13_rtllm_arithmetic / task_02 | verified_adder_16bit
Здесь перечислены все реальные попытки этой модели на одной задаче. По каждой попытке можно увидеть, до какой стадии она дошла, где именно сломалась и какое сообщение об ошибке вернулось из syntax, functional или synthesis.
| sample | run | extract_ok | syntax_ok | functional_ok | openlane_ok | final_success | failure_stage | failure_reason | details |
|---|---|---|---|---|---|---|---|---|---|
| sample_1 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_1
generated.v previewmodule adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire [7:0] sum0;
wire [7:0] sum1;
wire c1;
wire c2;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (sum0),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (sum1),
.Co (c2)
);
assign y = {sum1, sum0};
assign Co = c2;
endmodule
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_1 | run_20260424_212142_473417_af1ca5 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_212142_473417_af1ca5__sample_1
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_1 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_1
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_2 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_2
generated.v previewmodule adder_8bit (
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_2 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_2
generated.v previewmodule adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire [7:0] sum0;
wire [7:0] sum1;
wire c1;
wire c2;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (sum0),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (sum1),
.Co (c2)
);
assign y = {sum1, sum0};
assign Co = c2;
endmodule
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_3 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_3
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_3 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_3
generated.v previewmodule adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire [7:0] sum0;
wire [7:0] sum1;
wire c1;
wire c2;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (sum0),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (sum1),
.Co (c2)
);
assign y = {sum1, sum0};
assign Co = c2;
endmodule
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_4 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_4
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_4 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_4
generated.v previewmodule adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire [7:0] sum0;
wire [7:0] sum1;
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (sum0),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (sum1),
.Co (Co)
);
assign y = {sum1, sum0};
endmodule
module adder_8bit (
input [7:0] a,
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_5 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_5
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_5 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_5
generated.v previewmodule adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire [7:0] sum0;
wire [7:0] sum1;
wire c1;
wire c2;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (sum0),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (sum1),
.Co (c2)
);
assign y = {sum1, sum0};
assign Co = c2;
endmodule
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_6 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_6
generated.v previewmodule adder_8bit (
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_6 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_6
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_7 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_7
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_7 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_7
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_8 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_8
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_8 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_8
generated.v previewmodule adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c8;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c8)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c8),
.y (y[15:8]),
.Co (Co)
);
endmodule
module adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_9 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_9
generated.v previewmodule adder_8bit (
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_9 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_9
generated.v previewmodule adder_8bit (
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit (
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_10 | run_20260424_203453_201510_6e98ce | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_203453_201510_6e98ce__sample_10
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|
| sample_10 | run_20260424_230145_632624_082334 | ok | ok | ok | ok | ok | success | Full pipeline success |
Open detailssample_dir: E:\Work\MIEM\VKR\Analyse\data\model_dataset\models\gpt-5-4-mini\rag_on\benchmarks\rtllm\tasks\rtllm__13_rtllm_arithmetic__task_02\samples\run_20260424_230145_632624_082334__sample_10
generated.v previewmodule adder_8bit(
input [7:0] a,
input [7:0] b,
input Cin,
output [7:0] y,
output Co
);
assign {Co, y} = a + b + Cin;
endmodule
module adder_16bit(
input [15:0] a,
input [15:0] b,
input Cin,
output [15:0] y,
output Co
);
wire c1;
adder_8bit u0 (
.a (a[7:0]),
.b (b[7:0]),
.Cin (Cin),
.y (y[7:0]),
.Co (c1)
);
adder_8bit u1 (
.a (a[15:8]),
.b (b[15:8]),
.Cin (c1),
.y (y[15:8]),
...
functional details[stdout] ===========Your Design Passed=========== synthesis details[error] None outcome{
"llm_ok": true,
"extract_ok": true,
"syntax_ok": true,
"functional_ok": true,
"openlane_ok": true,
"syntax_required": true,
"functional_required": true,
"openlane_required": true,
"final_success": true,
"success": true
}
|