Struct svn_patch_t 

#[repr(C)]
pub struct svn_patch_t {

    pub old_filename: *const c_char,
    pub new_filename: *const c_char,
    pub hunks: *mut apr_array_header_t,
    pub prop_patches: *mut apr_hash_t,
    pub operation: svn_diff_operation_kind_t,
    pub reverse: svn_boolean_t,
    pub mergeinfo: svn_mergeinfo_t,
    pub reverse_mergeinfo: svn_mergeinfo_t,
    pub binary_patch: *mut svn_diff_binary_patch_t,
    pub old_executable_bit: svn_tristate_t,
    pub new_executable_bit: svn_tristate_t,
    pub old_symlink_bit: svn_tristate_t,
    pub new_symlink_bit: svn_tristate_t,
}

Data type to manage parsing of patches.

Represents a patch to one target file.

API users should not allocate structures of this type directly.

@since New in 1.7.

Fields

old_filename: *const c_char

The old and new file names as retrieved from the patch file. These paths are UTF-8 encoded and canonicalized, but otherwise left unchanged from how they appeared in the patch file.

new_filename: *const c_char

hunks: *mut apr_array_header_t

An array containing an svn_diff_hunk_t * for each hunk parsed from the patch.

prop_patches: *mut apr_hash_t

A hash table keyed by property names containing svn_prop_patch_t object for each property parsed from the patch.

operation: svn_diff_operation_kind_t

Represents the operation performed on the file.

reverse: svn_boolean_t

Indicates whether the patch is being interpreted in reverse.

If so, how does this affect the interpretation of other fields?

mergeinfo: svn_mergeinfo_t

Mergeinfo parsed from svn:mergeinfo diff data, with one entry for forward merges and one for reverse merges. Either entry can be @c NULL if no such merges are part of the diff. @since New in 1.9.

reverse_mergeinfo: svn_mergeinfo_t

binary_patch: *mut svn_diff_binary_patch_t

Declares that there is a binary conflict and contains the information to apply it as parsed from the file. @since New in 1.10.

old_executable_bit: svn_tristate_t

The old and new executability bits, as retrieved from the patch file, from the git-like mode headers.

A patch may specify an executability change via @a old_executable_bit and @a new_executable_bit, via a #SVN_PROP_EXECUTABLE propchange hunk, or both ways. It is upto caller how to decide how conflicting information is handled.

#svn_tristate_unknown indicates the patch does not specify the corresponding bit.

@since New in 1.10.

new_executable_bit: svn_tristate_t

old_symlink_bit: svn_tristate_t

The old and new symlink bits, as retrieved from the patch file, from the git-like mode headers.

A patch may specify a symlink change via @a old_symlink_bit and @a new_symlink_bit, via a #SVN_PROP_SPECIAL propchange hunk, or both ways. It is upto caller how to decide how conflicting information is handled. Most implementations will currently just describe a replacement of the file though.

#svn_tristate_unknown indicates the patch does not specify the corresponding bit.

@since New in 1.10.

new_symlink_bit: svn_tristate_t

Trait Implementations

impl Clone for svn_patch_t

fn clone(&self) -> svn_patch_t

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for svn_patch_t

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for svn_patch_t

fn default() -> Self

Returns the “default value” for a type.

impl Copy for svn_patch_t