- 16 Oct, 2023 40 commits
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Chuck Lever authored
Refactor nfsd4_encode_open() so the open_read_delegation4 type is encoded in a separate function. This makes it more straightforward to later add support for returning an nfsace4 in OPEN responses that offer a delegation. Reviewed-by:
Jeff Layton <jlayton@kernel.org> Signed-off-by:
Chuck Lever <chuck.lever@oracle.com>
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Chuck Lever authored
Use the modern XDR utility functions. The LOCK and LOCKT encoder functions need to return nfserr_denied when a lock is denied, but nfsd4_encode_lock4denied() should return a status code that is consistent with other XDR encoders. Reviewed-by:
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Chuck Lever authored
To improve readability and better align the LOCK encoders with the XDR specification, add an explicit encoder named for the lock_owner4 type. In particular, to avoid code duplication, use nfsd4_encode_clientid4() to encode the clientid in the lock owner rather than open-coding it. It looks to me like nfs4_set_lock_denied() already clears the clientid if it won't return an owner (cf: the nevermind: label). The code in the XDR encoder appears to be redundant and can safely be removed. Reviewed-by:
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Chuck Lever authored
An XDR encoder is responsible for marshaling results, not releasing memory that was allocated by the upper layer. We have .op_release for that purpose. Move the release of the ld_owner.data string to op_release functions for LOCK and LOCKT. Reviewed-by:
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Chuck Lever authored
Adopt the conventional XDR utility functions. Also, restructure to make the function align more closely with the spec -- there doesn't seem to be a performance need for speciality code, so prioritize readability. Reviewed-by:
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Chuck Lever authored
This enables callers to be passed const pointer parameters. Reviewed-by:
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Chuck Lever authored
Adopt the use of conventional XDR utility functions. Restructure the encoder to better align with the XDR definition of the result. Reviewed-by:
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Chuck Lever authored
Adopt the use of conventional XDR utility functions. Restructure the encoder to better align with the XDR definition of the result. Reviewed-by:
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Chuck Lever authored
De-duplicate the open-coded stateid4 encoder. Adopt the use of the conventional current XDR encoding helpers. Refactor the encoder to align with the XDR specification. Reviewed-by:
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Chuck Lever authored
This enables callers to be passed const pointer parameters. Reviewed-by:
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Chuck Lever authored
Update the encoder function name to match the type name, as is the convention with other such encoder utility functions, and with nfsd4_decode_stateid4(). Make the @stateid argument a const so that callers of nfsd4_encode_stateid4() in the future can be passed const pointers to structures. Since the compiler is allowed to add padding to structs, use the wire (spec-defined) size when reserving buffer space. Reviewed-by:
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Chuck Lever authored
This is a synonym for nfsd4_encode_uint32_t() that matches the name of the XDR type. It will get at least one more use in a subsequent patch. Reviewed-by:
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Chuck Lever authored
For better alignment with the specification, NFSD's encoder function name should match the name of the XDR data type. Reviewed-by:
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Chuck Lever authored
The fattr4 encoder is now structured like the COMPOUND op encoder: one function for each individual attribute, called by bit number. Benefits include: - The individual attributes are now guaranteed to be encoded in bitmask order into the send buffer - There can be no unwanted side effects between attribute encoders - The code now clearly documents which attributes are /not/ implemented on this server Reviewed-by:
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Chuck Lever authored
I'd like to convert nfsd4_encode_fattr() to rotate through the attrmask using for_each_bit() instead of explicitly testing the bitmask for each bit value. This means I need the bit numbers, as defined in the specs, instead of our internal bitmask constants. As a clean up, use the new spec-derived values to define the WORD# bitmask constants. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_XATTR_SUPPORT into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_SEC_LABEL into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_SUPPATTR_EXCLCREAT into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_LAYOUT_BLKSIZE into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_LAYOUT_TYPES into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_FS_LAYOUT_TYPES into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_MOUNTED_ON_FILEID into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_TIME_MODIFY into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_TIME_METADATA into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_TIME_DELTA into a helper. In a subsequent patch, this helper will be called from a bitmask loop. fattr4_time_delta is specified as an nfstime4, so de-duplicate this encoder. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_TIME_CREATE into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_TIME_ACCESS into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_SPACE_USED into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_SPACE_TOTAL into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_SPACE_FREE into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_SPACE_AVAIL into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_RAWDEV into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_OWNER_GROUP into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_OWNER into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_NUMLINKS into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_MODE into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_MAXWRITE into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_MAXREAD into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_MAXNAME into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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Chuck Lever authored
Refactor the encoder for FATTR4_MAXLINK into a helper. In a subsequent patch, this helper will be called from a bitmask loop. Reviewed-by:
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