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Bug#1103095: marked as done (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)



Your message dated Mon, 14 Apr 2025 13:35:53 +0000
with message-id <E1u4Jyb-0034Y9-6j@fasolo.debian.org>
and subject line Bug#1103095: fixed in tiny-dnn 1.0.0a3+ds-5
has caused the Debian Bug report #1103095,
regarding 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
to be marked as done.

This means that you claim that the problem has been dealt with.
If this is not the case it is now your responsibility to reopen the
Bug report if necessary, and/or fix the problem forthwith.

(NB: If you are a system administrator and have no idea what this
message is talking about, this may indicate a serious mail system
misconfiguration somewhere. Please contact owner@bugs.debian.org
immediately.)


-- 
1103095: https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=1103095
Debian Bug Tracking System
Contact owner@bugs.debian.org with problems
--- Begin Message ---
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.

--- End Message ---
--- Begin Message ---
Source: tiny-dnn
Source-Version: 1.0.0a3+ds-5
Done: Andrius Merkys <merkys@debian.org>

We believe that the bug you reported is fixed in the latest version of
tiny-dnn, which is due to be installed in the Debian FTP archive.

A summary of the changes between this version and the previous one is
attached.

Thank you for reporting the bug, which will now be closed.  If you
have further comments please address them to 1103095@bugs.debian.org,
and the maintainer will reopen the bug report if appropriate.

Debian distribution maintenance software
pp.
Andrius Merkys <merkys@debian.org> (supplier of updated tiny-dnn package)

(This message was generated automatically at their request; if you
believe that there is a problem with it please contact the archive
administrators by mailing ftpmaster@ftp-master.debian.org)


-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA512

Format: 1.8
Date: Mon, 14 Apr 2025 09:15:27 -0400
Source: tiny-dnn
Architecture: source
Version: 1.0.0a3+ds-5
Distribution: unstable
Urgency: medium
Maintainer: Debian Deep Learning Team <debian-ai@lists.debian.org>
Changed-By: Andrius Merkys <merkys@debian.org>
Closes: 1103095
Changes:
 tiny-dnn (1.0.0a3+ds-5) unstable; urgency=medium
 .
   * Do not build tests on i386 (Closes: #1103095)
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 2a816358193181d7a474d2d0b4643ffac40419c1de92dc59ac1d8f400a887805 4760 tiny-dnn_1.0.0a3+ds-5.debian.tar.xz
 fc361c459efd1d8fabd710d9f2abc66628b780cc67effc70fbc1f6fa1989bc46 10823 tiny-dnn_1.0.0a3+ds-5_source.buildinfo
Files:
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 69b3b22adf9f5fd332da21112ce7fc59 4760 science optional tiny-dnn_1.0.0a3+ds-5.debian.tar.xz
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--- End Message ---

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