Caume/CaumeDSE
GitHub: Caume/CaumeDSE
CaumeDSE 是一个基于 REST 的开源数据安全引擎，通过强加密与角色授权机制，在公有云、IoT 等不可信环境中为敏感数据提供隔离处理与安全存储服务。
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# Caume Data Security Engine (CaumeDSE) version 1.0.9
This is the canonical GitHub-compatible Markdown README. The legacy `README` file is kept as a compatibility pointer for tooling and distribution paths that still expect that filename.
For an applied explanation of the cryptographic and data-security concepts used
by CaumeDSE, see [TUTORIAL.md](TUTORIAL.md).
For tested `curl` examples based on the live verifier fixtures, see
[API_EXAMPLES.md](API_EXAMPLES.md).
For a machine-readable route reference for the stable live-verifier-covered
API surface, see [openapi.yaml](openapi.yaml).
For safe AI-agent and automation patterns around the API, see
[AI_USAGE.md](AI_USAGE.md).
For a guarded Python AI-agent workflow sample, see
[samples/ai-agent/](samples/ai-agent/).
For a prototype MCP stdio server that wraps a safe REST tool surface, see
[samples/mcp-server/](samples/mcp-server/).
## Contents
- [Purpose and Philosophy](#purpose-and-philosophy)
- [Status](#status)
- [Cryptography and Data Security Tutorial](TUTORIAL.md)
- [API Examples](API_EXAMPLES.md)
- [OpenAPI Route Reference](openapi.yaml)
- [AI-Safe API Usage](AI_USAGE.md)
- [AI Agent Sample](samples/ai-agent/)
- [MCP Server Prototype](samples/mcp-server/)
- [License](#license)
- [Architecture and Functionality](#architecture-and-functionality)
- [REST Resource API Reference](#rest-resource-api-reference)
- [Collaborating](#collaborating)
- [Security Considerations](#security-considerations)
## Purpose and Philosophy
### 1. Purpose
The idea behind CaumeDSE is to provide a free software solution that
allowed the creation of reasonably secure and isolated workspaces to process
and store sensitive data, within uncontrolled environments.
With concepts such as the cloud and bring your own device as well as an
increasing demand for mobile devices, it has become clear that the way in
which companies operate is changing dramatically, and with it, the way in
which we secure information and the infrastructure that supports business
processes.
CaumeDSE has been designed as a service platform that provides security to
data by using free, well known and robust cryptographic software, as well as
open an simple data structures and interfaces to make portability and
extensibility easy.
CaumeDSE is not an end-user solution. It is a service platform for
supporting front end applications.
### 2. Philosophy
CaumeDSE is designed with solid security principles, that take into account
new models of doing business and emerging information technologies. It also
takes into consideration the increasing number of data privacy regulations.
Trust is essential for security. In fact, it is one of the main reasons why
we put security in place on computer systems: to be able to trust them. We
aim to provide trust by following these principles:
* Transparency. With free, open source software, you can check for yourself
what this software does, and know that others can and will do it as well
to help improving it.
* Portability. With open standards and data structures, you avoid vendor
lock-ins with closed programs/technologies. Moreover, by being free and
open source, this platform can be ported to many environments and modified
to suit your own needs. You don't depend on a company being there to
continue its development.
* Simplicity. We favor simplicity for doing all tasks as much as possible.
With the adoption of REST, we expect that interaction and development with
this platform will be easy and straightforward.
* Secure by design. We developed this tool with security as a primary goal.
That is not to say it is perfect, but its development process has been
structured to ensure continued improvement in this area, independently of
other important requirements such as performance and interoperability
* Need to know and use. We restrict as much as possible the access to
information. One way that we do it is by not storing encryption keys
within the software. This means that each organization (in the scope of
this software) is responsible of managing keys securely, but it also
allows them to have full control of who access what.
* Traceability. Logging securely all relevant actions provides good control
on who did what, when, as well as evidence in case of an incident.
* Thoroughness. We aim to do extensive debugging and security assessments
before any major release. This won't eliminate all problems, but should
limit their number and provide a more stable platform. We favor stability
and simplicity over new functionality, since the later can be developed
easily on top of this platform by other software.
There are some important aspects regarding trust. Achieving trust is
difficult, particularly since we human beings posses a natural bias towards
risk assessment (e.g. we tend to think that the closer to us things are,
the more secure they are).
No matter how sensitive a particular piece of data is or how much money you
are willing to invest to protect it, in the end, for it to be useful, you
will need to trust someone and/or something.
There are many arguments in favor of hardware based protections, and it is
true that such devices are usually more resistant to certain types of
attacks than software, but you still end trusting the manufacturer of such
products as much as you need to trust the developer of security software.
Also, specialized hardware may offer better performance than software for
some tasks, such as higher resistance against reverse engineering and
internal processing monitoring.
Like there are disadvantages to a software based approach, there are also
some advantages to it. Transparency is one of them.
Even if your won't be checking the source code yourself, you know that it is
available for many others to take a look at it (so the chances of finding
problems and fixing them may be higher than that of closed hardware
solutions).
Another advantage is portability. Think about some possible scenarios you
may face with new operation models such as the cloud. An infrastructure
provider in the cloud may not be offering hardware based security solutions,
or you may not be able to install in their premises your preferred hardware
based solution. But still, if you have some control at some layer of the
environment where data will be stored, transferred or processed, you can
setup your "rules of engagement" there and create a virtual perimeter that
may offer a reasonable level of protection for your data.
In terms of compliance, remember that when you contract external services
and personnel you may share with them some responsibility for protecting
sensitive data and operations, but you cannot share accountability; that
will remain on your side.
## Status
Right now, the software is in a stable release:
- Basic functionality is complete and tested but some features are
still pending.
- Sample applications added (v1.0.9): a new samples/hsm-db-crypto/
directory provides four independent client implementations that
demonstrate the CDSE API as a hybrid HSM / encrypted database /
general cryptographic command interface:
- Web (HTML5 + JavaScript SPA with a local CORS proxy)
- Python 3 CLI (requires: requests)
- Go CLI (standard library only, no external dependencies)
- Perl CLI (requires: LWP::UserAgent, HTTP::Request::Common)
All CLI variants support interactive sessions (credentials entered
once) and one-shot parameter mode (credentials per call, or via
environment variables CDSE_SERVER/CDSE_USER_ID/CDSE_ORG_ID/
CDSE_ORG_KEY/CDSE_STORAGE). Operations covered: encrypted secret
storage, encrypted CSV databases (insert/query/update/delete),
user/org info, and transaction audit log.
- Constant-time comparisons (v1.0.8): all post-decryption string
and MAC comparisons that could leak information via timing
(strcmp/strncmp on decrypted values and HMAC results) replaced
with new cmeStrSafeEq() and cmeMemSafeEq() functions. Closes
GitHub issue #5.
- Concurrent multi-user support added (v1.0.7): libmicrohttpd now
runs a configurable worker-thread pool (default: 4 threads,
adjustable at build time with --with-max-threads=N). Shared
mutable state is protected:
- SQL result tables (cmeResultMemTable) use thread-local
storage (__thread) so each worker thread has its own copy.
- The embedded Perl interpreter used by legacy/debug helper paths is
serialised with a POSIX mutex (cmePerlMutex); parserScripts
requests run Perl parser code in child processes.
- The engine power-status flag is serialised with a second
mutex (cmePowerMutex).
- Per-connection start-time and upload-size counters moved
from static locals to the per-connection info struct.
A new testThreadSafety() test verifies correct parallel
SQLite operation across cmeDefaultMaxThreads threads.
- `gen_test_certs.sh` updated to support 7 algorithm presets: rsa2048,
rsa4096, ecp256, ecp384, ecp521, ed25519, ed448. Each preset
automatically pairs the correct hash algorithm and sets the right
X.509 keyUsage extensions (keyEncipherment for RSA;
digitalSignature only for EC/EdDSA). Default preset: ecp384.
- TLS digital certificates regenerated with ECDSA P-384 / SHA-384
(replacing RSA 4096-bit / SHA-256 from v1.0.5), negotiating
TLS 1.3 with TLS_AES_256_GCM_SHA384. Handshake is ~2.4x faster
than RSA 4096 on the same hardware (30ms vs 71ms). Server cert
includes a Subject Alternative Name (SAN) for localhost.
- Column-level HMAC protection is now implemented for "MAC" (HMAC
of plaintext before encryption) and "MACProtected" (HMAC of
ciphertext after encryption) column attributes. These allow
data-integrity verification independent of the encryption layer.
- `AES-256-GCM` is the default symmetric encryption algorithm as of
version 1.0.3. All internal databases (ResourcesDB, RolesDB,
LogsDB) and encrypted data are created with authenticated
encryption. The full test suite passes with 0 decrypt errors
and 0 runtime errors against fresh GCM databases.
- Default HTTP and HTTPS ports are 8080 and 8443 respectively,
allowing the engine to run without root privileges on standard
Linux systems.
- Basic documentation is available.
## License
Caume Data Security Engine (also called CaumeDSE) is released under the GNU
General Public License version 3 by the Copyright holder, with the
additional exemption that compiling, linking, and/or using OpenSSL is
allowed.
The software is Copyright 2010-2026 by Omar Alejandro Herrera Reyna.
Check licensing and copyright details for CaumeDSE and other included
software in the file called COPYING and in the headers of the source code
available for distribution.
## Architecture and Functionality
### 1. Layers
The architecture of CaumeDSE is composed of several layers:
1. API - Web based, RESTful API that handles requests to resources
using standard HTTP methods (GET, POST, PUT, DELETE, HEAD and
OPTIONS). The requests can be received by HTTP (TCP port 8080;
only in DEBUG mode) or by HTTPS (TCP port 8443). Libmicrohttpd is
used as an internal, standalone web server to handle the
requests, while TLS security is handled by GnuTLS. Standard
query parameters and multipart/form-data encoded parameters (for
POST method) are supported in resource requests.
2. Authentication - Authentication of users and applications is
handled at the web server level. Right now, client
authentication with digital certificates with TLS is supported.
OAuth authentication is not performed inside CaumeDSE. OAuth
deployments must place an external engine manager in front of the
engine; that manager validates OAuth credentials, creates and
later removes delegated CaumeDSE organization/user/role/resource
scopes, and forwards requests to the engine with the delegated
`userId`, `orgId`, and `orgKey`.
3. Authorization - Authorization is handled internally by CaumeDSE
with role tables for each user. Each role table maps each
available resource type with available HTTP methods (GET, POST,
PUT,...). All roles are encrypted with the organization's key
(see resource hierarchy below).
4. Resource access - CaumeDSE maintains internal index databases
that map data resources to their location. All resources and
index database registers are encrypted with the organization's
key. Supported data resources include CSV files, raw-compatible
file document types and Perl scripts. File resources in addition
are split in several parts (CSV files are split in columns and
each column in different parts of a specific size).
5. Resource protection - The resulting encrypted files are named
with pseudo random generated hexadecimal strings, and stored in
their corresponding storage directory (the relation between the
original files and each encrypted part is maintained in the
internal index database). No encryption key is ever stored in an
internal database, and values in internal databases are salted
before being encrypted with one salt per register, and a second
salt per value (salts per register are not encrypted). Since
encryption keys are rather handled as passwords, internally these
keys are processed using PBKDF2 (PKCS5v2.0 with HMAC-SHA1 + a
counter greater than 1) to generate a temporary key and its
corresponding initialization vector (iv) that are the ones
actually being used by the encryption/decryption algorithms.
This KEY/IV generation mechanism is not compatible anymore with
the OpenSSL's command line tool (You will need to generate
manually the keys and iv with this method before you can decrypt
manually each file and database register with this tool).
Resource indexes are shuffled when new elements are added (for
CSV files, columns are reconstructed maintaining the order of
their registers, but the order in which columns appear changes.
Scripts should therefore access columns by name and not by their
position).
ResourcesDB document indexes also keep deterministic protected
lookup values for documentId, storageId and orgResourceId. These
lookup values are keyed HMACs with field-specific domain
separation, and are used only to narrow exact-match searches on
these high-cardinality identifiers. They do not replace the
encrypted and MAC-protected register values: matching registers
are still decrypted and verified before being returned or
deleted. Lookup values are intentionally not generated for
low-cardinality or arbitrary document attributes, preserving the
protection provided by encrypted values and column shuffling.
Older databases are migrated with nullable lookup columns, and
registers without lookup values remain readable through the
normal protected-value verification path.
6. Resource processing - All data processing including encryption
and decryption takes place in memory (with a few exceptions, such
as file uploads that are stored in a specific directory before
being encrypted, overwritten and deleted). Internal secure
databases (data tables organized in rows and columns like CSV
files) can be processed by Perl scripts in memory, using and
embedded Perl interpreter.
7. Sessions and multi-threading - CaumeDSE uses stateless REST
connections. As of v1.0.7 a configurable number of simultaneous
users is supported through a libmicrohttpd worker-thread pool
(default: 4 threads; set at build time with --with-max-threads=N).
Each thread handles one connection at a time; concurrent
connections are distributed across the pool. Shared state
(Perl interpreter, engine power flag) is protected by POSIX
mutexes; SQL result tables use thread-local storage so parallel
requests do not interfere with each other's results. The
maximum number of queued connections is 4x the thread-pool size.
### 2. Resource hierarchy
Resources are organized hierarchically using a REST approach. Reading the
uniform resource identifier (URI) within an HTTP request from left to right
will show resources and resource types that USE or CONTAIN the resource or
resource type to the right of it within the hierarchy, until you find the
requested resource at the end (before any parameters).
The resource hierarchy is listed below:
https://{engine}
|-- /organizations
| `-- /{organization}
| |-- /users
| | `-- /{user}
| | |-- /roleTables
| | | `-- /{roleTable}
| | |-- /filterWhitelist
| | | `-- /{filterUser}
| | `-- /filterBlacklist
| | `-- /{filterUser}
| `-- /storage
| `-- /{storage}
| |-- /documentTypes
| | `-- /{documentType}
| | `-- /documents
| | `-- /{document}
| | |-- /parserScripts
| | | `-- /{parserScript}
| | |-- /content
| | |-- /contentRows
| | | `-- /{contentRow}
| | `-- /contentColumns
| | `-- /{contentColumn}
| `-- /dbNames
| `-- /{dbName}
| `-- /dbTables
| `-- /{dbTable}
| |-- /tableRows
| | `-- /{tableRow}
| `-- /tableColumns
| `-- /{tableColumn}
|-- /engineCommands
|-- /transactions
`-- /favicon.ico
`[not implemented]` marks resources that might be implemented in the future.
Resources (listed within keys, { and }), must be called by their unique
name. Resource types are not listed within keys and they must be named
exactly as they are listed.
For example, to get the resource representation of user EngineAdmin that is
registered in organization EngineOrg at the CaumeDSE instance in ip address
192.168.1.1, you would do an HTTPS GET request with an URI similar to this:
https://192.168.1.1/organizations/EngineOrg/users/EngineAdmin?userId=EngineAdmin&
orgId=EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
Check section V for access methods, parameters and examples for each
resource/ resourceType requests and their expected results.
### 3. Request parameters
Common parameters to a resource request are passed either via a query string
or as a multipart/form-data encoded body (in the case of POST requests).
There are 3 types of parameters
- Authorizations & Encryption parameters
- Resource attribute parameters (to match or update)
- Optional parameters
#### 3.1 Authorizations & Encryption parameters
These parameters are required in every request to decrypt resource indexes
roles and resources, and allows the system to verify if the request is
authorized (note that authentication takes place before any authorization
and decryption).
userId
Specifies the {user} to verify authorization (note that this same
user is authenticated previously). The user referred to by userId
must be a resource of the organization defined within orgId.
orgId
Specifies the {organization} to verify authorization and perform
resource operations. This parameter does no need to match the
organization defined in the URI. For example, a user with the right
privileges can create a new organization (defined in the URI) with a
POST request, but still authenticate and be authorized using the
userId and orgId parameters.
orgKey
Specifies the organization key that is used to decrypt resources and
internal database values. Every resource registered within the same
organization are encrypted with the same key (although with
different salt and initialization vector). This includes users, and
is the reason why authentication is a separate process.
#### 3.2 Resource attribute parameters (to match or update)
These parameters, allow you to specify matching registers (exact matches
only), if prepended with an underscore (_) and combined with methods such as
GET, HEAD, PUT or DELETE, or to update resource values in POST and PUT
methods if prepended with an asterisk (*).
For example, a request using a PUT method to update all user resources
(resource type users) whose resourceInfo value is 'new', by setting their
certificate value to 'undefined' you would use a PUT request that would look
similar to this one:
https://192.168.1.1/organizations/EngineOrg/users?userId=EngineAdmin&
orgId=EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC&_resourceInfo=new&
*certificate=undefined
Attribute parameters could be considered resources contained by the
corresponding resource or resource type where they are being used. As such,
they may be included in the resource hierarchy in the future to provide a
consistent and alternative form to be accessed. Unfortunately, managing
every attribute as a resource also means more requests to perform a simple
function (e.g. Suppose you have a resource with 5 attributes, you can
create the resource and update all 5 attributes in a single request if you
use attribute parameters, but if you manage attributes as resources
contained by the main resource, it would take 6 requests to create the
resource and each of its attributes)
To check which attribute parameters are supported by each resource and
resource type refer to section V (REST (Resource) API reference).
#### `userId`
Resources/ResourceTypes: ANY
Prefixes: match (_) only.For POST/PUT updates the value is always
taken from the URI
When used with _ matches against the userId attribute of a resource.
This attribute contains the last user to modify (e.g. with PUT) the
resource, or the user who created the resource (with POST) if it has
not been modified.
For other uses check: 3.1 Authorizations & Encryption parameters
#### `orgId`
Resources/ResourceTypes: ANY
Prefixes: match (_) only.For POST/PUT updates the value is always
taken from the URI
When used with _ matches against the orgId attribute of a resource.
This attribute contains the orgId corresponding to the last user to
modify (e.g. with PUT) the resource or to the user who created the
resource (with POST) if it has not been modified.
For other uses check: 3.1 Authorizations & Encryption parameters
#### `resourceInfo`
Resources/ResourceTypes: organizations, {organization}, users,
{user}, storage {storage}, documents, {document}
Prefixes: match (_) and update (*).
Contains general information regarding the resource.
#### `certificate`
Resources/ResourceTypes: organizations, {organization}, users,
{user}
Prefixes: match (_) and update (*).
Stores digital certificate information related to the resource. Note
that CaumeDSE does not use this information in any way for
authentication. Organizations can store any string here (PEM
certificates, certificate issuer, certificate hash,...).
#### `publicKey`
Resources/ResourceTypes: organizations, {organization}, users, {user}
Prefixes: match (_) and update (*).
Stores public key information related to the resource. Note that
CaumeDSE does not use this information in any way for
authentication. Organizations can store any string here (PEM public
keys, public key file names, public key hash,...).
#### `userResourceId`
Resources/ResourceTypes: users
Prefixes: match (_) only. For POST ({user}), this attribute is taken
from the URI.
Stores the identifier of a {user} resource.
#### `orgResourceId`
Resources/ResourceTypes: organizations, transactions
Prefixes: match (_) only. For POST ({organization}) this attribute
is taken from the URI.
Stores the identifier of an {organization} resource. For
transactions, if the user was correctly authenticated, then this
value will be protected (indicated by the 'authenticated'
parameter). For ResourcesDB document registers, exact-match
queries may use the protected orgResourceIdLookup index as a
candidate filter before normal protected-value verification.
#### `basicAuthPwdHash`
Resources/ResourceTypes: users, {user}
Prefixes: match (_) and update (*).
*FUNCTIONALITY NOT YET IMPLEMENTED*: This attribute may contain
password hashes for user authentication via the HTTP basic
authentication method in the future.
#### `oauthConsumerKey`
Resources/ResourceTypes: users, {user}
Prefixes: match (_) and update (*).
OAuth is delegated to an external engine manager. This attribute is
available for manager-owned metadata but is not used by CaumeDSE for
internal OAuth token validation.
#### `oauthConsumerSecret`
Resources/ResourceTypes: users, {user}
Prefixes: match (_) and update (*).
OAuth is delegated to an external engine manager. This attribute is
available for manager-owned metadata but is not used by CaumeDSE for
internal OAuth token validation.
#### `columnFile`
Resources/ResourceTypes: documents, {document}
Prefixes: match (_) only. For POST/PUT this attribute is calculated
by CaumeDSE.
Stores the name (hexadecimal string generated randomly) that
contains the encrypted content for the corresponding partId and
columnId.
#### `documentId`
Resources/ResourceTypes: documents
Prefixes: match (_) only. For POST ({document}) this attribute is
taken from the URI.
Stores the identifier of a {document} resource.
For ResourcesDB document registers, exact-match queries may use the
protected documentIdLookup index as a candidate filter before normal
protected-value verification.
#### `storageId`
Resources/ResourceTypes: storage
Prefixes: match (_) only. For POST ({storage}) this attribute is
taken from the URI.
Stores the identifier of a {storage} resource.
For ResourcesDB document registers, exact-match queries may use the
protected storageIdLookup index as a candidate filter before normal
protected-value verification.
#### `partHash`
Resources/ResourceTypes: documents, {document}
Prefixes: match (_) only. For POST/PUT this attribute is calculated
by CaumeDSE.
Stores the hash of the encrypted content in the corresponding
columnFile.
#### `totalParts`
Resources/ResourceTypes: documents, {document}
Prefixes: match (_) only. For POST/PUT this attribute is calculated
by CaumeDSE.
Stores the number of encrypted parts in which the original file was
divided. For CSV files, this refers to the number of parts in which
every column was divided if you want to know the number of files
that contain pieces of a CSV files, just do (number of
columns)*totalParts. The highest number in columnId is the number
of columns that a CSV resource has.
partId
Resources/ResourceTypes: documents, {document}
Prefixes: match (_) only. For POST/PUT this attribute is calculated
by CaumeDSE.
Stores the sequential id for the part for the corresponding columnId.
#### `lastModified`
Resources/ResourceTypes: documents, {document}
Prefixes: match (_) only. For POST/PUT this attribute is calculated
by CaumeDSE.
Stores the Unix time (epoch) corresponding to the last time that the
resource was updated (PUT), or to the time it was created (POST) if
it has not been updated yet.
#### `columnId`
Resources/ResourceTypes: documents, {document}
Prefixes: match (_) only. For POST/PUT this attribute is calculated
by CaumeDSE.
Stores the column id corresponding to the column File. for document
types different from CSV files (e.g. raw files), this value is
always 1 (i.e. they consist of a single column).
#### `location`
Resources/ResourceTypes: storage, {storage}
Prefixes: match (_) and update (*).
Stores information related to the location of the {storage}
resource. You can store any text string here, it is not used by
CaumeDSE.
#### `type`
Resources/ResourceTypes: storage, {storage}
Prefixes: match (_) and update (*).
*FUNCTIONALITY NOT YET IMPLEMENTED*: This attribute may specify the
type of storage to allow CaumeDSE to connect and use remote storage
in the future. Right now, only regular file storage available
through standard input and output functions is supported.
#### `accessPath`
Resources/ResourceTypes: storage, {storage}
Prefixes: match (_) and update (*).
*FUNCTIONALITY NOT YET IMPLEMENTED*: This attribute may specify an
access identifier to allow CaumeDSE to connect and use remote
storage in the future. Right now, only regular file storage
available through standard input and output functions is supported.
#### `accessUser`
Resources/ResourceTypes: storage, {storage}
Prefixes: match (_) and update (*).
*FUNCTIONALITY NOT YET IMPLEMENTED*: This attribute may specify the
user identifier to allow CaumeDSE to connect and use remote storage
in the future. Right now, only regular file storage available
through standard input and output functions is supported.
#### `accessPassword`
Resources/ResourceTypes: storage, {storage}
Prefixes: match (_) and update (*).
*FUNCTIONALITY NOT YET IMPLEMENTED*: This attribute may specify
access credentials to allow CaumeDSE to connect and use remote
storage in the future. Right now, only regular file storage
available through standard input and output functions is supported.
#### `_get`
Resources/ResourceTypes: {roleTable}
Prefixes: match (_) and update (*).
NOTE: with the match prefix you would have a 2 underscores at in the
parameter name.
This attribute specifies whether the corresponding {user} at the
specified {organization} is allowed to perform GET requests on
resources related to {roleTable}.
String "1" is for allow. string "0" is for deny.
#### `_post`
Resources/ResourceTypes: {roleTable}
Prefixes: match (_) and update (*).
NOTE: with the match prefix you would have a 2 underscores at in the
parameter name.
This attribute specifies whether the corresponding {user} at the
specified {organization} is allowed to perform POST requests on
resources related to {roleTable}.
String "1" is for allow. string "0" is for deny.
#### `_put`
Resources/ResourceTypes: {roleTable}
Prefixes: match (_) and update (*).
NOTE: with the match prefix you would have a 2 underscores at in the
parameter name.
This attribute specifies whether the corresponding {user} at the
specified {organization} is allowed to perform PUT requests on
resources related to {roleTable}.
String "1" is for allow. string "0" is for deny.
#### `_delete`
Resources/ResourceTypes: {roleTable}
Prefixes: match (_) and update (*).
NOTE: with the match prefix you would have a 2 underscores at in the
parameter name.
This attribute specifies whether the corresponding {user} at the
specified {organization} is allowed to perform DELETE requests on
resources related to {roleTable}.
String "1" is for allow. string "0" is for deny.
#### `_head`
Resources/ResourceTypes: {roleTable}
Prefixes: match (_) and update (*).
NOTE: with the match prefix you would have a 2 underscores at in the
parameter name.
This attribute specifies whether the corresponding {user} at the
specified {organization} is allowed to perform HEAD requests on
resources related to {roleTable}.
String "1" is for allow. string "0" is for deny.
#### `_options`
Resources/ResourceTypes: {roleTable}
Prefixes: match (_) and update (*).
NOTE: with the match prefix you would have a 2 underscores at in the
parameter name.
This attribute specifies whether the corresponding {user} at the
specified {organization} is allowed to perform OPTIONS requests on
resources related to {roleTable}.
String "1" is for allow. string "0" is for deny.
#### `requestMethod`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the HTTP method used by the user request.
If the user was correctly authenticated, then this value will be
protected (indicated by the 'authenticated' parameter).
#### `requestUrl`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the URL used as part of the user request.
If the user was correctly authenticated, then this value will be
protected (indicated by the 'authenticated' parameter).
#### `requestHeaders`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the HTTP Headers used as part of the user
request. If the user was correctly authenticated, then this value
will be protected (indicated by the 'authenticated' parameter).
#### `startTimestamp`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the timestamp of the moment at which the
user request was received. If the user was correctly authenticated,
then this value will be protected (indicated by the 'authenticated'
parameter).
#### `endTimestamp`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the timestamp of the moment at which the
user request was answered. If the user was correctly authenticated,
then this value will be protected (indicated by the 'authenticated'
parameter).
#### `requestDataSize`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the size of the body of the HTTP user's
request. If the user was correctly authenticated, then this value
will be protected (indicated by the 'authenticated' parameter).
#### `responseDataSize`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the size of the body of the HTTP engine's
answer. If the user was correctly authenticated, then this value
will be protected (indicated by the 'authenticated' parameter).
#### `requestIPAddress`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the IP address (v4 or v6) of the user
sending the request. If the user was correctly authenticated, then
this value will be protected (indicated by the 'authenticated'
parameter).
#### `responseCode`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the response code of the HTTP engine's
answer. If the user was correctly authenticated, then this value
will be protected (indicated by the 'authenticated' parameter).
#### `responseHeaders`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies the response headers of the HTTP engine's
answer. If the user was correctly authenticated, then this value
will be protected (indicated by the 'authenticated' parameter).
#### `authenticated`
Resources/ResourceTypes: transactions
Prefixes: match (_) only. For POST this attribute will be defined
automatically by CaumeDSE
This attribute specifies whether the user was authenticated ('1') or
not ('0'). If the user was correctly authenticated, then values
depending on the authenticated attribute will be encrypted;
otherwise they will be copied in cleartext. This attribute is never
encrypted.
Note that there is a situation when an authenticated user uses an
incorrect orgKey. In this case, transaction logs won't be readable
since they will be protected using the erroneous key. Transactions
will be protected as whenever the user is authenticated, even if
he/she does not have the right priviledges to execute the request.
#### `setEnginePower`
Resources/ResourceTypes: engineCommands
Prefixes: match (_) only. This parameter activates (value = on,
default) or deactivates (value = off) engine requests with the PUT
method.
#### 3.3 Optional parameters
salt
Specifies the salt to be used with all values of an internal
database register or a data resource for encryption/decryption. if
not included, it will be generated by a pseudo random algorithm by
CaumeDSE. If included it must be an hexadecimal string 16
characters long (i.e. representing 8 bytes).
(Note that for values within the same register another salt is
generated and prepended to values before being encrypted (internally
this is called valueSalt), and removed after decryption, this second
salt is necessary to avoid same ciphertext for identical database
values within the same internal database register.)
newOrgKey
In POST requests only (i.e 'create'), this parameter specifies the
organization key (orgKey) to be used for creating the new resource,
which is different from the orgKey used to protect the the userId's
roles of the requesting user (of course, the user must have POST
permission within its organization that can be decrypted with
orgKey).
This allows for example, an administrator to create a different
organization or resources within a different organization. After
being created though, this administrator would need a user with the
right credentials to be authenticated and the corresponding
permissions within the role table for this new organization in order
to access the newly created resources.
If omitted, orgKey will be used to protect any new resource.
outputType
Specifies the type of output for the result. Available values are
csv, json and HTML (the latter is the default). This is
particularly useful for results that return data tables, such as
resource specification queries, content rows/columns, parser script
output, secure DB browsing, and requests for the contents of csv
type files. JSON table responses use this shape:
`{"columns":[...],"rows":[{"column":"value"}]}`.
#### 3.4 Document POST parameters
These parameters are required in every POST request of {document} resources.
file
Specifies the file name and contents (which does not necessarily
will be the same as the documentId of the resource in the URI) of
the file to be uploaded, to create a {document} resource. POST
requests will contain the attribute parameters and the file contents
encoded in multipart/form-data format within the body.
shuffle
Optional. Enables row-order shuffling metadata for secure CSV
storage. If omitted, the default encryption algorithm is used.
Values 0, false, no, off and none disable this attribute; values 1,
true, yes and on use the default encryption algorithm; any other
value is stored as the attribute algorithm.
protect
Optional. Enables value protection metadata for secure CSV storage.
If omitted, the default encryption algorithm is used. Values 0,
false, no, off and none disable this attribute; values 1, true, yes
and on use the default encryption algorithm; any other value is
stored as the attribute algorithm.
replaceDB
Optional for file.csv uploads. If set to 1, true, yes or on, an
existing secure CSV database with the same documentId is replaced.
If omitted or set to 0, false, no, off or none, duplicate document
resources are rejected.
vacuumDB
Optional for file.csv uploads and content row/column writes. If
set to 1, true, yes or on, each temporary memory database is
vacuumed before it is saved as a durable secure database file.
Secure imports with protection attributes still vacuum by default
to remove slack space that may contain unprotected data.
#### 3.5 Optional Column index parameters for content rows (`file.csv`)
#### `[column_name]`
Specifies the value for the specified 'column_name'. The column name
must match an existing column name within a document resource of
type file.csv.
## REST Resource API Reference
Note that with the POST method you must define values for every updateable
parameter, to ensure that every attribute is initialized by the user. With
the PUT method you can update just the values that need changes.
While most examples of POST requests include data in the URI, be aware that
the standard way is to encode both parameters (and any file) using
multipart/form-data format. Any POST request can be encoded in this way
(CaumeDSE supports both encoding formats: URI appended parameters and
multipart/form-data parameters). However, you must use multipart/form-data
encoding if you are uploading a file (See {document} resource examples
below).
### `engineCommands`
Supported HTTP methods: GET PUT OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
UPDATE:
*setEnginePower
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Deactivate engine
METHOD:
PUT
URI:
https://localhost/engineCommands?userId=EngineAdmin&
orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&setEnginePower=off
REQUEST HEADERS:
REQUEST BODY:
### `organizations`
Supported HTTP methods: GET PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _certificate _publicKey
_orgResourceId
UPDATE:
*resourceInfo *certificate *publicKey
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List all organizations with publicKey = 'undefined'
in a CSV style list
METHOD:
GET
URI:
https://localhost/organizations?userId=EngineAdmin&
orgId=EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
&_publicKey=undefined&outputType=csv
REQUEST HEADERS:
REQUEST BODY:
### `{organization}`
Supported HTTP methods: GET POST PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _certificate _publicKey
UPDATE:
*resourceInfo *certificate *publicKey
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Create a new organization called BusinessOrg, using
a new organization key: 3132333440414243, with
account EngineAdmin from EngineOrg (EngineAdmin is
assumed to have POST privileges for organizations)
METHOD:
POST
URI:
https://192.168.0.1/organizations/BusinessOrg?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*resourceInfo=
new%20organization&*certificate=undefined&*publicKey=
undefined&newOrgKey=3132333440414243
REQUEST HEADERS:
REQUEST BODY:
Example 2) List attributes for organization EngineOrg
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 3) Set attribute publicKey to 'serial:10F46D308B39' for
organization EngineOrg
METHOD:
PUT
URI:
https://localhost/organizations/EngineOrg?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*publicKey=
serial%3A10F46D308B39
REQUEST HEADERS:
REQUEST BODY:
### `users`
Supported HTTP methods: GET PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _certificate _publicKey
_userResourceId _basicAuthPwdHash _oauthConsumerKey
_oauthConsumerSecret
UPDATE:
*resourceInfo *certificate *publicKey
*basicAuthPwdHash *oauthConsumerKey
*oauthConsumerSecret
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List attributes of all users of organization
EngineOrg
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/users?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 2) Set attribute publicKey to 'TBD' for all users in
organization BusinessOrg
METHOD:
PUT
URI:
https://localhost/organizations/BusinessOrg?userId=
BusinessAdmin&orgId=BusinessOrg&orgKey=3132333440414243
&*publicKey=TBD
REQUEST HEADERS:
REQUEST BODY:
{user}
Supported HTTP methods: GET POST PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _certificate _publicKey
_basicAuthPwdHash _oauthConsumerKey
_oauthConsumerSecret
UPDATE:
*resourceInfo *certificate *publicKey *basicAuthPwdHash
*oauthConsumerKey *oauthConsumerSecret
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Check if user1 exists within organization EngineOrg
METHOD:
HEAD
URI:
https://localhost/organizations/EngineOrg/users/user1?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 2) Create user BusinessAdmin in organization
BusinessOrg, using BusinessOrg's (new) organization
key: 3132333440414243, with account EngineAdmin from
EngineOrg (EngineAdmin is assumed to have POST
privileges for users)
METHOD:
POST
URI:
https://192.168.0.1/organizations/BusinessOrg/
BusinessAdmin?userId=EngineAdmin&orgId=EngineOrg&
orgKey=0CDBB9AF76AF43BDB72E095989E612CC&*resourceInfo=
Administrator&*certificate=undefined&*publicKey=
undefined&*basicAuthPwdHash=undefined&
*oauthConsumerKey=undefined&*oauthConsumerSecret=
undefined&newOrgKey=3132333440414243
REQUEST HEADERS:
REQUEST BODY:
### `{roleTable}`
Supported HTTP methods: GET POST PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId __get __post __put __delete __head
__options
UPDATE:
*_get *_post *_put *_delete *_head *_options
TABLE NAMES:
documents users roleTables parserScripts content
contentRows contentColumns dbNames dbTables tableRows
tableColumns organizations storage documentTypes
engineCommands transactions meta filterWhitelist
filterBlacklist
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Get EngineAdmin permission table for resource table
users ( i.e. for resources/resource type: users and
{user}), if any.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/users/
EngineAdmin/roleTables/users?userId=EngineAdmin&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 2) Allow user BusinessAdmin in organization
BusinessOrg, using BusinessOrg's (new) organization
key: 3132333440414243, with account EngineAdmin from
EngineOrg (EngineAdmin is assumed to have POST
privileges for users), to perform GET, HEAD, OPTIONS
AND PUT requests by creating new permissions in the
the users roleTable (i.e. for resources/resource
type: users and {user}).
METHOD:
POST
URI:
https://192.168.0.1/organizations/BusinessOrg/
BusinessAdmin/roleTables/users?userId=EngineAdmin&
orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*_get=1&*_post=0&
*_put=1&*_delete=0&*_head=1&*_options=1&newOrgKey=
3132333440414243
REQUEST HEADERS:
REQUEST BODY:
### `filterWhitelist`
Supported HTTP methods: GET POST PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId __get __post __put __delete __head
__options
UPDATE:
*_get *_post *_put *_delete *_head *_options
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Filter whitelist records are stored in the encrypted ResourcesDB
filterWhitelist table. The `{filterUser}` URL element maps to
userResourceId, the parent `{organization}` maps to orgResourceId,
and the method columns (`_get`, `_post`, `_put`, `_delete`, `_head`,
`_options`) define which methods are allowlisted for that target.
`userResourceId` and `orgResourceId` are evaluated as POSIX extended
regular expressions and must match the full requested user and
organization resource values.
Role-table authorization is still evaluated first. When whitelist
records exist for a method, user-resource requests for that method
must also match a whitelist record for the requested organization
and user.
Example 1) Allow EngineAdmin to perform GET, HEAD and OPTIONS
requests against RoleTableTestUser user resources.
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/users/
RoleTableTestUser/filterWhitelist/RoleTableTestUser?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*_get=1&*_post=0&
*_put=0&*_delete=0&*_head=1&*_options=1
REQUEST HEADERS:
REQUEST BODY:
Example 2) Allow GET, HEAD and OPTIONS requests against every user
resource whose identifier starts with RoleTable.
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/users/
RoleTableTestUser/filterWhitelist/RoleTable.*?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*_get=1&*_post=0&
*_put=0&*_delete=0&*_head=1&*_options=1
REQUEST HEADERS:
REQUEST BODY:
### `filterBlacklist`
Supported HTTP methods: GET POST PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId __get __post __put __delete __head
__options
UPDATE:
*_get *_post *_put *_delete *_head *_options
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Filter blacklist records are stored in the encrypted ResourcesDB
filterBlacklist table. The `{filterUser}` URL element maps to
userResourceId, the parent `{organization}` maps to orgResourceId,
and the method columns (`_get`, `_post`, `_put`, `_delete`, `_head`,
`_options`) define which methods are denied for that target.
`userResourceId` and `orgResourceId` are evaluated as POSIX extended
regular expressions and must match the full requested user and
organization resource values.
Role-table authorization is evaluated first; matching blacklist
records then deny the request before whitelist allow records are
considered.
Example 1) Deny RoleTableTestUser GET, HEAD and OPTIONS requests
against RoleTableTestUser user resources.
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/users/
RoleTableTestUser/filterBlacklist/RoleTableTestUser?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*_get=1&*_post=0&
*_put=0&*_delete=0&*_head=1&*_options=1
REQUEST HEADERS:
REQUEST BODY:
Example 2) Deny GET, HEAD and OPTIONS requests against every user
resource whose identifier starts with RoleTable.
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/users/
RoleTableTestUser/filterBlacklist/RoleTable.*?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*_get=1&*_post=0&
*_put=0&*_delete=0&*_head=1&*_options=1
REQUEST HEADERS:
REQUEST BODY:
### `storage`
Supported HTTP methods: GET PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _location _type
_storageId _accessPath _accessUser _accessPassword
UPDATE:
*resourceInfo *location *type *accessPath
*accessUser *accessPassword
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List attributes of storage with type = 'local'
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&_type=local
REQUEST HEADERS:
REQUEST BODY:
Example 2) Delete all storage resources with location
'localhost'
METHOD:
DELETE
URI:
https://localhost/organizations/EngineOrg/storage?
userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&_location=localhost
REQUEST HEADERS:
REQUEST BODY:
### `{storage}`
Supported HTTP methods: GET PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _location _type
_accessPath _accessUser _accessPassword
UPDATE:
*resourceInfo *location *type *accessPath
*accessUser *accessPassword
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List attributes of storage EngineStorage
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage?userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&_type=local
REQUEST HEADERS:
REQUEST BODY:
Example 2) Create storage resource EngineStorage2
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage?userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&*resourceInfo=
storage%202&*location=localhost&*type=local&*accessPath
=/opt/storage2&*accessUser=undefined&*accessPassword=
undefined
REQUEST HEADERS:
REQUEST BODY:
### `{documentType}`
Supported HTTP methods: GET HEAD OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
UPDATE:
DOCUMENT TYPES:
file.csv file.raw file.txt file.json file.xml file.html
file.pdf file.png file.jpg file.gif file.zip file.bin
script.perl script.python
RESPONSE HEADERS:
RESPONSE BODY:
The documentTypes collection lists the supported document type
identifiers. Individual documentType resources validate whether the
requested type is supported before document collection and document
resource handlers run. Supported types are file.csv, file.raw,
file.txt, file.json, file.xml, file.html, file.pdf, file.png,
file.jpg, file.gif, file.zip, file.bin, script.perl and
script.python.
These routes are handled through the main storage resource tree
dispatcher at `/organizations/{organization}/storage/{storage}`.
### `documents`
Supported HTTP methods: GET PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _columnFile _partHash
_totalParts _partId _lastModified _columnId
_documentId
UPDATE:
*resourceInfo
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Exact-match filters for _documentId, _storageId and _orgResourceId
may use protected lookup indexes when available. These indexes only
narrow the candidate set; CaumeDSE still decrypts and verifies the
protected document attributes before returning, updating or deleting
registers. Legacy registers without lookup values remain supported.
Document collection and document resource routes are dispatched
under `/organizations/{organization}/storage/{storage}/documentTypes/{documentType}`.
Example 1) List attribute table for all document resources of
type file.raw
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.raw/documents?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 2) Delete all document resources of type file.csv
METHOD:
DELETE
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
### `{document}`
Supported HTTP methods: GET POST PUT HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _columnFile _partHash
_totalParts _partId _lastModified _columnId
UPDATE:
*resourceInfo
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List attribute table for document myfile.bin of type
file.raw
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.raw/documents/
myfile.bin?userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 2) Create (Upload) document myfile.bin of type file.raw
METHOD:
POST (multipart/form-data)
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.raw/documents/
myfile.bin
REQUEST HEADERS:
REQUEST BODY:
Example 2.1) HTML form to send parameters and file myfile.bin in
multipart/form-data format:
RAW Document upload form:
Example 2.2) Body part of a multipart/form-data encoded request using the HTML example format above: -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="file"; filename="cleartext.txt" Content-Type: text/plain This is cleartext This is cleartext This is cleartext This is cleartext. -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="userId" EngineAdmin -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="orgId" EngineOrg -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="orgKey" 0CDBB9AF76AF43BDB72E095989E612CC -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="*resourceInfo" This is a raw file -----------------------------204285202715621161041257990753-- Example 3) Delete document resource myfile.bin of type file.raw METHOD: DELETE URI: https://localhost/organizations/EngineOrg/storage/ EngineStorage/documentTypes/file.raw/documents/ myfile.bin?userId=EngineAdmin&orgId=EngineOrg&orgKey= 0CDBB9AF76AF43BDB72E095989E612CC REQUEST HEADERS:
REQUEST BODY:
### `{parserScript}`
Supported HTTP methods: GET HEAD OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _columnFile _partHash
_totalParts _partId _lastModified _columnId
UPDATE:
PERL SCRIPT CALLBACK SUBROUTINES:
cmePERLProcessRow:
Called on each iteration to processes every
row. Receives the whole row as an array
(@_).
The script main function is also called
before processing every row to perform
general tasks (e.g. initialization).
cmePERLProcessColumnNames:
Called once to process the first row which
should contain the column names. Receives
the whole row as an array (@_). Should be
used to set indexes of columns to be
processed.
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
The parserScripts collection supports OPTIONS. Individual
parserScript resources load the named script.perl or script.python
document, reconstruct it through the secure-file path, and run it
against file.csv document content after normal authorization
succeeds. Perl parser requests run in a child `perl` process through
a compatibility runner that invokes `cmePERLProcessColumnNames` and
`cmePERLProcessRow` over secure temporary CSV input/output files.
Python scripts are executed with `python3` and receive two
command-line arguments: an input CSV file path and an output CSV file
path. Parser child processes use absolute interpreter paths from
`CDSE_PARSER_PERL_PATH` and `CDSE_PARSER_PYTHON_PATH`, run from the
parser temporary directory configured by `CDSE_PARSER_TMP_FILE_PATH`,
receive a minimal `PATH`/locale environment, redirect stdin/stdout/stderr
to `/dev/null`, and close inherited file descriptors above stderr before
`execve()`. Parser input/output and Perl runner files are created with
`mkstemp()` as `0600` regular files in a service-owned `0700` parser
temporary directory; existing symlink directories are refused before file
creation. Children are bounded by `CDSE_PARSER_SCRIPT_TIMEOUT_SECONDS`;
where supported, CaumeDSE also
applies `RLIMIT_CPU`, `RLIMIT_FSIZE`,
`CDSE_PARSER_SCRIPT_MAX_ADDRESS_SPACE_BYTES`,
`CDSE_PARSER_SCRIPT_MAX_OPEN_FILES`, and
`CDSE_PARSER_SCRIPT_MAX_PROCESSES`. Parser output CSV files are
rejected above `CDSE_PARSER_SCRIPT_MAX_OUTPUT_BYTES` before loading,
and parser result tables are rejected above
`CDSE_PARSER_SCRIPT_MAX_RESULT_CELLS`. These limits are compile-time
macros with conservative defaults. Both parser runtimes still inherit
the service user's filesystem and network access unless additional
child-process sandboxing is configured outside CaumeDSE.
In AI-assisted workflows, treat CSV contents and parser output as
untrusted data. CSV cells can contain prompt-injection text that asks an
agent to reveal credentials, alter policy, fetch URLs, or modify cleanup.
Keep cell text inside data fields, and do not let it override system or
security instructions. Review generated parser scripts before upload and
reject scripts that open network connections, execute shell commands, read
environment variables, traverse files outside the provided input path, log
credentials, or create unbounded output. Prefer deterministic CSV-library
transformations that write through a CSV writer and emit only the required
columns. See `AI_USAGE.md` for the full checklist.
Example 1) Get parsed contents of payroll.csv file (of type
file.csv) using script myscript.pl (of type
script.perl); get results in csv format. Note that
the csv file will be decrypted and processed by a child
Perl process using secure temporary CSV input/output files.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
payroll.csv/parserScripts/myscript.pl?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&outputType=csv
REQUEST HEADERS:
REQUEST BODY:
Example 1.1) Sample output (remember columns are not reorganized
after decryption, only rows).
"id","salary","name","employeeId","lastName"
"1","82400","Jacob","1","Nieves"
"2","111787","Jerome","2","Hodges"
"3","181281","Rooney","3","Atkins"
"4","195943","Gregory","4","Sullivan"
"5","240999","Jameson","5","Castro"
"6","331326","Brandon","6","Clayton"
"7","374552","Kadeem","7","Mcdowell"
"8","517300","Upton","8","Mooney"
"9","571197","Jelani","9","Wyatt"
"10","711605","Bernard","10","Jackson"
Example 1.2) Sample payroll.csv file (should have been uploaded
as a file of type file.csv before the request).
name,lastName,employeeId,salary
Jacob,Nieves,1,82400
Jerome,Hodges,2,29387
Rooney,Atkins,3,69494
Gregory,Sullivan,4,14662
Jameson,Castro,5,45056
Brandon,Clayton,6,90327
Kadeem,Mcdowell,7,43226
Upton,Mooney,8,142748
Jelani,Wyatt,9,53897
Bernard,Jackson,10,140408
Example 1.3) Sample myscript.pl file (should have been uploaded
as a file of type script.perl before the request).
This particular scripts sums every number in the
salary columns and stores in this same column the
partial results (i.e. the last value contains the
complete sum).
if ($init eq undef)
{
print "Global initialization of Perl Script\n";
$init=1;
$colsum=0;
$index=-1;
}
else
{
$init+=1;
}
print "This is run number ".$init."\n";
sub cmePERLProcessRow #Process a row - CaumeDSE Iterations
{
my (@r) = @_;
print "PERL sub cmePERLProcessRow array: @r\n";
if ($index >= 0)
{
$colsum+=$r[$index];
$r[$index]=$colsum; #Accumulate results in this column
} else {
print "PERL sub cmePERLProcessRow, no column named - salary - found!\n";
}
print "current sum = $colsum\n";
print "PERL sub cmePERLProcessRow, result array: @r\n";
(@r);
}
sub cmePERLProcessColumnNames #Get (and optionally modify) column names
{
$index=-1; #set index for sum column
my $cont=0;
my (@cn) = @_;
foreach (@cn)
{
if ($_ eq "salary") #set index.
{
$index=$cont;
print "PERL sub cmePERLProcessColumnNames index for - salary - found: $index.\n";
}
$cont++;
}
print "PERL sub cmePERLProcessColumnNames array: @cn\n";
print "PERL sub cmePERLProcessColumnNames, result array: @cn\n";
(@cn);
}
### `content`
Supported HTTP methods: GET HEAD OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _columnFile _partHash
_totalParts _partId _lastModified _columnId
UPDATE:
SUPPORTED FILE TYPES:
file.csv file.raw file.txt file.json file.xml file.html
file.pdf file.png file.jpg file.gif file.zip file.bin
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Get contents of payroll.csv file (of type file.csv); get
results in csv format.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
payroll.csv/content?userId=EngineAdmin&orgId=EngineOrg
&orgKey=0CDBB9AF76AF43BDB72E095989E612CC&outputType=csv
REQUEST HEADERS:
REQUEST BODY:
### `{contentRow}`
Supported HTTP methods: POST PUT GET HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _columnFile _partHash
_totalParts _partId _lastModified _columnId
UPDATE:
[column_name]
UPDATE NOTES:
For POST, {contentRow} must be exactly the next
available numeric row (it behaves as an append);
existing column for which a new value was not
specified will receive a new empty string.
For PUT, {contentRow} must be in the range 1 - last
row; existing columns for which a new value was not
specified will retain their previous value.
SUPPORTED FILE TYPES:
file.csv
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Get row 456 of document document.csv (of type file.csv);
get results in csv format.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
document.csv/contentRows/456?userId=EngineAdmin&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
&outputType=csv
REQUEST HEADERS:
REQUEST BODY:
Example 2) Update columns salary (with 100.20 as new value) and
name (with James Duncan as new value) at row 100 of
document document.csv (of type file.csv). Existing
columns lastName and employeeId will retain their
previous values.
METHOD:
PUT
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
document.csv/contentRows/100?userId=EngineAdmin&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
&[salary]=100.20&[name]=James
REQUEST HEADERS:
REQUEST BODY:
Example 3) Add row 101 (assuming there are currently 100 rows,
not counting column names) with column salary empty,
column lastName with value Robertson, column name
with value Sam and column employeeId with value 101,
to document document.csv (of type file.csv).
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
document.csv/contentRows/101?userId=EngineAdmin&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
&[name]=Sam&[lastName]=Robertson&[employeeId]=100
REQUEST HEADERS:
REQUEST BODY:
### `{contentColumn}`
Supported HTTP methods: POST GET HEAD DELETE OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _resourceInfo _columnFile _partHash
_totalParts _partId _lastModified _columnId
UPDATE:
UPDATE NOTES:
For POST, {contentColumn} can refer to a new column
in a non-existent document. In this case the
document will be created along with {contentColumn}
as its first column.
For DELETE, if {contentColumn} is the only column
left in the document, the whole document is deleted.
SUPPORTED FILE TYPES:
file.csv
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) Get column Col1 of document document.csv (of type
file.csv); get results in csv format.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
document.csv/contentColumns/Col1?userId=EngineAdmin
&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&outputType=csv
REQUEST HEADERS:
REQUEST BODY:
Example 2) Delete column salary of document document.csv (of
type file.csv).
METHOD:
DELETE
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
document.csv/contentColumns/salary?userId=EngineAdmin
&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 3) Add Column Col1 to non-existing document
newdocument.csv (which also creates the document of
type file.csv).
METHOD:
POST
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/documentTypes/file.csv/documents/
newdocument.csv/contentColumns/Col1?userId=EngineAdmin
&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
### `dbNames`, `dbTables`, `tableRows`, `tableColumns`
Supported HTTP methods: GET HEAD OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
UPDATE:
SECURITY SCOPE:
These resources expose a read-only diagnostics view over
registered secure document databases for file.csv
documents in the selected organization storage. They do
not browse arbitrary database files and do not expose
decrypted internal ResourcesDB, RolesDB, or LogsDB
records. Requests must be authorized through the
corresponding role table and must provide userId, orgId,
and orgKey. The secure document is loaded through the
normal verification path before data is returned.
SELECTORS:
/dbNames lists registered file.csv document database names.
/dbNames/{dbName}/dbTables lists exposed tables.
/dbTables/{dbTable} returns table rows for data or meta.
/tableRows/{tableRow} returns one 1-based row.
/tableColumns lists column names.
/tableColumns/{tableColumn} returns one column, with id.
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List secure CSV document databases in storage
EngineStorage.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/dbNames?userId=EngineAdmin&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
Example 2) Read row 1 from the data table of document.csv.
METHOD:
GET
URI:
https://localhost/organizations/EngineOrg/storage/
EngineStorage/dbNames/document.csv/dbTables/data/
tableRows/1?userId=EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
### `transactions`
Supported HTTP methods: GET HEAD OPTIONS
Supported ATTRIBUTE PARAMETERS:
MATCH:
_userId _orgId _requestMethod _requestUrl
_requestHeaders _startTimestamp _endTimestamp
_requestDataSize _responseDataSize _orgResourceId
_requestIPAddress _responseCode _responseHeaders
_authenticated
UPDATE:
RESPONSE HEADERS:
Engine-results:
RESPONSE BODY:
Example 1) List all transactions
METHOD:
GET
URI:
https://localhost/transactions?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
Example 1) List all transactions for non authenticated users
METHOD:
GET
URI:
https://localhost/transactions?userId=
EngineAdmin&orgId=EngineOrg&orgKey=
0CDBB9AF76AF43BDB72E095989E612CC&_authenticated=0
REQUEST HEADERS:
REQUEST BODY:
### `favicon.ico`
Supported HTTP methods: GET
Supported ATTRIBUTE PARAMETERS:
MATCH:
UPDATE:
RESPONSE HEADERS:
Content-Type: image/x-icon
RESPONSE BODY:
Example 1) Get contents of the favicon.ico file.
METHOD:
GET
URI:
https://localhost/favicon.ico?userId=EngineAdmin&orgId=
EngineOrg&orgKey=0CDBB9AF76AF43BDB72E095989E612CC
REQUEST HEADERS:
REQUEST BODY:
## Collaborating
Maintaining open source software with strict security requirements is hard.
We appreciate all help we can get, be it by coding/ fixing code or just by
submitting errors or functionality requests.
We will do our best to listen to everybody an try to answer all requests.
However, to maintain control and ensure quality we must restrict the number
of people making decisions and not everyone's wishes will be pleased.
Still, we expect that the layered model of the software platform will allow
almost any functionality to be implemented in a higher level, while we try
to maintain the engine (CaumeDSE) as small and stable as possible.
If you wish to contribute in any way please visit the project page
(Caume/CaumeDSE) in github.
## Security Considerations
While all operations are performed in memory and some measures have been
implemented to limit data leaks, such as overwriting keys after use, it
should be noted that users with sufficient privileges may still be able to
access memory contents during operation (e.g. by dumping the contents of
memory devices in Unix based operating systems). Also, memory swaps to
disks may occur (these are controlled by the operating system).
Also, permissions of directories where files are stored, particularly of the
secureTmp directory (where unencrypted files are posted before being
processed/encrypted and then overwritten as part of POST requests) should be
restricted to limit unauthorized access.
You may consider running this software with a limited account; just take
into account that it has to be able to access Perl libraries, its own
database directories, and listen to incoming HTTPS connections ( and also
HTTP in DEBUG mode). Alternatively you may consider running CaumeDSE in a
chrooted environment.
Note that DEBUG mode makes use of HTTP (and then switches to HTTPS after the
first [enter] is pressed) which does not encrypt incoming connections.
Debug mode also dumps to the console sensitive information including
passwords. The default is to compile in release mode. To change to debug
mode (which is slower), use the following parameter when running
./configure:
--enable-DEBUG
Before running CaumeDSE in DEBUG mode, copy the contents of TEST/testfiles to /opt/cdse/testfiles and TEST/testDB_opt_cdse to /opt/cdse (or the directory specified by PATH_DATADIR) to provide data for the internal tests.
The DEBUG component verification script can run the build, install the test
database under `/tmp/cdse-verify`, and execute the noninteractive component
harness, including bounded HTTP and HTTPS startup checks and live API request
flows:
TEST/run_debug_components.sh
For CI smoke coverage, use:
TEST/run_debug_components.sh --ci-smoke
The full mode uses `CDSE_DEBUG_TEST_HTTP_PORT` and
`CDSE_DEBUG_TEST_HTTPS_PORT` when set, or ports 18080 and 18443 by default.
The script rejects invalid, duplicate, or busy ports before launching the
debug executable. In full mode it also starts a held-open DEBUG web service
for each protocol and uses `curl` to authenticate, create a temporary
organization and storage resource, upload a CSV document, query a row and
column, upload a `script.perl` document, and execute that parser script
through both HTTP and HTTPS. The live flow also asserts negative
authentication cases for missing credentials on both protocols and missing or
mismatched client certificates on HTTPS. HTTPS uses a per-run client
certificate chain signed by the committed test CA fixture.
`CDSE_DEBUG_TEST_TIMEOUT` controls the overall executable timeout and defaults
to 120s. Use `--skip-web` only when the local environment cannot bind test
ports. Live API runs also write
coverage artifacts under the log directory: `live-api-coverage.csv` for
machine-readable comparisons and `live-api-coverage.txt` for the fixed-width
summary table. Each row records protocol, feature name, inferred HTTP method,
expected and actual status, curl result, marker status, elapsed time, and
body/meta log paths.
Set `CDSE_VERIFY_REDACT=1` for CI logs or AI-assisted debugging sessions. In
that mode the verifier masks `orgKey`, `newOrgKey`, selected credential-style
request parameters, and generated certificate/key file paths in `summary.txt`,
live request body/meta artifacts, the full DEBUG run log, component extract
logs, and live service logs. Redaction is disabled by default so local
debugging keeps full request details unless explicitly requested.
The `--ci-smoke` profile runs configure, build, install, component markers,
HTTP/HTTPS startup checks, and one live API protocol. It defaults to HTTP live
coverage; use `--ci-smoke --web-protocol=https` to select HTTPS instead.
The committed test database under `TEST/testDB_opt_cdse` uses
`0CDBB9AF76AF43BDB72E095989E612CC` as the `EngineAdmin` / `EngineOrg`
organization key in the DEBUG resource component tests and API examples.
Older history shows the previous fixture key
`6DA74D788E0A33A0272252796EF0748A` in `TEST/testDB_opt_cdse/secureTmp/EngineOrg.key.txt`
and older README examples; it is not valid for the current committed fixture.
The `password1` value used by several component tests is a document/resource
fixture key for generated CSV and DB-browsing resources, not the default
`EngineAdmin` organization key.
For automated first-run release verification, the `CaumeDSE` binary accepts
optional startup parameters:
--admin-org-key KEY
--admin-key-confirmed
--https-port PORT
`--admin-org-key` sets the initial `EngineAdmin` organization key when the
system databases do not exist yet. `--admin-key-confirmed` skips the
interactive prompt that normally waits for the operator to confirm that the
generated key has been written down. `--https-port` runs HTTPS on a specific
port instead of the default 8443.
Temporary-file deletion uses one zero-fill overwrite pass by default. To
compile with additional overwrite passes, define
`CDSE_SECURE_OVERWRITE_PASSES` in `CFLAGS`, for example:
CFLAGS="-DCDSE_SECURE_OVERWRITE_PASSES=3" ./configure
### OAuth deployments
CaumeDSE does not validate OAuth signatures, bearer tokens, refresh
tokens, scopes, expiry, or revocation internally. OAuth deployments must
use an external engine manager or reverse-proxy layer that owns those
protocol duties. After validating an OAuth grant, that layer should
create a delegated CaumeDSE scope, for example an organization named
`_OAUTH`, with a manager-held organization key. It should then
create the delegated user, role-table entries, filter-list entries, and
resource copies or references that represent the OAuth grant.
Requests forwarded to CaumeDSE must use the delegated `userId`, `orgId`,
and `orgKey` parameters. When the OAuth grant expires or is revoked, the
manager must delete the delegated organization and associated resources.
CaumeDSE intentionally does not store organization keys or OAuth tokens,
so the manager must keep its own mapping from OAuth grants to delegated
CaumeDSE scopes.
In release mode the software enters and infinite loop to answer connections;
right now you need to kill the process to stop it).
If you want to bypass TLS authentication for testing purposes in DEBUG mode
with HTTP (which will obviously fail), you may enable this feature (FOR
TESTING PURPOSES ONLY) with:
--enable-BYPASSTLSAUTHINHTTP
If you want to enable the use of the old Password Based Key Derivation
Function `PBKDF1` (i.e. `PKCS5v1.5`, which is compatible with openssl's command
line tool but is NOT RECOMMENDED; it uses MD5+the default cipher algorithm
and a counter = 1) use the following configure switch.
--enable-OLDPBKDF1
The default Password Based Key Derivation Function standard is now `PBKDF2`
(`PKCS5v2.0`, which uses `HMAC-SHA1` + a default counter much greater than 1).
Note that there is now an exception where `PBKDF2` runs a using a single
iteration. This happens when the key is an hexadecimal representation of a
binary key that has a length greater or equal than the default cipher key
length. We assume that in this case the key was generated with a robust
PRNG, and since the key length are the same, key expansion is unnecessary
(actually, we just need one iteration to perform a single permitation within
the whole keyspace to take into account the provided salt). Using this kind
of keys improves performance considerably.
The default symmetric encryption algorithm used by CaumeDSE is `AES-256-GCM`.
You may override this at runtime with a configuration file, or by setting the
environment variable `CDSE_DEFAULT_ENC_ALG` to any cipher name recognized by
OpenSSL, such as `aes-256-cbc` for AES in CBC mode. By default CaumeDSE reads
`caumedse.conf` from the configured data directory, and `CDSE_CONFIG_FILE` may
point to an alternate configuration file. The supported configuration keys for
this setting are `defaultEncAlg`, `default_enc_alg`, and
`CDSE_DEFAULT_ENC_ALG`; the environment variable takes precedence over the
configuration file.
All other keys are assumed to be human generated passwords or passphrases
which require key expansion with a slow function, in order to limit
dictionary and brute force attacks. Therefore, they are processed by the
`PBKDF2` function using the defined number of iterations each time, which
slows down all the encryption and decryption processes.
The default key generated for EngineAdmin when creating a new database is
now an hexadecimal representation of a binary key with the same langth as
the default cipher key (i.e. cryptographic operations are much faster).
However, the example database included has a shorter key for the default
administrator account EngineAdmin; using the example database with the
EngineAdmin account is therefore much slower.
By default, hardening parameters are included as parto of compiler and
linker options. If you need to disable them (e.g. for testing) use:
--disable-HARDENING
Caume Data Security Engine - Document resource post form example - file.raw
RAW Document upload form:
Example 2.2) Body part of a multipart/form-data encoded request using the HTML example format above: -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="file"; filename="cleartext.txt" Content-Type: text/plain This is cleartext This is cleartext This is cleartext This is cleartext. -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="userId" EngineAdmin -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="orgId" EngineOrg -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="orgKey" 0CDBB9AF76AF43BDB72E095989E612CC -----------------------------204285202715621161041257990753 Content-Disposition: form-data; name="*resourceInfo" This is a raw file -----------------------------204285202715621161041257990753-- Example 3) Delete document resource myfile.bin of type file.raw METHOD: DELETE URI: https://localhost/organizations/EngineOrg/storage/ EngineStorage/documentTypes/file.raw/documents/ myfile.bin?userId=EngineAdmin&orgId=EngineOrg&orgKey= 0CDBB9AF76AF43BDB72E095989E612CC REQUEST HEADERS:
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