# 🍓 ichigo 🍓
A CLI HTTP client. Store named request configs in your project or globally, then run them by name.
## Installation
**Via shell script (macOS/Linux):**
```sh
**Via PowerShell (Windows):**
```powershell
**Via Cargo:**
```sh
cargo install ichigo
```
## Config files
Configs live in one of two places:
- `.ichigo/` — project-local (checked into git alongside your code)
- `~/.config/ichigo/` — global (available everywhere)
When a name exists in both, the local one wins.
## Commands
```text
ichigo new <name> Create a new request config
ichigo run <name> Execute a request
ichigo list List all configs
ichigo show <name> Print a config file
ichigo delete <name> Delete a config
ichigo test <name> Run a load test
ichigo copy <name> <new-name> Duplicate a config under a new name
```
### `new`
```sh
ichigo new config-server-prod --method GET --url https://api.example.com/health
ichigo new config-server-dev --method GET --url https://localhost:8080/health
ichigo new create-user --method POST --url https://api.example.com/users
```
Flags:
- `-m, --method` — HTTP method (default: `GET`)
- `-u, --url` — target URL
- `-g, --global` — save to `~/.config/ichigo/` instead of `.ichigo/`
- `--from-curl` — build the request from a cURL command read from stdin
#### Creating a request from a cURL command
Anything that hands you a cURL command — a browser's "Copy as cURL", an API doc,
a teammate's bug report — can become a config directly:
```sh
```sh
ichigo new api/login --from-curl <<'EOF'
curl -X POST 'https://api.example.com/login' \
-H 'Content-Type: application/json' \
--data-raw '{"user":"ada"}'
EOF
```
The command is read from stdin rather than taken as an argument, so you never
have to re-escape its quotes. `--from-curl` cannot be combined with `--method`
or `--url`, since the command already supplies both.
What the parser does with each flag:
| **Mapped** | `--url`, `-X/--request`, `-H/--header`, `-d/--data/--data-raw/--data-ascii/--data-binary`, `--data-urlencode`, `--json`, `-G/--get`, `-I/--head`, `-u/--user`, `-b/--cookie`, `-A/--user-agent`, `-e/--referer` |
| **Ignored** | `-s`, `-S`, `-v`, `-i`, `-k`, `-L`, `-f`, `-o`, `-w`, `--compressed`, `--max-time`, `--connect-timeout`, `--retry`, `--limit-rate` — these describe how curl behaves, not what it sends |
| **Refused** | `-F/--form` (multipart), `@file` data references, and any flag not listed above |
An unrecognized flag is an error naming the flag, not a silent skip: a config
that quietly drops half of what you pasted is worse than one that refuses to be
created. If ichigo refuses a flag you need, the command is unchanged in your
clipboard.
Some details worth knowing:
- The method follows curl's own rules — an explicit `-X` wins, `-I` means HEAD,
a body means POST, everything else is GET.
- A query string on the URL is split into the `query` map. If a key repeats
(`?tag=a&tag=b`), the query stays on the URL instead, since the map holds one
value per key.
- A `Content-Type` header becomes the body's `content_type`. A body with no
content type gets curl's default, `application/x-www-form-urlencoded`.
- `--compressed` is dropped rather than stored as an `Accept-Encoding` header —
ichigo's HTTP client negotiates encoding itself, so storing the header would
make the config claim something it does not do.
- `-u user:pass` becomes the `Authorization: Basic …` header curl would send.
> **An imported config holds the literal values from the command**, including
> whatever token or cookie was in it. Before committing `.ichigo/` to a repo,
> replace those with `{{VAR}}` placeholders and put the real values in a
> [profile](#profiles) or an environment variable.
### `run`
```sh
ichigo run config-server-prod
ichigo run create-user --var TOKEN=abc123 --var USER_ID=42
```
Variables replace `{{PLACEHOLDER}}` tokens anywhere in the config (url, headers, query, body). They are resolved in this order: `--var` flags → environment variables.
Flags:
- `-v, --var KEY=VALUE` — set a variable
- `--verbose` — print the full response (status, headers, body)
- `-p, --profile` — use a named profile (see [Profiles](#profiles))
### Chaining requests
A chain config runs multiple requests in sequence, passing extracted values from one step into the next. Only the final step's response is printed; use `--verbose` to see all steps.
```sh
ichigo run login-and-fetch --verbose
```
Chain configs are detected automatically by the presence of a `steps:` key — no separate command needed.
### `copy`
Duplicates an existing config under a new name. Useful for creating variants of a request (e.g. a prod and dev version of the same endpoint).
```sh
ichigo copy config-server-prod config-server-dev
ichigo copy config-server-prod config-server-staging --global
```
Flags:
- `-g, --global` — look for the source in `~/.config/ichigo/` and save the copy there too
Without `--global`, both the source and the copy are in `.ichigo/`. With `--global`, both are in `~/.config/ichigo/`. The copy command will error if the source does not exist or if a config with the new name already exists.
### `test`
Runs the request N times and reports status code counts and timing stats.
```sh
ichigo test config-server-prod --iter 100
ichigo test create-user --iter 50 --profile staging
```
Flags:
- `-v, --var KEY=VALUE` — set a variable
- `-i, --iter` — number of iterations
- `-p, --profile` — use a named profile
### `tui`
Opens an interactive terminal UI for browsing, running, and load-testing your configs.
```sh
ichigo tui
```
Keybindings:
| `?` | Show the full keymap |
| `j` / `k` | Navigate list |
| `gg` / `G` | Jump to top / bottom |
| Space | Expand / collapse a folder |
| `f` | Filter the list |
| `r` / Enter | Run selected request |
| `t` | Load-test selected request |
| `y` | Copy selected request as a cURL command |
| `i` | Import a pasted cURL command as a new request |
| `n` / `e` / `c` | New / edit / clone a request |
| `h` | Edit the selected request's headers |
| `p` | Edit the selected request's profiles |
| `d` | Delete selected request |
| `R` | Refresh the config list from disk |
| `q` | Quit |
| Esc | Go back |
The hint line at the bottom of the screen carries only the handful of keys you
reach for most; press `?` for the full keymap, grouped by what it does. Any key
dismisses it.
The TUI is meant to be left open. Every run and load test re-reads the config file from disk first, so edits you make in another terminal — rotating a token in a profile, adding a header, changing a URL — take effect on the next run with no restart. Press `R` when you have created, renamed, or deleted config *files* on disk and want them to show up in the list.
#### Copying part of a response
The response pane has a cursor line, so you can take just the lines you want
without fighting your terminal's text selection:
| `j` / `k` | Move the cursor (the view scrolls to follow) |
| `y` | Copy the cursor line |
| `V` | Start a line selection; `j`/`k` extend it, `y` copies it |
| Esc | Cancel the selection (again to leave the pane) |
| `f` | Filter to matching lines |
| `c` | Copy everything the pane is showing |
Copying this way beats dragging with the mouse: a terminal's selection is
linear, so a drag that spans more than one row also takes the request list and
the pane borders on the rows in between. `y` copies the lines themselves.
`c` copies **what the pane shows**. With a filter active that is the matching
lines only, which is often the quickest route to a couple of scattered
fields — filter to `secret` and `c` gives you both token lines with nothing
in between. Clearing the filter puts the cursor back at the top, since the
line it pointed at may no longer be on screen.
Pressing `y` in the *request list* turns the selected request into a cURL command and copies it to the clipboard. It runs the same profile picker and variable prompts as a normal run, so the command it produces carries the resolved values — the profile's real token, not `{{TOKEN}}`. The command is shown before it is copied, and `c` re-copies it. Chains cannot be copied this way: a chain feeds values extracted from one step into the next, which a single cURL command has no way to express.
> **The generated command contains your real credentials.** That is what makes it useful, and also what makes it unsafe to paste into a public issue, a pull request, or a shared log. Redact before sharing.
Copying uses whichever clipboard tool is available, tried in order: `pbcopy` (macOS), `wl-copy` (Wayland), `xclip`, then `xsel` (X11). If none is installed, the TUI says so rather than failing silently.
Pressing `i` does the reverse: it opens a pane you paste a cURL command into.
Press `Ctrl+s` to import it, and the new-request form opens with the method,
URL, headers, query, and body already filled in — you supply the name, and
nothing is written until you save. Enter inserts a newline rather than
importing, so a multi-line paste works even in terminals that do not support
bracketed paste. If the command uses something ichigo cannot store, the pane
reports which flag and keeps your text so you can edit it. The
[`--from-curl` section](#creating-a-request-from-a-curl-command) covers exactly
which flags are mapped, ignored, and refused.
If the selected request has profiles, a profile picker appears before the variable input screen. Use `j`/`k` to choose a profile (or `(no profile)` to skip), then press Enter. Any variables not covered by the profile can still be filled in manually.
## Config format
```yaml
name: create-user
method: POST
url: https://api.example.com/users
description: "Create a new user"
headers:
Authorization: "Bearer {{TOKEN}}"
Accept: application/json
query:
version: "2"
body:
content_type: application/json
data: |
{
"name": "{{USER_NAME}}"
}
```
### Chain config format
Use `steps:` instead of a top-level request. Each step is a full request config, and `extract:` maps variable names to JSON paths in the response. Extracted values are available as `{{VAR}}` in all subsequent steps.
```yaml
name: login-and-fetch
steps:
- name: login
method: POST
url: https://api.example.com/auth/login
body:
content_type: application/json
data: |
{
"username": "{{USERNAME}}",
"password": "{{PASSWORD}}"
}
extract:
TOKEN: $.token
- name: fetch-profile
method: GET
url: https://api.example.com/me
headers:
Authorization: "Bearer {{TOKEN}}"
```
### Profiles
Profiles let you bundle a set of variable values under a name, so you can switch between environments (e.g. dev vs staging vs prod) without retyping vars each time.
```yaml
name: create-user
method: POST
url: https://{{HOST}}/users
headers:
Authorization: "Bearer {{TOKEN}}"
body:
content_type: application/json
data: |
{
"name": "{{USER_NAME}}"
}
profiles:
- name: dev
params:
HOST: localhost:8080
TOKEN: dev-token-123
- name: staging
params:
HOST: staging.example.com
TOKEN: stg-token-456
```
Run with a profile from the CLI:
```sh
ichigo run create-user --profile dev
ichigo test create-user --iter 50 --profile staging
```
Any `{{PLACEHOLDER}}` not covered by the chosen profile is still resolved from `--var` flags or environment variables as normal. In the TUI, a profile picker appears automatically when profiles are present — pick one (or skip) and fill in any remaining variables interactively.
#### Editing headers in the TUI
Press `h` on a request, or `Ctrl+e` while editing one, to edit its headers:
| Tab / Shift-Tab | Move between name and value fields |
| `Ctrl+a` | Add a header |
| `Ctrl+d` | Remove the header under the cursor |
| Enter | Apply to the request |
| Esc | Discard the header edits |
> `Ctrl+h` also works, but only in terminals that send it. Many terminals, tmux
> configs, and shells bind Ctrl+H to backward-delete-char and send a plain
> Backspace instead, in which case the key just deletes a character. `h` from
> the request list is the binding nothing can intercept.
Applying only updates the request in memory — Enter on the request form is what
writes the file, so Esc out of that form drops the header changes too.
Two headers with the same name are refused, compared without regard to case:
HTTP treats `Accept` and `accept` as one header, so keeping both would mean
sending whichever won a coin toss. If the request has a body, a `Content-Type`
header is stored as the body's `content_type` rather than as a header — ichigo
derives the header from the body when it sends, and holding both would put it
on the wire twice.
#### Editing profiles in the TUI
Press `p` on a request to manage its profiles without leaving the TUI:
| `j` / `k` | Move between profiles |
| Enter | Edit the selected profile (or `+ new profile` to add one) |
| `n` | Add a profile |
| `d` | Delete the selected profile |
| Esc | Back to the request form |
Params appear under whichever profile is selected, so a request with several
environments does not print every token at once. Inside a profile, Tab moves
between fields and `Ctrl+a` adds a param.
Profile changes are held with the rest of the request until you save it: Esc
returns you to the request form, and **Enter there writes the file**. Escaping
out of that form discards the profile edits along with everything else, so you
can back out of a change you started by mistake. Two profiles cannot share a
name — the second is refused rather than saved, since a duplicate would be
unreachable from both the picker and `--profile`.
Profile values are re-read from the file every time you run, so a token you rotate in the YAML is picked up on the next run of a long-lived TUI session. Values resolved from **environment variables** are not: a process cannot see exports its parent shell makes after launch, so an env-sourced token stays stale until you restart ichigo. Put values that rotate in a profile.
## Shell completions
ichigo can generate a completion script so that pressing `Tab` autocompletes config names:
```sh
ichigo run config<TAB>
# → config-server-dev config-server-prod
```
The completions resolve config names live from `.ichigo/` and `~/.config/ichigo/`, so new configs appear automatically without any extra setup.
### Zsh
Add this line to your `~/.zshrc`:
```zsh
eval "$(ichigo completions zsh)"
```
> **Powerlevel10k users:** place this line *after* the instant prompt block at the top of your `.zshrc`.
### Bash
Add this line to your `~/.bashrc`:
```sh
eval "$(ichigo completions bash)"
```
### Fish
Add this line to `~/.config/fish/config.fish`:
```fish
After adding the line, open a new terminal (or `source` the file) and tab completion will be active.