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- brk(2), sbrk(2)
- change data segment size
- end(3), etext(3), edata(3)
- end boundaries of image segments
- inet6_rth_space(3), inet6_rth_init(3), inet6_rth_add(3), inet6_rth_reverse(3), inet6_rth_segments(3), inet6_rth_getaddr(3)
- IPv6 Routing Header Options manipulation
- inet6_rthdr_space(3), inet6_rthdr_init(3), inet6_rthdr_add(3), inet6_rthdr_lasthop(3), inet6_rthdr_reverse(3), inet6_rthdr_segments(3), inet6_rthdr_getaddr(3), inet6_rthdr_getflags(3)
- IPv6 Routing Header Options Manipulation
- ipcrm(1)
- remove the specified message queues, semaphore sets, and shared segments
- posixshmcontrol(1)
- Control POSIX shared memory segments
- GENLIB_COPY_UP_SEG(3)
- copy a physical segment from an instance in the current figure
- GENLIB_PHSEG(3)
- place a physical segment in the current figure at absolute coordinates
- GENLIB_PLACE_SEG_REF(3)
- put a segment on a reference belonging an instance in the current figure
- GENLIB_WIRE1(3)
- place a physical segment in the current figure
- GENLIB_WIRE2(3)
- place two physical segments in the current figure
- GENLIB_WIRE3(3)
- place three physical segments in the current figure
- MPIX_Type_iov(3)
- Return contiguous segments starting from an iov offset
- MPIX_Type_iov_len(3)
- Return the number of contiguous segments within max_iov_bytes
- M_Line(3)
- Agar-Math line segment / half-line structure
- XDrawLine(3), XDrawLines(3), XDrawSegments(3), XSegment(3)
- draw lines, polygons, and line structure
- XmMapSegmentEncoding(3)
- A compound string function that returns the compound text encoding format associated with the specified font list tag "XmMapSegmentEncoding" "compound string functions" "XmMapSegmentEncoding"
- XmRegisterSegmentEncoding(3)
- A compound string function that registers a compound text encoding format for a specified font list element tag "XmRegisterSegment%Encoding" "compound string functions" "XmRegisterSegment%Encoding"
- XmStringGetLtoR(3)
- A compound string function that searches for a text segment in the input compound string "XmStringGetLtoR" "compound string functions" "XmStringGetLtoR"
- XmStringGetNextSegment(3)
- A compound string function that fetches the bytes in the next segment of a compound string "XmStringGetNextSegment" "compound string functions" "XmStringGetNextSegment"
- XmStringSegmentCreate(3)
- A compound string function that creates a compound string "XmStringSegmentCreate" "compound string functions" "XmStringSegmentCreate"
- accept_target(3), accept_target (3)
- accept a pending target request for a new segment
- addphseg(3)
- create a physical segment man1/alc_origin.1
- affsegment(1)
- segment manipulation tool
- astsegment(1), Segment(1)
- segmentation based on signal structure
- barman-cloud-wal-archive(1) - Barman-cloud Commands Synopsis 0.0 3.5 barman-cloud-wal-archive [ { -V | --version } ] [ --help ] [ { { -v | --verbose } | { -q | --quiet } } ] [ { -t | --test } ] [ --cloud-provider { aws-s3 | azure-blob-storage | google-cloud-storage } ] [ { { -z | --gzip } | { -j | --bzip2 } | --xz | --snappy | --zstd | --lz4 } ] [ --tags TAG [ TAG ... ] ] [ --history-tags HISTORY_TAG [ HISTORY_TAG ... ] ] [ --endpoint-url ENDPOINT_URL ] [ { -P | --aws-profile } AWS_PROFILE ] [ --profile AWS_PROFILE ] [ --read-timeout READ_TIMEOUT ] [ { -e | --encryption } ENCRYPTION ] [ --sse-kms-key-id SSE_KMS_KEY_ID ] [ { --azure-credential | --credential } { azure-cli | managed-identity | default } ] [ --encryption-scope ENCRYPTION_SCOPE ] [ --max-block-size MAX_BLOCK_SIZE ] [ --max-concurrency MAX_CONCURRENCY ] [ --max-single-put-size MAX_SINGLE_PUT_SIZE ] [ --kms-key-name KMS_KEY_NAME ] DESTINATION_URL SERVER_NAME [ WAL_PATH ] Description The barman-cloud-wal-archive command is designed to be used in the archive_command of a Postgres server to directly ship WAL files to cloud storage. NOTE: 0.0 3.5 If you are using Python 2 or unsupported versions of Python 3, avoid using the compression options --gzip or --bzip2. The script cannot restore gzip-compressed WALs on Python < 3.2 or bzip2-compressed WALs on Python < 3.3. This script enables the direct transfer of WAL files to cloud storage, bypassing the Barman server. Additionally, it can be utilized as a hook script for WAL archiving (pre_archive_retry_script). NOTE: 0.0 3.5 For GCP, only authentication with GOOGLE_APPLICATION_CREDENTIALS env is supported. Parameters 0.0 SERVER_NAME Name of the server that will have the WALs archived. DESTINATION_URL URL of the cloud destination, such as a bucket in AWS S3. For example: s3://bucket/path/to/folder. WAL_PATH The value of the (aq%p(aq keyword (according to archive_command). -V / --version Show version and exit. --help show this help message and exit. -v / --verbose Increase output verbosity (e.g., -vv is more than -v). -q / --quiet Decrease output verbosity (e.g., -qq is less than -q). -t / --test Test cloud connectivity and exit. --cloud-provider The cloud provider to use as a storage backend. Allowed options are: 7.0 (bu 2 aws-s3. (bu 2 azure-blob-storage. (bu 2 google-cloud-storage. -z / --gzip gzip-compress the WAL while uploading to the cloud. -j / --bzip2 bzip2-compress the WAL while uploading to the cloud. --xz xz-compress the WAL while uploading to the cloud. --snappy snappy-compress the WAL while uploading to the cloud (requires optional python-snappy library). --zstd zstd-compress the WAL while uploading to the cloud (requires optional zstandard library). --lz4 lz4-compress the WAL while uploading to the cloud (requires optional lz4 library). --tags Tags to be added to archived WAL files in cloud storage. --history-tags Tags to be added to archived history files in cloud storage. Extra options for the AWS cloud provider 0.0 --endpoint-url Override default S3 endpoint URL with the given one. -P / --aws-profile Profile name (e.g. INI section in AWS credentials file). --profile (deprecated) Profile name (e.g. INI section in AWS credentials file)
- replaced by --aws-profile. --read-timeout The time in seconds until a timeout is raised when waiting to read from a connection (defaults to 60 seconds). -e / --encryption The encryption algorithm used when storing the uploaded data in S3. Allowed options: 7.0 (bu 2 AES256. (bu 2 aws:kms. --sse-kms-key-id The AWS KMS key ID that should be used for encrypting the uploaded data in S3. Can be specified using the key ID on its own or using the full ARN for the key. Only allowed if -e / --encryption is set to aws:kms. Extra options for the Azure cloud provider 0.0 --azure-credential / --credential Optionally specify the type of credential to use when authenticating with Azure. If omitted then Azure Blob Storage credentials will be obtained from the environment and the default Azure authentication flow will be used for authenticating with all other Azure services. If no credentials can be found in the environment then the default Azure authentication flow will also be used for Azure Blob Storage. Allowed options are: 7.0 (bu 2 azure-cli. (bu 2 managed-identity. (bu 2 default. --encryption-scope The name of an encryption scope defined in the Azure Blob Storage service which is to be used to encrypt the data in Azure. --max-block-size The chunk size to be used when uploading an object via the concurrent chunk method (default: 4MB). --max-concurrency The maximum number of chunks to be uploaded concurrently (default: 1). --max-single-put-size Maximum size for which the Azure client will upload an object in a single request (default: 64MB). If this is set lower than the Postgres WAL segment size after any applied compression then the concurrent chunk upload method for WAL archiving will be used. Extra options for GCP cloud provider 0.0 --kms-key-name The name of the GCP KMS key which should be used for encrypting the uploaded data in GCS
- borg-compact(1)
- compact segment files in the repository
- ck_epoch_begin(3)
- begin epoch-protected segment of execution
- ck_epoch_end(3)
- end epoch-protected segment of execution
- define_arcantarget(3), define_arcantarget (3)
- Create a rendertarget bound subsegment for drawing to another arcan instance
- define_nulltarget(3), define_nulltarget (3)
- Push an output subsegment into a target frameserver
- delphseg(3)
- delete a physical segment man1/alc_origin.1
- dnsjit.core.object.tcp(3)
- A TCP segment header
- inssegmbkrds(3)
- adds in RDS instance all the segments of MBK instance man1/alc_origin.1
- kaleidescope(6), Kaleidescope(6)
- rotating line segments
