@@ -171,59 +171,74 @@ mod int {
171171 if divisor != 0 {
172172 RuntimeResult :: Return ( dividend % divisor)
173173 } else {
174- RuntimeResult :: Panic (
175- format ! ( "attempted to calculate remainder of {} divided by 0" , dividend)
176- )
174+ RuntimeResult :: Panic ( format ! (
175+ "attempted to calculate remainder of {} divided by 0" ,
176+ dividend
177+ ) )
177178 }
178179 }
179180
180181 pub ( crate ) fn rem_euclid ( dividend : VmInt , divisor : VmInt ) -> RuntimeResult < VmInt , String > {
181182 if divisor != 0 {
182183 RuntimeResult :: Return ( dividend. rem_euclid ( divisor) )
183184 } else {
184- RuntimeResult :: Panic (
185- format ! ( "attempted to calculate euclidean remainder of {} divided by 0" , dividend)
186- )
185+ RuntimeResult :: Panic ( format ! (
186+ "attempted to calculate euclidean remainder of {} divided by 0" ,
187+ dividend
188+ ) )
187189 }
188190 }
189191
190192 pub ( crate ) fn wrapping_rem ( dividend : VmInt , divisor : VmInt ) -> RuntimeResult < VmInt , String > {
191193 if divisor != 0 {
192194 RuntimeResult :: Return ( dividend. wrapping_rem ( divisor) )
193195 } else {
194- RuntimeResult :: Panic (
195- format ! ( "attempted to calculate wrapping remainder of {} divided by 0" , dividend)
196- )
196+ RuntimeResult :: Panic ( format ! (
197+ "attempted to calculate wrapping remainder of {} divided by 0" ,
198+ dividend
199+ ) )
197200 }
198201 }
199202
200- pub ( crate ) fn wrapping_rem_euclid ( dividend : VmInt , divisor : VmInt ) -> RuntimeResult < VmInt , String > {
203+ pub ( crate ) fn wrapping_rem_euclid (
204+ dividend : VmInt ,
205+ divisor : VmInt ,
206+ ) -> RuntimeResult < VmInt , String > {
201207 if divisor != 0 {
202208 RuntimeResult :: Return ( dividend. wrapping_rem_euclid ( divisor) )
203209 } else {
204- RuntimeResult :: Panic (
205- format ! ( "attempted to calculate wrapping euclidean remainder of {} divided by 0" , dividend)
206- )
210+ RuntimeResult :: Panic ( format ! (
211+ "attempted to calculate wrapping euclidean remainder of {} divided by 0" ,
212+ dividend
213+ ) )
207214 }
208215 }
209216
210- pub ( crate ) fn overflowing_rem ( dividend : VmInt , divisor : VmInt ) -> RuntimeResult < ( VmInt , bool ) , String > {
217+ pub ( crate ) fn overflowing_rem (
218+ dividend : VmInt ,
219+ divisor : VmInt ,
220+ ) -> RuntimeResult < ( VmInt , bool ) , String > {
211221 if divisor != 0 {
212222 RuntimeResult :: Return ( dividend. overflowing_rem ( divisor) )
213223 } else {
214- RuntimeResult :: Panic (
215- format ! ( "attempted to calculate overflowing remainder of {} divided by 0" , dividend)
216- )
224+ RuntimeResult :: Panic ( format ! (
225+ "attempted to calculate overflowing remainder of {} divided by 0" ,
226+ dividend
227+ ) )
217228 }
218229 }
219230
220- pub ( crate ) fn overflowing_rem_euclid ( dividend : VmInt , divisor : VmInt ) -> RuntimeResult < ( VmInt , bool ) , String > {
231+ pub ( crate ) fn overflowing_rem_euclid (
232+ dividend : VmInt ,
233+ divisor : VmInt ,
234+ ) -> RuntimeResult < ( VmInt , bool ) , String > {
221235 if divisor != 0 {
222236 RuntimeResult :: Return ( dividend. overflowing_rem_euclid ( divisor) )
223237 } else {
224- RuntimeResult :: Panic (
225- format ! ( "attempted to calculate overflowing euclidean remainder of {} divided by 0" , dividend)
226- )
238+ RuntimeResult :: Panic ( format ! (
239+ "attempted to calculate overflowing euclidean remainder of {} divided by 0" ,
240+ dividend
241+ ) )
227242 }
228243 }
229244}
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