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readevalprint · 4 years ago

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Ichiran@home 2021: the ultimate guide

Recently I’ve been contacted by several people who wanted to use my Japanese text segmenter Ichiran in their own projects. This is not surprising since it’s vastly superior to Mecab and similar software, and is occassionally updated with new vocabulary unlike many other segmenters. Ichiran powers ichi.moe which is a very cool webapp that helped literally dozens of people learn Japanese.

A big obstacle towards the adoption of Ichiran is the fact that it’s written in Common Lisp and people who want to use it are often unfamiliar with this language. To fix this issue, I’m now providing a way to build Ichiran as a command line utility, which could then be called as a subprocess by scripts in other languages.

This is a master post how to get Ichiran installed and how to use it for people who don’t know any Common Lisp at all. I’m providing instructions for Linux (Ubuntu) and Windows, I haven’t tested whether it works on other operating systems but it probably should.

PostgreSQL

Ichiran uses a PostgreSQL database as a source for its vocabulary and other things. On Linux install postgresql using your preferred package manager. On Windows use the official installer. You should remember the password for the postgres user, or create a new user if you know how to do it.

Download the latest release of Ichiran database. On the release page there are commands needed to restore the dump. On Windows they don't really work, instead try to create database and restore the dump using pgAdmin (which is usually installed together with Postgres). Right-click on PostgreSQL/Databases/postgres and select "Query tool...". Paste the following into Query editor and hit the Execute button.

CREATE DATABASE [database_name] WITH TEMPLATE = template0 OWNER = postgres ENCODING = 'UTF8' LC_COLLATE = 'Japanese_Japan.932' LC_CTYPE = 'Japanese_Japan.932' TABLESPACE = pg_default CONNECTION LIMIT = -1;

Then refresh the Databases folder and you should see your new database. Right-click on it then select "Restore", then choose the file that you downloaded (it wants ".backup" extension by default so choose "Format: All files" if you can't find the file).

You might get a bunch of errors when restoring the dump saying that "user ichiran doesn't exist". Just ignore them.

SBCL

Ichiran uses SBCL to run its Common Lisp code. You can download Windows binaries for SBCL 2.0.0 from the official site, and on Linux you can use the package manager, or also use binaries from the official site although they might be incompatible with your operating system.

However you really want the latest version 2.1.0, especially on Windows for uh... reasons. There's a workaround for Windows 10 though, so if you don't mind turning on that option, you can stick with SBCL 2.0.0 really.

After installing some version of SBCL (SBCL requires SBCL to compile itself), download the source code of the latest version and let's get to business.

On Linux it should be easy, just run

sh make.sh --fancy sudo sh install.sh

in the source directory.

On Windows it's somewhat harder. Install MSYS2, then run "MSYS2 MinGW 64-bit".

pacman -S mingw-w64-x86_64-toolchain make # for paths in MSYS2 replace drive prefix C:/ by /c/ and so on cd [path_to_sbcl_source] export PATH="$PATH:[directory_where_sbcl.exe_is_currently]" # check that you can run sbcl from command line now # type (sb-ext:quit) to quit sbcl sh make.sh --fancy unset SBCL_HOME INSTALL_ROOT=/c/sbcl sh install.sh

Then edit Windows environment variables so that PATH contains c:\sbcl\bin and SBCL_HOME is c:\sbcl\lib\sbcl (replace c:\sbcl here and in INSTALL_ROOT with another directory if applicable). Check that you can run a normal Windows shell (cmd) and run sbcl from it.

Quicklisp

Quicklisp is a library manager for Common Lisp. You'll need it to install the dependencies of Ichiran. Download quicklisp.lisp from the official site and run the following command:

sbcl --load /path/to/quicklisp.lisp

In SBCL shell execute the following commands:

(quicklisp-quickstart:install) (ql:add-to-init-file) (sb-ext:quit)

This will ensure quicklisp is loaded every time SBCL starts.

Ichiran

Find the directory ~/quicklisp/local-projects (%USERPROFILE%\quicklisp\local-projects on Windows) and git clone Ichiran source code into it. It is possible to place it into an arbitrary directory, but that requires configuring ASDF, while ~/quicklisp/local-projects/ should work out of the box, as should ~/common-lisp/ but I'm not sure about Windows equivalent for this one.

Ichiran wouldn't load without settings.lisp file which you might notice is absent from the repository. Instead, there's a settings.lisp.template file. Copy settings.lisp.template to settings.lisp and edit the following values in settings.lisp:

*connection* this is the main database connection. It is a list of at least 4 elements: database name, database user (usually "postgres"), database password and database host ("localhost"). It can be followed by options like :port 5434 if the database is running on a non-standard port.

*connections* is an optional parameter, if you want to switch between several databases. You can probably ignore it.

*jmdict-data* this should be a path to these files from JMdict project. They contain descriptions of parts of speech etc.

ignore all the other parameters, they're only needed for creating the database from scratch

Run sbcl. You should now be able to load Ichiran with

(ql:quickload :ichiran)

On the first run, run the following command. It should also be run after downloading a new database dump and updating Ichiran code, as it fixes various issues with the original JMdict data.

(ichiran/mnt:add-errata)

Run the test suite with

(ichiran/test:run-all-tests)

If not all tests pass, you did something wrong! If none of the tests pass, check that you configured the database connection correctly. If all tests pass, you have a working installation of Ichiran. Congratulations!

Some commands that can be used in Ichiran:

(ichiran:romanize "一覧は最高だぞ" :with-info t) this is basically a text-only equivalent of ichi.moe, everyone's favorite webapp based on Ichiran.

(ichiran/dict:simple-segment "一覧は最高だぞ") returns a list of WORD-INFO objects which contain a lot of interesting data which is available through "accessor functions". For example (mapcar 'ichiran/dict:word-info-text (ichiran/dict:simple-segment "一覧は最高だぞ") will return a list of separate words in a sentence.

(ichiran/dict:dict-segment "一覧は最高だぞ" :limit 5) like simple-segment but returns top 5 segmentations.

(ichiran/dict:word-info-from-text "一覧") gets a WORD-INFO object for a specific word.

ichiran/dict:word-info-str converts a WORD-INFO object to a human-readable string.

ichiran/dict:word-info-gloss-json converts a WORD-INFO object into a "json" "object" containing dictionary information about a word, which is not really JSON but an equivalent Lisp representation of it. But, it can be converted into a real JSON string with jsown:to-json function. Putting it all together, the following code will convert the word 一覧 into a JSON string:

(jsown:to-json (ichiran/dict:word-info-json (ichiran/dict:word-info-from-text "一覧")))

Now, if you're not familiar with Common Lisp all this stuff might seem confusing. Which is where ichiran-cli comes in, a brand new Command Line Interface to Ichiran.

ichiran-cli

ichiran-cli is just a simple command-line application that can be called by scripts just like mecab and its ilk. The main difference is that it must be built by the user, who has already did the previous steps of the Ichiran installation process. It needs to access the postgres database and the connection settings from settings.lisp are currently "baked in" during the build. It also contains a cache of some database references, so modifying the database (i.e. updating to a newer database dump) without also rebuilding ichiran-cli is highly inadvisable.

The build process is very easy. Just run sbcl and execute the following commands:

(ql:quickload :ichiran/cli) (ichiran/cli:build)

sbcl should exit at this point, and you'll have a new ichiran-cli (ichiran-cli.exe on Windows) executable in ichiran source directory. If sbcl didn't exit, try deleting the old ichiran-cli and do it again, it seems that on Linux sbcl sometimes can't overwrite this file for some reason.

Use -h option to show how to use this tool. There will be more options in the future but at the time of this post, it prints out the following:

>ichiran-cli -h Command line interface for Ichiran Usage: ichiran-cli [-h|--help] [-e|--eval] [-i|--with-info] [-f|--full] [input] Available options: -h, --help print this help text -e, --eval evaluate arbitrary expression and print the result -i, --with-info print dictionary info -f, --full full split info (as JSON) By default calls ichiran:romanize, other options change this behavior

Here's the example usage of these switches

ichiran-cli "一覧は最高だぞ" just prints out the romanization

ichiran-cli -i "一覧は最高だぞ" - equivalent of ichiran:romanize :with-info t above

ichiran-cli -f "一覧は最高だぞ" - outputs the full result of segmentation as JSON. This is the one you'll probably want to use in scripts etc.

ichiran-cli -e "(+ 1 2 3)" - execute arbitrary Common Lisp code... yup that's right. Since this is a new feature, I don't know yet which commands people really want, so this option can be used to execute any command such as those listed in the previous section.

By the way, as I mentioned before, on Windows SBCL prior to 2.1.0 doesn't parse non-ascii command line arguments correctly. Which is why I had to include a section about building a newer version of SBCL. However if you use Windows 10, there's a workaround that avoids having to build SBCL 2.1.0. Open "Language Settings", find a link to "Administrative language settings", click on "Change system locale...", and turn on "Beta: Use Unicode UTF-8 for worldwide language support". Then reboot your computer. Voila, everything will work now. At least in regards to SBCL. I can't guarantee that other command line apps which use locales will work after that.

That's it for now, hope you enjoy playing around with Ichiran in this new year. よろしくおねがいします！

#common lisp #japanese #language

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trublog709 · 4 years ago

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Vsphere Web Client For Mac Download

Download Vsphere Client 5.5

How To Install Vsphere Client

Vsphere For Mac

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globalmediacampaign · 4 years ago

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Using external Kerberos authentication with Amazon RDS for PostgreSQL

In the first post in this series, Preparing on-premises and AWS environments for external Kerberos authentication for Amazon RDS, we built the infrastructure for a one-way forest trust between an on-premises Microsoft Active Directory (AD) domain (trust: incoming) and an AWS Managed Microsoft AD domain (trust: outgoing) provided by AWS Directory Service. In this post, we walk through how to join an Amazon RDS for PostgreSQL instance to an AWS Managed Microsoft AD and demonstrate user authentication for Amazon RDS for PostgreSQL using external Kerberos and Microsoft AD. Prerequisites Before we start, make sure that you have prepared your on-premises and AWS environments, as shown in the following architectural diagram, including one on-premises AD user joedoe@onprem and one Windows and one Linux client, which are joined to the on-premises AD domain onprem.local. Creating RDS for PostgreSQL instances and joining them to an AWS Managed Microsoft AD domain We first create RDS for PostgreSQL instances in aws-acc-1 and aws-acc-2 and join the instance to AWS Managed Microsoft AD. Log in to the Amazon RDS console from aws-acc-1. Create the DB subnet group aws-acc-1-db-subnet-group, which covers the three subnets in aws-acc-1-rds-vpc. Create the security group aws-acc-1-rds-vpc-allow-connection to allow connection from on-premises clients (in on-prem-client-vpc) to access Amazon RDS for PostgreSQL via TCP on port 5432. On the Amazon RDS console, create the RDS for PostgreSQL instance rpg-acc-1-kerberos-12-2 in the DB subnet group aws-acc-1-db-subnet-group. For VPC security group, select Choose existing. Choose the security group you created. For Database authentication options, select Password and Kerberos authentication. Choose Browse Directory. In the Choose directory section, select myaws.com. Choose Choose. You can now see ad.myaws.com in the Directory field. After successfully creating the RDS for PostgreSQL instance, we see that the instance has joined the AWS Managed Microsoft AD, and the directory status shows as kerberos-enabled. We can also verify the directory status via the AWS Command Line Interface (AWS CLI). See the following code: [joedoe@ip-10-11-1-23 ~]$ aws rds describe-db-instances > --db-instance-identifier rpg-acc-1-kerberos-12-2 > --query 'DBInstances[*].DomainMemberships' > --region ap-southeast-2 > --profile aws-acc-1 > --output table --------------------------------------------------------------------------------------------------- | DescribeDBInstances | +--------------+---------------+---------------------------------------------+--------------------+ | Domain | FQDN | IAMRoleName | Status | +--------------+---------------+---------------------------------------------+--------------------+ | d-97671c6bae| ad.myaws.com | rds-directoryservice-kerberos-access-role | kerberos-enabled | +--------------+---------------+---------------------------------------------+--------------------+ You can also create the RDS for PostgreSQL instances via the AWS CLI: aws rds create-db-instance --db-instance-identifier rpg-acc-1-kerberos-12-2 --db-instance-class db.r5.large --engine postgres --port 5432 --master-username postgres --master-user-password mysecurepassword --db-subnet-group-name aws-acc-1-db-subnet-group --vpc-security-group-ids sg-0f3e336a3baeab672 --allocated-storage 100 --domain d-97671c6bae --domain-iam-role-name rds-directoryservice-kerberos-access-role For Amazon RDS for PostgreSQL to call AWS Directory Service for you, you need an AWS Identity and Access Management (IAM) role that uses the managed IAM policy AmazonRDSDirectoryServiceAccess. When you create a DB instance on the AWS Management Console and the console user has the iam:CreateRole permission, the console creates this role automatically. For this use case, the role name is rds-directoryservice-kerberos-access-role. For instructions on creating the role manually, see Create an IAM Role for Amazon Aurora to Access the AWS Directory Service. When you create this role, choose Directory Service, and attach the AWS managed policy AmazonRDSDirectoryServiceAccess to it. For existing RDS for PostgreSQL instances, we can modify the instance to join the AWS Managed Microsoft AD from the Amazon RDS console, or the AWS CLI: aws rds modify-db-instance --db-instance-identifier rpg-acc-1-kerberos-12-2 --domain d-97671c6bae --domain-iam-role-name rds-directoryservice-kerberos-access-role --apply-immediately Repeat these steps in aws-acc-2 to create an RDS for PostgreSQL instance and join the instance to the shared AWS Managed Microsoft AD, with following details: Instance name – rpg-acc-2-kerberos-12-2 DB subnet groups – aws-acc-2-db-subnet-group Security group – aws-acc-2-rds-vpc-allow-connection Database authentication options – Password and Kerberos authentication Directory – myaws.com (d-97671c1f8c), shared by aws-acc-1 On the Amazon RDS console, make sure the RDS for PostgreSQL instance in aws-acc-2 has joined the shared AWS Managed Microsoft AD successfully. We can also verify the status via the AWS CLI: [joedoe@ip-10-11-1-23 ~]$ aws rds describe-db-instances > --db-instance-identifier rpg-acc-2-kerberos-12-2 > --query 'DBInstances[*].DomainMemberships' > --region ap-southeast-2 > --profile aws-acc-2 > --output table --------------------------------------------------------------------------------------------------- | DescribeDBInstances | +--------------+---------------+---------------------------------------------+--------------------+ | Domain | FQDN | IAMRoleName | Status | +--------------+---------------+---------------------------------------------+--------------------+ | d-97671c1f8c| ad.myaws.com | rds-directoryservice-kerberos-access-role | kerberos-enabled | +--------------+---------------+---------------------------------------------+--------------------+ In on-prem-account, log in to the Windows client and install the pgAdmin and psql Log in to the newly created RDS for PostgreSQL instance in aws-acc-1 with the primary user account. Create the DB user [email protected] and grant the rds_ad role to this user. The username in PostgreSQL is case-sensitive. Kerberos authentication requires that the domain suffix of the username be in uppercase; the case of user account name joedoe needs to match the case of User logon name (pre-Windows 2000) in the AD, as shown in the following screenshot. Log in to the newly created RDS for PostgreSQL instance in aws-acc-2 with the primary user account. Create the DB user [email protected] and grant the rds_ad role to this user. Logging in to RDS for PostgreSQL instances on a Windows platform To use external Kerberos and Microsoft AD to log in to the RDS for PostgreSQL instances on a Windows platform, we need to use a special endpoint. Instead of using the Amazon domain rds.amazonaws.com in the endpoint, use the domain name of the AWS Managed Microsoft AD. For example, to connect to the RDS for PostgreSQL instance rpg-acc-1-kerberos-12-2 created in aws-acc-1, instead of using rpg-acc-1-kerberos-12-2.cz54v71h2eg5.ap-southeast-2.rds.amazonaws.com as the endpoint, we use the special endpoint rpg-acc-1-kerberos-12-2.cz54v71h2eg5.ap-southeast-2.ad.myaws.com, where ad.myaws.com is the domain name of the AWS Managed Microsoft AD. For more information, see Connecting to PostgreSQL with Kerberos Authentication. Log in as AD user joedoe@onprem to the Windows client that is joined to the on-premises domain onprem.local. Log in to the RDS for PostgreSQL instance created in aws-acc-1 with the special instance endpoint as DB user [email protected] (no password is required for psql). Log in to the RDS for PostgreSQL instance created in aws-acc-2. This instance joined the AWS Managed Microsoft AD that is shared by aws-acc-1. The connections to the special endpoints can be established successfully without a password. We can also connect to the RDS for PostgreSQL instance with the special endpoint without a password from the pgAdmin application. See the following screenshots. The following screenshot shows that external Kerberos authentication works for the special instance endpoint in pgAdmin for Amazon RDS for PostgreSQL created in aws-acc-1 and aws-acc-2. Logging in to RDS for PostgreSQL instances on a Linux platform To use external Kerberos and Microsoft AD to log in to the RDS for PostgreSQL instances on a Linux platform, you don’t need to use the special endpoint. Both the original endpoint (ending with rds.amazonrds.com) and special endpoint (ending with ad.myaws.com) work. Install the psql client on Linux, which you created and configured in the post Preparing on-premises and AWS environments for external Kerberos authentication for Amazon RDS. Log in to the Linux client as AD user joedoe@onprem. Use the kinit command to get a Kerberos ticket from onprem.local. Log in to the RDS for PostgreSQL instance in aws-acc-1; with both the original and special endpoint, no password is required. Log in to the RDS for PostgreSQL instance in aws-acc-2; with both the original and special endpoint, no password is required. Summary In this post, we demonstrated DB user authentication for Amazon RDS for PostgreSQL using external Kerberos and Microsoft AD, based on a one-way forest trust between an on-premises AD domain and an AWS Managed Microsoft AD domain. For instructions on creating this trust environment, see Preparing on-premises and AWS environments for external Kerberos authentication for Amazon RDS. About the Author Zhen Wang is an RDS Cloud Support Engineer at Amazon Web Services.’. https://aws.amazon.com/blogs/database/using-external-kerberos-authentication-with-amazon-rds-for-postgresql/

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iamacoder · 6 years ago

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