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Make positionAbsoluteChild the sole place that matters when determining absolute node's position #1481
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This pull request was exported from Phabricator. Differential Revision: D51290723 |
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This pull request was exported from Phabricator. Differential Revision: D51290723 |
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
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This pull request was exported from Phabricator. Differential Revision: D51290723 |
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
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…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
This pull request was exported from Phabricator. Differential Revision: D51290723 |
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
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…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
This pull request was exported from Phabricator. Differential Revision: D51290723 |
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#1481) Summary: X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
…ng absolute node's position Summary: X-link: facebook/yoga#1481 X-link: facebook/react-native#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723 fbshipit-source-id: 405d81b1d28826cbb0323dc117c406a44d381dff
…ng absolute node's position (#41684) Summary: X-link: facebook/yoga#1481 Pull Request resolved: #41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723 fbshipit-source-id: 405d81b1d28826cbb0323dc117c406a44d381dff
This pull request has been merged in 1b146cd. |
…ng absolute node's position (facebook#41684) Summary: X-link: facebook/yoga#1481 Pull Request resolved: facebook#41684 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723 fbshipit-source-id: 405d81b1d28826cbb0323dc117c406a44d381dff
…ng absolute node's position (#41684) Summary: X-link: facebook/yoga#1481 Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make `positionAbsoluteChild` the sole place where we handle this logic. Right now that is scattered around algorithm with many `if (child is absolute)` cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent. With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in `positionAbsoluteChild` Reviewed By: NickGerleman Differential Revision: D51290723
Summary:
Absolute nodes can be laid out by themselves and do not have to care about what is happening to their siblings. Because of this we can make
positionAbsoluteChild
the sole place where we handle this logic. Right now that is scattered around algorithm with manyif (child is absolute)
cases everywhere. This makes implementing position static a lot harder since we are relying on the CB to do all this work, not the parent.With this change the only time we set position for an absolute node and it matter (i.e. not overwritten) is in
positionAbsoluteChild
Reviewed By: NickGerleman
Differential Revision: D51290723