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Bug#1103095: tiny-dnn: FTBFS in testing/i386: dh_auto_test: error: cd obj-i686-linux-gnu && make -j8 test ARGS\+=--verbose ARGS\+=-j8 run_tests returned exit code 2



Source: tiny-dnn
Version: 1.0.0a3+ds-4
Severity: serious
Justification: FTBFS
Tags: trixie sid ftbfs
User: lucas@debian.org
Usertags: ftbfs-20250414 ftbfs-trixie

Hi,

During a rebuild of all packages in testing (trixie), your package failed
to build on i386.


Relevant part (hopefully):
> make[5]: Entering directory '/build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu'
> cd /build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu/test && /usr/bin/ctest
> Test project /build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu/test
> Connected to MAKE jobserver
>     Start 1: all_tests
> 1/1 Test #1: all_tests ........................***Failed  689.58 sec
> [==========] Running 209 tests from 24 test suites.
> [----------] Global test environment set-up.
> [----------] 14 tests from serialization
> [ RUN      ] serialization.serialize_conv
> [       OK ] serialization.serialize_conv (0 ms)
> [ RUN      ] serialization.serialize_maxpool
> [       OK ] serialization.serialize_maxpool (0 ms)
> [ RUN      ] serialization.serialize_avepool
> [       OK ] serialization.serialize_avepool (0 ms)
> [ RUN      ] serialization.serialize_batchnorm
> [       OK ] serialization.serialize_batchnorm (0 ms)
> [ RUN      ] serialization.serialize_concat
> [       OK ] serialization.serialize_concat (0 ms)
> [ RUN      ] serialization.serialize_dropout
> [       OK ] serialization.serialize_dropout (0 ms)
> [ RUN      ] serialization.serialize_fully
> [       OK ] serialization.serialize_fully (0 ms)
> [ RUN      ] serialization.serialize_lrn
> [       OK ] serialization.serialize_lrn (0 ms)
> [ RUN      ] serialization.serialize_power
> [       OK ] serialization.serialize_power (0 ms)
> [ RUN      ] serialization.serialize_slice
> [       OK ] serialization.serialize_slice (0 ms)
> [ RUN      ] serialization.sequential_to_json
> [       OK ] serialization.sequential_to_json (0 ms)
> [ RUN      ] serialization.sequential_model
> [       OK ] serialization.sequential_model (0 ms)
> [ RUN      ] serialization.sequential_weights
> [       OK ] serialization.sequential_weights (1 ms)
> [ RUN      ] serialization.graph_model_and_weights
> [       OK ] serialization.graph_model_and_weights (0 ms)
> [----------] 14 tests from serialization (2 ms total)
> 
> [----------] 31 tests from network
> [ RUN      ] network.construct_sequential_by_local_variables
> [       OK ] network.construct_sequential_by_local_variables (0 ms)
> [ RUN      ] network.construct_sequential_by_temporary_variables
> [       OK ] network.construct_sequential_by_temporary_variables (0 ms)
> [ RUN      ] network.construct_sequential_by_shared_ptr
> [       OK ] network.construct_sequential_by_shared_ptr (0 ms)
> [ RUN      ] network.construct_multi_by_local_variables
> [       OK ] network.construct_multi_by_local_variables (1 ms)
> [ RUN      ] network.construct_multi_by_temporary_variables
> [       OK ] network.construct_multi_by_temporary_variables (1 ms)
> [ RUN      ] network.in_dim
> [       OK ] network.in_dim (0 ms)
> [ RUN      ] network.out_dim
> [       OK ] network.out_dim (0 ms)
> [ RUN      ] network.name
> [       OK ] network.name (0 ms)
> [ RUN      ] network.add
> [       OK ] network.add (0 ms)
> [ RUN      ] network.manual_init
> [       OK ] network.manual_init (0 ms)
> [ RUN      ] network.train_predict
> [       OK ] network.train_predict (1619 ms)
> [ RUN      ] network.set_netphase
> [       OK ] network.set_netphase (0 ms)
> [ RUN      ] network.test
> [       OK ] network.test (47 ms)
> [ RUN      ] network.get_loss
> [       OK ] network.get_loss (0 ms)
> [ RUN      ] network.at
> [       OK ] network.at (0 ms)
> [ RUN      ] network.bracket_operator
> [       OK ] network.bracket_operator (0 ms)
> [ RUN      ] network.weight_init
> [       OK ] network.weight_init (1 ms)
> [ RUN      ] network.weight_init_per_layer
> [       OK ] network.weight_init_per_layer (1 ms)
> [ RUN      ] network.bias_init
> [       OK ] network.bias_init (0 ms)
> [ RUN      ] network.bias_init_per_layer
> [       OK ] network.bias_init_per_layer (0 ms)
> [ RUN      ] network.gradient_check
> [       OK ] network.gradient_check (1517 ms)
> [ RUN      ] network.gradient_check2
> [       OK ] network.gradient_check2 (1444 ms)
> [ RUN      ] network.gradient_check3
> [       OK ] network.gradient_check3 (1309 ms)
> [ RUN      ] network.gradient_check4
> [       OK ] network.gradient_check4 (1689 ms)
> [ RUN      ] network.gradient_check5
> [       OK ] network.gradient_check5 (19539 ms)
> [ RUN      ] network.gradient_check6
> [       OK ] network.gradient_check6 (11811 ms)
> [ RUN      ] network.gradient_check7
> [       OK ] network.gradient_check7 (11786 ms)
> [ RUN      ] network.gradient_check8
> [       OK ] network.gradient_check8 (12801 ms)
> [ RUN      ] network.gradient_check9
> [       OK ] network.gradient_check9 (12355 ms)
> [ RUN      ] network.read_write
> [       OK ] network.read_write (64 ms)
> [ RUN      ] network.trainable
> [       OK ] network.trainable (2 ms)
> [----------] 31 tests from network (76000 ms total)
> 
> [----------] 7 tests from ave_pool
> [ RUN      ] ave_pool.gradient_check
> [       OK ] ave_pool.gradient_check (393 ms)
> [ RUN      ] ave_pool.gradient_check2
> [       OK ] ave_pool.gradient_check2 (313 ms)
> [ RUN      ] ave_pool.gradient_check3
> [       OK ] ave_pool.gradient_check3 (266 ms)
> [ RUN      ] ave_pool.gradient_check4
> [       OK ] ave_pool.gradient_check4 (10 ms)
> [ RUN      ] ave_pool.forward
> [       OK ] ave_pool.forward (0 ms)
> [ RUN      ] ave_pool.forward_stride
> [       OK ] ave_pool.forward_stride (0 ms)
> [ RUN      ] ave_pool.read_write
> [       OK ] ave_pool.read_write (21 ms)
> [----------] 7 tests from ave_pool (1005 ms total)
> 
> [----------] 2 tests from dropout
> [ RUN      ] dropout.randomized
> [       OK ] dropout.randomized (0 ms)
> [ RUN      ] dropout.read_write
> [       OK ] dropout.read_write (0 ms)
> [----------] 2 tests from dropout (0 ms total)
> 
> [----------] 12 tests from max_pool
> [ RUN      ] max_pool.read_write
> [       OK ] max_pool.read_write (7 ms)
> [ RUN      ] max_pool.forward
> [       OK ] max_pool.forward (0 ms)
> [ RUN      ] max_pool.setup_internal
> [       OK ] max_pool.setup_internal (0 ms)
> [ RUN      ] max_pool.forward_stride_internal
> [       OK ] max_pool.forward_stride_internal (0 ms)
> [ RUN      ] max_pool.forward_padding_same
> [       OK ] max_pool.forward_padding_same (0 ms)
> [ RUN      ] max_pool.forward_stride_x
> [       OK ] max_pool.forward_stride_x (0 ms)
> [ RUN      ] max_pool.forward_stride_y
> [       OK ] max_pool.forward_stride_y (0 ms)
> [ RUN      ] max_pool.forward_stride
> [       OK ] max_pool.forward_stride (0 ms)
> [ RUN      ] max_pool.backward
> [       OK ] max_pool.backward (0 ms)
> [ RUN      ] max_pool.serialization
> [       OK ] max_pool.serialization (0 ms)
> [ RUN      ] max_pool.serialization_stride
> [       OK ] max_pool.serialization_stride (0 ms)
> [ RUN      ] max_pool.serialization_padding
> [       OK ] max_pool.serialization_padding (0 ms)
> [----------] 12 tests from max_pool (11 ms total)
> 
> [----------] 6 tests from fully_connected
> [ RUN      ] fully_connected.train
> [       OK ] fully_connected.train (826 ms)
> [ RUN      ] fully_connected.train2
> [       OK ] fully_connected.train2 (2523 ms)
> [ RUN      ] fully_connected.gradient_check
> [       OK ] fully_connected.gradient_check (2976 ms)
> [ RUN      ] fully_connected.read_write
> [       OK ] fully_connected.read_write (12 ms)
> [ RUN      ] fully_connected.forward
> [       OK ] fully_connected.forward (0 ms)
> [ RUN      ] fully_connected.forward_nobias
> [       OK ] fully_connected.forward_nobias (0 ms)
> [----------] 6 tests from fully_connected (6340 ms total)
> 
> [----------] 29 tests from convolutional
> [ RUN      ] convolutional.setup_internal
> [       OK ] convolutional.setup_internal (0 ms)
> [ RUN      ] convolutional.fprop
> [       OK ] convolutional.fprop (0 ms)
> [ RUN      ] convolutional.with_stride
> [       OK ] convolutional.with_stride (0 ms)
> [ RUN      ] convolutional.fprop_avx
> [       OK ] convolutional.fprop_avx (0 ms)
> [ RUN      ] convolutional.bprop_avx
> [       OK ] convolutional.bprop_avx (1 ms)
> [ RUN      ] convolutional.fprop_avx_1x1out
> [       OK ] convolutional.fprop_avx_1x1out (0 ms)
> [ RUN      ] convolutional.bprop_avx_1x1out
> [       OK ] convolutional.bprop_avx_1x1out (1 ms)
> [ RUN      ] convolutional.fprop_avx_hstride
> [       OK ] convolutional.fprop_avx_hstride (0 ms)
> [ RUN      ] convolutional.bprop_avx_hstride
> [       OK ] convolutional.bprop_avx_hstride (4 ms)
> [ RUN      ] convolutional.fprop_avx_hstride_1x1out
> [       OK ] convolutional.fprop_avx_hstride_1x1out (0 ms)
> [ RUN      ] convolutional.bprop_avx_hstride_1x1out
> [       OK ] convolutional.bprop_avx_hstride_1x1out (1 ms)
> [ RUN      ] convolutional.fprop_avx_wstride
> [       OK ] convolutional.fprop_avx_wstride (0 ms)
> [ RUN      ] convolutional.bprop_avx_wstride
> [       OK ] convolutional.bprop_avx_wstride (1 ms)
> [ RUN      ] convolutional.gradient_check
> [       OK ] convolutional.gradient_check (46 ms)
> [ RUN      ] convolutional.gradient_check2
> [       OK ] convolutional.gradient_check2 (43 ms)
> [ RUN      ] convolutional.gradient_check3
> [       OK ] convolutional.gradient_check3 (61 ms)
> [ RUN      ] convolutional.gradient_check4
> [       OK ] convolutional.gradient_check4 (60 ms)
> [ RUN      ] convolutional.gradient_check5
> [       OK ] convolutional.gradient_check5 (44 ms)
> [ RUN      ] convolutional.gradient_check6
> [       OK ] convolutional.gradient_check6 (48 ms)
> [ RUN      ] convolutional.gradient_check7
> [       OK ] convolutional.gradient_check7 (39 ms)
> [ RUN      ] convolutional.gradient_check8_pad_same
> [       OK ] convolutional.gradient_check8_pad_same (88 ms)
> [ RUN      ] convolutional.gradient_check9_w_stride
> [       OK ] convolutional.gradient_check9_w_stride (2 ms)
> [ RUN      ] convolutional.gradient_check10_h_stride
> [       OK ] convolutional.gradient_check10_h_stride (1 ms)
> [ RUN      ] convolutional.gradient_check11_connection_tbl
> [       OK ] convolutional.gradient_check11_connection_tbl (143 ms)
> [ RUN      ] convolutional.gradient_check12_pad_same
> [       OK ] convolutional.gradient_check12_pad_same (3823 ms)
> [ RUN      ] convolutional.read_write
> [       OK ] convolutional.read_write (0 ms)
> [ RUN      ] convolutional.read_write2
> [       OK ] convolutional.read_write2 (1 ms)
> [ RUN      ] convolutional.copy_and_pad_input_same
> [       OK ] convolutional.copy_and_pad_input_same (0 ms)
> [ RUN      ] convolutional.copy_and_unpad_delta_same
> [       OK ] convolutional.copy_and_unpad_delta_same (0 ms)
> [----------] 29 tests from convolutional (4418 ms total)
> 
> [----------] 7 tests from target_cost
> [ RUN      ] target_cost.calculate_label_counts
> [       OK ] target_cost.calculate_label_counts (0 ms)
> [ RUN      ] target_cost.get_sample_weight_for_balanced_target_cost
> ./test/test_target_cost.h:43: Failure
> The difference between expected_product and actual_product is 5.9604644775390625e-06, which exceeds 1e-6, where
> expected_product evaluates to 277.74998545646667,
> actual_product evaluates to 277.74999141693115, and
> 1e-6 evaluates to 9.9999999999999995e-07.
> 
> ./test/test_target_cost.h:43: Failure
> The difference between expected_product and actual_product is 1.0728836059570312e-05, which exceeds 1e-6, where
> expected_product evaluates to 277.74998545646667,
> actual_product evaluates to 277.74999618530273, and
> 1e-6 evaluates to 9.9999999999999995e-07.
> 
> ./test/test_target_cost.h:43: Failure
> The difference between expected_product and actual_product is 1.4543533325195312e-05, which exceeds 1e-6, where
> expected_product evaluates to 277.74998545646667,
> actual_product evaluates to 277.75, and
> 1e-6 evaluates to 9.9999999999999995e-07.
> 
> [  FAILED  ] target_cost.get_sample_weight_for_balanced_target_cost (0 ms)
> [ RUN      ] target_cost.create_balanced_target_cost_0
> [       OK ] target_cost.create_balanced_target_cost_0 (0 ms)
> [ RUN      ] target_cost.create_balanced_target_cost_1
> [       OK ] target_cost.create_balanced_target_cost_1 (0 ms)
> [ RUN      ] target_cost.create_balanced_target_cost_0_5
> [       OK ] target_cost.create_balanced_target_cost_0_5 (0 ms)
> [ RUN      ] target_cost.train_unbalanced_data_1dim
> [       OK ] target_cost.train_unbalanced_data_1dim (292422 ms)
> [ RUN      ] target_cost.train_unbalanced_data
> [       OK ] target_cost.train_unbalanced_data (300668 ms)
> [----------] 7 tests from target_cost (593091 ms total)
> 
> [----------] 1 test from test_large_thread_count
> [ RUN      ] test_large_thread_count.test_large_thread_count
> [       OK ] test_large_thread_count.test_large_thread_count (111 ms)
> [----------] 1 test from test_large_thread_count (111 ms total)
> 
> [----------] 2 tests from lrn
> [ RUN      ] lrn.cross
> [       OK ] lrn.cross (0 ms)
> [ RUN      ] lrn.read_write
> [       OK ] lrn.read_write (1 ms)
> [----------] 2 tests from lrn (1 ms total)
> 
> [----------] 3 tests from batchnorm
> [ RUN      ] batchnorm.gradient_check
> [       OK ] batchnorm.gradient_check (0 ms)
> [ RUN      ] batchnorm.forward
> [       OK ] batchnorm.forward (0 ms)
> [ RUN      ] batchnorm.read_write
> [       OK ] batchnorm.read_write (1 ms)
> [----------] 3 tests from batchnorm (2 ms total)
> 
> [----------] 4 tests from nodes
> [ RUN      ] nodes.sequential
> [       OK ] nodes.sequential (0 ms)
> [ RUN      ] nodes.graph_no_branch
> [       OK ] nodes.graph_no_branch (0 ms)
> [ RUN      ] nodes.graph_branch
> [       OK ] nodes.graph_branch (0 ms)
> [ RUN      ] nodes.graph_branch2
> [       OK ] nodes.graph_branch2 (0 ms)
> [----------] 4 tests from nodes (0 ms total)
> 
> [----------] 5 tests from core
> [ RUN      ] core.device
> [INFO] Initializing Non-OpenCL device ...
> [INFO] Initializing Non-OpenCL device ... OK
> [       OK ] core.device (0 ms)
> [ RUN      ] core.add_bad_device
> [INFO] Initializing Non-OpenCL device ...
> [INFO] Initializing Non-OpenCL device ... OK
> [       OK ] core.add_bad_device (0 ms)
> [ RUN      ] core.add_bad_layer
> [       OK ] core.add_bad_layer (0 ms)
> [ RUN      ] core.device_add_op
> [       OK ] core.device_add_op (0 ms)
> [ RUN      ] core.ocl_conv
> [       OK ] core.ocl_conv (0 ms)
> [----------] 5 tests from core (0 ms total)
> 
> [----------] 1 test from models
> [ RUN      ] models.alexnet
> [       OK ] models.alexnet (1412 ms)
> [----------] 1 test from models (1412 ms total)
> 
> [----------] 2 tests from slice
> [ RUN      ] slice.forward_data
> [       OK ] slice.forward_data (0 ms)
> [ RUN      ] slice.forward_channels
> [       OK ] slice.forward_channels (0 ms)
> [----------] 2 tests from slice (0 ms total)
> 
> [----------] 1 test from concat
> [ RUN      ] concat.forward_data
> [       OK ] concat.forward_data (0 ms)
> [----------] 1 test from concat (0 ms total)
> 
> [----------] 2 tests from power
> [ RUN      ] power.forward
> [       OK ] power.forward (0 ms)
> [ RUN      ] power.gradient_check
> [       OK ] power.gradient_check (7166 ms)
> [----------] 2 tests from power (7167 ms total)
> 
> [----------] 10 tests from quantization_utils
> [ RUN      ] quantization_utils.float_to_quantized
> [       OK ] quantization_utils.float_to_quantized (0 ms)
> [ RUN      ] quantization_utils.quantized_to_float
> [       OK ] quantization_utils.quantized_to_float (0 ms)
> [ RUN      ] quantization_utils.avoid_bias
> [       OK ] quantization_utils.avoid_bias (0 ms)
> [ RUN      ] quantization_utils.requantize_in_new_range
> [       OK ] quantization_utils.requantize_in_new_range (0 ms)
> [ RUN      ] quantization_utils.requantize_in_new_range_real_data
> [       OK ] quantization_utils.requantize_in_new_range_real_data (0 ms)
> [ RUN      ] quantization_utils.requantize_in_new_range_32_to_8bit
> [       OK ] quantization_utils.requantize_in_new_range_32_to_8bit (0 ms)
> [ RUN      ] quantization_utils.requantize_many_in_new_range_32_to_8bit
> [       OK ] quantization_utils.requantize_many_in_new_range_32_to_8bit (0 ms)
> [ RUN      ] quantization_utils.float_tensor_to_quantized
> [       OK ] quantization_utils.float_tensor_to_quantized (0 ms)
> [ RUN      ] quantization_utils.quantized_tensor_to_float
> ./test/test_quantization.h:238: Failure
> Expected equality of these values:
>   expected[value_index]
>     Which is: 0
>   output[value_index]
>     Which is: -1.77635684e-15
> 
> [  FAILED  ] quantization_utils.quantized_tensor_to_float (0 ms)
> [ RUN      ] quantization_utils.quantize_down_and_shrink_range
> [       OK ] quantization_utils.quantize_down_and_shrink_range (0 ms)
> [----------] 10 tests from quantization_utils (0 ms total)
> 
> [----------] 2 tests from quantized_convolutional
> [ RUN      ] quantized_convolutional.setup_internal
> [       OK ] quantized_convolutional.setup_internal (0 ms)
> [ RUN      ] quantized_convolutional.fprop
> [       OK ] quantized_convolutional.fprop (0 ms)
> [----------] 2 tests from quantized_convolutional (0 ms total)
> 
> [----------] 2 tests from quantized_deconvolutional
> [ RUN      ] quantized_deconvolutional.setup_internal
> [       OK ] quantized_deconvolutional.setup_internal (0 ms)
> [ RUN      ] quantized_deconvolutional.fprop
> [       OK ] quantized_deconvolutional.fprop (0 ms)
> [----------] 2 tests from quantized_deconvolutional (0 ms total)
> 
> [----------] 2 tests from quantized_fully_connected
> [ RUN      ] quantized_fully_connected.forward
> [       OK ] quantized_fully_connected.forward (0 ms)
> [ RUN      ] quantized_fully_connected.forward_nobias
> [       OK ] quantized_fully_connected.forward_nobias (0 ms)
> [----------] 2 tests from quantized_fully_connected (1 ms total)
> 
> [----------] 36 tests from tensor
> [ RUN      ] tensor.constructors
> [       OK ] tensor.constructors (0 ms)
> [ RUN      ] tensor.shape
> [       OK ] tensor.shape (0 ms)
> [ RUN      ] tensor.size
> [       OK ] tensor.size (0 ms)
> [ RUN      ] tensor.check_bounds
> [       OK ] tensor.check_bounds (0 ms)
> [ RUN      ] tensor.access_data1
> [       OK ] tensor.access_data1 (0 ms)
> [ RUN      ] tensor.access_data2
> [       OK ] tensor.access_data2 (0 ms)
> [ RUN      ] tensor.access_data3
> [       OK ] tensor.access_data3 (0 ms)
> [ RUN      ] tensor.access_data4
> [       OK ] tensor.access_data4 (0 ms)
> [ RUN      ] tensor.access_data5
> [       OK ] tensor.access_data5 (0 ms)
> [ RUN      ] tensor.access_data6
> [       OK ] tensor.access_data6 (0 ms)
> [ RUN      ] tensor.access_data7
> [       OK ] tensor.access_data7 (0 ms)
> [ RUN      ] tensor.access_data8
> [       OK ] tensor.access_data8 (0 ms)
> [ RUN      ] tensor.access_data9
> [       OK ] tensor.access_data9 (0 ms)
> [ RUN      ] tensor.access_data10
> [       OK ] tensor.access_data10 (0 ms)
> [ RUN      ] tensor.access_data11
> [       OK ] tensor.access_data11 (0 ms)
> [ RUN      ] tensor.fill
> [       OK ] tensor.fill (0 ms)
> [ RUN      ] tensor.add1
> [       OK ] tensor.add1 (0 ms)
> [ RUN      ] tensor.add2a
> [       OK ] tensor.add2a (0 ms)
> [ RUN      ] tensor.add2b
> [       OK ] tensor.add2b (0 ms)
> [ RUN      ] tensor.add3
> [       OK ] tensor.add3 (0 ms)
> [ RUN      ] tensor.sub1
> [       OK ] tensor.sub1 (0 ms)
> [ RUN      ] tensor.sub2a
> [       OK ] tensor.sub2a (0 ms)
> [ RUN      ] tensor.sub2b
> [       OK ] tensor.sub2b (0 ms)
> [ RUN      ] tensor.sub3
> [       OK ] tensor.sub3 (0 ms)
> [ RUN      ] tensor.mul1
> [       OK ] tensor.mul1 (0 ms)
> [ RUN      ] tensor.mul2a
> [       OK ] tensor.mul2a (0 ms)
> [ RUN      ] tensor.mul2b
> [       OK ] tensor.mul2b (0 ms)
> [ RUN      ] tensor.mul3
> [       OK ] tensor.mul3 (0 ms)
> [ RUN      ] tensor.div1
> [       OK ] tensor.div1 (0 ms)
> [ RUN      ] tensor.div2a
> [       OK ] tensor.div2a (1 ms)
> [ RUN      ] tensor.div2b
> [       OK ] tensor.div2b (0 ms)
> [ RUN      ] tensor.div3
> [       OK ] tensor.div3 (0 ms)
> [ RUN      ] tensor.div4
> [       OK ] tensor.div4 (0 ms)
> [ RUN      ] tensor.div5
> [       OK ] tensor.div5 (0 ms)
> [ RUN      ] tensor.sqrt1
> [       OK ] tensor.sqrt1 (0 ms)
> [ RUN      ] tensor.sqrt2
> [       OK ] tensor.sqrt2 (0 ms)
> [----------] 36 tests from tensor (9 ms total)
> 
> [----------] 27 tests from image
> [ RUN      ] image.default_ctor_uint8
> [       OK ] image.default_ctor_uint8 (0 ms)
> [ RUN      ] image.default_ctor_float
> [       OK ] image.default_ctor_float (0 ms)
> [ RUN      ] image.copy_ctor
> [       OK ] image.copy_ctor (0 ms)
> [ RUN      ] image.create_from_array_uint8
> [       OK ] image.create_from_array_uint8 (0 ms)
> [ RUN      ] image.create_from_array_float
> [       OK ] image.create_from_array_float (0 ms)
> [ RUN      ] image.create_zero_filled_uint8
> [       OK ] image.create_zero_filled_uint8 (0 ms)
> [ RUN      ] image.create_zero_filled_float
> [       OK ] image.create_zero_filled_float (0 ms)
> [ RUN      ] image.copy
> [       OK ] image.copy (0 ms)
> [ RUN      ] image.read_png_1bit
> [       OK ] image.read_png_1bit (0 ms)
> [ RUN      ] image.read_png_2bit
> [       OK ] image.read_png_2bit (0 ms)
> [ RUN      ] image.read_png_4bit
> [       OK ] image.read_png_4bit (0 ms)
> [ RUN      ] image.read_png_8bit
> [       OK ] image.read_png_8bit (0 ms)
> [ RUN      ] image.read_png_8bit_gray2bgr
> [       OK ] image.read_png_8bit_gray2bgr (0 ms)
> [ RUN      ] image.read_png_8bit_rgba
> [       OK ] image.read_png_8bit_rgba (0 ms)
> [ RUN      ] image.read_png_8bit_rgba2gray
> [       OK ] image.read_png_8bit_rgba2gray (0 ms)
> [ RUN      ] image.read_bmp_8bit
> [       OK ] image.read_bmp_8bit (0 ms)
> [ RUN      ] image.read_bmp_8bit_rgb2gray
> [       OK ] image.read_bmp_8bit_rgb2gray (0 ms)
> [ RUN      ] image.read_bmp_24bit
> [       OK ] image.read_bmp_24bit (0 ms)
> [ RUN      ] image.read_bmp_24bit_rgb2gray
> [       OK ] image.read_bmp_24bit_rgb2gray (0 ms)
> [ RUN      ] image.resize
> [       OK ] image.resize (0 ms)
> [ RUN      ] image.empty
> [       OK ] image.empty (0 ms)
> [ RUN      ] image.fill
> [       OK ] image.fill (0 ms)
> [ RUN      ] image.fromrgb
> [       OK ] image.fromrgb (0 ms)
> [ RUN      ] image.torgb
> [       OK ] image.torgb (0 ms)
> [ RUN      ] image.mean_image
> [       OK ] image.mean_image (0 ms)
> [ RUN      ] image.subtract_scalar
> [       OK ] image.subtract_scalar (0 ms)
> [ RUN      ] image.subtract_image
> [       OK ] image.subtract_image (0 ms)
> [----------] 27 tests from image (1 ms total)
> 
> [----------] 1 test from no_duplicate_symbols
> [ RUN      ] no_duplicate_symbols.no_duplicate_symbols
> [       OK ] no_duplicate_symbols.no_duplicate_symbols (0 ms)
> [----------] 1 test from no_duplicate_symbols (0 ms total)
> 
> [----------] Global test environment tear-down
> [==========] 209 tests from 24 test suites ran. (689579 ms total)
> [  PASSED  ] 207 tests.
> [  FAILED  ] 2 tests, listed below:
> [  FAILED  ] target_cost.get_sample_weight_for_balanced_target_cost
> [  FAILED  ] quantization_utils.quantized_tensor_to_float
> 
>  2 FAILED TESTS
> 
> 
> 0% tests passed, 1 tests failed out of 1
> 
> Total Test time (real) = 689.59 sec
> 
> The following tests FAILED:
> 	  1 - all_tests (Failed)
> Errors while running CTest
> make[5]: *** [test/CMakeFiles/run_tests.dir/build.make:73: test/CMakeFiles/run_tests] Error 8
> make[5]: Leaving directory '/build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu'
> make[4]: *** [CMakeFiles/Makefile2:1157: test/CMakeFiles/run_tests.dir/all] Error 2
> make[4]: Leaving directory '/build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu'
> make[3]: *** [CMakeFiles/Makefile2:1164: test/CMakeFiles/run_tests.dir/rule] Error 2
> make[3]: Leaving directory '/build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu'
> make[2]: *** [Makefile:575: run_tests] Error 2
> make[2]: Leaving directory '/build/reproducible-path/tiny-dnn-1.0.0a3+ds/obj-i686-linux-gnu'
> dh_auto_test: error: cd obj-i686-linux-gnu && make -j8 test ARGS\+=--verbose ARGS\+=-j8 run_tests returned exit code 2


The full build log is available from:
http://qa-logs.debian.net/2025/04/14/tiny-dnn_1.0.0a3+ds-4_testing-i386.log

All bugs filed during this archive rebuild are listed at:
https://bugs.debian.org/cgi-bin/pkgreport.cgi?tag=ftbfs-20250414;users=lucas@debian.org
or:
https://udd.debian.org/bugs/?release=na&merged=ign&fnewerval=7&flastmodval=7&fusertag=only&fusertagtag=ftbfs-20250414&fusertaguser=lucas@debian.org&allbugs=1&cseverity=1&ctags=1&caffected=1#results

A list of current common problems and possible solutions is available at
http://wiki.debian.org/qa.debian.org/FTBFS . You're welcome to contribute!

If you reassign this bug to another package, please mark it as 'affects'-ing
this package. See https://www.debian.org/Bugs/server-control#affects

If you fail to reproduce this, please provide a build log and diff it with mine
so that we can identify if something relevant changed in the meantime.


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