(unichr(i))77 s = u''.join(l)78 print type(s)79 testraise(u'',s)80 #~ print type(s)81 s2 = s.encode('utf-8')82 print type(s2)83 testraise(u'',s2)84 85 #make iso-8859-1 string,many chars86 l = []87 for i in range(0,256):88 l.append(chr(i))89 s = ''.join(l)90 print type(s)91 #~ print s92 testraise(u'',s)93 s2 = s.decode('latin_1')94 print type(s2)95 testraise(u'',s2)96if __name__ == '__main__':97 botsinit.generalinit('config')98 botsinit.initbotscharsets()99 botsglobal.logger = botsinit.initenginelogging('engine')100 botsglobal.ini.set('settings','debug','False')101 testrun()102 botsglobal.ini.set('settings','debug','True')103 testrun()...
testsealable.py
Source:testsealable.py
...116 m.test1.test2.test3.test4.boom117 self.assertIn("mock_name.test1.test2.test3.test4.boom", str(cm.exception))118 def test_call_chain_is_maintained(self):119 m = mock.Mock()120 m.test1().test2.test3().test4121 mock.seal(m)122 with self.assertRaises(AttributeError) as cm:123 m.test1().test2.test3().test4()124 self.assertIn("mock.test1().test2.test3().test4", str(cm.exception))125if __name__ == "__main__":...
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