question_ar stringlengths 27 114 | reference_sql stringlengths 29 116 ⌀ | expected_result_json stringlengths 5 61 ⌀ | decision stringclasses 3
values | operation stringclasses 17
values | id stringlengths 11 14 | database_id stringclasses 6
values | database_path stringclasses 6
values | domain stringclasses 3
values | scenario stringclasses 6
values | schema_sql stringclasses 6
values | language stringclasses 1
value | question_provenance stringclasses 1
value | database_provenance stringclasses 1
value | human_native_speaker_reviewed bool 1
class | split stringclasses 1
value |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
في مكتبة الورّاق، كم عدد الفروع؟ | SELECT COUNT(*) FROM bookshop_a | [[3]] | execute | count | bookshop-0001 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد المنتجات؟ | SELECT COUNT(*) FROM bookshop_b | [[4]] | execute | count | bookshop-0002 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات البيع؟ | SELECT COUNT(*) FROM bookshop_c | [[12]] | execute | count | bookshop-0003 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي الكمية في سجلات البيع؟ | SELECT SUM(quantity) FROM bookshop_c | [[30]] | execute | sum | bookshop-0004 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما سعر أغلى منتج بالريال؟ | SELECT MAX(price_sar) FROM bookshop_b | [[50]] | execute | max | bookshop-0005 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما أسماء المنتجات مرتبة حسب المعرّف؟ | SELECT name FROM bookshop_b ORDER BY id | [["معجم"],["أطلس"],["رواية"],["دفتر"]] | execute | projection | bookshop-0006 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما أسماء الفروع التي ليس لديها أي سجل بيع؟ | SELECT a.name FROM bookshop_a a WHERE NOT EXISTS (SELECT 1 FROM bookshop_c c WHERE c.branch_id=a.id) ORDER BY a.id | [["فرع الجنوب"]] | execute | not_exists | bookshop-0007 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي قيمة البيع بالريال لجميع السجلات؟ احسب الكمية مضروبة في سعر المنتج. | SELECT SUM(c.quantity*b.price_sar) FROM bookshop_c c JOIN bookshop_b b ON b.id=c.product_id | [[1200]] | execute | join_sum | bookshop-0008 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، اعرض اسم كل فرع وعدد سجلات البيع فيه، بما في ذلك الفروع التي لا تملك مبيعات، بترتيب معرّف الفرع. | SELECT a.name, COUNT(c.id) FROM bookshop_a a LEFT JOIN bookshop_c c ON c.branch_id=a.id GROUP BY a.id ORDER BY a.id | [["فرع الشمال",6],["فرع الوسط",6],["فرع الجنوب",0]] | execute | left_join_count | bookshop-0009 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات بيع المنتج «معجم»؟ | SELECT COUNT(*) FROM bookshop_c WHERE product_id=1 | [[3]] | execute | filter_count | bookshop-0010 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المنتج «معجم» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE product_id=1 | [[3]] | execute | filter_sum | bookshop-0011 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما سعر المنتج «معجم» بالريال؟ | SELECT price_sar FROM bookshop_b WHERE id=1 | [[20]] | execute | lookup | bookshop-0012 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات بيع المنتج «أطلس»؟ | SELECT COUNT(*) FROM bookshop_c WHERE product_id=2 | [[3]] | execute | filter_count | bookshop-0013 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المنتج «أطلس» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE product_id=2 | [[6]] | execute | filter_sum | bookshop-0014 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما سعر المنتج «أطلس» بالريال؟ | SELECT price_sar FROM bookshop_b WHERE id=2 | [[30]] | execute | lookup | bookshop-0015 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات بيع المنتج «رواية»؟ | SELECT COUNT(*) FROM bookshop_c WHERE product_id=3 | [[3]] | execute | filter_count | bookshop-0016 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المنتج «رواية» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE product_id=3 | [[9]] | execute | filter_sum | bookshop-0017 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما سعر المنتج «رواية» بالريال؟ | SELECT price_sar FROM bookshop_b WHERE id=3 | [[40]] | execute | lookup | bookshop-0018 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات بيع المنتج «دفتر»؟ | SELECT COUNT(*) FROM bookshop_c WHERE product_id=4 | [[3]] | execute | filter_count | bookshop-0019 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المنتج «دفتر» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE product_id=4 | [[12]] | execute | filter_sum | bookshop-0020 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما سعر المنتج «دفتر» بالريال؟ | SELECT price_sar FROM bookshop_b WHERE id=4 | [[50]] | execute | lookup | bookshop-0021 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات البيع في «فرع الشمال»؟ | SELECT COUNT(*) FROM bookshop_c WHERE branch_id=1 | [[6]] | execute | filter_count | bookshop-0022 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المبيعات في «فرع الشمال»؟ اعتبر الإجمالي صفرًا عند عدم وجود سجلات. | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE branch_id=1 | [[12]] | execute | filter_sum | bookshop-0023 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات البيع في «فرع الوسط»؟ | SELECT COUNT(*) FROM bookshop_c WHERE branch_id=2 | [[6]] | execute | filter_count | bookshop-0024 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المبيعات في «فرع الوسط»؟ اعتبر الإجمالي صفرًا عند عدم وجود سجلات. | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE branch_id=2 | [[18]] | execute | filter_sum | bookshop-0025 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، كم عدد سجلات البيع في «فرع الجنوب»؟ | SELECT COUNT(*) FROM bookshop_c WHERE branch_id=3 | [[0]] | execute | filter_count | bookshop-0026 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي كمية المبيعات في «فرع الجنوب»؟ اعتبر الإجمالي صفرًا عند عدم وجود سجلات. | SELECT COALESCE(SUM(quantity),0) FROM bookshop_c WHERE branch_id=3 | [[0]] | execute | filter_sum | bookshop-0027 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما أفضل فرع؟ | null | null | clarify | unspecified_best_metric | bookshop-0028 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مكتبة الورّاق، ما إجمالي الأرباح؟ | null | null | unanswerable | profit_cost_unavailable | bookshop-0029 | bookshop | databases/bookshop.sqlite | retail | مكتبة الورّاق | CREATE TABLE bookshop_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE bookshop_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE bookshop_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES bookshop_a(id), produ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد الفروع؟ | SELECT COUNT(*) FROM grocery_a | [[3]] | execute | count | grocery-0001 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد المنتجات؟ | SELECT COUNT(*) FROM grocery_b | [[4]] | execute | count | grocery-0002 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات البيع؟ | SELECT COUNT(*) FROM grocery_c | [[12]] | execute | count | grocery-0003 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي الكمية في سجلات البيع؟ | SELECT SUM(quantity) FROM grocery_c | [[30]] | execute | sum | grocery-0004 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما سعر أغلى منتج بالريال؟ | SELECT MAX(price_sar) FROM grocery_b | [[51]] | execute | max | grocery-0005 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما أسماء المنتجات مرتبة حسب المعرّف؟ | SELECT name FROM grocery_b ORDER BY id | [["أرز"],["تمر"],["شاي"],["زيت"]] | execute | projection | grocery-0006 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما أسماء الفروع التي ليس لديها أي سجل بيع؟ | SELECT a.name FROM grocery_a a WHERE NOT EXISTS (SELECT 1 FROM grocery_c c WHERE c.branch_id=a.id) ORDER BY a.id | [["فرع الجنوب"]] | execute | not_exists | grocery-0007 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي قيمة البيع بالريال لجميع السجلات؟ احسب الكمية مضروبة في سعر المنتج. | SELECT SUM(c.quantity*b.price_sar) FROM grocery_c c JOIN grocery_b b ON b.id=c.product_id | [[1050]] | execute | join_sum | grocery-0008 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، اعرض اسم كل فرع وعدد سجلات البيع فيه، بما في ذلك الفروع التي لا تملك مبيعات، بترتيب معرّف الفرع. | SELECT a.name, COUNT(c.id) FROM grocery_a a LEFT JOIN grocery_c c ON c.branch_id=a.id GROUP BY a.id ORDER BY a.id | [["فرع الشمال",6],["فرع الوسط",6],["فرع الجنوب",0]] | execute | left_join_count | grocery-0009 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات بيع المنتج «أرز»؟ | SELECT COUNT(*) FROM grocery_c WHERE product_id=1 | [[3]] | execute | filter_count | grocery-0010 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المنتج «أرز» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE product_id=1 | [[6]] | execute | filter_sum | grocery-0011 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما سعر المنتج «أرز» بالريال؟ | SELECT price_sar FROM grocery_b WHERE id=1 | [[21]] | execute | lookup | grocery-0012 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات بيع المنتج «تمر»؟ | SELECT COUNT(*) FROM grocery_c WHERE product_id=2 | [[3]] | execute | filter_count | grocery-0013 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المنتج «تمر» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE product_id=2 | [[9]] | execute | filter_sum | grocery-0014 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما سعر المنتج «تمر» بالريال؟ | SELECT price_sar FROM grocery_b WHERE id=2 | [[31]] | execute | lookup | grocery-0015 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات بيع المنتج «شاي»؟ | SELECT COUNT(*) FROM grocery_c WHERE product_id=3 | [[3]] | execute | filter_count | grocery-0016 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المنتج «شاي» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE product_id=3 | [[12]] | execute | filter_sum | grocery-0017 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما سعر المنتج «شاي» بالريال؟ | SELECT price_sar FROM grocery_b WHERE id=3 | [[41]] | execute | lookup | grocery-0018 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات بيع المنتج «زيت»؟ | SELECT COUNT(*) FROM grocery_c WHERE product_id=4 | [[3]] | execute | filter_count | grocery-0019 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المنتج «زيت» المباعة؟ | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE product_id=4 | [[3]] | execute | filter_sum | grocery-0020 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما سعر المنتج «زيت» بالريال؟ | SELECT price_sar FROM grocery_b WHERE id=4 | [[51]] | execute | lookup | grocery-0021 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات البيع في «فرع الشمال»؟ | SELECT COUNT(*) FROM grocery_c WHERE branch_id=1 | [[6]] | execute | filter_count | grocery-0022 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المبيعات في «فرع الشمال»؟ اعتبر الإجمالي صفرًا عند عدم وجود سجلات. | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE branch_id=1 | [[18]] | execute | filter_sum | grocery-0023 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات البيع في «فرع الوسط»؟ | SELECT COUNT(*) FROM grocery_c WHERE branch_id=2 | [[6]] | execute | filter_count | grocery-0024 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المبيعات في «فرع الوسط»؟ اعتبر الإجمالي صفرًا عند عدم وجود سجلات. | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE branch_id=2 | [[12]] | execute | filter_sum | grocery-0025 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، كم عدد سجلات البيع في «فرع الجنوب»؟ | SELECT COUNT(*) FROM grocery_c WHERE branch_id=3 | [[0]] | execute | filter_count | grocery-0026 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي كمية المبيعات في «فرع الجنوب»؟ اعتبر الإجمالي صفرًا عند عدم وجود سجلات. | SELECT COALESCE(SUM(quantity),0) FROM grocery_c WHERE branch_id=3 | [[0]] | execute | filter_sum | grocery-0027 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما أفضل فرع؟ | null | null | clarify | unspecified_best_metric | grocery-0028 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في متجر الزاد، ما إجمالي الأرباح؟ | null | null | unanswerable | profit_cost_unavailable | grocery-0029 | grocery | databases/grocery.sqlite | retail | متجر الزاد | CREATE TABLE grocery_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE grocery_b (id INTEGER PRIMARY KEY, name TEXT NOT NULL, category TEXT NOT NULL, price_sar INTEGER NOT NULL);
CREATE TABLE grocery_c (id INTEGER PRIMARY KEY, branch_id INTEGER NOT NULL REFERENCES grocery_a(id), product_i... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد الطلاب؟ | SELECT COUNT(*) FROM school_a | [[4]] | execute | count | school-0001 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد المقررات؟ | SELECT COUNT(*) FROM school_b | [[4]] | execute | count | school-0002 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات التسجيل؟ | SELECT COUNT(*) FROM school_c | [[12]] | execute | count | school-0003 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات التسجيل التي لم تُسجّل لها درجة؟ | SELECT COUNT(*) FROM school_c WHERE score IS NULL | [[3]] | execute | null_count | school-0004 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، ما أعلى درجة مسجلة؟ | SELECT MAX(score) FROM school_c | [[96]] | execute | max | school-0005 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، ما أسماء الطلاب الذين ليس لديهم أي تسجيل؟ | SELECT a.name FROM school_a a WHERE NOT EXISTS (SELECT 1 FROM school_c c WHERE c.student_id=a.id) ORDER BY a.id | [["طالب دال"]] | execute | not_exists | school-0006 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، اعرض اسم كل طالب وعدد سجلات تسجيله، بما في ذلك من ليس لديه تسجيل، حسب معرّف الطالب. | SELECT a.name, COUNT(c.id) FROM school_a a LEFT JOIN school_c c ON c.student_id=a.id GROUP BY a.id ORDER BY a.id | [["طالب ألف",4],["طالب باء",4],["طالب جيم",4],["طالب دال",0]] | execute | left_join_count | school-0007 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات تسجيل «طالب ألف»؟ | SELECT COUNT(*) FROM school_c WHERE student_id=1 | [[4]] | execute | filter_count | school-0008 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة للطالب «طالب ألف»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE student_id=1 | [[3]] | execute | non_null_count | school-0009 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات تسجيل «طالب باء»؟ | SELECT COUNT(*) FROM school_c WHERE student_id=2 | [[4]] | execute | filter_count | school-0010 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة للطالب «طالب باء»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE student_id=2 | [[3]] | execute | non_null_count | school-0011 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات تسجيل «طالب جيم»؟ | SELECT COUNT(*) FROM school_c WHERE student_id=3 | [[4]] | execute | filter_count | school-0012 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة للطالب «طالب جيم»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE student_id=3 | [[3]] | execute | non_null_count | school-0013 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات تسجيل «طالب دال»؟ | SELECT COUNT(*) FROM school_c WHERE student_id=4 | [[0]] | execute | filter_count | school-0014 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة للطالب «طالب دال»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE student_id=4 | [[0]] | execute | non_null_count | school-0015 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات التسجيل في مقرر «الرياضيات»؟ | SELECT COUNT(*) FROM school_c WHERE course_id=1 | [[3]] | execute | filter_count | school-0016 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد الساعات المعتمدة لمقرر «الرياضيات»؟ | SELECT credits FROM school_b WHERE id=1 | [[3]] | execute | lookup | school-0017 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة في مقرر «الرياضيات»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE course_id=1 | [[2]] | execute | non_null_count | school-0018 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات التسجيل في مقرر «اللغة العربية»؟ | SELECT COUNT(*) FROM school_c WHERE course_id=2 | [[3]] | execute | filter_count | school-0019 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد الساعات المعتمدة لمقرر «اللغة العربية»؟ | SELECT credits FROM school_b WHERE id=2 | [[2]] | execute | lookup | school-0020 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة في مقرر «اللغة العربية»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE course_id=2 | [[2]] | execute | non_null_count | school-0021 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات التسجيل في مقرر «الإحصاء»؟ | SELECT COUNT(*) FROM school_c WHERE course_id=3 | [[3]] | execute | filter_count | school-0022 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد الساعات المعتمدة لمقرر «الإحصاء»؟ | SELECT credits FROM school_b WHERE id=3 | [[4]] | execute | lookup | school-0023 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة في مقرر «الإحصاء»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE course_id=3 | [[2]] | execute | non_null_count | school-0024 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد سجلات التسجيل في مقرر «الفرنسية»؟ | SELECT COUNT(*) FROM school_c WHERE course_id=4 | [[3]] | execute | filter_count | school-0025 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم عدد الساعات المعتمدة لمقرر «الفرنسية»؟ | SELECT credits FROM school_b WHERE id=4 | [[2]] | execute | lookup | school-0026 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم درجة مسجلة في مقرر «الفرنسية»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM school_c WHERE course_id=4 | [[3]] | execute | non_null_count | school-0027 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، من أفضل طالب؟ | null | null | clarify | unspecified_best_metric | school-0028 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في مدرسة النور، كم تبلغ رسوم الدراسة؟ | null | null | unanswerable | fees_unavailable | school-0029 | school | databases/school.sqlite | education | مدرسة النور | CREATE TABLE school_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE school_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE school_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES school_a(id), course_id INTE... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد الطلاب؟ | SELECT COUNT(*) FROM academy_a | [[4]] | execute | count | academy-0001 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد المقررات؟ | SELECT COUNT(*) FROM academy_b | [[4]] | execute | count | academy-0002 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد سجلات التسجيل؟ | SELECT COUNT(*) FROM academy_c | [[12]] | execute | count | academy-0003 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد سجلات التسجيل التي لم تُسجّل لها درجة؟ | SELECT COUNT(*) FROM academy_c WHERE score IS NULL | [[3]] | execute | null_count | academy-0004 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، ما أعلى درجة مسجلة؟ | SELECT MAX(score) FROM academy_c | [[97]] | execute | max | academy-0005 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، ما أسماء الطلاب الذين ليس لديهم أي تسجيل؟ | SELECT a.name FROM academy_a a WHERE NOT EXISTS (SELECT 1 FROM academy_c c WHERE c.student_id=a.id) ORDER BY a.id | [["طالب دال"]] | execute | not_exists | academy-0006 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، اعرض اسم كل طالب وعدد سجلات تسجيله، بما في ذلك من ليس لديه تسجيل، حسب معرّف الطالب. | SELECT a.name, COUNT(c.id) FROM academy_a a LEFT JOIN academy_c c ON c.student_id=a.id GROUP BY a.id ORDER BY a.id | [["طالب ألف",4],["طالب باء",4],["طالب جيم",4],["طالب دال",0]] | execute | left_join_count | academy-0007 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد سجلات تسجيل «طالب ألف»؟ | SELECT COUNT(*) FROM academy_c WHERE student_id=1 | [[4]] | execute | filter_count | academy-0008 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم درجة مسجلة للطالب «طالب ألف»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM academy_c WHERE student_id=1 | [[3]] | execute | non_null_count | academy-0009 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد سجلات تسجيل «طالب باء»؟ | SELECT COUNT(*) FROM academy_c WHERE student_id=2 | [[4]] | execute | filter_count | academy-0010 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم درجة مسجلة للطالب «طالب باء»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM academy_c WHERE student_id=2 | [[3]] | execute | non_null_count | academy-0011 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم عدد سجلات تسجيل «طالب جيم»؟ | SELECT COUNT(*) FROM academy_c WHERE student_id=3 | [[4]] | execute | filter_count | academy-0012 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
في أكاديمية البيان، كم درجة مسجلة للطالب «طالب جيم»؟ لا تحسب القيم المفقودة. | SELECT COUNT(score) FROM academy_c WHERE student_id=3 | [[3]] | execute | non_null_count | academy-0013 | academy | databases/academy.sqlite | education | أكاديمية البيان | CREATE TABLE academy_a (id INTEGER PRIMARY KEY, name TEXT NOT NULL, city TEXT NOT NULL);
CREATE TABLE academy_b (id INTEGER PRIMARY KEY, title TEXT NOT NULL, subject TEXT NOT NULL, credits INTEGER NOT NULL);
CREATE TABLE academy_c (id INTEGER PRIMARY KEY, student_id INTEGER NOT NULL REFERENCES academy_a(id), course_id ... | ar | author_written_template | fictional_programmatically_generated | false | train |
End of preview. Expand in Data Studio
Bayanat Arabic Text-to-SQL Benchmark
A small, executable Arabic-language evaluation fixture for answering questions over fictional SQLite databases. The dataset contains 340 cases across 12 databases: 316 have reference SQL and an executable result, 12 require clarification, and 12 cannot be answered from the available schema. It covers stores, education and equipment inspections. It is designed to be inspected and extended; it is not a benchmark of naturally occurring user requests or business data.
| Split | Databases | All cases | Executable | Clarification | Unanswerable |
|---|---|---|---|---|---|
| Train | 6 | 170 | 158 | 6 | 6 |
| Validation | 3 | 85 | 79 | 3 | 3 |
| Test | 3 | 85 | 79 | 3 | 3 |
Each row includes an Arabic question, schema DDL, the relative path of a downloadable SQLite database, an execute, clarify or unanswerable decision, and, for executable examples, the reference SQL and the ordered result as a JSON string. clarify indicates an unspecified metric; unanswerable indicates a required field is absent from the available database. Reference SQL uses SQLite syntax. Expected results are produced independently from the fictional source rows in Python and checked against the actual SQLite database. Both non-executable decisions have null SQL and expected result. Currency examples are in fictional Saudi riyal amounts and dates are Gregorian.
Provenance and limits. The databases and all names, dates, values and situations were generated for this dataset. The Arabic questions are template-authored with AI assistance, not collected from real users. No native-speaker or domain-expert review has been established. The split separates database IDs and table names, and exact question strings differ across splits. The three table structures and question templates are reused across splits, so this measures performance on new database instances, not generalization to unseen query templates or database structures. Many examples are correlated and should not be interpreted as independent human requests. All reference queries and test answers are public; test results may be contaminated by training on this release.
There are three database-structure families, four database instances per family, and 32 normalized reference SQL patterns across the executable examples. For this count, each database-specific table prefix is replaced by its table suffix (a, b or c), and numeric literals are replaced by ?; the resulting SQL strings are deduplicated across all domains. It is not a count of independently authored algorithms. After removing the scenario prefix from the question and grouping by domain, there are 121 distinct question strings and 219 repetitions among the 340 rows. The scenario prefix makes exact complete question strings split-disjoint but does not make the underlying templates novel. Database IDs are disjoint: two instances per family in train, one in validation and one in test.
Load
from datasets import load_dataset
from huggingface_hub import hf_hub_download
import json, sqlite3
row = load_dataset("Bayanat-Labs/arabic-text-to-sql", split="test")[0]
database = hf_hub_download("Bayanat-Labs/arabic-text-to-sql", row["database_path"], repo_type="dataset")
print(row["question_ar"], row["schema_sql"])
# Execute only the trusted reference SQL shown here, against a read-only database.
if row["decision"] == "execute":
from pathlib import Path
with sqlite3.connect(Path(database).resolve().as_uri() + "?mode=ro", uri=True) as db:
assert [list(x) for x in db.execute(row["reference_sql"])] == json.loads(row["expected_result_json"])
For evaluation, expose only question_ar, schema_sql, and the corresponding database. Hide decision, reference_sql, expected_result_json, operation and the rest of the row. Execute model-generated SQL only in a separately sandboxed, resource-limited, read-only environment; SQLite's read-only connection alone is not a complete security sandbox. Compare result types and rows, respecting required ordering, and score all three decisions separately. Different SQL can correctly yield the same result on one database by coincidence; one-instance execution accuracy alone does not prove logical equivalence. SQL-only approaches cannot handle clarify or unanswerable cases without an abstention policy.
code/score.py implements a small result comparator without executing SQL. For example, after running a prediction in your own sandbox, call score(row, decision="execute", result=[[3]]), score(row, decision="clarify", result=None) or score(row, decision="unanswerable", result=None). It returns separate decision and joint-result correctness. Numbers in this example are illustrative, not a dataset answer.
Validation
Database integrity and foreign keys, the reference SQL's read-only execution, result equality, split separation by database and table name, exact schema serialization, and null gold values for both non-executable decisions are checked by code/validate_release.py. Results use SQLite values; no real external SQL service is called. These checks establish internal consistency, not naturalness or model difficulty. The generator and validator are in code/.
Rights
This original synthetic dataset and source code are released by Bayanat Labs under CC BY 4.0. Fictional examples do not describe actual people or organizations. Please cite the dataset URL and version when using it.
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